wcss_program_complete - The International Union of Soil

Transcription

Program
July 9–15, 2006
Philadelphia, Pennsylvania, USA
General Congress Schedule at a Glance
Sunday, July
1300–1700
1500
1900–2200
9, 2006
IUSS Council
Exhibits open
Opening Reception
Monday, July 10, 2006
0800
Opening Ceremony
1030
Symposia
1300
Symposia
1600
Symposia
1700
Business Meetings—Divisions 1 and 3
1745
Business Meetings—Commissions in Divisions 2 and 4
Tuesday, July 11, 2006
0800
Symposia
1030
Symposia
1300
Symposia
1600
Symposia
1700
Business Meetings—Divisions 2 and 4
1745
Business Meetings—Commissions in Divisions 1 and 3
1800
Exhibits close
Wednesday, July 12, 2006
Local tours
Thursday, July 13, 2006
0800
Symposia
1030
Symposia
1300
Symposia
1600
Symposia
1700
Business Meetings—Working Groups
1900
Gala Dinner
Friday, July
0800
1030
1300
1300
1600
14, 2006
Symposia
Symposia
Symposia
IUSS Council
Symposia
Saturday, July 15, 2006
0900
Closing Ceremony
Welcome
On behalf of the sponsors, the U.S. National Committee for Soil Science of the U.S. National Academy of Sciences, the Soil Science Society of America, and the International Union of Soil Sciences, we welcome you to the 18th World Congress of Soil Science
(WCSS). We are delighted to host the Congress in the USA for the first time since 1960.
With the World Congress of Soil Science theme, "Frontiers of Soil Science: Technology and the Information Age", the scientific program focuses on soil science advances with an emphasis on remote sensing, geographic information systems, landscape analysis,
state-of-the-art molecular scale analytical techniques, environmental soil biology, plant/soil interface processes, computer and computational modeling of soil processes and reactions, precision agriculture, and other applications of information science and technology. The technical program includes over 2700 oral and poster presentations in which Divisions, Commissions and Working Group
convenors/co-convenors have assembled into 83 oral and poster symposia. There are also IUSS Council Meetings and Division, Commission, and Working Group Business Meetings during the week.
The must-see opening session on Monday will open with one of America's most illustrious historical figures, Benjamin Franklin,
the great inventor, publisher, politician and diplomat, who is celebrating his 300th birthday. Other opening speakers include Michael
Clegg, Foreign Secretary of the U.S. National Academy of Sciences; Ambassador Kenneth Quinn, recognizing the 2006 World Food
Prize Laureate who is a soil scientist; Bruce Knight, Chief of the Natural Resources Conservation Service (NRCS); and Ed de Mulder, Past President of the International Union of Geological Sciences, discussing the Year of Planet Earth (YPE) initiative. The plenary address will be given by Jeffrey D. Sachs, the noted economist at Columbia University and author of the acclaimed book, The
End of Poverty. Professor Sachs is the Director of the Earth Institute at Columbia and serves as Special Advisor to UN SecretaryGeneral Kofi Annan on the Millennium Development Goals.
Two must-attend social events are the Sunday evening opening reception and Thursday evening Gala Banquet. The opening reception will be held in the historic Grand Hall of the Convention Center, in the beautifully renovated Reading Terminal train shed. This
is an opportunity for you to gather with your colleagues for food and fellowship, renewing old acquaintances and making new friends.
The historical, cultural, athletic, and ethnic flavors of the City of Brotherly Love will be featured including its food and entertainment. Be on the lookout for Ben Franklin or a strutting mummer.
The Gala Banquet will be an exquisite affair with good food, fellowship, presentation of awards, entertainment, dancing, and fine
wine for all. Our entertainment for the evening, the Mahoney Brothers, will take us on a stroll through the history of Rock and Roll.
The Dokuchaev Basic Soil Science Award, the Liebig Applied Soil Science Award, and Kübiena Medals will be presented at this
event. Additionally, new Honorary Members of IUSS will be recognized.
Finally, we encourage you to discover the wonderful historical, cultural and culinary attractions while you are in the City of Brotherly Love. Don't miss out on a number of local tours on Wednesday, and a host of companion and family cultural/historical activities that are available during the week.
We wish all of you an enjoyable and rewarding week in Philadelphia!
Don Sparks
IUSS President
Gary Petersen
IUSS Vice President
Lee Sommers
Co-Chair, Organizing Committee
Larry Wilding
Co-Chair, Organizing Committee
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With Appreciation
IUSS gratefully acknowledges our corporate sponsors and individual donors
Corporate Sponsors
Diamond Level ($50,000+)
USDA Natural Resource Conservation Service (NRCS)
Soils and the Environment Book
Symposia 1.0A: New Technology for Soil Survey
U.S. Geological Survey (USGS)
Soils, Society, and the Environment Book
US Student Travel Grants
Platinum Level ($25,000-$49,000)
The Mosaic Company
Opening Session, Gala Dinner, Abstract CD
USDA Agricultural Research Service (ARS)
Mid Congress Tour 21: Watershed Research and
Management in Action
U.S. Environmental Protection Agency (EPA)
Division 4 Symposia
Silver Level ($5,000-$9,999)
du Pont
Mid Congress Tour 23: du Pont Family Legacy
National Science Foundation
Symposium 0.0B Global Priorities in Soil Science
Research
Potash & Phosphate Institute
Symposia 3.3B: Nutrient Use Efficiency and Global
Agriculture
U.S. Borax Inc.
Travel Grants for Scholars in Developing Countries
Bronze Level ($1,000-$4,999)
Blackwell Publishing
Symposium 0.0B Global Priorities in Soil Science
Research
Symposium 3.0B Emerging Topics in Soil Use and
Management
J.R. Simplot
Longwood Gardens
Mid Congress Tour 23: du Pont Family Legacy
Potash Corporation
Refreshment Break
Individual Donors
Silver
Lee and Mary Kay Sommers
Don and Joy Sparks
Bronze
Dr. Gary Petersen
Larry and Gladys Wilding
Supporter
Dr. Earl Alexander
Dr. B. Allen
Mr. Charles Batte
Dr. Sharon Benes
Dr. Janis Boettinger
Dr. Carlos Burgos
Dr. Theodore Carski
Dr. H. P. Denton
Mr. Richard Dinauer
Mr. Dabney Eastham
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Dr. Orvis Engelstad
Dr. Wilford Gardner
Dr. Leland Gile, Jr.
Mr. Nelson Gonzalez-Sullow
Dr. Charles T. Hallmark
Dr. Milo Harpstead
Dr. Julie Jastrow
Dr. Rameshwar Kanwar
Dr. Donald C. Kass
Dr. Eileen Kladivko
Dr. Ellis Knox
Mr. William Kreznor
Mr. Ronald Kuehl
Dr. Edward Landa
Dr. Maurice Mausbach
Dr. William McFee
Mrs. Gail Meads
Dr. Konrad Mengel
Dr. Tsuyoshi Miyazaki
Dr. John Mortvedt
Dr. Arvin Mosier
Dr. Donald Nielsen
Dr. Gerald Nielsen
Dr. Stephen Nortcliff
Dr. Jose Ontanon
Dr. Cheryl Palm
Dr. Upendra Sainju
Mr. David Scruggs
Dr. J. T. Sims
Dr. Jean Steiner
Dr. George Van Scoyoc
Dr. Patma Vityakon
Dr. Koji Wada
Dr. Darryl Warncke
Dr. Gerd Wessolek
Dr. J. Young
Mr. Desiderio Zamudio
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WCSS OFFICERS
WCSS Organizing Committees
Executive Organizing Committee
Lee Sommers, Co-Chair, Organizing Committee
Colorado State University
[email protected]
Larry Wilding, Co-Chair, Organizing Committee
Texas A&M University
[email protected]
Don Sparks, President IUSS
University of Delaware
[email protected]
Gary Petersen, Vice President IUSS
Penn State University
[email protected]
Lois Peterson, Liaison with National Research Council
National Academy of Sciences
[email protected]
Organizing Subcommittees
International Scientific Committee
Chairperson:
Gary Petersen, IUSS Vice President,
Program Committee
Chairperson:
Don Sparks, IUSS President
Budget and Finance
Chairperson:
George Van Scoyoc, Purdue University
Members:
Marcus Alley, Virginia Polytechnic and State University
Robin Harris, University of Wisconsin
Tours
Co-Chairperson:
Co-Chairperson:
John Kimble, National Resource Conservation Service-USDA
Martin Rabenhorst, University of Maryland
Fundraising
Chairperson:
Paul Fixen, Phosphate and Potash Institute
Members:
Paul Kamps, Agronomic Science Foundation
Theodore Carski, DuPont Crop Protection
John Hickman, John Deere
John Mortvedt, Colorado State University
Ed Runge, Texas A&M University
Kirk Scheckel, U.S. Environmental Protection Agency
Special Events
Chairperson:
Joy Sparks, University of Delaware
Members:
Mary Petersen, Penn State University
Mary Kay Sommers, Colorado State University
Gladys Wilding, Texas A&M University
Registration, Publication, and Local Arrangements
Dave Kral, Soil Science Society of America (retired)
Keith Schlesinger, Soil Science Society of America
Pat Scullion, Soil Science Society of America
Linda Nelson, Soil Science Society of America
Stacey Phelps, Soil Science Society of America
Ellen Bergfeld, Soil Science Society of America
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International Union of Soil Sciences Officers
IUSS Bureau
President
Vice President
Secretary-General
Deputy Secretary General
Treasurer
Donald Sparks
Gary Petersen
Stephen Nortcliff
Alfred Hartemink
Jim Gauld
[email protected]
[email protected]
[email protected].
[email protected]
[email protected]
IUSS Standing Committees
Committee on Awards and Prizes
Chairperson:
W. E. H. Blum, Austria
Members:
H. P. Blume, Germany
G. Varallay, Hungary
S. Goryachkin, Russia
L. Abbott, Australia
[email protected]
Committee on Budget and Finances
Chairperson:
R. F. Harris, USA
Members:
L. Martin Neto, Brazil
J. Herrero, Spain
N. Pasricha, India
X. Shi, China
D. Smiles, Australia
L. Thiombiano, Burkina Faso
J. Gauld, United Kingdom (ex officio)
S. Nortcliff, United Kingdom (ex officio)
[email protected]
Committee on Statutes and By-laws
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Chairperson:
J. Kimble, USA
Members:
L. Wilding, USA
C. DeKimpe, Canada
G. Narayanasamy, India
S. Nortcliff, United Kingdom (ex officio)
[email protected]
IUSS Division and Commission Officers
Chairperson
Vice-Chairperson
2nd Vice-Chairperson
Ahmet Mermut
Michael J. Singer
Mary E. Collins
Canada
USA
USA
[email protected]
[email protected]
[email protected]
Commission 1.1 Soil Morphology
Chairperson
Vice-Chairperson
Geoff Humphreys
Alexander Tsatskin
Brenda Buck
Australia
Israel
USA
[email protected]
[email protected]
[email protected]
Commission 1.2 Soil Geography
Chairperson
Vice-Chairperson
Reinhold Jahn
Jaime Bech
Victor B. Asio
Germany
Spain
Philippines
[email protected]
[email protected]
[email protected]
Commission 1.3 Soil Genesis
Chairperson
Vice-Chairperson
Victor Targulian
Ganlin Zhang
Angel Faz Cano
Russia
P. R. China
Spain
[email protected]
[email protected]
[email protected]
Commission 1.4 Soil Classification
Chairperson
Vice-Chairperson
Robert Ahrens
Susana Pazos
Seppe Deckers
USA
Argentina
Belgium
[email protected]
[email protected]
[email protected]
Commission 1.5 Pedometrics
Chairperson
Vice-Chairperson
Gerard Heuvelink
Sabine Grunwald
To be elected
Netherlands
USA
[email protected]
[email protected]
Commission 1.6 Paleopedology
Chairperson
Vice-Chairperson
Edoardo A. C. Costantini
Alexander Makeev
Francesco Malucelli
Italy
Russia
Italy
[email protected]
[email protected]
WCSS OFFICERS
Division 1 Soil in Space and Time
Division 2 Soil Properties and Processes
Chairperson
Vice-Chairperson
Nicola Senesi
Jim M. Tiedje
D. Keith Cassel
Italy
USA
USA
[email protected]
[email protected]
[email protected]
Commission 2.1 Soil Physics
Chairperson
Vice-Chairperson
Marcello Pagliai
Donald A. Gabriels
Gujja N. Magesan
Italy
Belgium
New Zealand
[email protected]
[email protected]
[email protected]
Commission 2.2 Soil Chemistry
Chairperson
Vice-Chairperson
Alessandro Piccolo
Martin Gerzabek
Peter Buurman
Italy
Austria
Netherlands
[email protected]
[email protected]
[email protected]
Commission 2.3 Soil Biology
Chairperson
Vice-Chairperson
Vadakattu Gupta
Kazuyuki Inubushi
Richard Dick
Australia
Japan
USA
[email protected]
[email protected]
[email protected]
Commission 2.4 Soil Mineralogy
Chairperson
Vice-Chairperson
Rob Fitzpatrick
Carolyn Olson
Eleonora Bonifacio
Australia
USA
Italy
[email protected]
[email protected]
[email protected]
Germany
USA
USA
[email protected]
[email protected]
[email protected]
Commission 2.5 Soil Interfacial Reactions
Chairperson
To be elected
Vice-Chairperson
To be elected
To be elected
Division 3 Soil Use and Management
Chairperson
Vice-Chairperson
Wolfgang Burghardt
John Havlin
Diane Stott
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Commission 3.1 Soil Evaluation & Land Use Planning
Chairperson
Ricardo Ralisch
Vice-Chairperson
Lamourdia Thiombiano
Miguel Ayarza
Brazil
Burkina Faso
Honduras
[email protected]
[email protected]
[email protected]
Commission 3.2 Soil & Water Conservation
Chairperson
Don Suarez
Vice-Chairperson
Yeong-Sang Jung
Matilde Somarriba-Chang
USA
Korea
Nicaragua
[email protected]
[email protected]
[email protected]
Commission 3.3 Soil Fertility & Plant Nutrition
Chairperson
John Ryan
Vice-Chairperson
Alvaro Garcia-Ocampo
Cheryl Palm
Syria
Colombia
USA
[email protected]
[email protected]
[email protected]
Commission 3.4 Soil Engineering & Technology
Chairperson
Rainer Horn
Vice-Chairperson
Mukand Brar
Bin Zhang
Germany
India
P. R. China
[email protected]
[email protected]
[email protected]
Commission 3.5 Soil Degradation Control
Chairperson
Ravi Naidu
Vice-Chairperson
Tibor Toth
Yonguan Zhu
Australia
Hungary
China
[email protected]
[email protected]
[email protected]
Division 4 Soils in Sustaining Society and the Environment
Chairperson
Vice-Chairperson
Emmanuel Frossard
Tom Sims
Domy C. Adriano
Switzerland
USA
USA
[email protected]
[email protected]
[email protected]
Sweden
USA
[email protected]
[email protected]
Commission 4.2 Soils, Food Security, and Human Health
Chairperson
Charles Rice
Vice-Chairperson
Josef Kozak
Mary Beth Kirkham
USA
Czech Rep.
USA
[email protected]
[email protected]
[email protected]
Commission 4.3 Soils and Land Use Change
Chairperson
Andrew Sharpley
Vice-Chairperson
Deanna Lynn Osmond
Louis Verchot
USA
USA
Kenya
[email protected]
[email protected]
[email protected]
Commission 4.4 Soil Education and Public Awareness
Chairperson
Mireille Dosso
Vice-Chairperson
Pam Hazelton
Rabah Lahmar
France
Australia
Algeria
[email protected]
[email protected]
[email protected]
Commission 4.5 History, Philosophy, and Sociology of Soil Science
Chairperson
Benno Warkentin
Vice-Chairperson
Dan Yaalon
Hans Van Baren
USA
Israel
Netherlands
[email protected]
[email protected]
[email protected]
Working Group AS Acid Sulfate Soils
Chairperson
Leigh Sullivan
Australia
[email protected]
Working Group CR Cryosols
Chairperson
Russia
[email protected]
Working Group LD Land Degradation
Chairperson
Bal Ram Singh
Norway
[email protected]
Working Group RB Reference Base
Chairperson
Erika Micheli
Hungary
[email protected]
Working Group SCA Saline Soils
Chairperson
Tibor Toth
Hungary
[email protected]
Working Group SCE Forest Soils
Chairperson
P. K. Khanna
Germany
[email protected]
Working Group SU Urban Soils
Chairperson
Wolfgang Burghardt
Germany
[email protected]
Commission 4.1 Soils and the Environment
Chairperson
Lars Bergstrom
Vice-Chairperson
Peter Kleinman
To be elected
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Sergey Goryachkin
Awards
Victor Targulian has spent his 50year scientific career striving to develop a
pedology model as a basic Earth and Biosphere science. During that time, he has described the place and role of the pedosphere among the surface exogenic systems of the Earth and other terrestrial
planets while formulating the concept of
soil memory as a specific type of record
of the biosphere-geospheres interactions.
Targulian has developed the general theory of soil system behavior in-time based on the concept of characteristic times of
the specific pedogenic processes. He has also studied and revealed the main features of the weathering and
pedogenic processes in arctic and boreal humid
areas of the northern Eurasia, while developing the method of very detail-field mezo-morphological investigation in complex-organized soil bodies (Albeluvisols) and has studied
their cutans assemblages as soil memory carriers
and intrasoil barriers and membranes.
Liebig Applied Soil Science Award
Rattan Lal, Ph.D., professor of soil
physics in the School of Environment and
Natural Resources, and Director of the
Carbon Management and Sequestration
Center, FAES/OARDC at The Ohio State
University (OSU), Lal served as a soil
physicist from 1970 to 1987 at the IITA,
Ibadan, Nigeria, conducting long-term experiments on land use, watershed management, methods of deforestation, erosion
control, no-till farming, and agroforestry. Since joining OSU
in 1987, he has worked on soils and climate change, soil degradation and global food security. He is a fellow of the American
Society of Agronomy (ASA) Soil Science Society of America
(SSSA), Third World Academy of Sciences, American Association for the Advancement of Sciences, Soil and Water Conservation Society (SWCS), and Indian Academy of Agricultural
Sciences. He received the International Soil Science Award, the
Soil Science Applied Research Award, and the Soil Science Research Award of the SSSA, the International Agronomy Award
and Environment Quality Research Award and Carl Sprengel
Agronomic Research Award of the ASA, the Hugh Hammond
Bennett Award of the SWCS, and 2005 Borlaug
Award. He was awarded an honorary degree
of Doctor of Science from Punjab Agricultural University, India and of the Norwegian University of life Sciences, Aas, Norway. He is past president of the World Association of the Soil and Water Conservation
and the International Soil Tillage Research Organization, and
President-elect of the SSSA. He was a member of the U.S. National Committee on Soil Science of the National Academy of
Sciences (1998-2002) and Lead Author of IPCC (1998-2000).
He has served on the Panel on Sustainable Agriculture and the
Environment in the Humid Tropics of the National Academy
of Sciences. He has authored and co-authored about 1100 research publications, in addition has written 9 and edited or coedited 43 books.
2006 Kubiëna Medal
Dr. Herman Mücher, one of three nominees for the Kubiëna
Medal, 2006, was unanimously awarded the medal for his outstanding and innovative research based on a combination of
meticulous observations in the field, in the laboratory, and in thin
sections. During his early career, he founded the micromorphological laboratory at the University of Amsterdam, greatly improving preparation techniques. Recently, he has directed his research towards palaeosols, a theme that Kubiëna also probed.
A most important aspect of his work has been his experimental approach toward sediment and soil transport as a basis for
micromorphological interpretation of natural soils. During his
career at the University of Amsterdam, he trained many graduate and postgraduate students, and was involved in all the Erasmus intensive courses on micromorphology until his retirement.
Kubiëna Medal Posthumous Award
Dr. A. Jongerius passed away in mid-life, shortly after the
establishment of the Kubiëna Medal award. The Committee
noted that, had Dr. Jongerius been nominated, he would have
proved an outstanding candidate. Apart from his innovative
and extensive scientific work, he was the de facto founder of the
of the International Working Meetings on Soil Micromorphology, the driving force behind the International Working Group
on Soil Micromorphology and the person who saw to the recognition of micromorphology as Subcommission B of the ISSS.
Had he survived to the present we are certain he would have actively supported the Commission 1.1 Soil Morphology under
the new structure. The posthumous award of the Kubiëna Medal
to the late A. Jongerius is seen as an expression of appreciation
for his outstanding and pioneering contribution to soil micromorphology.
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AWARDS
Dokuchaev Basic Soil Science Award
Honorary Members
WINFRIED E. H. BLUM earned his PhD
in Natural Sciences in 1968 and became
an associate professor in 1972, teaching
soil science and serving as lecturer for
clay mineralogy at the University of
Freiburg, Germany, then became a visiting Professor and Director of a University
Partnership Project at the State University
of Paraná in Curitiba/Brazil. Since 1979
he has been Professor of Soil Science and
Director of the Institute of Soil Research at the University of
Natural Resources and Applied Life Sciences (BOKU) in Vienna/Austria. Since 2004 he has served as President of the European Confederation of Soil Science Societies (ECSSS). Blum
was Chairman of the Commission of Soil Protection at the
Council of Europe, Strasbourg/France (1989-1994) and Secretary-General of the International Union of Soil Sciences (IUSS)
(1990-2002). He is a member of the Scientific Committee of the
European Environment Agency (EEA), Copenhagen/Denmark
(1994-2002). He has served as a Member of the Executive
Board, of the Committee on Scientific Planning and Review
(CSPR) and Chairman of the Standing Committee “Sciences for
Food Security” of the World Council for Science (ICSU),
Paris/France (1996-2002). He has served as Co-editor or member of editorial boards of 14 scientific journals and written
about 450 publications in 9 languages in the areas of soil chemistry and mineralogy, land use, soil and environmental protection. He is an honorary member of several academies and national soil science societies, and has received numerous distinctions and awards.
HANS-PETER BLUME as a student of
agriculture and chemistry earned his Doctoral of Agricultural Science degree at
Kiel University. His career included serving as assistant professor for Soil Science,
at Stuttgart-Hohenheim, and professor of
Soil Science at the Department of Ecology, Technical University of Berlin
(West). At the University of Keil Dr.
Blume has served as professor and director at the Institute of
Plant Nutrition and Soil Science, and director at the Ecological Centre. His research has included “Stagnosols”, desert soils
in the Central Sahara, soil ecology, and Cryosols in Antarctica.
He has served as President of the German Society of Soil Science, as a member of the ISSS committee on Standardization,
as a member of ISSS-WRB and an honorary member of the Polish, Romanian, and German Societies of Soil Science. Dr.
Blume is Emeritus Professor, Institute of Plant Nutrition and
Soil Science, University of Kiel.
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JOHAN BOUMA received his MSC and
PhD degree at Wageningen University,
the Netherlands, and served as a postdoc
at the Soils Dept. University of Wisconsin in Madison, USA, studying soil disposal of septic tank effluent. In 1973 he
became a UW Associate Professor with
tenure. In 1975 he returned with his family to the Netherlands where he started
the Deptartment of Soil Physics at the
Netherlands Soil Survey Institute (STIBOKA), becoming
Deputy Director in charge of research in 1983. In 1986, he
joined Wageningen University as Professor of Soil Inventarisation and Land Evaluation, a position from which he retired
in 2004. His research covered water and solute movement in
structured soils, relating soil morphology to flow patterns; development of pedotransferfunctions; effects of soil management
defined in terms of phenoforms, to be derived from a given taxonomic soil-genoform; land use policy; and interactive research
with stakeholders and policy makers . From 1998 to 2003 he was
a member of the Scientific Council for Government Policy, a
think-tank in the prime minister’s office. He is a fellow of the
SSSA (1983), an elected member of the Royal Dutch Academy
of Sciences (1989) and a Korrespondierender Mitglied Deutsche
Bdenkundliche Gesellschaft ( 1989).
SEONG-JIN CHO earned his PhD degree from Chungnam National University in 1967, specializing in soil fertility.
He worked for 30 years as a professor of
soil science and served for 4 years as the
President of the Chungbuk National University, Korea, where he recently retired
as an emeritus professor. During 1987 to
1988, Cho served as President of The Korean Society of Soil Science and Fertilizer.
He organized a number of international symposia in soil sciences and related fields.
EM. PROF. JAN GLINSKI is a full member of the Polish Academy of Sciences.
As the Director of the Institute of Agrophysics in Lublin during 1982 to 2003, he
was the initiator and active promoter of
scientific cooperation with many universities and institutes in Poland and abroad
and organizer of international conferences
on agrophysics. A member of the ISSS
(since 1961) and vice-chairman of the
Commission I (Soil Physics) of the ISSS (1986-1990) Glinski
served as author or co-author of over 300 papers, 2 books (1985
and 1990), 26 monographs, 18 patents and 7 multilingual dictionaries of agrophysics. He specializes in searching for soil erosion processes, soil chemistry, soil aeration and its role in agriculture and environmental protection, as well as soil-root interactions. He has been an active participant of 8 World ISSS
Congresses (1960, 1964, 1974, 1978, 1986, 1990, 1994, and
1998) and served as Editor-in-Chief of the journal International
Agrophysics (since 1992).
garded as an important milestone in soil science. Later, van
Baren conducted soil surveys in Bangladesh for FAO for two
years before being posted to Kenya to assist with the development of the national soil survey institute. With his Dutch colleagues, (a.o. Dr. W. Sombroek) the first soil reconnaissance of
the whole country was made followed by detailed mapping of
areas of high agricultural potential. van Baren collected and prepared soil monoliths during his tenure with the International Soil
Museum (ISM, now ISRIC following the classification of the
FAO-Unesco Soil Map of the World). These monoliths were the
foundation of the unique ISRIC collection of today, with over
900 soil profiles. The transfer of the International Soil Museum
from Utrecht to Wageningen took place in 1978. In addition to
the work on monoliths, van Baren was concerned with developing the display of soil monoliths in the exhibition hall. This
display was based upon the categories of the Legend of the FAOUnesco Soil Map of the World, extending the fascinating work
he began with Dr Dudal in Rome. van Baren started the book
review section of the ISSS Bulletin in the early 1970s. Each year
the number of reviews grew and in the 1990s, he reviewed 100
to 150 books annually for the Bulletin. Many readers of the Bulletins have indicated that they found the book review section the
most useful and informative part of the Bulletin. Elected Deputy
Secretary General of the ISSS in 1999, he became heavily involved in the day-to-day management of the society including
its transformation to a union (IUSS). He has been supportive in
national soil science societies, particularly in developing countries and has maintained a wide global network of soil scientists. In 2002, he officially retired from his Deputy Secretary
General post of the IUSS, but he continues to review books for
the IUSS Bulletin.
Donald R. Nielsen, Professor of Soil
and Water Science at the University of
California, Davis, taught soil physics
courses, integrating chemical and biological processes. His research and that of his
students included miscible displacement,
microbiological transformations, scaling
soil properties and analyzing field soil
variability. While at Davis, he collaborated with 90 soil scientists from 40 countries. Nielsen retired in 1994, but he continues to visit and encourage young colleagues worldwide. He has served as president of Soil Science Society of America, American Society of
Agronomy, Hydrology Section of the American Geophysical
Union and Soil Physics Commission of ISSS. He is chair of the
US National Committee of Soil Science.
LARRY P. WILDING is Professor Emeritus, Soil and Crop Sciences Department,
Texas A&M University, College Station,
TX. He earned his PhD from the University of Illinois in 1962 and has served as
a pedologist on the faculty of The Ohio
State University from 1962 to 1976, as
Visiting Professor at the University of
Guelph, Ontario, Canada, from 1971 to
1972, and as Professor of Pedology at
Texas A&M University from 1976 until his retirement in 2003.
He has over 40 years of teaching and research experience in near
surface geoscience processes, soil diversity, soil micromorphology, hydric soils, soil classification, Vertisol genesis, soil
carbonate enrichment, soil carbon sequestration, surface mine
reclamation, and international agriculture land use and development. He served as president of the Soil Science Society of
America, charter member of the US National Committee on Soil
Science, member of several NRC/NAS Committees, member
of the Executive Committee of the American Geological Institute, Chairman of Subcommission B (Soil Micromorpholgy) of
the International Soil Science Society, Member of Statutes and
Structure Standing Committee of the International Union of Soil
Sciences, and currently serves as the co-chairperson of the 18th
World Congress of Soil Science Organizing Committee. He is
a registered Professional Soil Scientist and Professional Agronomist with ARCPACS, Soil Science Society of America, and
Professional Licensed Geoscientist (Soil Scientist) in the State
of Texas.
J.H.V. VAN BAREN, a long-term officer
and first class leader in the ISSS and
IUSS, has made major contributions to
the Soil Map of the World and has been instrumental in the establishment and development of the unique World Soil Museum
(ISRIC) in Wageningen. Dr. van Baren
joined FAO-Unesco, working on the FAOUnesco Soil Map of the World. Its completion in the mid 1970s is by many re-
11
AWARDS
MARCEL G.H. JAMAGNE, now Emeritus Research Director of the National
Institute for Agronomic Research
(INRA), was President of the French Soil
Science Society from 1995 to 1999 and
Vice-President of ISSS/IUSS from 1994
until 1998. He was co-organizer of the
16th World Congress of Soil Science in
Montpellier in 1998. Born in Brussels, he
served as Engineer of Agronomy and
Forestry in 1955, and earned his Doctor in Sciences (PhD) in
1973. He worked in Soil Survey in Central Africa for four
years, returning to France to INRA, Soil Science Department.
In 1961, he initiated a specific method of detailed survey that
has been used later on by many countries in Europe and
Northern Africa. In 1968, he created the Soil Survey Staff of
France and served as Director and kept this responsibility until
1997, when he was appointed Emeritus Director. Since the
1970’s he has been national delegate and international expert
for FAO, UNESCO, UNEP and the Council of Europe and the
European Commission dealing with soil survey, use and
conservation. He was nominated Chairman and general
coordinator for the elaboration of the European Soil Geographic
Database. He has professional experience in different regions
of Europe, Africa, South America and Asia. Jamagne is still an
active referee and reviewer for numerous editorial boards of
scientific publications, and Chief Editor of the journal of the
French Soil Science Society. He has been lecturer at different
universities in Europe and South America. He is a Member of
the Agricultural Academy of France and has received many
awards during his career.
Congress Information
Language
English is the official language of the Congress.
Transportation
Taxi Cabs
A fleet of 1,400 cabs serves the area. Fare is metered. There is an
additional charge for two or more passengers. Fare from the airport to
Center City is a flat rate.
Local Transit System
The Southeastern Pennsylvania Transportation Authority (SEPTA),
http://www.septa.org/, offers commuter service to Philadelphia’s suburbs. Suburban Station and Market East regional rail stations are in the
heart of the business, shopping and hotel districts. SEPTA also operates a large number of bus routes throughout the city and suburbs.
Exhibit Space
The exhibits are located in Hall A at the Pennsylvania Convention
Center. Exhibit hours are 3:00 –7:00 pm on Sunday, July 9 and from
9:00 am–6:00 pm Monday, July 10, 2006 and Tuesday, July 11, 2006.
Press Room
Members of the media and public information officers will have access to the WCSS Press Room located in Room 302 of the Pennsylvania Convention Center. Press Room hours: 7:30am - 5:30 pm, Monday–Friday (closed Wednesday for tours), July 10–14. If your institution/organization has written a Press Release that covers the WCSS,
these can be dropped off at the Press Room. Press/PIO contact: Sara
Uttech, Soil Science Society of America, [email protected]
Accompanying Person Lounge
A lounge for registered accompanying persons is located in the
WCSS Registration Center on the second floor of the Pennsylvania
Convention Center. It will be open 1 pm to 4 pm on Sunday, July 9
and 8 am –12 noon on Monday through Friday, July 10-14.
Parking
Parking is available at hotels and at lots located near the Convention Center.
Message Board
Connect with colleagues through the message board, available in
the WCSS Registration Center on the second floor of the Pennsylvania Convention Center.
Onsite Registration
Email Oasis
WCSS Registration Center
On-site Registration services will be available from 9 am to 6 pm on
Saturday, July 9, 2006 and from 9 am to 7 pm on Sunday, July 10. OnSite registration will also be available from 8 am to 5 pm Monday through
Thursday, July 10-13 and from 8 am to 10 am on Friday, July 14.
Pre-Registration services will be available from 9 am to 6 pm on Saturday, July 9, 2006 and from 9 am to 9 pm on Sunday, July 10. Registration services will also be available from 8 am to 5 pm Monday through
Thursday, July 10-13 and from 8 am to 10 am on Friday, July 14.
Badge
When you arrive on site, you will receive your registration materials and a badge that you must wear throughout the Congress and in the
Convention Center. It is not possible to attend any sessions, exhibits,
or lectures without your badge. Access to the opening reception, exhibit hall, and other Congress events requires badge identification.
Congress Business Office
The Congress will host a business office in Room 303A at the
Pennsylvania Convention Center. Hours of the business office will be
8 am to 5 pm on Monday, July 10 through Friday, July 15, 2006. On
Saturday and Sunday, July 8 and 9, 2006, business hours will be from
9 am to 7 pm.
Certificate of Attendance
Each registered participant will receive a certificate of attendance
with their registration materials.
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Computers with internet access are available for you to stay connected to home. The Email Oasis is located in Room 106 of the Pennsylvania Convention Center and will be open from 12 noon to 10 pm
on Sunday, July 9, from 7 am to 10 pm on Monday through Thursday,
July 10-11, and from 7 am to 6 pm on Friday, July 14. Please limit yourself to 10 minutes per visit to allow all attendees to utilize this service.
Congress Program
The Congress begins at 7 pm on Sunday, July 9 with the Opening
Reception. Technical sessions begin at 8 am on Monday, July 10 with
the Opening Session and continue through the week, ending on Saturday, July 15, with the Closing Session from 9 am to 11:30 am. Educational sessions will be held on the first floor of the Pennsylvania
Convention Center with the exception of the Opening and Closing Sessions, which are held in the Grand Ballroom, located on the second
floor of the Pennsylvania Convention Center. Poster theatre sessions
provide an opportunity for poster authors to present a brief synopsis
of their abstract that is available for viewing. Poster theatre sessions
are held in the Exhibit Hall A throughout the congress.
Poster Location
An unprecedented number of poster abstracts are available for
viewing at the World Congress of Soil Science. All posters will be available for viewing throughout the Congress. Posters 101-1976 are located
in the Exhibit Hall A on the second floor of the Pennsylvania Convention Center. All other posters are located on the first floor of the Pennsylvania Convention Center. Posters 2001-2408 are located in Room
105, posters 2501-2806 are located in Room 104 and posters 29013516 are located in room 103. All poster abstract authors are asked to
display a 2-hour period of time in which they will be available at their
poster for discussion.
Tourist Information
Speaker Ready Room
The Speaker Ready Room is located in Room 101 of the Pennsylvania Convention Center. All oral presenters are required to bring their
presentations to the Speaker Ready Room by 4 pm of the day prior to
their presentation. Presenters are able to review, edit and finalize their
presentations prior to loading it onto the presentation management system. A computer specialist will be able to assist you in this process.
Upon completion, your presentation will be loaded onto the computer
in the meeting room in which you will be presenting. This process allows for a smooth transition between presenters within sessions. The
Speaker Ready Room will be open from 12 noon to 6 pm on Sunday,
July 9, from 7 am to 6 pm Monday through Friday, July 10-14.
Information on additional activities in Philadelphia is available at
http://www.phillyvisitor.com/.
Concessions
Concessions are available during lunch in the back of Hall A,
Pennsylvania Convention Center, second floor.
Stamp Collection
Currency
Currency in the United States of America is the U.S. Dollar.
Credit Cards
Commonly accepted credit cards in hotels, restaurants, and shops
and at the registration desk are Master Card, Visa, American Express,
and Discover. Restaurants and shops generally display signs indicating which cards they accept.
Cash Dispensers (ATM)
Several automatic teller (ATM) or banking machines (ABM) are
available in the Marriott Hotel, the Pennsylvania Convention Center,
and at numerous locations in nearby businesses.
Tourist Information
Pick up a Visitor's Guide to Philadelphia at the Restaurant Desk in
the WCSS Registration Center on the second floor of the Pennsylvania Convention Center. Tourist information is also available at
http://www.phillyvisitor.com/.
The Restaurant Desk is also available to assist in making dinner
reservations throughout the week.
Many Philadelphia businesses offer discounts to convention attendees. Please refer to the Show Your Badge and Save flyer included in
your registration materials.
Communication
University of Pennsylvania Dorms
UPA Dorm Guides
To better assist individuals staying at the UPA dorm, the WCSS has
arranged to have graduate student volunteers available to lead groups
of individuals to and from the UPA dorm through use of public transportation at specified times (please see schedule below). Volunteers will
be wearing a burgundy WCSS polo shirt and a host ribbon on their
name badge. The volunteer guide is a complimentary service, however,
individuals are responsible for the $2.00 one-way fee for public transportation.
To the Pennsylvania Convention Center
Meet the volunteer guide in the lounge on the first floor in the back
of Hamilton College House. Guides will depart at the following times.
Sunday, July 9, 2006
8:30 am and 10:30 am
6:30 am, 7:30 am, 8:30 am, and 9:30 am
To the University of Pennsylvania (UPA) Dorm
Meet the volunteer guide in the WCSS Registration Area on the second floor of the Pennsylvania Convention Center. Guides will depart
at the following times.
Sunday, July 9, 2006
4:30 pm and 6:30 pm
8:30 pm and 10:00 pm
4:30 pm, 5:30pm, and 6:30 pm
International Telephone Calls
If you will be making an international telephone call from Philadelphia to another country, please consider using phone calling cards. If
you dial an international call from your hotel room without using a
phone card, the rates will be very high. You can still use the phone in
your hotel room to place the call, but do so by using a phone card. These
cards are available in various drug stores on Market Street.
Internet Access
Wireless internet access is available in the Convention Center on a
fee basis. The Organizing Committee will make arrangements to provide participants with a limited number of computers connected to the
Internet.
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GENERAL INFORMATION
A stamp collection is available for viewing near the WCSS Registration Center on the second floor of the Pennsylvania Convention Center. Viewing hours are consistent with hours in which the WCSS Registration Center is open.
Downtown Philadelphia
Pennsylvania Convention Center | First Floor
14
MAPS
Pennsylvania Convention Center | Second Floor
15
Pennsylvania Convention Center | Third Floor
Pennsylvania Convention Center | Ballroom Level
16
MAPS
Philadelphia Marriott Downtown
17
Tour s and Workshops
Pre Congress
Tour 7—Acid Sulfate Soils of U.S. Mid-Atlantic/
Chesapeake Bay Region
Contact: Del Fanning, Univ. of Maryland ([email protected])
Tour Starts: July 6, 2006, in Philadelphia, PA
Tour Ends: Saturday, July 8, 2006
No. of Participants: Minimum 30; Maximum 45
Cost: $550
This tour will bring together soil scientists with a strong interest in
acid sulfate soils to demonstrate the kinds of acid sulfate soils, and societal environmental problems related to them, in the region surrounding the Delaware and Chesapeake Bay. A primary goal will be to
show the wide variety of acid sulfate soils (potential, active, and postactive) that occur in this region. Potential acid sulfate soils, primarily
Sulfaquents and Sulfihemists, occur as tidal marsh soils and as subaqueous soils in shallow bays. Many of the tidal marsh soils around
Chesapeake Bay are “submerged upland” soils because of slowly (sea
level rise of about 5mm/ year) subsiding landscapes. Active acid sulfate soils (Sulfaquepts, Sulfudepts and Sulfic Endoaquepts) occur primarily because of human disturbance of sulfidic materials. They occur
in dredged materials in diked disposal areas and in uplands where Cretaceous and Tertiary sediments have been exposed by construction activities. Many of the native upland soils of this region, many of which
are Ultisols by Soil Taxonomy, are post-active acid sulfate soils.
Jarosite that formed thousands if not millions of years before present
is found in the oxidized zone in which these soils exist. Pyrite occurs
in the unoxidized zone that may be found at depths of 2 to 20 meters.
These and other sulfur-bearing minerals (e.g. gypsum formed from carbonate shells) attest to the role that acid sulfate soil processes have
played in the development of these soils. Iron “oxide” and silica cementation features from some of these soils are thought to have formed
by acid sulfate soil processes. The need for improved acid sulfate soil
education of engineers involved in construction activities in these
landscapes will be pointed out.
Post Congress | SOLD OUT
surface. The construction of the pipeline and the engineering solutions
to overcome permafrost hazards will be discussed. Further north, the
tour will lead the delegates to cross the Arctic Circle and across the
Brooks Range into the treeless arctic tundra of the North Slope of
Alaska. The delegates will examine the non-sorted circle formation and
the cryoturbated tundra soils on Arctic Foothills and the Arctic Coastal
Plain. Infrastructure design to overcome potential problems caused by
permafrost in the oil field on the arctic coast will be discussed. Here
in northern Alaska, the delegates will experience 24 hours of sunlight
and see wildlife along the way. The tour starts with a bus from Fairbanks and also ends in Fairbanks.
Mid Congress Tours
Wednesday, July 12, 2006
To purchase a ticket for a Mid Congress tour go to the WCSS Registration Center located on the Bridge, second floor at the Pennsylvania Convention Center. Tours depart from the 12th Street tunnel
Tour 19—The Rodale Institute ® Regenerative
Agriculture Tour, Crystal Cave, and Cabela’s
Outfitters
Contact: John Chibirka ([email protected])
Cost: $180
Time: 8:00 am to 8:00 pm
For more than half a century, The Rodale Institute has promoted
the message of “Healthy Soil, Healthy Food, Healthy People®” to a
global audience. Situated on 333 rolling acres in Kutztown, Pennsylvania, this truly dynamic non-profit organization works to support the
positive attributes of organic/regenerative agriculture locally, regionally and internationally, based on scientific assessment, practical application and outreach. The Farm Tour provides a guided look at the
Farming Systems Trial, plus a unique opportunity to see organic notill research, mycorrhizal fungi studies and use, composting, and compost tea technology. In addition, you will have the opportunity to visit
the museum exhibit “Food Essence of Life” and The Institute’s Bookstore that sells a variety of gardening accessories and gifts.
Tickets are no longer available
Tour 1—Cryosols and Arctic Tundra Ecosystem
Formerly listed as a Pre Congress Tour
Contact: Chien-Lu Ping, Univ.of Alaska ([email protected] )
Tour Starts: July 16, 2006, at Fairbanks, AK
Tour Ends: July 22, 2006, at Fairbanks, AK
Cost: $2380
NOTE: Sleeping bags are required for the 4 night stay at Toolik Lake
Station.
The tour will take participants through the boreal forest in the
Fairbanks area of interior Alaska to view the effects of landform and
slope aspect on soil formation. The interior Alaska is in the zone of
discontinuous permafrost. The distribution of permafrost is controlled
by drainage, slope and aspect, and vegetation succession after wildfires. In Fairbanks near the University Campus the tour will lead the
delegates to a catena in which the effect of slope and aspect on permafrost distribution is evident. Also in the area the delegates will see
the result of land clearing 50 years ago in soils with ice lens and ice
wedges. In addition, the tour will tour the Fox Permafrost Tunnel to
study the formation of ice wedges and lenses from under the ground
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Tour 20—New Frontiers in Soil Survey
Sponsor: Chester County Conservation District and USDA-NRCS
Contact: John Chibirka ([email protected])
Cost: $170
We will travel through Southeast Pennsylvania to visit a MLRA Soil
Survey Project Office and view the methods and technologies that are
being used to update and maintain soil surveys on a Land Resource
Area basis. Demonstrations will show how Geographic Information
Systems, the National Soil Information System (NASIS), Global Positioning Systems, computer Stereo Analysis of landforms and digital soil maps, Spatial Analysis and other technologies are being used
to update and maintain soil survey maps and data. The field portions
of this tour will travel through Lancaster County looking at land use
changes and their influence on soil properties, Farmland Preservation
and provide demonstrations of soil survey field data collection using
methods that include soil property measurements, GPS, non-invasive
geophysical tools(Ground Penetrating Radar and Electro-Magnetic Induction) techniques. Comparisons of historic soil surveys and maps
with modern soil survey data will be observed at the field sites.
Tour 21—Watershed Research & Management in
Action
Sponsor: USDA-ARS
Contact: Andrew Sharpley ([email protected])
Cost: $100
A one-day tour of the U.S. Department of Agriculture - Agricultural Research Service Watershed Management research facility at
Klingerstown, Pennsylvania will be offered. This location is about 150
miles from Philadelphia; an approximate three-hour drive. At the location, tour members will be shown how ARS is investigating the impact of agricultural management on water quality in several watersheds.
Demonstrations will be given of specialized equipment that quantifies
surface and subsurface water movement and nutrient transport. Inspection pits of local soils will be available for viewing. Visits to local farms
will also highlight current pressures and practical solutions to farming and of Best Management Practices that protect water quality. Stops
during the trip to and from Philadelphia will be made highlighting stateof-the-art feed management for concentration animal feeding operations and its role in nutrient management planning strategies.
soil and water quality, and reduce pesticides. The cornerstone of this
system is a unique emphasis on maintaining a permanent cover of crop
residues and cover crops on the soil surface and having something living in the soil at all times. All vegetables and crops are then seeded or
transplanted into the organic mulch. This permanent cover aids in weed
control, has virtually eliminated soil erosion on the farms 3-17%
slopes, and has increased soil and water quality. This trip will travel
through Pennsylvania Dutch County and Amish Farms, stop at a Preserved Farm in Lancaster County, Pennsylvania for a discussion of
farmland preservation programs and a look at the soil profile of the famous limestone soils of Lancaster County. Then travel with a local tour
guide to an Old Order Amish farm for a home cooked meal. The tour
will then travel to Cedar Meadow Farm and hear about the no-till farming systems and research that has been conducted at the farm by Penn
State University, University of Maryland, and the USDA-NRCS. At
Cedar Meadow Farm the tour will also observe the soil profiles under
long-term no-tillage, conventional cropping and woodland within the
Pennsylvania Piedmont in Lancaster County.
(NOTE: lunch will be at an Amish Farm with no air conditioning,
it can be very hot and humid in July)
Tour 26—New Jersey Pine Barrens Soils Ecology
Sponsor: du Pont Company, Longwood Gardens, and University of
Delaware
Contact: Gerald Hendricks ([email protected])
Cost: $100
A full day tour of ancestral homes of members of the du Pont family that currently showcase the history of industrial development and
technology, horticulture, and American art history. We first visit Hagley Museum and Library. Located on 235 acres along the banks of
the Brandywine River, Hagley is the site of the gunpowder works
founded by E. I. du Pont in 1802. This example of early American industry includes restored mills, a workers’ community, and the ancestral home and gardens of the du Pont family.
Next stop will be Winterthur, the former home of Henry Francis
du Pont, an avid antiques collector and horticulturist. In the early 20th
century, H. F. du Pont and his father, Henry Algernon du Pont, designed
Winterthur in the spirit of 18th and19th-century European country
houses. We’ll start with lunch, followed by the Elegant Entertaining
Tour to experience elegant rooms where the du Pont family entertained,
with some time allowed to wander through the 60-acre naturalistic
Winterthur Garden.
The final stop is Longwood Gardens, one of the world’s premier
horticultural display gardens. Created by industrialist Pierre S. du
Pont, Longwood offers 1,050 acres of gardens, woodlands, and meadows; 20 outdoor gardens; 20 indoor gardens within 4 acres of heated
greenhouses; 11,000 different types of plants; and spectacular fountains. We will be treated to a behind the scenes tour of Longwood’s Soil
and Compost Facility, followed by time to explore the gardens, and finishing the day with dinner at the Terrace restaurant.
Tour 24—Cedar Meadows Farm & Lancaster County
Sponsor: USDA-NRCS and Lancaster County, PA
Contact: Ed White ([email protected])
Cost: $165
Time: 7:15am to 7:00 pm
Steve Groff and his family farm 175 acres of vegetables and crops
on hilly land in Lancaster County, Pennsylvania. He has pioneered the
“Permanent Cover Cropping System”, which includes no-tillage, cover
crops, and effective crop rotations as a way to increase profits, enhance
Sponsor: Rutgers University and USDA-NRCS
Contact: Joseph Heckman ([email protected] )
Cost: $155
The tour will visit sites across the coastal plain of New Jersey to
learn about the unique ecosystem known as the “Pine Barrens”, or
Pinelands. Native vegetation covering the infertile, droughty, sandy
(Spodosol/Podzol) soils of this region is primarily pitch pine-scrub oak
forest, growing no more than 2 meters in height in some places (Pygmy
Plains). Specialty agriculture finding its niche in the area includes cranberry bogs and blueberry fields, which will be discussed at the Rutgers-NJAES/USDA-ARS Marucci Blueberry and Cranberry Research
& Extension Center in Chatsworth. A stop at Batsto Village will illuminate the historical extraction of bog iron and production of glass from
sand mines. Finally, a historic greensand mining region will be visited
to examine the distinctive soils of glauconitic parent material. The tour
will include a visit to a New Jersey winery.
Tour 27—Sustainable Systems and Crop Modeling
Research at Beltsville Agricultural Research Center
Sponsor: USDA-ARS
Contact: V. R. Reddy ([email protected])
Cost: $135
This tour will encompass some of the sustainable systems and
crop modeling research at the Beltsville Agricultural Research Center (BARC) in Beltsville, Md. The first stop of this tour will be at the
Crop Systems and Global Change Laboratory’s Soil-Plant-Atmospheric-Research (SPAR) facility. The Sunlit controlled environment
chambers, known as SPAR chambers, have been built to evaluate plant
responses to important environment and soil variables. The second stop
will view cover crop research currently being conducted by the Sustainable Agricultural Systems Lab. Lunch will be served at the ARS
National Visitors Center. The third stop is the long-term Farming Systems Project (FSP) which contains conventional cropping systems
and organic cropping systems for sustainable production of field crops.
The focus of this site is on changes in soil physical properties, nutrient dynamics, and biological communities in response to cropping system effects and spatially distributed landscape effects. The final stop
will discuss research on glomalin and rhizosphere colonization.
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TOURS/WORKSHOPS
Tour 23—The du Pont Family Legacy
Tour 28—Animal and Natural Resources Research
at the Beltsville Agricultural Research Center
Workshops
Sponsor: USDA-ARS
Contact: V. R. Reddy ([email protected])
Cost: $135
This tour will encompass some of the soil and water research being
conducted at the Beltsville Agricultural Research Center (BARC) in
Beltsville, Md. The first stop of the tour will be at the Hydrology and
Remote Sensing Lab's (HRSL) OPE3 watershed study site. Research
is being conducted to determine how farming methods can be altered
for better long-term environmental and economic consequences. The
second stop of the tour will be at the HRSL's and Natural Resources
Conservation Service's Soil Climate Analysis Network (SCAN) site.
This site is part of cooperative nationwide comprehensive soil moisture, soils and climate system to support natural resource assessments
and conservation activities. Lunch will be served at the ARS National
Visitors Center. The third stop will be at Environmental Management
and By-Product Utilization (EMBU) Laboratory phytoextraction field
test site. Natural metal hyperaccumulator plants will be shown growing on the metal rich soils. Raised bed plots with several ecotypes will
illustrate the range of plant variation available for breeding improved
cultivars for commercial phytoextraction. The final stop will be at the
Beltsville Composting & Research Facility. You will learn about research by the Sustainable Agricultural Systems, Environmental Microbial Safety, and the EMBU labs that has led to development of criteria for pathogen reduction in manure compost, hybrid composting technologies, designer products, innovative uses, and novel delivery systems for field, landscape, and horticultural uses of compost in rural and
urban settings.
Measuring Water Content,Water Potential and Water Flow
in Soils: A Short Course for Soil Scientists
20
Sponsor: Decagon Devices, Pullman, WA
Date: July 8, 2006
Cost: $75
Location: Marriott Hotel, Room 401–402, Fourth floor
Time: 8:30 am–5:30 pm
Modern methods for measuring soil moisture will be presented, discussed and used. TDR, capacitance, and thermal probe measurements
for water content; tensiometer, thermal, dielectric, and psychrometric
methods for water potential; and tension infiltrometers and lysimeters
techniques for hydraulic conductivity and flow will be presented. The
material will be presented through lectures and short, hands-on lab sessions.
The Use of Nuclear Techniques in Addressing Soil-Water
Nutrient Issues for Sustainable Agricultural Production
Sponsors: Food and Agriculture Organization and International Atomic
Energy Agency
Date: July 9, 2006
Location: Pennsylvania Convention Center, room 107 AB, First floor
Cost: $25 (fee waived with IAEA approval)
Time: 8:30 am–5:30 pm
The workshop will provide an excellent opportunity for participants
to exchange information on nuclear techniques in agriculture and to
attend the 18th World Congress of Soil Science Congress. The scope
and issues to be addressed at the Workshop include: (i) The use of isotopic tracers and soil moisture neutron probes to quantify stocks and
flows of carbon, nutrients, water and soil in cropping systems, (ii) The
use of isotopic markers or tracers in germplasm selection or breeding
programmes for enhanced tolerance to abiotic stresses, (iii) Soil carbon sequestration and conservation agriculture in mitigating soil erosion, fertility degradation and desertification, (iv) Agricultural water
management and productivity (crop water productivity and agricultural
water resource assessment or measurement) and (v) Integrated soil-nutrient management in agro-ecosystems (e.g., use of crop residues and
fertilizer utilization efficiency and losses to environment). Additional
information is available at www.18wcss.org. Applications for grants
to attend the Workshop and conditions for grant applications can be
obtained from IAEA ([email protected] ).
Cultural Activities
Sunday, July 9
Tuesday, July 11
The Barnes Foundation
Historic Philadelphia
1:00–5:00 pm-based on availability.
Minimum 20; Maximum 23
Fee per Person: $48.00*
The Foundation was established in 1922 by Dr. Albert Barnes "to
promote the advancement of education and the appreciation of the fine
arts". The Barnes Foundation houses one of the world's finest private
collections of Post-Impressionist and early French modern art, including works by Renoir (180), Cézanne (69), Matisse (60), and Picasso, Monet and Manet. Art from every corner of the globe is grouped
with fine examples of antique furniture, ceramics, hand-wrought iron
and Native American jewelry. The gallery is located on a 12 acre arboretum on the Philadelphia Main Line and once was the home of Dr.
Barnes.
8:30 am–12:30 pm
Minimum: 35; Maximum: 44
Fee per person: $36.00*
King Charles II granted William Penn, an English Quaker, a parcel of land in the new World in 1682 as payment for a debt the Crown
owed Penn's father. The city grew rapidly, becoming the second largest
English-speaking city in the world just before the American Revolution. Philadelphia was the Revolutionary War capital, except for nine
months during the British occupation. You will see the Liberty Bell,
the hallowed symbol of our nation's freedom; see where the Declaration of Independence was adopted; Congress Hall where Congress sat
while Philadelphia was the capitol of the United States from 1790 to
1800; Franklin Court, the site of the house and print shop of one of
Philadelphia's most prominent citizens - Benjamin Franklin, and more.
Historic Philadelphia
Atlantic City
1:00–5:00 pm
King Charles II granted William Penn, an English Quaker, a parcel of land in the new World in 1682 as payment for a debt the Crown
owed Penn's father. The city grew rapidly, becoming the second largest
English-speaking city in the world just before the American Revolution. Philadelphia was the Revolutionary War capital, except for nine
months during the British occupation. You will see the Liberty Bell,
the hallowed symbol of our nation's freedom; see where the Declaration of Independence was adopted; Congress Hall where Congress sat
while Philadelphia was the capitol of the United States from 1790 to
1800; Franklin Court, the site of the house and print shop of one of
Philadelphia's most prominent citizens - Benjamin Franklin, and more.
9:00 am–5:00 pm
Spend the day or evening in the Las Vegas of the East where a cash
bonus awaits you upon arrival. Atlantic City is a must if you've never
been there and is always recommended for repeat fun. A beautiful
boardwalk beside the Atlantic Ocean, excellent restaurants and wonderful shopping offer endless adventure. And of course, the extensive
selections of casinos for your gambling pleasure. Must be 18 years old.
http://www.atlanticcitynj.com/
Longwood Gardens
9:00 am–1:00 pm
Longwood is sure to delight anyone who loves exquisite flowers,
majestic trees, and opulent architecture. Here, amid 1050 outdoor
acres and 20 indoor gardens, you'll find perfection at every turn. Spend
some time enjoying the water gardens, arboretum, bonsai displays,
desert house and much more at this duPont estate. Longwood is always
in bloom! http://www.longwoodgardens.org/
Valley Forge
1:00 pm–5:00 pm
Of all places associated with America's War for Independence, none
conveys the suffering, sacrifice and ultimate triumph more than Valley Forge. Here you'll tour Washington Headquarters, visit the soldiers
huts, see the Memorial Arch and visit the Memorial Chapel. Valley
Forge is the story of an army's epic struggle to survive against terrible
odds, hunger, disease and the unrelenting forces of nature.
http://www.valleyforge.org/vfpark.asp
2:00 pm–5:00 pm
Philadelphia's Italian Market is the oldest and largest working outdoor market in the United States. Still predominantly Italian, it offers
the best of many cultures and cuisines to the shopper. Termini Brothers Bakery is a Philadelphia landmark and one of our most unique and
treasured traditions for over 75 years. Using recipes and tools dating
back to 1890, Termini's depicts "The Way it Was" and of course, some
samples. Another family owned and operated business for over 50 years
is DiBruno Brothers' "House of Cheese". This old world European style
cheese shop features over 400 different types of cheeses and an overwhelming variety of gourmet food from around the world.
http://www.phillyitalianmarket.com/
Spirit of Philadelphia-Dinner Cruise
6:00 pm–10:30 pm
Come aboard the Spirit of Philadelphia and see the city from the
river. Enjoy a breathtaking view of the city's skyline as you cruise along
the historic Delaware River. Enjoy a freshly prepared buffet, a festive
floorshow, lively dance music and a fascinating tour of the Delaware
River. See the famous Walt Whitman Bridge, the New Jersey State
Aquarium and Penn's Landing where William Penn first anchored his
ship on his voyage to the New World. Good food, lively entertainment
and free-spirited laughter - this is what a Spirit cruise is all about!
*Tour fees include transportation, guide, admissions, meals as listed
in individual tours and amenities.
21
CULTURAL ACTIVITIES
Monday, July 10
Italian Market
Wednesday, July 12
Thursday, July 13
Pennsylvania Dutch Country
Peddler's and Pearl's-A Trip to Bucks County
9:00 am–5:00 pm
Your guide will acquaint you with the customs and lifestyles of
these quiet people who live without the modern conveniences we all
take for granted. You will visit an Amish house/farm; and enjoy a real
Pennsylvania Dutch style lunch will all of the trimmings including
Country Baked Ham, Fried Chicken, Mashed Potatoes, Sausage, Noodles, Chow Chow, Shoo fly pie and much more. There will be time for
shopping at Kitchen Kettle in Intercourse for Amish specialties such
as jams and relishes, quilts and other crafts before returning to the hotel
and the 21st century. http://www.800padutch.com
9:00 am–4:00 pm
Travel through the lush countryside of Bucks County for a visit to
Green Hill Farms. This was the country estate of Pearl S. Buck,
Pulitzer Prize winning author of "The Good Earth", where she resided
and wrote for the last 38 years of her life. The house provides a rich,
multi-faceted cultural experience that combines art, literature, history
and education. It represents the melding of two worlds - Pennsylvania and China. From here we continue in Bucks County to Peddlers'
Village with over 70 unique shops set in an 18th century colonial style
village. You might also enjoy the new Carousel World which is an antique operating carousel combined with a museum filled with the
work of master carousel carvers and memorabilia. Lunch included at
Jenny's at Peddler's Village. http://www.peddlersvillage.com/
Atlantic City
9:00 am–5:00 pm
Spend the day or evening in the Las Vegas of the East where a cash
bonus awaits you upon arrival. Atlantic City is a must if you've never
been there and is always recommended for repeat fun. A beautiful
boardwalk beside the Atlantic Ocean, excellent restaurants and wonderful shopping offer endless adventure. And of course, the extensive
selections of casinos for your gambling pleasure. Must be 18 years old.
http://www.atlanticcitynj.com/
Winterthur
9:30 am–2:30 pm
Beginning in 1811, four generations of du Pont's farmed the Winterthur landscape. Henry Francis duPont (1880-1969), Winterthur's last
private owner developed a renowned herd of Holstein-Fiesian dairy cattle, collected American Decorative Arts and pursued a lifelong interest in horticulture and landscape design. Your visit will include a docent tour of duPont's remarkable collection in the 16 period rooms and
a tram ride through the gardens and time for browsing in their wonderful gift shop. Lunch on own and closed on Mondays.
http://www.winterthur.org/
Battles on the Delaware
1:00 pm–5:00 pm
Take the ferry across the Delaware River and enjoy the beautiful
Philadelphia skyline. Once on land you will be able to tour the Battleship U.S. New Jersey. The New Jersey was one of the most decorated
battleships on the U.S. Naval history and a floating city. The Battleship
New Jersey had a complement of nearly 3,000 men during World War
II. Enjoy the skyline of Philadelphia as you take the ferry back. Once
on land, we'll tour the Independence Seaport Museum and learn about
the river and what an important part it is to Philadelphia's economy.
Candlelight Tour/City Tavern
6:30 pm–10:30 pm
Minimum: 35
Step back in time as you board a trolley that will transport you back
to colonial Philadelphia. Stroll the cobblestone streets of Society Hill,
one of the oldest and most elegant neighborhoods in the country. Here
you'll pass by hidden gardens and courtyards as you learn about life
in colonial times. Dinner is served at The City Tavern, once called "the
most genteel tavern in America" by John Adams.
22
Shopping in Manayunk
10:00 am–2:00 pm
Minimum: 30; Maximum: limitless
Manayunk, nestled along the banks of the Schuylkill, is a 19th century mill town that has been transformed into a contemporary shopping, dining and recreational destination while preserving its historic
integrity. Here you can find items that cannot be found in a shopping
mall. Main Street is comprised of a potpourri of boutiques specializing in men's, women's, and children's apparel and accessories, crafts,
home furnishings, antiques and more. This shuttle leaves every 30 minutes. http://www.manayunk.com
Friday, July 14
Pennsylvania Dutch Country
9:00 am–5:00 pm
Journey back in time as you travel through the pastoral countryside
of Lancaster County. Your guide will acquaint you with the customs
and lifestyles of these quiet people who live without the modern conveniences we all take for granted. You will visit an Amish house/farm;
and enjoy a real Pennsylvania Dutch style lunch will all of the trimmings including Country Baked Ham, Fried Chicken, Mashed Potatoes, Sausage, Noodles, Chow Chow, Shoo fly pie and much more.
There will be time for shopping at Kitchen Kettle in Intercourse for Amish
specialties such as jams and relishes, quilts and other crafts before returning to the hotel and the 21st century. http://www.800padutch.com
Franklin Mills
10:00 am–3:00 pm
If you do not like choices, this is not the place for you. The "Official Landmark of the Discount Shopper" has over 150 stores conveniently located under one roof, offering top designer names at 20% to
70% below retail prices. And, Pennsylvania has no sales tax on clothing. As an added incentive, you will receive discount coupon books
and shopping bags when you arrive. http://www.franklin-millsmall.com
*Tour fees include transportation, guide, admissions, meals as listed
in individual tours and amenities.
Exhibit Hours
Advanced Geosciences, Inc.
Hall A, Pennsylvania Convention Center
12700Volente Road, Bldg. A
Austin, TX 78726, USA
Phone: 512-335-3338
Fax: 512-258-9958
Email: [email protected]
Website: www.agiusa.com
Booth 411
Advanced Geosciences is the manufacturer of the SuperSting geophysical resistivity imaging system. The company is based in Austin,
Texas and has been active in the geophysical field since 1989. Our stateof-the-art products include the SuperSting memory earth resistivity/IP
meter, automatic electrodes and the EarthImager tomography software.
Now offering two short courses with Manufacturers Certification in Resistivity Imaging and Resistivity Data Processing.
REPRESENTATIVES; Brad Carr
3:00–7:00 pm
8:00 am–6:00 pm
8:00 am–6:00 pm
Sunday, July 9
Monday, July 10
Tuesday, July 11
19th World Congress of Soil Science
School of Land and Food Sciences
University of Queensland
St. Lucia, QLD 4072, Australia
Phone: 61 1 3365 2059
Fax: 61 1 3365 1177
Booth 519
Activation Laboratories Ltd.
1336 Sandhill Drive
Ancaster, ON L9G 4V5, Canada
Phone: 905-648-9611
Fax: 905-648-9613
Website: www.actlabs.com
Booth 607
Actlabs provides contract analytical services. Services offered for
Soil Scientists include the full range of inorganic and organic analyses for analyzing soils, water and vegetation. Some of our analytical
methods include Instrumental Neutron Activation Analysis (INAA),
ICP/OES, ICP/MS, High Resolution ICP/MS, X-ray Fluorescence, Xray Diffraction, LECO, Fire Assay, Ion Chromatography, Capillary
Electrophoresis, GC/MS, Laser Particle Size Analysis, Autoanalyzers
and much more.We also offer services related to isotope analysis and
geochronological dating. Research and development efforts over the
years have put us at the forefront of emerging services like metal speciation in liquids and solids.
REPRESENTATIVES: Eric Hoffman
Sergio Troncoso
ADC BioScientific LTD
12 Spurling Works, Pindar Road
Hoddesdon Herts EN11 0DB, United Kingdom
Phone: +44 1992 445995
Fax: +44 1992 444567
Website: www.adc.uk
Booth 412
ADC BioScientific is one of the worlds leading developers of high
quality, field portable gas exchange instrumentation for a variety of geoscience research applications including soil flux. At this year’s WCSS
ADC is demonstrating the new ACE system (Automated soil CO2 exchange system) designed for long-term, unattended monitoring of soil
flux. The automated design allows the soil area to be exposed to ambient conditions between analysis cycles. The ACE system features a
highly accurate CO2 analyser housed directly inside the soil chamber
assembly.
REPRESENTATIVES: Steve Bonnage
John Stanyon
American Peat Technology LLC
1132 Air Park Drive
Aitkin, MN 56431, USA
Phone: 218-927-7888
Fax: 218-927-2333
Booth 601
American Peat Technology, LLC modifies a high quality low ash
reed sedge peat into two all natural products. BioAPT Microbe Carrier: Used primarily in the Rhizobia bacteria seed inoculant industry
BioAPT has exceptional moisture and nutrient retention characteristics. This makes it a highly desirable carrier for many other types of
microbes, Gram negative or Gram positive. BioAPT comes standard
in two physical forms, granular (10 to 32 mesh), and powdered (80%
by 200 mesh). APTsorb Cation Exchange Media: Taking advantage of
our peat’s strong cation exchange properties we modify our granule
to give it outstanding wetted properties. In liquid phase metals removal,
APTsorb has strong affinity for a broad spectrum of metals with a +2
valence. APTsorb also has a tolerance to organic solvents. APTsorb
comes in two forms. The first is a use once and dispose media. This
media is formulated to be stable when land-filled. The second product is a media that is suitable for acid striping and reuse.
REPRESENTATIVES: Tom Eberhardt
Eric Paulson
AMS Inc.
105 Harrison Street
American Falls, ID 8321, USA
Phone: 208-226-2017
Fax: 208-226-7280
Website: www.ams-samplers.com
REPRESENTATIVE:
Troy Chipps
Booth 104
Analytical Spectral Devices, Inc.
5335 Sterling Drive, Suite A
Boulder, CO 80301, USA
Phone: 303-444-6255
Fax: 303-444-6825
Website: www.asdi.com
Booth 311
Extreme performance whatever the conditions — ASD’s instruments have gone the distance to provide research grade data wherever
and whenever needed. With the rugged and portable AgriSpec™, field
23
EXHIBITORS
Exhibitor s
analysis for soils and vegetation has never been easier. ASD’s spectrometers are state-of-the-art instruments for superior qualitative measurement from 350-2500 nm, in reflectance, absorbance, or transmittance, and are ideal for assessment of soil quality and organic resource quality. With ASD’s unique modular Goetz Spectrometer design providing a wider spectrum than other NIR instruments available,
your spectra is created with greater signal-to-noise ratio and more robust data, resulting in more reliable analysis.
REPRESENTATIVES: David Hatchell
Chris Pederson
Bio Chambers Incorporated (Enconair)
477 Jarvis Avenue
Winnipeg, MB R2W 3A8, Canada
Phone: 204-589-8900
Fax: 204-582-1024
Web: www.biochambers.com
Booths 512, 611
Bio Chambers Incorporated has more than 30 years experience in the
design and manufacture of quality chambers and rooms for research purposes. We supply a wide range of plant growth chambers which are ideal
for soil remediation research; tissue culture chambers and rooms; and
environmental rooms. Chambers control temperature, light and airflow
- and support humidity and CO2 options. All products have complete
data-logging capability, even on experiments lasting more than one
year. Photoperiods for any location may be programmed simply by entering the required latitude, longitude, and start date.
REPRESENTATIVES: Robert Pauls
Marc Theroux
Blackwell Publishing
350 Main Street
Malden, MA 2148, USA
Phone: 781-388-8394
Fax: 781-338-8394
Website: www.blackwellpublishing.com
Booth 208
Blackwell Publishing is the world’s leading society publisher, partnering with more than 550 academic and professional societies. Blackwell publishes over 750 journals and 600 text and reference books annually, across a wide range of academic, medical, and professional subjects. For more information on Blackwell Publishing, please visit
www.blackwell-publishing.com or www.blackwell-synergy.com.
California Analytical Instruments, Inc.
1312 E. Grove Avenue
Orange, CA 92865, USA
Phone: 714-975-5560
Fax: 714-921-2531
Website: www.gasanalyzers.com
Booth 312
California Analytical Instruments (CAI) is recognized as one of the
world’s leading providers of continuous gas emissions monitoring
equipment. The Innova Airtech Model 1412 - Photoacoustic Multigas
Monitor has become the standard for simultaneously measuring Ammonia (NH3), Carbon Monoxide (CO), Carbon dioxide (CO2), Methane
(CH4), Nitrous Oxide (N2O) and Water Vapor in both Animal Feed Operations and Soil Flux studies. CAI can measure these gases from a single point or utilize our Mark 3 Multipoint Sampler and sample from
multiple points all around the facility. CAI also offers the Model 605
HCLD - Heated Chemiluminescent analyzer for continuous NO/NOx
& NH3 monitoring.
REPRESENTATIVES:
Larry Marcus
Larry Sullivan
24
Campbell Scientific, Inc.
815 W 1800 N
Logan, UT 84321-1784, USA
Phone: 435-753-2342
Fax: 435-750-9540
Website: www.capmbellsci.com
Booth 501
Campbell Scientific manufactures data acquisition systems and sensors and has a 30 year history of providing rugged and reliable measurement equipment. Our soil water instrumentation is used extensively to monitor water content and matric potential in a wide range of applications where
water inventory or movement must be accurately measured. The instrumentation can be used to automatically monitor multiple sensors for timeseries and profile information or make point measurements using portable,
hand-held devices. Proven reliability, low power use, accurate measurements, and the ability to customize each system make our equipment ideal
for a variety of applications including, agricultural research, protection of
water resources, and transport studies.
REPRESENTATIVES:
Jim Bilskie
David Little
CATENA VERLAG Gmbh
GeoScience Publisher
Aermelgasse 11
D 35447 Reiskirchen, Germany
Phone: +49-6408-64978
Fax: +49-6408-64978
Website: www.catena-verlag.de
Booth 612
GeoScience Publisher of monographs, textbooks, paperbacks and lecture notes in the interdisciplinary field of Geomorphology-Hydrology-Soil
Science, GeoEcology and Landscape Evolution, Sustainable Agriculture. CATENA SUPPLEMENTS, Advances in GeoEcology, CATENA
paperbacks, GeoEcology textbooks, Lecture Notes in GeoEcology, e.g.
REPRESENTATIVE:
S. Margot Rohdenburg
CE Elantech, Inc.
170 Oberlin Avenue North, Suite 5
Lakewood, NJ 08701, USA
Phone: 732-370-5559
Fax: 732-370-3888
Webiste: www.ceelantech.com
Booth 107
Exclusive North American Distributor for Thermo Electron Combustion Elemental Analyzers: The Flash EA1112 is available in a
wide range of configurations: N/Protein through CHNS/O for both
solid and liquid (direct automatic injection) samples. This design features improved performance, large sample size capacity (up to 1 gram
and 100 ul for liquids), and economical operation. The latest Eager 300
Software offers a higher level of automation. Upgrade kits for previous Carlo Erba instruments are also available. In 2004 CE Elantech also
became the US Distributor for the NIR Technology Australia line of
Near Infrared Analyzers and Weiss Enterprises SeedCount Image
Analysis System.
REPRESENTATIVES: Robert Stalker
Richard Hancock
CID, Inc.
4845 NW Camas Meadows Drive
Camas, WA 98607, USA
Phone: 360-883-8835
Fax: 360-833-1914
Website: www.cid-inc.com
Booth 201
CID, Inc. designs and manufactures high technology research instruments. We strive to provide an elegant solution to the needs of our cus-
Conviron
2741 Miller Lane
Hendersonville, NC 28791-1363, USA
Phone: 828-693-6227
Fax: 828-693-4799
Website: www.conviron.com
Booth 319
Conviron has been a leading supplier of controlled environment
products for over 39 years and is the only plant growth chamber manufacturer certified as an ISO 9001 company for the establishment of
their quality management program. All standard products are also
CSA / NRTL certified as meeting all OSHA electrical safety standards.
Our extensive product line includes plant growth chambers, tissue
culture chambers, seed germinators, incubators, research greenhouses
and related products for the precise control of temperature, relative humidity, CO2 and light intensity. Host computer systems allow remote
programming and monitoring of all environmental control parameters.
REPRESENTATIVES: Alex Stanley
Sharon Reid
Decagon Devices Inc.
950 NE Nelson Court
Pullman, WA 99163, USA
Phone: 509-332-2756
Fax: 509-332-5158
Website: www.decagon.com
Booths 302, 304, 401, 403
For more than 20 years, Decagon has manufactured quality instrumentation for plant and soil scientists. Decagon’s instruments include
the ECH2O soil moisture probes, the WP-4 water potential meter, the
KD2 series thermal properties analyzers, and the LP-80 ceptometer for
measuring photosynthetically active radiation and leaf area index.
Decagon’s newest instruments include the Leaf Porometer for measuring stomatal conductance, and the ECH2O-TE—an integrated sensor that measures soil moisture, electrical conductivity, and temperature. Visit Decagon’s booth to see our complete line of innovative research instrumentation.
REPRESENTATIVES: Bryan Wacker
Matt Galloway
T-Jay Clevenger
Delta-T Devices
128 Low Road
Burwell, Cambridgeshire, C85 0EJ, United Kingdom
Phone: +44 1638 742922
Fax: +44 1638 743155
Website: www.delta-t.co.uk
Booth 511
Delta-T soil moisture sensors include the research grade
ThetaProbes and SM200 Probes for volumetric water content, Profile
Probes for measuring profiles of soil moisture to 1m depth, and sensors for soil water potential. All are loggable, low power and buriable.
Our pore water conductivity probe, the WET Sensor, provides instantaneous measurements of dissolved salts within the soil pores. We also
specialise in battery powered, environmentally protected, field data log-
gers, ranging from the low cost GP1 and the 6-channel DL6 Soil
Moisture Logger to the 60 channel DL2e. Established in 1971, DeltaT has thousands of enthusiastic users all over the world.
REPRESENTATIVES: Dick Jenkins
Gary Woods
Eijelkamp Agrisearch Equipment
PO Box 4
6987 ZG Giesbeek, The Netherlands
Phone: +31 313 880200
Fax: +31 313 880299
Website: http://www.eijkelkamp.com
Booths 602, 604
Eijkelkamp Agrisearch Equipment, ISO-9001 certified producer /
supplier of environmental and agricultural research equipment. Leading
company in the design and production of equipment for environmental
soil research studies. Eijkelkamp also has a modern Education and
Training Centre that offers a range of courses, training sessions and workshops. Product ranges includes equipment for: Soil: soil drilling/sampling and soil physical research; Water: water quality & quantity monitoring, (Ground-)water sampling/analysis; Sludge & Slurry: samplers;
Earth monitoring: meteorological instruments, dataloggers, sensors and
measuring stations, e-SENSE, plant physiology
REPRESENTATIVES: Albert Knol
Wim Bulten
elementar Americas, Inc.
520 Fellowship Road, Suite B-204
Mt. Laurel, NJ 8054, USA
Phone: 856-787-0022
Fax: 856-787-0055
Website: www.chnos.com
Booth 408
The vario Max CNS elemental analyzer with automatic ash removal
will be shown. The Max can run from milli-gram to multi-gram samples of liquids or solids. 2.5 gram soil samples or 4 ml water samples
are typical. The Max may also be coupled with Isotope Ratio Mass
Spectrometers. The vario Max IRMS system has the ability to determine isotopic ratios of C, N and S simultaneously. We are also featuring the vario MACRO CNS analyzer, which has a high level of performance at a modest cost.
REPRESENTATIVES: Scott Hughes
Sandy Hughes
Elsevier
360 Park Ave South
New York, NY 10010, USA
Phone: 212-633-3765
Fax: 212-633-3112
Website: www.elsevier.com
Booth 305
Elsevier, including Academic Press imprint, is a worldwide leader
in scientific and technical publishing. Come see the Elsevier books to
explore the breadth, depth and diversity of our extensive publications.
Our most recent publications in soil are available and are of high quality, at an excellent discount rate. Titles include: Footprints in the Soil,
Agriculture’s Ethical Horizon, Elsevier’s Dictionary of Soil Science,
Soil Ecology- 2nd Edition, Principles of Soil and Plant Water Relations,
the latest in the Advances in Agronomy series and many more! Visit
www.elsevier.com for further information on our products!
REPRESENTATIVE:
Jennifer Pfau
25
EXHIBITORS
tomers. This is accomplished by emphasizing feedback and input from
scientists all over the world. We conduct business around the world
through a group of over 30 representatives and an international sales
department that handles communications and relations with our representatives and clients to ensure that they are will provided for. We will
demonstrate our Photosynthesis Systems, Leaf Area Meters, Plant
Canopy Imager, Computer Image Analysis System, Soil Profile and
Root Growth Monitoring System and Spectrometers.
REPRESENTATIVES:
Ying YanJennifer Chen
Environmental Growth Chambers
510 East Washington Street
Chagrin Falls, OH 44022-0390, USA
Phone: 800-321-6854
Fax: 440-247-8710
Website: www.egc.com
Booth 203
Environmental Growth Chambers (EGC) has over fifty years experience in the design and manufacture of controlled environment
chambers. EGC has the largest selection of plant growth chambers for
agriculture research of any company worldwide. We also produce tissue culture chambers; walk-in controlled environment rooms, lighted
and refrigerated incubators, day-lit chambers, root zone cabinets, microprocessor, and central computer systems for control and monitoring. Please stop by to discuss your upcoming projects.
ESI-Environmental Sensors, Inc,
100-4243 Glanford Avenue
Victoria, BC V8Z 4B9, Canada
Phone: 250-479-6588
Fax: 250-479-1412
Website: www.esica.ca
Booth 108
Environmental Sensors Inc. is a global market leader in the field
of moisture sensing instruments. Over the last decade, ESI has pioneered the use of moisture monitoring sensor technology in a broad
range of environmental, civil engineering and agricultural applications.
We specialize in working with challenging soil conditions, such as clay
or saline soils. The full range of ESI moisture sensing and advanced
irrigation control products is currently being used in scientific institutions around the world to supply researchers with the accurate reliable
data that they need for their work. Visit our display booth (#108) to hear
the full ESI story.
REPRESENTATIVES: Graham Howe
Pierre Ballester
ESRI
380 New York Street
Redlands, CA 92373, USA
Phone: 909-973-2853
Fax: 909-307-3072
Website: www.esri.com
Booth 416
With annual sales of more than $560 million, ESRI remains the
world leader in the geographic information system (GIS) software industry. Our business involves the development and support of GIS software for all types of organizations—from the one-person office to
multinational corporations to innovative Internet GIS solutions.
REPRESENTATIVE:
Anne Taylor
soil science societies. The Society publishes reports, circulars, and
“Proceedings” as well as the “Journal of Plant Nutrition and Soil Science”, known as “Zeitschrift für Pflanzenernährung und Bodenkunde”.
The exhibition will inform about the services of our Society and also
of some members like the Hohenheim University.
REPRESENTATIVES: Franz Makeschin
Karl Stahr
Jiraporn Inthasan
Stephen Wagner
Giddings Machine Company
631 Technology Circle
Windsor, CO 80550, USA
Phone: 970-674-0529
Fax: 970-674-0542
Website: www.soilsample.com
Booths 513, 515, 517
Giddings Machine Company has been leading the industry manufacturing he highest quality soil sampling & coring equipment available, for over 45 years. Giddings Machine Company is the company
that stared it all and to which all other equipment is compared. Since
the beginning we have equipped the industry with the best tooling and
components to get the desired results quickly and efficiently. Whether
it be hand operated or hydraulically powered machines mounted on
ATV, UV, Tractor Three Point, Truck, or Trailer. We are constantly improving our product and introducing new ideas in equipment to meet
your needs.
REPRESENTATIVES: Doug Mohrlang
Dari Mohrlang
Jake Mohrlang
Craig Morhlang
ICT International PTY LTD
PO Box 503
Armidale, NSW 2350, Australia
Phone: +61 2 6772 6770
Fax: +61 2 6772 7616
Website: www.ictinternational.com.au
Booth 610
ICT International is an Australian company that has provided monitoring solutions to soil, plant and environmental research since 1982.
Smart Sensor systems enabling “Plug and Play” soil salinity monitoring
both in the field and laboratory will be the focus of the display. Hourly monitoring of soil solution salinity with the Salinity Field Station as used in
biosaline agricultural research will be demonstrated, www.ictinternational.com.au/salinity.htm This will illustrate the application of this
technology to monitoring soil moisture, soil suction, sapflow, stem
water potential, meteorology, soil mechanics, thermocouples, water
quality etc.
REPRESENTATIVES: Peter Cull
Alec Downey
IMKO GmbH
German Soil Science Society (DBG)
with Hohenheim University
Stuttgart, 70593, Germany
Phone: +49-(0)711-459-3980
Fax: +49-(0)711-459-3117
Website: www.agrarstudium.de; www.dbges.de
Booths 502, 504
The purpose of the Deutsche Bodenkundliche Gesellschaft (DBG)
is to promote soil science as an independent scientific discipline and
strengthen its integration within related disciplines. The goals of the
DBG are: to inspire and enhance scientific research and promote information exchange; to support scientific education; to offer public and educational information about soils, their functions, and their conservation; to support professional relations with national and international
26
IM Sroeck 2
D-76275 Ettlingen, Germany
Phone: +49-7243-5921-23
Fax: +49-7243-90856
Website: www.imko.de
Booth 308
Environmental monitoring (ENVIS). Since 1984 IMKO is expert
for designing and constructing network based environmental monitoring systems as well as data logging. Features of ENVIS systems are
modularity, operational reliability and comfortable handling. A wide
variety of environmental sensors can be integrated into ENVIS networks. ENVIS enables data transmission over several kilometres
within the network as well as GSM/GPRS remote data transmission
via e-mail and internet. Soil moisture measurement (TRIME®-TDR).
IMKO’s unique TRIME®-TDR soil moisture measurement systems
The International Year of Planet Earth
19807 Greenville, Newcastle, DE
Attn: Dr. Werner Janoschek
Slatingasse 8, A-1130 Vienna, Austria
Phone: +43 1 877 66 76
Fax: +43 1 877 66 76
Booth 306
The International Year of Planet Earth has been proclaimed by the
United Nations for 2008, and its activities will span 2007 to 2009. Earth
scientists are today’s key players in building a sustainable world, but
their knowledge is underused by politicians and planners, and underappreciated by the public. The Year is a global research and outreach
initiative that aims to bring home the importance of Earth sciences to
everyone. IUGS, the International Union of Geological Sciences, is one
of the year’s two founding partners (UNESCO being the other). The
33rd International Geological Congress (Norway, August 2008) will
present the highlights of the Year.
REPRESENTATIVES: Ed de Mulder
Werner Janoschek
LI-COR Biosciences
4421 Superior Street
Lincoln, NE 68504, USA
Phone: 404-467-0742
Fax: 404-467-2819
Website: www.licor.com
Booths 202, 204
Visit LI-COR’s booth (#202-204) to see the latest instrumentation
for environmental research, including radiation measurement equipment, infrared gas analyzers, and the LI-8100 Automated Soil CO2
Flux System. The LI-8100 is an economical, lightweight system for
measuring soil CO2 flux. It is rugged, portable and weather tight with
low power consumption. It is ideal for short-term survey or long-term
unattended soil CO2 flux measurements over a variety of conditions.
LI-COR is also introducing the new LI-8150 Multiplexer, which
greatly expands the LI-8100’s capabilities by providing a convenient
platform for connection of as many as 16 soil chambers at one time.
REPRESENTATIVES: Chris Mantzios
Liukang Xu
Lippincott, Williams and Wilkins
530 Walnut Street
Philadelphia, PA 19106, USA
Phone: 215-521-8674
Fax: 215-521-8820
Website: www.lww.com
Booth 405
Lippincott Williams & Wilkins is a unit of Wolters Kluwer Health,
a group of leading information companies offering specialized publications and software for those in the scientific and medical communities. LWW is proud publisher of the journal Soil Science, celebrating its 90th year of publishing in 2006. The authoritative research articles published in the journal report the most significant work of
leading experts from every area of soil and plant science-soil chemistry, physics, fertility, morphology, microbiology, and environmental
soil science. Soil Science also keeps readers current with reviews of
the newest books in the field, editorials and letters to the editor.
REPRESENTATIVES: Kevin Anderer
Michael Hargrett
NRC Research Press
1200 Montreal Road, Bldg. M-55
Ottowa, ON K1A 0R6, Canada
Phone: 613-990-7873
Fax: 613-952-7656
Website: www.pubs.nrc.gc.ca
Booth 220
Submit your manuscript to the Canadian Journal of Forest Research
(CJFR)—one of 16 international journals published by NRC Research
Press. Published both online and in print, CJFR is features rapid online publications, no submission or page charges, and online manuscript
submission. A 20% discount will be available on all our books including the updated edition of the Canadian System of Soil Classification.
Representatives:
Mike Boroczki
Suzanne Kettley
ONSET Computer Corp
470 MacArthur Boulevard
Bourne, MA 02532, USA
Phone: 508-743-3154
Fax: 508-759-9100
Website: www.onsetcomp.com
Booth 212
Onset manufactures reliable, affordable, easy-to-use HOBO® data
loggers for soil, weather, and underwater monitoring. Battery-powered
HOBO loggers record soil moisture, temperature, relative humidity,
rainfall, water level, PAR, solar radiation, wind, leaf wetness, barometric pressure, 4-20mA, and DC voltage. HOBO data shuttles provide
convenient data readout from numerous loggers, and HOBOware®
software for Windows or Mac offers powerful plotting and analysis
functions. Our 4-channel Micro Station and 15-channel Weather Station feature pre-configured smart sensors for plug-and-play convenience. Wireless options include 900 MHz spread-spectrum and pagerbased modems with alarm notifications. Stop by Booth 212 to enter
our free logger raffle.
REPRESENTATIVE:
Eileen Sandherr
Potash & Phosphate Institute (PPI)
655 Engineering Drive, Suite 110
Norcross, GA 30092, USA
Phone: 770-447-0335
Fax: 770-448-0439
Website: www.ppi-ppic.org
Booth 207
The Potash & Phosphate Institute (PPI) invites participants of the
WCSS to visit our exhibit and meet our scientific staff from various
regions around the world. PPI is a not-for-profit organization with a
long history of activity in agronomic research and education. In addition to active programs in North and South America, PPI also has wellestablished efforts in China, India, and Southeast Asia. Our mission
is to advance the appropriate use of P, K, and other essential nutrients
in crop production systems through the worldwide development and
promotion of scientific information that is agronomically sound, economically advantageous, and environmentally responsible.
REPRESENTATIVES: Don Armstrong
Steve Couch
27
EXHIBITORS
guarantee high accuracy, outstanding robustness and easy handling at
reasonable costs for both, mobile and stationary applications. Take a
look at http://www.imko.de/ for detailed information on the wide variety of TRIME®-TDR soil moisture sensors.
REPRESENTATIVES: Peter Blume
Rolf Becker
PP Systems
110 Haverhill Road, Suite 301
Amesbury, MA 01913, USA
Phone: 978-834-0505
Fax: 978-834-0545
Website: www.ppsystems.com
Booth 406
PP Systems is a leader in the design and manufacture of research
instrumentation for plant and soil sciences. Our highly portable, automated and user friendly remote sensing instruments (UniSpec-DC
& UniSpec-SC) are commonly used in landscape (vegetation and soil)
classification and for studies of ecosystem processes over spatial and
temporal scales. In addition, we offer a complete range of field portable
CO2/H2O gas analyzers and chambers for measurement of soil respiration/ecosystem CO2 Efflux. Systems can be configured for rapid spot
measurements and continuous, unattended long term measurements for
analysis of the interaction between soil and atmosphere. You can also
visit us at www.ppsystems.com.
SDEC France
Z.I. de la Gare
Reignac sur Indre 37310, France
Phone: +33-2-47-94-10-00
Fax: _33-2-47-94-17-13
Website: www.sdec-france.com
Booth 214
French company created in 1991, SDEC France supplies high
quality scientific instrumentation at the best price to soil scientists all
over the world. Our company develops and manufactures a wide range
of tensiometers for field and lab use, pressure transducers, suction
lysimeters, portable vacuum pumps, soil humidimeters…Besides,
SDEC France is manufacturer of environmental monitoring equipment
for nuclear research and industry. Thanks to its production capacities
and skilled staff, SDEC France is also able to supply custom made systems in addition to its standard product range.
REPRESENTATIVES: Raphael Peno-Mazzarino
Guillaume Maire
Smithsonian Soils Exhibit
677 S. Segoe Road
Madison, WI 53711, USA
Phone: 608-268-4975
Fax: 608-273-2021
Website: www.soils.org/smithsonian/
Booth 105
The Soil Science Society of America (SSSA) is working with the
Smithsonian Institution’s National Museum of Natural History in
Washington, DC, to plan and fund a soils exhibit as part of their
Forces of Change Program. The 5,000 square foot exhibit will feature
one entire hall of the most-visited natural history museum in the world,
with more than one million visitors from overseas each year. The exhibit will include a display of state soil monoliths and an educational,
interactive section to help the museum’s more than six million visitors
a year understand how soil is intricately linked to the health of humanity, the environment and the planet. Related publications and web activities will reach millions of additional people. A traveling exhibit will
be sent to hundreds of other museums and libraries to reach additional
communities. Never before have we had such an opportunity to advance
the understanding of soil. This work will move forward our journey
to sustain Earth and its people by educating visitors to the Smithsonian on the importance of soil and Earth sciences. The exhibit is scheduled to open in 2008 or earlier, depending on funding , and run for two
28
years, with the state soils displayed an additional 5-7 years. Please stop
by booth # 105 to see the recently released two-minute DVD, view the
concept design drawings, and make a gift to ensure a 2008 opening!
REPRESENTATIVE:
Paul Kamps
Soil Science Society of America
677 S. Segoe Road
Phone: 608-273-8080
Fax: 608-273-2021
Website: www.soils.org
Booths 101, 103
The Soil Science Society of America’s mission is to enhance the sustainability of soils, the environment, and society by integrating diverse
scientific disciplines and principles in soil science for the wise stewardship of soil and natural resources while advancing the discovery,
practice, and profession of soil science through excellence in the acquisition and application of knowledge to address challenges facing society, in the training and professional development of soil scientists, and
in the education of, and communication to a diverse citizenry. Since its
inception in 1855, SSSA has continued to evolve, modifying its educational offerings to support the changing needs of its members. Today,
SSSA is seen as a progressive, scientific society meeting the needs of
its members through publications, recognition and awards, placement
service, certification programs, meetings, and student activities. Society members are dedicated to the conservation and wise use of natural
resources to produce food, feed, and fiber crops while maintaining and
improving the environment. Please stop by booth #101 to update your
membership or more information on how to become a member.
REPRESENTATIVE:
Susan Chapman
Soil Science Society of America Publications
677 S. Segoe Road
Phone: 608-268-3975
Fax: 608-273-2021
Website: www.soils.org
Booth 102
In pursuing its mission to discover and disseminate knowledge for the
wise stewardship of our natural resources, SSSA has become a leading publisher of basic and applied soil science, environmental, and agricultural books and journals. Visit Booth 102 to browse and purchase
SSSA publications. Sneak a peek at the makeover of the highly cited
Soil Science Society of America Journal, and learn about Vadose
Zone Journal, Journal of Environmental Quality, and Soil Survey
Horizons. SSSA books available include the latest in the SSSA Book
Series, as well as the well-received Methods of Soil Analysis series
and titles in the Agronomy Monograph and SSSA Special Publications
series.
REPRESENTATIVES: Lisa Al-Amoodi Rebecca Funck
SOILMOISTURE Equipment Corp.
801 S. Kellogg Avenue
Goleta, CA 93117, USA
Phone: 805-964-3525
Fax: 805-682-2189
Website: www.soilmoisture.com
Booths 606, 608
Many clients, world wide, rely on Soilmoisture agronomic equipment. Tensiometers, Ceramic plate extractors ,TRASE TDR moisture
measuring- and a wide range of soil sampling equipment make it possible to characterize the moisture-holding capacities and characteris-
Spectrum Technologies, Inc.
12360 S Industrial Drive East
Plainfield, IL 60585, USA
Phone: 815-436-4440
Fax: 815-436-4460
Website: www.specmeters.com
Booth 307
Spectrum Technologies, Inc. offers a full line of affordable measurement technology for nutrient levels, soil quality, light, weather, and
other factors directly affecting plant development. Record rainfall, leaf
wetness hours, temperature and humidity fluctuations, and other
weather events with our WatchDog data logging line, which ranges
from stand-alone units to full weather stations. The comprehensive software allows the user to graph the data, run standard reports, create custom reports, export data to excel, and import other weather data. Software is available for 17 disease models and 60 insect models. Over
15,000 customers across the globe count on Spectrum’s easy to use,
dependable technology.
REPRESENTATIVES: Doug Kieffer
Julian Good
dropower systems, flood forecasting, watershed management, water
quality, water supply, waste water, precision agriculture, sports turf,
golf courses. Stevens has sold into more than 40,000 installations
worldwide since its inception. Stevens’ customer base includes Fortune 500 companies, utilities, heavy industry, and outdoor sports sites,
as well as government and local agencies worldwide, leading research
institutions and universities
REPRESENTATIVES: Keith Bellingham
Fred Holloway
Taylor & Francis
325 Chestnut Street, Suite 800
Philadelphia, PA 19106, USA
Phone: 215-625-8900
Fax: 215-625-2940
Website: www.taylorandfrancis.com
Booth 301
For two centuries, Taylor & Francis has been fully committed to
the publication of scholarly information of the highest quality, and
today this remains our primary goal. Taylor & Francis has grown rapidly over the last two decades to become a leading international academic publisher in the fields of science, engineering, social science,
and humanities. The Taylor & Francis Group publishes around 2,300
new books each year, with a books backlist in excess of 20,000 specialist titles and more than 1,050 journals, including Soil and Sediment
Contamination, International Journal of Phytoremediation and Communications in Soil Science.
REPRESENTATIVES: Eric Fiedler
Andrew Moyer
Taylor & Francis Group LLC- CRC Press
Springer
233 Springer Street
New York, NY 10013, USA
Phone: 212-460-1600
Fax: 212-348-4505
Website: www.springer.com
Booth 507
Springer, one of the leading Life Sciences book and journal publishers, offers insightful, sought-after content from the world’s most
prestigious scientists. Highlights of the portfolio include journals such
as Plant and Soil and the new journal Potato Research. References, texts
and the very active Soil Biology book series round out our collection.
Take advantage of the pre-publication price we offer on The Encyclopedia of Soil Science. Interested in a free journal sample? Looking for
a comprehensive source? Have a proposal to discuss with one of our
knowledgeable publishers? We’re happy to hear from you: stop by our
booth, or visit us at springer.com.
Stevens Water Monitoring Systems
5465 SW Western Avenue, Suite F
Beaverton, OR 97005, USA
Phone: 503-469-8000
Fax: 503-469-8100
Website: www.stevenswater.com
Booth 206
The company provides products in 3 categories for fast, reliable and
easy-to-use water monitoring solutions: sensors and analysis equipment
for water-related measurement; data collection units that record the information gathered; communications devices that send and receive the
water data. New products include: Hydra Probe II: the only soil sensor offering all-in-one sensing of moisture, salinity and temperature
with digital or analog output. The Shark: a Bluetooth-based “wireless
serial cable” for data collection. Applications: Irrigation control, hy-
600 Broken Sound Parkway NW, Suite 300
Boca Raton, FL 33487, USA
Phone: 561-998-2507
Fax: 561-998-2559
Website: www.taylorandfrancisgroup.com
Booth 303
Taylor & Francis Group LLC-CRC Press is a global publisher of
quality information for the soil science community. Visit Booth 3030
to take advantage of our 15-25% convention discount and browse our
titles on display including: Environmental Soil-Landscape Modeling:
Geographic Information Technologies & Pedometrics, Biological Approaches to Sustainable Soil Systems and the third edition of our bestselling Soils & Environmental Quality. The Encyclopedia of Soil Science, 2nd Edition and our online reference library AGRICULTUREnetBASE continue our tradition of excellence in providing access to essential information in all formats. www.crcpress.com
REPRESENTATIVE:
John Sulzycki
The Korean Society of Soil Science and Fertilizer
249 Seodun-dong, Kwonsun-gu
NIAST Bldg
Suwin City, Korea 441-707
Phone: +82-31-295-7335
Fax: +82-31-290-0207
Website: www.ksssf.or.kr
Booth 407
Founded in 1968, the Korean Society of Soil Science and Fertilizer
(KSSSF) is a non-profit organization for the educational and scientific
dedication to the development of soil science, fertilizer, plant nutrition
and agricultural environment in Korea and Asia regions. As a member
of IUSS, the KSSSF plays an important role in connecting soil’s missions among the World. The KSSSF had already submitted the official
29
EXHIBITORS
tics of soils. Our tools transformed irrigation practices, allowing for
the establishment of soil-moisture standards now used worldwide.
We continue to add new and innovative equipment and systems that
make a difference in more efficent research or in solving the complex
problems of today’s technical world. If you have a new idea or just looking for a solution that involves water, moisture or dielectrics give us a
call. Let us add your idea or solution to the growing list of accomplishments that now span over 50 years.
REPRESENTATIVES: Alle Van Calker
Whitney Skaling
proposal for hosting the 20th WCSS in 2014 in Seoul, Korea. The
KSSSF wishes to invite all of you to the dynamic Korea. Through the
display, we will introduce about the Korea and Korean soils.
REPRESENTATIVES: Han-Myeong Kim
Jai-Joung Kim
The Mosaic Company
Atria Corporate Center, Suite E490
3033 Campus Drive
Plymouth, MN 55441, USA
Phone: 763-577-2791
Fax: 763-577-2985
Website: www.mosaicco.com
REPRESENTATIVES: Ray Hoyum
USDA–Agricultural Research Service
5601 Sunnyside Ave. , Room 4-2282
Beltsville, MD 20405-5140, USA
Phone: 301-504-4638
Fax: 301-504-6231
Website: www.ars.usda.gov/main/main.htm
Booth 505
REPRESENTATIVES: Dale Bucks Sara Wright
USDA-Natural Resources Conservation Service
Booth 503
Dean Fairchild
UMS Gmbh
Gmunder Str. 37
Munich, 81379, Germany
Phone: +49-89-126652-15
Fax: +49-89-126652-20
Website: www.ums-muc.de
Booths 402, 404
UMS manufactures soil moisture sensors, pore water - and
leachate collection solutions and lysimeter stations. We will present
precision tensiometers working up to 2.5 bar, new porous material for
pore water sampling, new vacuum controllers, HYPROP, and modular standardized design for lysimeter stations. Our “systems & solutions” team of 8 graduated engineers offers customized solutions for
researchers with monitoring tasks for SOIL, WATER, PLANTS and
CLIMATE for Laboratory and long term monitoring field use. It is our
aim to support you in your tasks with best possible measurement solutions. Benefit from our engineering competence and receive complete
and tested solutions from one hand!
REPRESENTATIVES: Georg von Unold Petra von Unold
1400 Independence Avenue SW
Washington, DC 20250, USA
Phone: 202-720-8692
Fax: 202-720-4593
Website: http://nrcs.usda.gov
Booths 312, 314, 316, 318, 320, 411, 413, 415, 417, 419
The U.S. Department of Agriculture (USDA) Natural Resources
Conservation Service (NRCS) provides leadership in a partnership effort to help people conserve, maintain, and improve our natural resources and environment. The U.S. National Cooperative Soil Survey
(NCSS) is a nationwide partnership of federal, regional, state, and local
agencies and institutions. The NCSS works cooperatively to investigate, inventory, document, classify, and interpret soils and to disseminate, publish, and promote the use of information about the soils of
the United States and its trust territories. Additional information on the
NCSS and technical references for soil survey activities are available
at http://soils.usda.gov/
REPRESENTATIVES: Hari Eswaran
Paul Reich
Amy Yeh
Douglas Helms
Carolyn Olson
Mike Sucik
Linda Greene
Maxine Levin
Jim Fortner
Carla Kertis
Judy Scheyer
William Effland
Veris Technologies
Umweldt-Gerate-Technik GmbH
Eberswalder Strabe 58
D-15374 Muncheberg, Germany
Phone: +49 3 34 3289 575
Fax: +49 3 34 3289 573
Website: www.ugt-online.de
Booth 420
Environmental Measurement Devices is a medium sized company
having been successful in the field of environmental measurements for
nearly fifteen years. Staffed with an interdisciplinary and competitive
team of engineers, scientists and technicians, the company develops
and manufactures instruments with a high degree of innovation, functionality and quality. They can be made for onsite and laboratory use
and can be aggregated to form complex environmental measuring stations for long-term monitoring. Product range: soil hydrological measuring devices (tensiometers, soil moisture probes, piezometers, infiltrometers …); weather stations (wind, global radiation, precipitation
temperature, humidity, air pressure, …); data recording systems (data
logger, data radio modules, data recording and memory cards, software
development…); sampling devices for soils and water; control and
monitoring systems for landfill and mining; soil science laboratory devices (ku-pF apparatus, pipette equipment…); erosion measuring systems for water and wind; lysimeters, lysimeter container stations,
lysimeter excavation technology
REPRESENTATIVES: Manfred Seyfarth
Reiko Liermann
30
601 N. Broadway
Salina, KS 67401, USA
Phone: 785-825-1978
Fax: 785-825-6983
Website: www.veristch.com
Booth 508
Veris Technologies produces innovative on-the-go soil mapping
equipment. On-the-go sensing provides the detail necessary for precise characterization of soil variability. Current on-the-go sensors
from Veris include soil pH and soil electrical conductivity (EC). A
near-infrared spectsoscopy (NIRS) mapping sensor will be available
in late 2006.
REPRESENTATIVES: Eric Lund
Tyler Lund
International Year of Planet Earth—fertile ground for soils
The United Nations General Assembly, meeting in New York, has proclaimed the year 2008 to be the United Nations International Year of Planet Earth. The Year's activities will span the three years 2007-2009.
The Year's purpose, encapsulated in it strapline Earth sciences for society, is to:
•
•
•
•
•
•
•
•
•
Reduce risks for society caused by natural and human-induced hazards
Reduce health problems by improving understanding of the medical aspects of Earth science
Build safer structures and expand urban areas, utilizing natural subsurface conditions
Determine the non-human factor in climatic change
Enhance understanding of the occurrence of natural resources so as to contribute to efforts to reduce political tension
Detect deep and poorly accessible groundwater resources
Improve understanding of the evolution of life
Increase interest in the Earth sciences in society at large
Encourage more young people to study Earth science in university
The Year aims to raise $20 million from industry and governments and will spend half on co-funding research,
and half on Outreach activities. It will be the biggest ever international effort to promote the Earth sciences.
Apart from researchers, who are expected to benefit under the Science Programme, the principal target groups
for the Year's broader messages are:
• Decision makers and politicians who need to be better informed about how Earth scientific knowledge can be
used for sustainable development
• The voting public, which needs to know how Earth scientific knowledge can contribute to a better society
• Fellow geoscientists, who are very knowledgeable about various aspects of the Earth but who need help in using
their knowledge for the benefit of the world's population.
The research themes of the year, set out in 10 science prospectuses, were chosen for their societal relevance, multidisciplinarity and outreach potential. The Year has 12 Founding Partners, 23 Associate Partners including ISRIC,
and is backed politically by 97 countries representing 87% of the world's population. The Year was promoted politically at UNESCO and at the United Nations in New York by the People's Republic of Tanzania.
The Year is now open to Expressions of Interest from researchers within each of its 10 themes, one of which is
Soils - a research theme set out in broad terms in the Year's Prospectus number 10, written by a Key Text Team under
David Dent comprising Alfred Hartemink and John Kimble. This prospectus is now available as a PDF download
from www.yearofplanetearth.org and is open to Expressions of Interest from researchers. The Outreach programme
of the year is also now open to expressions of interest, and will work in a similar way by receiving and responding
to bids for support from individuals and organizations worldwide.
31
Sunday, July 9
Thursday, July 13
Opening Reception
Gala Dinner
7:00-10:00 pm
Grand Hall of the Pennsylvania Convention Center
7:00-11:00 pm
Philadelphia Marriott Downtown
Grand Ballroom, Fifth Floor
The Grand Hall occupies the renovated Reading Terminal train shed, the oldest surviving single-span arched
trainshed roof structure in the world, and the only one of
its kind remaining in the United States. The Reading Terminal Headhouse served as a passenger station and company headquarters for the Reading Railroad. The Headhouse was designed in 1891, by the Wilson Brothers Architecture & Engineering firm. It is attributed to the architect F. H. Kimbal. The extravagant building opened in
1893 and was an icon for the Philadelphia & Reading Railroad Company, contributing to the company's power,
prominence and to the city's importance.
Monday, July 10
WCSS Opening Ceremony
8:00-10:00 am
Pennsylvania Convention Center
Grand Ballroom AB, Second Floor
Program
Introductory Remarks
Speakers
The Honorable Ruth Ann Minner, Governor of Delaware
Stephen Nortcliff, IUSS Secretary General
Ambassador Kenneth Quinn, World Food Prize
Michael Clegg, U.S. National Academy of Sciences
Bruce Knight, Chief, USDA-NRCS
Ed de Mulder, IUGS Past President
Jeffrey Sachs, Columbia University
SPECIAL EVENTS
Special Events
The evening's activities include a review of the Congress
in pictures, presentation of IUSS awards, recognition of
honorary members, and entertainment. Tickets may be
purchased at WCSS Onsite Registration until 12 noon on
Thursday, July 13.
Saturday, July 15
Closing Ceremony
9:00-11:30 am
Pennsylvania Convention Center
Grand Ballroom AB, Second Floor
Introductory Remarks
Status Report on 18th WCSS
Lee Sommers, Co-Chair, Organizing Committee
Larry Wilding, Co-Chair, Organizing Committee
Status Report of IUSS Council
Stephen Nortcliff, IUSS Secretary-General
Closing Comments
Gary Petersen, IUSS Vice President
Introduction of Incoming IUSS President
Roger Swift, IUSS President-Elect
Joy Unlimited Youth Gospel Choir
Adjourn
33
Business Meetings
IUSS Meetings
IUSS Council
IUSS Council
Sun. 1:00 PM–5:00 PM
Fri. 1:00 PM–4:00 PM
Convention Center Room 113C, First Floor
Division Meetings
Division 1 Business Meeting
Mon. 5:00 PM–5:45 PM
Tue. 5:00 PM–5:45 PM
Mon. 5:00 PM–5:45 PM
Tue. 5:00 PM–5:45 PM
Convention Center Room 111AB, First Floor
Commission Meetings
Commission 1.1 Business Meeting
Tue. 5:45 PM–6:30 PM
Tue. 5:45 PM–6:30 PM
Tue. 5:45 PM–6:30 PM
Tue. 5:45 PM–6:30 PM
Tue. 5:45 PM–6:30 PM
Tue. 5:45 PM–6:30 PM
Mon. 5:45 PM–6:30 PM
Mon. 5:45 PM–6:30 PM
Mon. 5:45 PM–6:30 PM
Mon. 5:45 PM–6:30 PM
Mon. 5:45 PM–6:30 PM
Tue. 5:45 PM–6:30 PM
Tue. 5:45 PM–6:30 PM
Tue. 5:45 PM–6:30 PM
Tue. 5:45 PM–6:30 PM
Tue. 5:45 PM–6:30 PM
Mon. 5:45 PM–6:30 PM
Mon. 5:45 PM–6:30 PM
Mon. 5:45 AM–6:30 PM
Mon. 5:45 PM–6:30 PM
Mon. 5:45 PM–6:30 PM
Convention Center Room 110A, First Floor
Convention Center Room 110B, First Floor
Convention Center Room 114, First Floor
Convention Center Room 114, First Floor
Working Group Meetings
Working Group AS Business Meeting
Working Group CR Business Meeting
Working Group DSM Business Meeting
Working Group LD Business Meeting
Working Group RB Business Meeting
Working Group SU Business Meeting
Working Group SCE Business Meeting
Working Group SCA Business Meeting
Thu. 8:00 AM–6:15 PM
Thu. 5:00 PM–6:00 PM
Thu. 5:00 PM–6:00 PM
Thu. 5:00 PM–6:00 PM
Thu. 5:00 PM–6:00 PM
Thu. 5:00 PM–6:00 PM
Thu. 5:00 PM–6:00 PM
Thu. 5:00 PM–6:00 PM
Tues. 8:00 AM–6:15 PM
Marriott Room 302–304, Third Floor
Tue. 2:00 PM–4:00 PM
Tue. 7:00 PM–10:00 PM
Fri. 2:00 PM–5:00 PM
Additional Meetings
*ASA-CSSA-SSSA Northeast Branch Meeting
*Association of Chinese Soil and Plant
Scientists of North America
*European Confederation of Soil Science
Societies Council Meeting
*Advisory Committee of the
European Journal of Soil Science
34
Technical Sessions
Session Schedule by Division
36
Sunday
42
Monday
43
Tuesday
53
Thursday
65
Friday
76
Posters
88
Author Index
165
35
Session Schedules by Division
Sess.
No. Symposium Identifier and Title
Date and Tme
Convention Center Location
26
Tue., 8:00 AM–10:00 AM
Room 114, First Floor
Mon. 1:15 PM–3:15 PM
Thurs. 1:15 PM–3:15 PM
Room 111AB, First Floor
11
69
0.0A Innovation, Speculation and Disneyfication in
Soil Science Education—Oral
0.0B Global Priorities in Soil Science Research—Oral
0.0B Global Priorities in Soil Science Research—Theater
Division 1—Soils in Space and Time
3
12
114
27
33
115
91
116
4
70
117
13
118
84
1.0A New Frontiers in Soil Resource Assessment—Oral
1.0A New Frontiers in Soil Resource Assessment—Theater
1.0B Soil Change in Anthropocence—Poster
1.0B Soil Change in Anthropocence—Oral
1.0B Soil Change in Anthropocence—Theater
1.0PA Multiscale Mapping of Soil Properties for Environmental
Studies, Agriculture, and Decision-Making—Poster
1.0PA Multiscale Mapping of Soil Properties for Environmental
Studies, Agriculture, and Decision-Making—Theater
1.0PW Synthesis, Modeling, and Applications of Disciplinary
Soil Science Knowledge for Soil-Water-Plant-Environment
Systems—Poster
Systems—Theater I
Systems—Theater II
1.0WA Soil Geochemical Patterns at Regional, National, and
International Scales—Poster
1.0WA Soil Geochemical Patterns at Regional, National, and
International Scales—Oral
1.0WB Wetlands: Science and Management—Poster
1.0WB Wetlands: Science and Management—Oral
Commission 1.1—Soil Morphology
119 1.1A Hydropedology: Fundamental Issues and Practical
Applications—Poster
34
1.1A Hydropedology: Fundamental Issues and Practical
Applications—Oral
48
Applications—Theater I
107 1.1A Hydropedology: Fundamental Issues and Practical
Applications—Theater II
120 1.1B Site Disturbance: The Role of Soil Morphology in its
Assessment—Poster
77
1.1B Site Disturbance: The Role of Soil Morphology in its
Assessment—Oral
121 1.1C Soil Micromorphology, Archaeometry, and
Archaeology—Poster
5
1.1C Soil Micromorphology, Archaeometry, and
Archaeology—Theater
92
Archaeology—Oral
122 1.1P Soil Geomorphology: Concept Theory and Practices—Poster
36
Mon. 10:15 AM–12:15 PM Room 114, First Floor
Mon. 1:15 PM–3:15 PM
Exhibit Hall A, Theater 1, Second Floor
Mon–Fri 8:00 AM–6:00 PM Exhibit Hall A, Second Floor
Tue. 8:00 AM–10:00 AM
Tue. 10:15 AM–12:15 PM
Mon–Fri 8:00 AM–6:00 PM Exhibit Hall A, Second Floor
Fri. 10:15 AM–12:15 PM
Mon–Fri 8:00 AM–6:00 PM
Exhibit Hall A, Second Floor
Mon. 10:15 AM–12:15 PM
Thu. 1:15 PM–3:15 PM
Mon-Fri 8:00 AM–6:00 PM
Mon. 1:15 PM–3:15 PM
Fri. 8:00 AM–10:00 AM
Tue. 10:15 AM–12:15 PM
Tue. 3:30 PM–5:30 PM
Fri. 3:30 PM–5:30 PM
Thu. 3:30 PM–5:30 PM
Mon. 10:15 AM–12:15 PM
Fri. 10:15 AM–12:15 PM
Commission 1.2—Soil Geography
14
1.2A Spatial, Societal and Environmental Aspects of
Pedodiversity—Oral
28
1.2A Spatial, Societal and Environmental Aspects of
Pedodiversity—Theater
123 1.2B Soil System Behavior in Time—Poster
41
1.2B Soil System Behavior in Time—Oral
99
1.2B Soil System Behavior in Time—Theater
124 1.2P Interdependency of Soils and Soil Scapes—Poster
6
1.2P Interdependency of Soils and Soil Scapes—Theater
Commission 1.3—Soil Genesis
55
1.3A New Frontiers in Soil Genesis—Oral
85
1.3A New Frontiers in Soil Genesis—Theater
71
1.3B Essence Diagnostic and Time-Scales of Natural and
Human-Induced Pedogenic Processes—Oral
125 1.3B Essence Diagnostic and Time-Scales of Natural and
Human-Induced Pedogenic Processes—Poster
78
Human-Induced Pedogenic Processes—Theater
126 1.3PA Andisols and Related Soils—Poster
127 1.3PB Arid Soils: Genesis, Geomorphology, and
Geoarchaeology—Poster
128 1.3PC Pedogenesis and Weathering in Humid Tropics—Poster
129 1.3PD Soils on Limestones: Their Properties, Genesis, and Role
in Human Societies—Poster
Commission 1.4—Soil Classification
130 1.4B Indigenous Soil Classification Systems—Poster
42
1.4A Impact of National Soil Classification on Soil Science
and Society—Theater
62
1.4A Impact of National Soil Classification on Soil Science
and Society—Oral
108 1.4B Indigenous Soil Classification Systems—Oral
Commission 1.5—Pedometrics
131 1.5A Diffuse Reflectance Spectroscopy, Soil Sensing, Remote
Sensing and Image Analysis—Poster
18
1.5A Diffuse Reflectance Spectroscopy, Soil Sensing, Remote
Sensing and Image Analysis—Oral
56
1.5A Diffuse Reflectance Spectroscopy, Soil Sensing, Remote
Sensing and Image Analysis—Theater
19
1.5B Soil Sampling in Space and Time—Theater
100 1.5B Soil Sampling in Space and Time—Oral
Commission 1.6—Paleopedology
132 1.6A Imprint of Environmental Change on Paleosols—Poster
49
1.6A Imprint of Environmental Change on Paleosols—Oral
109 1.6A Imprint of Environmental Change on Paleosols—Theater
133 1.6B Amazonian Dark Earth Soils (Terra Preta and Terra Preta
Nova): A Tribute to Wim Sombroek—Poster
72
1.6B Amazonian Dark Earth Soils (Terra Preta and Terra Preta
Nova): A Tribute to Wim Sombroek—Oral
Date and Tme
Mon. 1:15 PM–3:15 PM
Tue. 8:00 AM–10:00 AM
Tue. 1:15 PM–3:15 PM
Fri. 1:15 PM–3:15 PM
Mon. 10:15 AM–12:15 PM
Thu. 8:00 AM–10:00 AM
Fri. 8:00 AM–10:00 AM
Thu. 1:15 PM–3:15 PM
Thu. 3:30 PM–5:30 PM
Tue. 1:15 PM–3:15 PM
Thu. 10:15 AM–12:15 PM
Fri. 3:30 PM–5:30 PM
Mon. 3:30 PM–5:30 PM
Thu. 8:00 AM–10:00 AM
Mon. 3:30 PM–5:30 PM
Fri. 1:15 PM–3:15 PM
Tue. 3:30 PM–5:30 PM
Fri. 3:30 PM–5:30 PM
Thu. 1:15 PM–3:15 PM
Tue. 3:30 PM–5:30 PM
Thu. 10:15 AM–12:15 PM
Mon. 10:15 AM–12:15 PM
Tue. 10:15 AM–12:15 PM
Division 2—Soil Properties and Processes
134
50
63
7
35
135
2.0A Synchrotron Spectromicroscopy of Particulate Matter
Affecting Air, Water & Soil Quality—Poster
Affecting Air, Water & Soil Quality—Oral
Affecting Air, Water & Soil Quality—Theater
2.0B Innovative Technologies in Rhizosphere Research—Oral
2.0B Innovative Technologies in Rhizosphere Research—Theater
2.0P Measurement, Occurrence, and Transport of Radionuclides
in Soils and Sediments, and their Transfer to Biota—Poster
37
DIVISION SCHEDULE
Sess.
Sess.
Date and Tme
86
Fri. 8:00 AM–10:00 AM
Fri. 10:15 AM–12:15 PM
Thu. 10:15 AM–12:15 PM
Fri. 1:15 PM–3:15 PM
Mon. 1:15 PM–3:15 PM
Tue. 10:15 AM–12:15 PM
Thu. 1:15 PM–3:15 PM
Thu. 3:30 PM–5:30 PM
Fri. 3:30 PM–5:30 PM
Mon. 3:30 PM–5:30 PM
Tue. 1:15 PM–3:15 PM
Fri. 10:15 AM–12:15 PM
Fri. 1:15 PM–3:15 PM
Thu. 3:30 PM–5:30 PM
Tue. 8:00 AM–10:00 AM
Tue. 1:15 PM–3:15 PM
Thu. 1:15 PM–3:15 PM
Mon. 3:30 PM–5:30 PM
Tue. 3:30 PM–5:30 PM
93
2.0W Emerging Methods to Examine Metal Speciation and
Bioavailability in Soils—Oral
Bioavailability in Soils—Theater
Commission 2.1—Soil Physics
136 2.1A Soil Structuring as a Dynamic Process and
Particles Transfer—Poster
64
2.1A Soil Structuring as a Dynamic Process and Particles
Transfer—Oral
137 2.1B Soil Hydrology, Structure, and Micromorphic Properties
(Soil Porous System)—Poster
101 2.1B Soil Hydrology, Structure, and Micromorphic Properties
(Soil Porous System)—Oral
Commission 2.2—Soil Chemistry
138 2.2A Soil Organic Matter: Stabilization and Carbon
Sequestration—Poster
15
2.2A Soil Organic Matter: Stabilization and Carbon
Sequestration—Theater
36
Sequestration—Oral
139 2.2B Adsorption Processes in Soils—Basis for Ecological
Soil Functions—Poster
73
2.2B Adsorption Processes in Soils—Basis for Ecological Soil
Functions—Theater I
79
2.2B Adsorption Processes in Soils—Basis for Ecological Soil
Functions—Oral
110 2.2B Adsorption Processes in Soils—Basis for Ecological Soil
Functions—Theater II
Commission 2.3—Soil Biology
140 2.3A Microbial Habitat: Evolution, Structure and Distribution
in Soils—Poster
20
2.3A Microbial Habitat: Evolution, Structure and Distribution
in Soils—Theater
43
2.3A Microbial Habitat: Evolution, Structure and Distribution
in Soils—Oral
141 2.3B Molecular Approaches to Microbial Ecology in Soils—Poster
94
2.3B Molecular Approaches to Microbial Ecology in Soils—Oral
102 2.3B Molecular Approaches to Microbial Ecology in Soils—Theater
142 2.3P New Strategies for Management of Plant Pathogenic Soil
Microorganisms—Natural Soil Suppression or Genetically
Modified Plants—Poster
80
2.3P New Strategies for Management of Plant Pathogenic Soil
Microorganisms—Natural Soil Suppression or Genetically
Modified Plants—Theater
Commission 2.4—Soil Mineralogy
29
2.4A Poorly Ordered Nanoparticulate materials (PONM)
in Soils—Oral
44
in Soils—Theater
143 2.4B Soil Mineralogy and Geophysics: Environmental and
Soils Management and Mineral Exploration—Poster
74
2.4B Soil Mineralogy and Geophysics: Environmental and
Soils Management and Mineral Exploration—Oral
Commission 2.5—Soil Interfacial Reactions
144 2.5A Soil Physicochemical-Biological Interfacial Interactions:
Impacts on Transformations and Bioavailability of Metals
and Metalloids—Poster
21
2.5A Soil Physicochemical-Biological Interfacial Interactions:
and Metalloids—Oral
51
2.5A Soil Physicochemical-Biological Interfacial Interactions:
38
Sess.
145
52
65
and Metalloids—Theater
2.5B Interactions between Clays and Organic Matter and Their
Impact on Sorption and Availability of Organic Compounds
in Soil Environments—Poster
in Soil Environments—Oral
in Soil Environments—Theater
Date and Tme
Tue. 3:30 PM–5:30 PM
Thu. 10:15 AM–12:15 PM
Mon. 10:15 AM–12:15 PM
Tue. 8:00 AM–10:00 AM
Tue. 1:15 PM–3:15 PM
Fri. 8:00 AM–10:00 AM
Thu. 10:15 AM–12:15 PM
Fri. 3:30 PM–5:30 PM
Fri. 10:15 AM–12:15 PM
Fri. 1:15 PM–3:15 PM
Mon. 3:30 PM–5:30 PM
Tue. 10:15 AM–12:15 PM
Thu. 1:15 PM–3:15 PM
Thu. 3:30 PM–5:30 PM
Thu. 10:15 AM–12:15 PM
Tue.8:00 AM–10:00 AM
Thu. 1:15 PM–3:15 PM
Mon. 3:30 PM–5:30 PM
Fri. 10:15 AM–12:15 PM
Fri. 1:15 PM–3:15 PM
146
8
147
30
45
148
87
3.0A Long-term Agronomic Experiments: Their Importance
for Science and Society—Poster
3.0A Long-term Agronomic Experiments: Their Importance for
Science and Society—Oral
3.0B Emerging Topics in Soil Use and Management—Poster
3.0B Emerging Topics in Soil Use and Management—Oral
3.0B Emerging Topics in Soil Use and Management—Theater
3.0W Sustainable Soils and Life on Land—Poster
3.0W Sustainable Soils and Life on Land—Oral
Commission 3.1—Soil Evaluation and Land Use Planning
149 3.1A Land Use Planning: Environmental, Economic and Social
Trade-offs—Poster
66
3.1A Land Use Planning: Environmental, Economic and Social
Trade-offs—Theater
111 3.1A Land Use Planning: Environmental, Economic and Social
Trade-offs—Oral
150 3.1B Translating Soil Science into Agricultural & Environmental
Policy—Poster
95
3.1B Translating Soil Science into Agricultural & Environmental
Policy—Theater
103 3.1B Translating Soil Science into Agricultural & Environmental
Policy—Oral
Commission 3.2—Soil and Water Conservation
151 3.2A Environmental Impacts of Soil Erosion—Measuring and
Modeling On- and Off-Site Damages of Soil Erosion—Poster
22
3.2A Environmental Impacts of Soil Erosion—Measuring and
Modeling On- and Off-Site Damages of Soil Erosion—Oral
152 3.2B Dryland Conservation Technologies: Innovations for
Enhancing Productivity and Sustainability—Poster
37
3.2B Dryland Conservation Technologies: Innovations for
Enhancing Productivity and Sustainability—Oral
75
Enhancing Productivity and Sustainability—Theater
153 3.2C Water Use Challenges for the Future—Poster
81
3.2C Water Use Challenges for the Future—Oral
Commission 3.3—Soil Fertility and Plant Nutrition
154 3.3A Future Challenges in P Fertilization and the
Environment—Poster
67
3.3A Future Challenges in P Fertilization and the
Environment—Oral
155 3.3B Nutrient Use Efficiency and Global Agriculture—Poster
31
3.3B Nutrient Use Efficiency and Global Agriculture—Theater
76
3.3B Nutrient Use Efficiency and Global Agriculture—Oral
23
3.3C Improved Management of Alkaline Soils for Dryland
Agriculture—Theater
96
Agriculture—Oral
104 3.3P Plant Responses and Adaptation to Ionic Stresses—Theater
39
DIVISION SCHEDULE
Division 3—Soil Use and Management
Sess.
Commission 3.4—Soil Engineering and Technology
156 3.4A Combating Global Soil & Land Degradation I.
Agroecosystems: Processes & Assessment—Poster
16
3.4A Combating Global Soil & Land Degradation I.
Agroecosystems: Processes & Assessment—Oral
157 3.4B Combating Global Soil & Land Degradation II.
Agroecosystems: Reclamation Strategies—Poster
53
3.4B Combating Global Soil & Land Degradation II.
Agroecosystems: Reclamation Strategies—Oral
57
3.4B Combating Global Soil & Land Degradation II.
Agroecosystems: Reclamation Strategies—Theater
Date and Tme
Mon. 1:15 PM–3:15 PM
Tue. 3:30 PM–5:30 PM
Thu. 8:00 AM–10:00 AM
Commission 3.5—Soil Degradation Control, Remediation, and Reclamation
158 3.5C Combating Global Soil & Land Degradation III.
Agro- and Forest Ecosystems: Physical, Chemical and
Biological Processes—Poster
97
3.5C Combating Global Soil & Land Degradation III. Agro- and
Fri. 10:15 AM–12:15 PM
Forest Ecosystems: Physical, Chemical and Biological
Processes—Oral
159 3.5D Combating Global Soil & Land Degradation IV. Salinization,
Sodification and Other Forms of Degradation in Agricultural
and Native Ecosystems—Poster
112 3.5D Combating Global Soil & Land Degradation IV. Salinization,
Fri. 3:30 PM–5:30 PM
Sodification and Other Forms of Degradation in Agricultural
and Native Ecosystems—Oral
160 3.5P New Methods for Large-Area Assessment of Soil
Degradation—Poster
Division 4—The Role of Soils in Sustaining Society and the Environment
161
9
32
58
88
4.0A Bridging Soil Science, Environmental Policy and
Communications—Poster
Communications—Oral
Communications—Theater
4.0B Soil Related Discords and Conflicts—Oral
4.0W Soils and Human Health—Oral
Commission 4.1—Soils and the Environment
162 4.1A Organic Farming – Advantages and Disadvantages
for Soils, Water Quality and Sustainability—Poster
59
4.1A Organic Farming – Advantages and Disadvantages
for Soils, Water Quality and Sustainability—Oral
163 4.1B Role of Organic Matter for Soil Properties and
Consequences for Environmental Functions—Poster
54
4.1B Role of Organic Matter for Soil Properties and
Consequences for Environmental Functions—Theater
82
Consequences for Environmental Functions—Oral
164 4.1PA Soils and Natural Hazards (Knowledge, Assessment
and Mitigation)—Poster
89
4.1PA Soils and Natural Hazards (Knowledge, Assessment
and Mitigation)—Theater
165 4.1PB Soil, Wine and Other Quality Crops—Poster
60
4.1PB Soil, Wine and Other Quality Crops—Theater
166 4.2A Soil Care and Quality Soil Management—Poster
Commission 4.2—Soils, Food Security and Human Health
46
4.2A Soil Care and Quality Soil Management—Oral
167 4.2B Biologically Intensive Agriculture: an Approach to
Combating Hunger for the Poor—Poster
105 4.2B Biologically Intensive Agriculture: an Approach to
Combating Hunger for the Poor—Oral
168 4.2C Soil Quality as it Affects Nutrients in Food Crops
and Human Health—Poster
40
Mon. 10:15 AM–12:15 PM
Tue. 8:00 AM–10:00 AM
Thu. 8:00 AM–10:00 AM
Fri. 8:00 AM–10:00 AM
Thu. 8:00 AM–10:00 AM
Tues. 3:30 PM–5:30 PM
Thu. 3:30 PM–5:30 PM
Fri. 8:00 AM–10:00 AM
Thu. 8:00 AM–10:00 AM
Tue. 1:15 PM–3:15 PM
Fri. 1:15 PM–3:15 PM
Sess.
Date and Tme
24
Mon. 3:30 PM–5:30 PM
Mon. 3:30 PM–5:30 PM
Fri. 3:30 PM–5:30 PM
Tue. 10:15 AM–12:15 PM
Room 103ABC, First Floor
Mon. 10:15 AM–12:15 PM
Tue. 10:15 AM–12:15 PM
Tue. 10:15 AM–12:15 PM
Fri. 1:15 PM–3:15 PM
Thu. 10:15 AM–12:15 PM
Thu. 3:30 PM–5:30 PM
Thu. 8:00 AM–10:00 AM
Fri. 8:00 AM–10:00 AM
Mon. 1:15 PM–3:15 PM
Tue. 1:15 PM–3:15 PM
Fri. 10:15 AM–12:15 PM
Sun. 8:30 AM–5:00 PM
4.2C Soil Quality as it Affects Nutrients in Food Crops
and Human Health—Oral
Commission 4.3—Soils and Land Use Change
169 4.3A Land Use Modeling as a Tool to Combat Soil
25
4.3A Land Use Modeling as a Tool to Combat Soil
Degradation—Oral
170 4.3P Intensification of Agricultural Production Systems
and the Environment—Poster
Commission 4.4—Soil Education and Public Awareness
171 4.4A Case Histories of the Relationships Among Soils
and Societies—Poster
113 4.4A Case Histories of the Relationships Among Soils
and Societies—Oral
172 4.4P Soil Science and International Organizations—Poster
Commission 4.5—History, Philosophy, and Sociology of Soil Science
173 4.5A History of Soil Science in Developing Countries—Poster
38
4.5A History of Soil Science in Developing Countries—Oral
174
10
39
175
40
106
176
68
83
179
61
90
177
17
47
178
98
AS Acid Sulfate Soils: Technological Advances Enabling
Better Management—Poster
Better Management—Oral
Better Management—Theater
CR Soils of Northern, Southern Polar Region and Soils of High
Elevations and Their Relationship to Global Climate
Change—Poster
Change—Oral
Change—Theater
LD Soil Degradation: Processes, Control, and Politics—Poster
LD Soil Degradation: Processes, Control, and Politics—Oral
LD Soil Degradation: Processes, Control, and Politics—Theater
RB Developments in the World Reference Base (WRB), Soil
Taxonomy (ST) and Other National Soil Classification Systems
for Soil Resources—Poster
Taxonomy (ST) and Other National Soil Classification
Systems for Soil Resources—Oral
Taxonomy (ST) and Other National Soil Classification
Systems for Soil Resources—Theater
SCE Evaluating Management Impacts on Forest Soils—Poster
SCE Evaluating Management Impacts on Forest Soils—Theater
SCE Evaluating Management Impacts on Forest Soils—Oral
SU Soils in Urban Ecosystems: Characteristics and
Functioning—Poster
Functioning—Oral
FAO/IAEA Workshop
1
2
FAO/IAEA Workshop: Use of Nuclear Techniques in Addressing
Soil-Water-Nutrient Issues for Sustainable Agricultural
Production—Oral
FAO/IAEA Workshop: Use of Nuclear Techniques in Addressing
Soil-Water-Nutrient Issues for Sustainable Agricultural
Production—Poster
41
DIVISION SCHEDULE
Working Groups
SESSION NO. 1
Sunday, 9 July 2006
SESSION NO. 1
1-11
2:50 PM
1-12
3:15 PM
1-13
3:40 PM
1-14
4:05 PM
1-15
4:30 PM
Convention Center, Room 107AB, First Floor
FAO/IAEA Workshop: Use of Nuclear Techniques in
Addressing Soil-Water-Nutrient Issues for Sustainable
Agricultural Production—Oral
Presiding: L. Nguyen, Joint FAO/IAEA Division of Nuclear
Techniques in Food and Agriculture
1-1
1-2
1-3
1-4
1-5
1-6
1-7
1-8
1-9
1-10
42
8:30 AM Use of Nuclear Techniques in Addressing SoilWater-Nutrient Issues for Sustainable Agricultural Production: Opening Address. L. Nguyen*
and F. Zapata, Joint FAO/IAEA Division of Nuclear
Techniques in Food and Agriculture
9:00 AM Influence of Crop Rotation and Tillage System on
the Soil Organic Matter Status of an Oxisol in
Southern Brazil. C. P. Jantalia*1, S. Urquiaga1, C.
Petrere2, C. Aita3, S. Giacomini3, B. J. R. Alves1 and
R. M. Boddey1, (1)Embrapa Agrobiologia, (2)Fundação Centro de Experimentação e Pesquisa,
(3)Univ Federal de Santa Maria
9:25 AM Long-term Dynamics of Soil Organic Matter and
Its 13C Signatures along Cultivation Chronosequences on Contrasting Zimbabwean Soils. S.
Zingore*, Univ of Zimbabwe and K. E. Giller, Wageningen Univ
9:50 AM Contribution of Roots, Rhizodeposits and Soil
Organic Matter to CO2 Efflux from Maize Rhizosphere as Revealed by 13C Natural Abundance.
Martin Werth* 1 , Irina Subbotina 2 and Yakov
Kuzyakov1, (1)Univ of Hohenheim, Institute of Soil
Science and Land Evaluation, (2)State Univ of Rostov on Don, Dept of Soil Science and Agrochemistry
10:15 AM Gross N Mineralization-Immobilization
Turnover Dynamics in Grassland Soils of Different Age and Texture. P. Boeckx*1, F. Accoe2, G.
Hoffman1 and O. Van Cleemput1, (1)Ghent Univ,
(2)EC-JRC
10:40 AM Soil Delta 15N as an Index of the Degree of Perturbation of an Agricultural Site. C. Perdomo*, C.
Mori, E. Hoffman and Y. Amabelia Del Pino, Univ
de la República
11:05 AM Soil Organic Carbon in Small Watersheds Under
Long-Term Agricultural Management Systems.
Jerry Ritchie*, ARS-BARC-HRSL, Lloyd Owens,
USDA-Agricultural Research Service, Gregory McCarty, HRSL, ANRI, ARS, USDA and Erik Venteris, OH Division of Geological Survey
11:30 AM Combined Application of the 137cs Radioactive
Tracer and Conventional Techniques for Assessing Soil Redistribution Rates and Effectiveness of
Protective Measures. V. R. Belyaev*, V. N.
Golosov, J. S. Kuznetsova and M. V. Markelov,
Moscow State Univ
11:55 AM Lunch
2:00 PM Sedimentation Rate as Measured by 210Pb FallOut and the Discharge of Persistent Organic Pollutants Associated with Sediments from Inland
into a Mangrove Forest in Central Vietnam. D. N.
Dang* 1, Y. Tateda 2, H. Q. Nguyen 1 and Q. L.
Nguyen1, (1)Institute of Nuclear Sciences and Technology, (2)Central Research Institute of Electric
Power Industry
2:25 PM Drip Irrigation and Fertigation of Potato under
Light-Textured Soils of Cappadocia Region. M. B.
Halitligil*1, H. Onaran2, N. Munsuz3, H. Kislal2, G.
4:55 PM
Cayci3, C. Kutuk3, A. Akin2 and A. Lunlenen2,
(1)Turkish Atomic Energy Authority, (2)Ministry of
Agriculture, General Directorate of Research,
(3)Ankara Univ
Soil Water Storage and Water Use Efficiency
under Rainfed Cultural Practices as Measured by
Neutron Moisture Meter. M. Panomtaranichagul*1,
M. Fullen2, A. Cass3 and C. Hignett3, (1)Chiang Mai
Univ, (2)Univ of Wolverhampton, (3)CSIRO
Influence of the Irrigation System on the Nitrate
Content in Potato Tubers. G. Duenas*, H. Irigoyen,
M. Biart and M. Hernandez, Instituto de Suelos
Estimation of Soil Water Content and Evapotranspiration of Dryland Crops Using Neutron
Moisture Meter. T. S. Moroke*1, Robert Schwartz2,
K. W. Brown3 and J. Makore1, (1)Dept of Agricultural Research, (2)USDA-ARS, Consv. & Prod. Res.
Lab., (3)Texas A&M Univ
Application of Isotopic Techniques to Examine
the Transformations of Pesticides in Soils. Nanthi
Bolan*, Massey Univ
Labelling Plant with Isotopes for Studying Green
Manure and Crop Residues as Nutrient Sources.
Takashi Muraoka*, A. Enedi Boaretto and E. Cabral
Da Silva, Univ of Sao Paulo (USP)
Workshop Discussion and Conclusions—Long
Nguyen
SESSION NO. 2
Convention Center, Room 107AB, First Floor (Sunday)
Convention Center, Room 103ABC, First Floor (Mon.–Fri.)
FAO/IAEA Workshop: Use of Nuclear Techniques in
Addressing Soil-Water-Nutrient Issues for Sustainable
Agricultural Production—Poster
2-1
3401a Persistence of Carbofuran in Sri Lankan Soils.
Janitha A. Liyanage*, Ransilu C. Watawala and
Ananda P. Mallawatantri, Dept of Chemistry
2-2
3401b Radiotracer Technique in Establishing Genotypic
Divergence of Rice (Oryza sativa L. ) Cultivars in
Zinc Utilization from Variable Sources. Chinnappan Sudhalakshmi*1, Ramasamy Krishnasamy1, U.
Surendran1 and A. RajaRajan2, (1)Tamil Nadu Agricultural Univ, (2)Regional Research Station
2-3
3402a Soybean Below-Ground N and its Contribution to
the N Nutrition of a Subsequent Sorghum Crop.
Ednaldo da S. Araujo1, Robert M. Boddey2, Segundo Urquiaga 2 and Bruno J. R. Alves* 2 ,
(1)UFRRJ/Embrapa Agrobiologia, (2)EMBRAPAAgrobiologia
2-4
3403a Leaching Decreased Microbial Decomposition
and Sorption of Easily Available Organic Substances in Soil. Holger Fischer* and Yakov
Kuzyakov, Univ of Hohenheim
2-5
3403b Variation in Carbon Isotope Discrimination and
Its Association with Grain Yield in Durum Wheat
in the Eastern High Plains of Algeria. M. Hafsi*1,
A. Hadji1 and P. Monneveux2, (1)Univ Ferhat Abbas,
(2)AgroM
2-6
3404a Using N-15 Technique for Assessing Organic – N
Turnover in Sandy Soil. Soliman M. Soliman* Sr.,
Atomic Energy Auth., Nuclear Res. Center, Soils and
Water Res. Dept
2-7
3404b Comparative Study of Water and N Fertilizer
Application on Potato Crops under Drip and Sur-
SESSION NO. 4
2-9
3501a
3501b
2-10
3502a
2-11
3502b
2-12
3503a
2-13
2-14
2-15
3503b
3504a
3504b
Monday, 10 July 2006
SESSION NO. 3
Convention Center, Room 114, First Floor
1.0A New Frontiers in Soil Resource Assessment—Oral
Convenor: Micheal Golden, USDA-NRCS
Presiding: Jay Bell, University of Minnesota
3-1 10:15 AM Soil Versus a Soil: Natural Bodies in Our Age.
Brian A. Needelman*, Univ of Maryland
3-2 10:50 AM The Australian Soil Resource Information System. Neil J. McKenzie*, David W. Jacquier and
Linda J. Gregory, CSIRO Land and Water
3-3 11:25 AM Multiscale Terrain Analysis to Improve Landscape Characterization and Soil Mapping. James
Thompson*1, Amanda C. Moore2, Rob E. Austin3
and Eugenia Pena-Yewtukhiw1, (1)West Virginia
Univ, (2)USDA-NRCS-National Geospatial Development Center, (3)North Carolina State Univ
SESSION NO. 4
Convention Center, Exhibit Hall A, Theater 1, Second Floor
1.0PW Synthesis, Modeling, and Applications of
Disciplinary Soil Science Knowledge for Soil-Water-PlantEnvironment Systems—Theater I
Authors Present 10:15 AM–12:15 PM
Convenors: Peter Carberry, CSIRO; Gerrit Hoogeboom,
University of Georgia; Liwang Ma, USDA-ARS,
Great Plains Sys. Res.
Presiding: Lajpat Ahuja, USDA-ARS, Grt. Plains Sys.
4-1
4-2
4-3
4-4
4-5
4-6
427a Applications of RZWQM in Agricultural Research for Soil and Water Management. L. Ma*1,
Lajpat Ahuja1 and S. A. Saseendran2, (1)USDAARS-NPA, Great Plains Systems Research Unit,
(2)USDA-ARS, Great Plains Systems Research
427b Application of Crop Modeling and Aegis/Win for
Optimizing Agricultural Inputs in Soils. B. L.
Harikrishna, G. S. Dasog, P. L. Patil* and K. M.
Anegundi, Dept of Soil Science and Agricultural
Chemistry, Univ of Agricultural Sciences
428a Two-Dimensional Soil Water and Temperature
Dynamics Under Row Crops: Modeling Approaches. Dennis Timlin*1, Rose M. Shillito2,
Yakov A. Pachepsky3, Soo-Hyung Kim4, David
Fleisher5 and Bruno Quebedeaux2, (1)USDA-ARS
Crop Systems and Global Change Lab, (2)Univ of
Maryland, (3)USDA/ARS/BA/ANRI/ESML,
(4)USDA-ARS, (5)USDA, ARS, Crop Systems and
Global Change Lab.
428b Precision Farming for Smallholder Farmers. Upendra Singh*1, Fred Muhhuku2, Tasnee Attanandana3, Paul Wilkens1 and Russell Yost4, (1)IFDC,
(2)Agricultural Productivity Enhancement Project
(APEP), (3)Dept of Soil Science, Kasetsart Univ,
(4)Dept of Tropical Plant and Soil Sciences, Univ of
Hawaii,
329a Space-Time Variance Propagation of Biophysical
Processes. Ole Wendroth*, Univ of Kentucky and
Donald R. Nielsen, Univ of California, Dept LAWR
Hydrologic Science
429b LSCNP: A Process and Analytic Hybrid Model
43
MONDAY
2-8
face Irrigation System by Using 15n. A. A. Saif*,
A. Al-Kirshi, A. J. Ailan, M. Albabili and A. Haidara,
AREA
A Simplified Diffusion Process Model for 137Cs
Redistribution in Undisturbed Soil. X. Zhang*, He
Xiubing, Fu Jiexiong, Qi Yongqing and Long Yi, Institute of Mountain Hazards and Environment
Water Use and Plant Uptake of N and P in Relation to the Growth of Durum Wheat. A. Fares Asfary1, A. Wahbi*2 and M. Al. Oudat1, (1)Atomic Energy Commission of Syria, (2)International Centre
for Agricultural Research in the Dry Areas
(ICARDA)
Fertilizer N Movement and Recovery by Spring
Wheat with Urea Super Granules Point-Placed at
Different Soil Depths. M. I. Khalil*1, U. Schmidhalter1 and K. Inubushi2, (1)Technical Univ of Munich, (2)Chiba Univ
The pH Effect on Nickel Phytoavailability in
Sewage Sludge-Amended Oxisol Determined by
L-Value. Felipe Carlos Alvarez Villanueva, Cassio
Hamilton Abreu* Jr., Antonio Enedi Boaretto,
Takashi Muraoka and Anderson Ricardo Trevizam,
Center of Nuclear Energy in Agriculture/Univ of
São Paulo
Soil N Enrichment Using Biomass of Gliricidia
Sepium Injected with Labelled 15n Fertilizer and
Subsequent Recovery by Zea Mays in an AlleyCropping System. S. P. Nissanka* and U. R. Sangakkara, Univ of Peradeniya
Evaluation of Phosphorus Availability in Egyptian Sludge Using 33P Isotope Exchange Kinetic
Technique. R. A. El-Motaium*1, M. A. El-Esawy1,
E. Frossard2 and S. Sinaj2, (1)Plant Research Dept,
(2)ETH
Priming Effects Induced by Increasing Amounts
of Glucose and Different Sources of CO2 Efflux
from Soil Revealed by 14C Labelling and 13C Natural Abundance. Katja Schneckenberger*1, Dmitriy
Demin2 and Yakov Kuzyakov1, (1)Univ of Hohenheim, (2)Puschino State Univ
Use of Nuclear Techniques to Evaluate Management Practices for Improving Soil Fertility and
Sustainable Common Bean Production in Acid
Soil. A. Garcia*1, G. Hernandez1, A. Nuviola1, G.
Duenas1, G. Herrero2, S. Curbelo3, J. L. Reyes3 and
J. J. Drevon4, (1)Soil Institute, (2)Ecology and Systematic Institute, (3)Experimental Station, (4) Institute National de Recherche Agronomique (INRA)
SESSION NO. 4
Simulating Long-term Soil Carbon and Nitrogen Dynamics. Tao Li*, Dept of Renewable Resources, Univ of Alberta, Yongsheng Feng, Dept of
Renewable Resources and Xiaomei Li, Alberta Research Council
SESSION NO. 5
Archaeology—Theater
Convenor: Alexander Tstskin, University of Haifa
Presiding: Selim Kapur, University of Cukurova
5-1
5-2
5-3
5-4
5-5
5-6
5-7
5-8
44
344a Micromorphological Diagnostics of Soil Polygenesis. Tatiana V. Tursina* and Ilia A. Sokolov, V.V.
Dokuchaev Soil Science Institute
143a Phytolith Transport in Sandy Sediments: Experimental Data. O. Fishkis*, J. Ingwersen, K. Pustovoytov and T. Streck, Univ of Hohenheim
444a Study of Macropore and Climate Change by XRay Stereo-Radiography in the Later Stage Pleistocene Epoch Hachinohe Tanesashi Volcanic Ash
Connected Soil Layer. Koichi Sato*1, Choichi
Sasaki2, Ko-ichi Tokunaga3, Takashi Sase4 and
Rieko Takamatu1, (1)Kitasato Univ, (2)Hirosaki
Univ, (3)Iwate Univ, (4)North Laboratory for Phytolith Research
444b Opportunities for the Use of Andisols in Paleoecological Studies. Femke H. Tonneijck*, Boris
Jansen, Klaas G. Nierop, Marcela Moscol and Jacobus M. Verstraten, Institute for Biodiversity and
Ecosystem Dynamics – Univ of Amsterdam
445a Distinguishing Among Soil Solid Phases Using
Micro-CT Scanning. Richard J. Heck* and Thomas
Elliot, Univ of Guelph
445b Micromorphological and Microbiological Diagnostics of Elementary Pedogenic Processes in Extremely Arid Desert Soils of Mongolia and the
Problem of Their Classification. Dmitri L. Golovanov*, Geographical Faculty, Moscow Sate Univ
and Marina P. Lebedeva (Verba), V.V. Dokuchaev
Soil Science Institute
244a An Archaeometric Study of Later Stone Age
Paintings from KwaZulu-Natal, South Africa.
Boyd Escott, Univ of KwaZulu-Natal, Jeffrey C.
Hughes*, Univ of KwaZulu-Natal and Darrell
Schulze, Dept of Agronomy, Purdue Univ
343a Evidence for “Black Earths” in the Maya Lowlands. Richard E. Terry*1, Ryan Sweetwood1, Chris
Balzotti1 and Timothy Beach2, (1)Brigham Young
Univ, (2)Georgetown Univ
SESSION NO. 6
1.2P Interdependency of Soils and Soil Scapes—Theater
Convenor: Jaume Bech, University of Barcelona
Presiding: Reinhold Jahn, Inst. of Soil Science
and Plant Nutrition
6-1
6-2
6-3
6-4
6-5
6-6
6-7
6-8
154a Geomorphic Influence on Southern Driftless Area
Soilscapes. Krista Stensvold*, Dept of Soil Science,
Univ of Wisconsin-Madison and Cynthia Stiles,
Univ of Wisconsin
154b Catena/Toposequence/Soil Association: Unifying
Concept in Soil Classification, Soil Genesis and
Land Use in the West Africa Sub-Region-Nigeria.
Temitope A. Okusami*, Obafemi Awolowo Univ
155a Topo- and Bio-Sequence of the Soils in the Fukiage Coastal Dune. Tadao Hamazaki* and Taiki
Kusahara, Faculty of Agriculture, Kagoshima Univ
155b Soil-Landform Relationships in Shallow Estuarine Ecosystems of Downeast Maine. Christopher T.
Flannagan*, Wetland Studies and Solutions, Inc.
and Laurie J. Osher, Univ of Maine
254a Spatial Variability of Pedogenic Reaction Rates in
a Podzolized Watershed. Blake Ketchum*1, Susan
Brantley1 and Alan Busacca2, (1)Center for Environmental Kinetic Analysis, (2)Dept of Crops and Soils
254b Modern Functioning of Surface Paleosols of the
Russian Plain as Related to Lateral Redistribution of Heat Fluxes in the Upper Soil Layers. Tatiana A. Arkhangelskaya*, Moscow State Univ, Faculty of Soil Science
255a Pedogeochemical Mapping of the Barcelona
Province (Catalonia, Spain): Interdependence
between Altitude, Soil Texture, pH, Organic Carbon, CaCO3 and Potentially Toxic Elements.
Jaume Bech*1, Maria Sokolovska2, Pedro Tume3,
Pedro Sanchez4, Ferran Reverter1, Rafael Delgado5,
Lluís Longan6, Alejandro Lansac1, Aleix Puente1
and Toni Oliver1, (1)Univ de Barcelona, (2)Forest
Research Institute, (3)Facultad de Ingeniería, Univ
Católica de la Santísima Concepción, (4)Depto de
Estadística, Facultad de Biología, Univ de
Barcelona, (5)Depto de Edafología, Facultad de Farmacia, Univ de Granada., (6)Soil Science Chair.
Fac. of Biology. Univ de Barcelona
255b Landscape Position Affects the Emission of
Greenhouse Gases in a Prairie Pot-Hole Soil in
Western Canada. Adedeji S. Dunmola*1, David
Lobb1, Dan J. Pennock2, Yappa Priyantha1 and Mario
Tenuta1, (1)Dept of Soil Science, Univ of Manitoba,
(2)Univ of Saskatchewan
SESSION NO. 11
2.0B Innovative Technologies in Rhizosphere Research
—Oral
Convenor: David Crowley, University of CaliforniaRiverside
Presiding: Philippe Hinsinger, INRA–ENSA.M–UMR
Rhizosphère & Symbiose
7-1 10:15 AM Probing the Speciation of Metals at the Soil-Plant
Interface Using Micrometer-Scale X-Ray Fluorescence, Diffraction and Absorption Techniques.
Alain Manceau*, CNRS
7-2 10:50 AM Engineering Plants to Influence Rhizosphere Biochemistry: Potential Benefits to Plant Nutrition.
Timothy S. George*, CSIRO Plant Industry
7-3 11:25 AM Influence of Simulated Global Climate Change on
Microbial Rhizosphere Populations of Grassland
Plants. Stephan Gantner*1, James Cole1, Nona
Chiariello2, Chris Field3 and James M. Tiedje4,
(1)Center for Microbial Ecology, Michigan State
Univ, (2)Jasper Ridge Biological Preserve, Stanford
Univ, (3)Dept of Global Ecology, Carnegie Institut
of Washington, Stanford Univ, (4)Center for Microbial Ecology
SESSION NO. 8
3.0A Long-term Agronomic Experiments: Their
Importance for Science and Society—Oral
Convenor: Stephen Kaffka, University of California
Presiding: Johnny Johnston, Rothamsted Research
8-1 10:15 AM Long-term Experiments and Sustainable Agriculture: The Rothamsted Experience. A.E.Johnny
Johnston Johnston*, Rothamsted Research
8-2 10:50 AM Sustainability in Mediterranean and Semi-Arid
Systems. Stephen Kaffka*1, Johan Six1 and William
Horwath2, (1)Dept of Plant Science, (2)Dept of
Land, Air and Water Resources
8-3 11:25 AM The Role of Long-term Experiments in Understanding the Sustainability of Organic Farming.
Paul Mäder* 1 , Andreas Fliessbach 1 , Joachim
Raupp2, Meike Oltmanns2, Lucie Gunst3 and David
Dubois3, (1)Research Institute of Organic Agriculture (FiBL), (2)Institute for Biodynamic Research,
(3)Agroscope FAL Reckenholz
of Delaware, Jerry Lemunyon, USDA/NRCS and
Roberta Parry, U. S. Environmental Protection
Agency
9-2 10:50 AM European Soil Science in Support of the EU Thematic Strategy for Soil Protection. Luca Montanarella*, European Commission
9-3 11:25 AM Soil Carbon Management: Communicating Science to Policy Makers. John Kimble*1, Carlos E. P.
Cerri2, Carlos C. Cerri2, Brent E. Clothier3, H. H.
Janzen4 and Pedro Sanchez5, (1)USDA-NRCSNCSS retired, (2)Univ de São Paulo, Centro de Energia Nuclear na Agricultura–CENA/USP,
(3)HortResearch, (4)Agriculture & Agri-Food
Canada, (5)Columbia Univ
SESSION NO. 10
Better Management—Oral
Convenors: Delvin Fanning, Univ. of Maryland,HJ
Patterson; Robert Fitzpatrick, CSIRO, Land and Water
Presiding: Leigh Sullivan, Southern Cross University
10-1 10:15 AM Toxic Metals in Runoff from Boreal Acid Sulphate Soils. Mats Astrom*, Kalmar Univ
10-2 10:45 AM Elemental Sulfur Dynamics in Acid Sulfate Soil
Landscapes. Richard T. Bush*, Edward Burton,
Leigh Sullivan and Salirian Claff, Southern Cross
Univ
10-3 11:05 AM Post-Active Acid Sulfate Soils. Delvin S. Fanning*1, Daniel Wagner2, Philip Zurheide1, Martin C.
Rabenhorst1 and J. Patrick Megonigal3, (1)Univ of
Maryland, (2)Geo-Sci Consultants, Inc., (3)Smithsonian Environmental Research Center
10-4 11:25 AM Recent Advances in Formation Mechanisms of
Minerals in Precipitates, Salt Efflorescences and
Sulfidic Materials in Acid Sulfate Weathering
Environments. Robert Fitzpatrick*, CRCLEME/CSIRO Land and Water
10-5 11:45 AM Acid Sulfate Soils Management Guidelines—the
Queensland, Australian Perspective. Col R.
Ahern*1, Kristie M. Watling1, Steven Dobos2, Nikki
Moore3 and Sue-Ellen Dear1, (1)Queensland Dept of
Natural Resources and Mines, (2)Dobos & Associates, (3)Queensland Environmental Protection
Agency
SESSION NO. 11
SESSION NO. 9
0.0B Global Priorities in Soil Science Research—Oral
Communications—Oral
Convenors: Donald L. Sparks, University of Delaware;
Charles Rice, Kansas State University
Presiding: Donald Sparks, University of Delaware
Convenors: J. T. Sims, Dept. Plt. & Soil Sciences; Charles
Rice, Dept. of Agronomy, KSU
Presiding: Peter J. Kleinman, USDA-ARS, Bldg. 3702
11-1
9-1 10:15 AM Evolution and Future of Nutrient Management
Policy in the United States. J. Thomas Sims*, Univ
11-2
1:15 PM US Priorities in Soil Science Research. Charles
Rice, Kansas State Univ and Donald Sparks*, Univ
of Delaware
1:35 PM Soil Research Priorities in Asia. Jianmin Zhou*, Institute of Soil Science, CAS
45
MONDAY
SESSION NO. 7
SESSION NO. 11
11-3
11-4
11-5
11-6
1:55 PM European Priorities in Soil Science Research.
Winfried E.H. Blum*, Institute for Soil Science,
Univ of Natural Resources and Applied Life Sciences
2:15 PM South America Priorities in Soil Science Research. Carlos C. Cerri*1, Carlos E. P. Cerri1, Martial Bernoux1 and Pedro Sanchez2, (1)Univ de São
Paulo, Centro de Energia Nuclear na Agricultura–
CENA/USP, (2)Columbia Univ
2:35 PM Sustaining Soil Science ‘down-under’. Brent
Clothier*, HortResearch and Richard Macewan,
Dept of Primary Industries
2:55 PM Soil Research Priorities in Africa. Lamourdia
Thiombiano*, FAO
12-10
12-11
12-12
SESSION NO. 12
12-13
1.0A New Frontiers in Soil Resource Assessment—
Theater
Authors Present 1:15 PM–3:15 PM
Convenor: Micheal Golden, USDA-NRCS
Presiding: Jay Bell, University of Minnesota
12-1
12-2
12-3
12-4
12-5
12-6
12-7
12-8
12-9
46
102a Soil Resource Inventory of the Great Smoky
Mountains National Park. Anthony Khiel* and
Doug Thomas, USDA-NRCS
102b Theatre Symposium for Soil Landscape Predictive Modeling. Jon Hempel*, USDA-NRCS-NGDC
and J.C. Bell, Univ of Minnesota
103a Making the Old New: Rescue, Reuse and Renewal of Legacy Soil Surveys. David G. Rossiter*,
International Institute for Geo-Information Science
and Earth Observation (ITC),
103b Taking Soil Science to Outer Space: The Thermal
and Electrical Conductivity Probe (TECP) for
the Phoenix 2007 Scout Mission to Mars. Douglas
R. Cobos*, Gaylon S. Campbell and Colin S. Campbell, Decagon Devices, Inc.
104a Australian Coastal Acid Sulfate Soils—a National
Atlas. Robert Fitzpatrick*, CRC-LEME/CSIRO
Land and Water, Bernard Powell, Dept of Natural
Resources and Steven Marvanek, CSIRO Land and
Water
104b Soilscape Investigations to Support Vector and
Raster Soil Surveys in Far West Texas. Lynn E.
Loomis*, USDA Natural Resources Conservation
Service and Duane Simonson, USDA-Natural Resources Conservation Service
105a A Prototype Theory-Based Approach to Predictive Soil Mapping Under Fuzzy Logic. Feng Qi,
Dept of Political Science and Geography, A.-Xing
Zhu*, State Key Laboratory of Resources and Environmental Information System, Institute of Geographical Sciences and Natural Resources, James E.
Burt, Univ of Wisconsin-Madison, Mark Harrower,
Dept of Geography and Duane Simonson, USDANatural Resources Conservation Service
105b Correlation and Analysis of Soil Maps Produced
with the Remote Area Soil Proxy (RASP) Model.
Toby Rodgers* and Crystal Briggs, USDA-NRCS
106a Calcium, Magnesium, and Phosphorus Regimes
of West Virginia Forest Soil Series. Anthony Jenkins*, Stephen Carpenter and Mike Wilson, USDA–
Natural Resources Conservation Service
12-14
12-15
106b The Impact of Proximal Soil Sensing Prediction
Errors on Soil-Landscape Model Parameter Estimation. Melisa L. Borino*1, David J. Brown1, Jennifer D. Watts1 and Robert A. MacMillan2, (1)Montana State Univ, (2)LandMapper Environmental Solutions Inc.
107a Spatial Data Mining for Soil Survey Updates.
James E. Burt*1, Rongxun Wang1, A.-Xing Zhu2,
Tim Meyer3 and Jon Hempel4, (1)Univ of Wisconsin-Madison, (2)State Key Laboratory of Resources
and Environmental Information System, Institute of
Geographical Sciences and Natural Resources,
(3)USDA Natural Resources Conservation Service,
(4)USDA-NRCS-National Geospatial Development
Center
107b Regolith-Terrain Analysis and Mapping as a Soil
Geomorphological Investigative Methodology for
Land Resource Assessment. Robin N. Thwaites*,
School of Natural Resource Sciences
108a A Web Map-Based Tool for Exploring the Spatial
Extent of U.S. Soil Taxonomy – Series through
Order. Brian W. Bills*1, Sharon W. Waltman2, Douglas A. Miller1, Stephen Crawford3, James L. Sloan
II1, Amanda Moore2, Jon Hempel2, Craig Ditzler4
and Jim Fortner4, (1)The Pennsylvania State Univ,
(2)USDA-NRCS-NGDC, (3)The Pennsylvania State
University, (4)USDA-NRCS-NSSC
108b Random Catena Sampling for Establishing SoilLandscape Rules for Digital Soil Mapping. Alex
McBratney*, Nathan Odgers and Budiman Minasny,
The Univ of Sydney
109a A Quantitative Energy Model for Predicting Pedogenic Environments. Craig Rasmussen*, Univ of
Arizona
SESSION NO. 13
1.0WA Soil Geochemical Patterns at Regional, National,
and International Scales—Oral
Convenor: Martin Goldhaber, U.S. Geological Survey
Presiding: David Smith, U.S. Geological Survey
13-1
13-2
13-3
1:15 PM The Baltic Soil Survey (BSS): Sub-Continental
Scale Geochemical Mapping of Agricultural Soils
from Northern Europe. Clemens Reimann*, Geological Survey of Norway, Ulrich Siewers, Federal
Institut for Geosciences and Natural Ressources,
Timo Tarvainen, Geological Survey of Finland, Liidia Bityukova, Institute of Geology, Jan Eriksson,
Swedish Univ of Agricultural Sciences, Aivars Gilucis, State Geological and Meteorological Agency of
Latvia, Virgilija Gregorauskiene, Geological Survey of Lithuania, Valentin K. Lukashev, Institute of
Geological Sciences of ASB, Natalia N. Matinian,
Laboratory of Soil Geography, St. Petersburg State
Univ and Anna Pasieczna, Geological Survey of
Poland
1:50 PM Spatial Patterns in Soil Geochemistry of the
United States: The Relationship between Scale
and Process. David B. Smith*, Steven M. Smith,
Martin B. Goldhaber, James E. Kilburn, William F.
Cannon and Laurel G. Woodruff, U.S. Geological
Survey
2:25 PM Regional-Scale Soil Geochemistry in Northern
California: Natural and Anthropogenic Sources
of Soil Constituents. Martin B. Goldhaber*, Jean M.
Morrison, Geoffrey S. Plumlee, Richard B. Wanty,
Dennis R. Helsel, Ruth E. Wolf, David B. Smith,
Philip L. Hageman, Suzette A. Morman and JoAnn
M. Holloway, U.S. Geological Survey
15-3
837a
15-4
837b
15-5
838a
15-6
838b
15-7
839a
15-8
839b
15-9
936a
15-10
936b
15-11
937a
15-12
937b
15-13
938b
15-14
939a
SESSION NO. 14
1.2A Spatial, Societal and Environmental Aspects of Pedodiversity—Oral
Convenor: Robin Thwaites, Queensland University of
Technology
Presiding: Jonathan Phillips, Univeristy of Kentucky
14-1
14-2
14-3
14-4
14-5
1:15 PM Perspectives and Challenges of Pedodiversity
Analysis. Juan Jose Ibanez*, Centro de Investigaciones sobre desertificación (CIDE)
1:45 PM Soils in the Anthropocene. Ronald Amundson*,
Univ of California
2:05 PM Scale Dependence and Complexity in the Spatial
Distribution of Soil Resources. R. Murray Lark*,
Environmetrics Group, Bioinformatics and Biomathematics Division, Rothamsted Research
2:25 PM Pedodiversity and Island Soil Geography: Testing
the Driving Forces for Pedological Assemblages
in Archipelagos of Different Origins. William R.
Effland*, USDA/NRCS Soil Survey Division, A.
Rodriguez-Rodriguez, Dpto. Edafologia y Geologia, Fac. Biologia and Juan Jose Ibanez, CIDE
2:45 PM Taxonomic and Functional Pedodiversity in Relation to Landscape Variability and Land Utilization Types. Inakwu Ominy A. Odeh*, The Univ
of Sydney and John Triantafilis, The Univ of New
South Wales
SESSION NO. 15
2.2A Soil Organic Matter: Stabilization and Carbon Sequestration—Theater
Convenors: Alvin Smucker, Dept. of Crop & Soil Sci., MSU;
Ingrid Kögel-Knabner, Lehrstuhl für Bodenkunde
Presiding: Alessandro Piccolo, Università di Napoli
15-1
15-2
836a Where Is All the Charcoal Gone? -Structure and
Stability of Charred Plant Residues and Their
Role in Refractory Soil Organic Matter Formation. Heike Knicker*1, Francisco J. González-Vila2,
Jose A. González-Perez 2 and G. Almendros 3 ,
(1)Lehrstuhl fuer Bodenkunde, TU-Muenchen,
(2)Instituto de Recursos Naturales y Agrobiología,
CSIC, (3)Centro de Ciencias Medioambientales,
CSIC
836b Hydrolyzable Carbohydrate In Tropical Soils
Under Adjacent Forest And Savanna Vegetation
In Lamto, Côte d’Ivoire. Hassan Bismarck
Narco*1, Marie Christine Larre-Larrouy2, Christian
Feller2 and Luc Abbadie3, (1)Univ Polytechnique de
Bobo-Dioulasso, (2)Laboratoire Matière Organique
des Sols Tropicaux IRD, (3)Biogeochemistry and
Ecology of continental environment laboratory
UMR 7618
Carbon Accumulations on Surfaces and Fluxes
into Interior Regions of Soil Aggregates Alter
Water Repellency, Bacterial Populations and Aggregate Stability. Alvin Smucker*1, Eun-Jin Park1,
Emilia Jasinska2, Heather Holdaway1, Frank Dazzo1
and Rainer Horn3, (1)Michigan State Univ, (2)Institute of Plant Nutrition and Soil Science, (3)Institute
of Plant Nutrition and Soil Science, CAU Kiel
Theory and Evidence of Soil C Saturation using
Long-term Agroecosystem Experiments. Catherine Stewart1, Keith Paustian1, Rich Conant1, Alain
Plante2 and Johan Six*3, (1)Natural Resource Ecology Laboratory, (2)Dept of Biology, (3)Dept of Plant
Sciences, Univ of California-Davis
Carbon Sequestration in Soils of the Mississippi
Valley Loess Plains. Paula Gale*, Richard Joost,
Matt Goddard and Kevin Smith, Univ of Tenneessee
at Martin
Long-term Soil Organic Matter Dynamics in Cultivated Soils in Zimbabwe. Shamie Zingore*,
TSBF-CIAT Zimbabwe and Kenneth E. Giller, Production Systems, Dept of Plant Sciences, Wageningen Univ
A Non-Compartment Approach to the Modeling
of Carbon Cycle in Soils. Yongsheng Feng*, Univ
of Alberta and Xiaomei Li, Alberta Research Council
Multidimensional Characterization of Soil Carbon Pools Using Stable Isotope and Quadrupole
Mass Spectrometry Coupled to Thermal Analysis. David A. C. Manning*, Elisa Lopez-Capel and
Maggie White, School of Civil Engineering and
Geosciences, Univ of Newcastle
Application of Off-Line TMAH-GC/MS for
Characterizing Soil Organic Matter and Organic
Amendments. Cassandra R. Schefe1, Antonio F.
Patti*2, Alessandro Piccolo3, Riccardo S paccini3
and W. Roy Jackson4, (1)Rutherglen Centre, Dept of
Primary Industries, (2)Centre for Green Chemistry
and School of Applied Sciences and Engineering,
(3)Dpto di Scienze del Suolo, della Pianta e dell’Ambiente, Univ di Napoli, (4)Centre for Green
Chemistry, Monash Univ
Isotopic Investigations into the Role of Aggregate Hierarchy in Stabilizing Soil Organic Carbon. Julie Jastrow*, Argonne National Laboratory
and Johan Six, Dept of Plant Sciences, Univ of California-Davis
Estimation of Time Required for Progress of Humification in Soil Using AMS Radiocarbon Dating Technique. Akira Watanabe* 1 , Hisayoshi
Takada1, Miku Jokura1, Akiko Ikeda2 and Toshio
Nakamura2, (1)Graduate School of Bioagricultural
Sciences, Nagoya Univ, (2)Center for Chronological Research, Nagoya Univ
Humus Accumulation, Microbiological Indicators
and Respired Carbon Dioxide in Soil. Oliver M.
Dilly*, Lehrstuhl für Bodenschutz und
Rekultivierung, Brandenburgische Technische
Universität
Evaluating the Microbial Role in Soil Carbon
Dynamics Using Markov Chain Analysis. Chao
Liang*, Guang Cheng and Teresa Balser, Univ of
Wisconsin-Madison
Effects of Mass Spectroscopic Parameters on
Electrospray Ionization Mass Spectra of SizeFractions from a Soil Humic Acid. Alessandro
Piccolo, Dpto di Scienze del Suolo, della Pianta, e
47
MONDAY
SESSION NO. 15
SESSION NO. 15
15-15
939b
15-16
1036b
15-17
1037a
15-18
15-19
1037b
1038b
dell’Ambiente and Michael Spiteller*, INFU-Institut
für Umweltforschung
Evaluation of Carbon Stabilization in Soils: A
Conceptual Model Approach. Margit v. Lützow1,
Ingrid Kögel-Knabner1, Egbert Matzner*2, Klemens
Ekschmitt3, Georg Guggenberger4, Heiner Flessa5,
Bernd Marschner 6 and Bernard Ludwig 7 ,
(1)Technische Univ München, Lehrstuhl für
Bodenkunde, (2)Lehrstuhl für Bodenökologie, Univ
Bayreuth, (3)Justus Liebig Univ Giessen, (4)Univ
Halle, (5)Univ Göttingen, (6)Ruhr Univ, (7)Univ
Kassel
Do Temperature-Driven Shifts in Microbial Community Composition Facilitate Decay of Recalcitrant Organic Matter?. Rhae Drijber*1, David
Carter1, Richard Conant2, Alain Plante3, Eldor Paul2,
Megan Steinweg2 and Michelle Haddix2, (1)Univ of
Nebraska, Dept of Agronomy and Horticulture,
(2)Natural Resource Ecology Lab, (3)Villanova
Univ
Three Carbon Sources in Soil Food Webs of Different Complexity Revealed by 14C Labelling
and 13C Natural Abundance. Yakov Kuzyakov*,
Univ of Hohenheim, Andrea Ruf, Univ of Bremen
and Olga Lopatovskaya, State Pedagogical Univ of
Irkutsk
Mineralization, Solubilization and Biomass Incorporation of 13C -Labelled Lignin Incubated
with Soil under Laboratory Conditions. H.
Bahri*1, M.-F. Dignac1, C. Rumpel1, D. P Rasse1, C.
Lapierre2, G. Bardoux1, A. Mariotti1 and C. Chenu1,
(1)UMR Biogeochimie des Milieux Continentaux,
(2)UMR Chimie Biologique INRA-INAPG
The Relation between the Content of Organic
Phosphorus and Latitude in Northeast China
Phaeozem. Wantai Yu* and Shaohua Zhao, Institute
of applied ecology
16-4
16-5
SESSION NO. 17
SCE Evaluating Management Impacts on Forest Soils
—Theater
Convenor: Chris Johnson, Dept.of Civil Eng.
Presiding: Zhihong Xu, Griffith University
17-1
17-2
17-3
SESSION NO. 16
17-4
Agroecosystems: Processes & Assessment—Oral
Convenor: Miguel Ayarza, TGU: 00087
Presiding: Matilde Somarriba-Chang, Universidad Nacional
Agraria (UNA)
16-1
16-2
16-3
48
1:15 PM Decision support tools and technologies to assess
and reverse land degradation in tropical savanna
and hillside agroecosystems of Latin America.
Miguel Ayarza* Sr., Edgar Amezquita, Edmundo
Barrios, Marco Rondon and Idupulapati Rao, Tropical Soil Biology and Fertility Institute of the International Center for Tropical Agriculture, CIAT
1:45 PM Land degradation: An assessment of the human
impact on global land resources. Hari Eswaran*1,
Paul Reich1 and Friedrich Beinroth2, (1)USDA Natural Resources Conservation Service, (2)University
of Puerto Rico
2:05 PM Nutrient Budgeting in Tropical Agro ecosystem—
A micro and meso level modeling study for assessing sustainability in agro-ecosystem using NUTMON-Toolbox. V. Murugappan*, U. Surendran, R
Jagadeeswaran and A Bhaskaran, Tamil Nadu Agricultural University
2:25 PM Characterizing Soil Change within the Human
Time Scale for Resource Assessment and Prediction. Arlene J. Tugel*1, Joel R. Brown1, Susan S. Andrews2, Brandon T. Bestelmeyer3, Jeffrey E. Herrick3
and Karl W. Hipple4, (1)USDA-NRCS, (2)USDANatural Resources Conservation Service (NRCS),
ENTSC, (3)USDA-ARS Jornada Experimental
Range, (4)USDA-NRCS, National Soil Survey Center
2:45 PM Soil quality dynamics in a family based shifting
cultivation system on the Atlantic Forest, Brazil.
Marcela C. R. Aboim1, Joyce C. Barbosa1, Alexandre S. Rosado2 and Heitor L. C. Coutinho*1, (1)Embrapa Solos, (2)Federal University of Rio de Janeiro
17-5
17-6
17-7
17-8
3505a Management of Forest Soils on Disturbed
Grounds. Wolfgang Schaaf* and Reinhard F. Hüttl,
Brandenburg Univ of Technology
3505b Organic Carbon Restoration during the First
Twenty Years on the Debris Avalanche Deposit of
the Ontake Volcano, Japan. Kazuhito Morisada*
and Mitsue Shibata, Forestry and Forest Products
Research Institute
3506a Using Soil and Climatic Data to Predict Carbon
Sequestration in Reforestation and Recharge Reduction at Different Scales. Richard J. Harper*, Cooperative Research Centre for Greenhouse Accounting and Keith R.J. Smettem, Univ of Western Australia
3506b Properties of Typical Forest Soils of China in Different Climatic Zones Affecting Methane and
Ethylene Consumption and Nitrous Oxide Production. Xingkai Xu*, Institute of Atmospheric
Physics, Chinese Academy of Sciences
3507a Information Needed for for Sustainable Management of Hardwood Forests: More than 50 years
of Research on the Fernow Experimental Forest.
Mary B. Adams* and James Kochenderfer, USDA
Forest Service
3507b Lignocellulolytic Enzyme Activities and LitterLayer Composition (NMR Spectra) of a Pine Forest Soil, Five Years after Thinning. Sebastian
Maassen1, Minh-Phuong Huynh-Le2, George D.
Cody2 and Stephan J. Wirth*1, (1)Leibniz-Centre
for Agricultural Landscape Research (ZALF), Institute of Landscape Matter Dynamics, (2)Carnegie
Institution of Washington, Geophysical Laboratory
3508a Mineral Soil Organic Matter in Forest Sites of
Coastal British Columbia, Canada. Caroline M.
Preston*1, Tony Trofymow1, Christopher Swanston2
and Chris Van Kessel3, (1)Pacific Forestry Centre,
(2)Center for Accelerator Mass Spectrometry, (3)UC
Davis
3508b Fire-Derived Carbon in Boreal Forests—Current Knowledge and Uncertainties. Caroline M.
Preston, Pacific Forestry Centre, Natural Resources
SESSION NO. 19
17-10
17-11
17-12
3509a
3509b
3510b
3511a
17-13
3511b
17-14
3512a
17-15
3512b
17-16
3513a
17-17
3513b
17-18
17-19
3514a
3514b
SESSION NO. 18
1.5A Diffuse Reflectance Spectroscopy, Soil Sensing,
Remote Sensing and Image Analysis—Oral
Convenor: Sabine Grunwald, Soil & Water Sci. Dept.
Univ. FL
Presiding: Endre Dobos, University of Miskolc
18-1
18-2
18-3
18-4
18-5
3:30 PM Infrared Spectroscopy—New Technology for
Boosting Agricultural Productivity and Monitoring Environment in Developing Countries. Keith
Shepherd* and Markus Walsh, World Agroforestry
Centre (ICRAF)
4:00 PM Diffuse Reflectance Spectroscopy as a Major
Input to the Soil Inference System. Budiman Minasny*, Alex McBratney and Raphael ViscarraRossel, The Univ of Sydney
4:20 PM Refining the Pedogenic Understanding Raster
Classification Methodology. Janis L. Boettinger*1,
Nephi J. Cole2, Amy M. Saunders2, Shawn J. Nield2,
Suzann Kienast-Brown 2, Jedd M. Bodily 2 and
Alexander K. Stum1, (1)Utah State Univ, (2)USDA
4:40 PM Integrating the Extended Causal Chain of Pedology, On-The-Go Soil Sensors and a Fuzzy Soil
Continuum Model for Precision Farming (PF)
Applications. Juergen Lamp*, C.A.Univ, Plant Nutrition a. Soil Science, WG Soil Informatics
5:00 PM Reflectance Spectroscopy for the Determination
of Soil C: Where Are We? and What Are the
Problems Which Need to Be Solved?. James B.,
Reeves* III, EMBUL, ANRI, ARS, USDA, Dean
Martens, SWRC, ARS, USDA and Gregory McCarty, HRSL, ANRI, ARS, USDA
SESSION NO. 19
1.5B Soil Sampling in Space and Time—Theater
Convenor: Jan Hendrickx, Dept. of Earth & Env. Sci.
Presiding: Gerard B.M. Heuvelink, Wageningen University
and Research Centre
19-1
19-2
19-3
19-4
19-5
538a Generating Geo-Pedological Maps Using GIS of
Study Areas in Bahariya Oasis. Mohamed Abbas
Rasheed* V and Khaled Mohamed Darwish, National Research Centre
538b Spatial Variability in the Electro Conductivity of
Soil and Groundwater in the Balaroud Area Located in the Southwest of Iran. Farzad
Nazarizadeh*, Khuzestan Water and Power Authority
539a Establishing Digital Spatial Pattern Map of
Macronutrients in Soils under Irrigated Wheat in
Golestan Province. Ghorban Ali Roshani* and
Sohrab Sadeghi, Golestan Agricultural Research
Center
539b The Comparative Analysis of Methods for Physical Properties Investigation of Soil Solid Part.
Igor V. Morozov* and Irina Morozova, Rostov State
University
540a Geographic Information System (GIS) Applications in Alabama Soil Survey. Zamir Libohova*,
49
MONDAY
17-9
Canada and Michael W. I. Schmidt*, Dept of Geography, Physical Geography, Soil Biogeochemistry
Elucidating Mineral N Retention Pathways in an
Old-Growth South Chilean Temperate Forest
Using a 15N Tracing Model. Dries Huygens*1, Pascal Boeckx 1, Oswald Van Cleemput 1, Roberto
Godoy2 and Christoph Müller3, (1)Laboratory of
Applied Physical Chemistry–ISOFYS, Faculty of
Bioscience Engineering, Ghent Univ, (2)Institute of
Botany, Univ Austral de Chile, (3)Dept of Plant
Ecology, Justus-Liebig-Univ Giessen
Microbial Dversity of the Soil and Leaf Litters in
an Exotic Pine Plantation of Subtropical Australia. Li Zhang*1, Bharat Patel1 and Zhihong Xu2,
(1)School of Biomolecular and Biomedical Sciences,
Griffith Univ, (2)School of Environmental Studies,
Griffith Univ
Soluble Organic N Pools and Microbial Properties in Sandy Soils under Three Adjacent Natural
and Exotic Pine Plantation Forests of Southeast
Queensland. Chengrong Chen* and Zhihong Xu,
Faculty of Environmental Sciences, Griffith Univ
Assessment of Vegetation Change in Central
Queensland Woodlands Using Stable Carbon Isotopes of Soil Organic Matter. Ben Harms*, Natural
Resources and Mines, Steven Bray, Dept of Primary
Industries and Fisheries, Evelyn Krull, CSIRO Land
and Fisheries and Ayalsew Zerihun, DPI Science
and Research
Nitrate Sources in Discharge from the Hardwood
Forests of the Northeastern U.S.A – Implications
for Forest Management. Kathryn B. Piatek*1,
Myron J. Mitchell2, Steven R. Silva3 and Carol
Kendall3, (1)West Virginia Univ, (2)SUNY-ESF,
(3)USGS Geological Survey
Upscaling Forest Soil Monitoring Data – Scale
and Representativity Effects. Dietmar Zirlewagen,
INTERRA, Rainer Baritz*, BGR and Klaus Von
Wilpert, FVA
Spectroscopic Evidence for Water-Soluble Organic Matter and Humic Acid of Soil under Different Types of Forest Vegetations. Peikun Jiang1,
Qiufang Xu* 1 and Zhihong Xu 2 , (1)Zhejiang
Forestry Univ, (2)Faculty of Environmental Sciences, Griffith Univ
Changes in Soil Organic Carbon Pools of Bamboo Plantations under Intensive Management in
Subtropical China. Qiufang Xu1, Peikun Jiang1,
Zhihong Cao* 1 and Zhihong Xu 2, (1)Zhejiang
Forestry Univ, (2)Faculty of Environmental Sciences, Griffith Univ
Carbon Storage Dynamics and Conditions Following Clear-Cutting, in a Montane Dystric Cambisol Planted with Douglas-Fir. Francis Andreux*1,
Jean Leveque 1 , Florence Roux 1 and Jacques
Ranger2, (1)Microbiologie et Géochimie des Sols–
INRA Université de Bourgogne, (2)INRA-UR
Biogéochimie des Ecosystèmes Forestiers
Forest Soil Carbon Sequestration Measurement
and Verification on Reclaimed Mined Land in
the Appalachian Coalfield. Beyhan Y. Amichev*,
Virginia Tech and James A. Burger, Virgnia Tech.,
Dept of Forestry
Comparison of Methods for the Evaluation of
Humus Quality of Forest Soils. Jiri Kulhavy*1,
Bohumir Lomsky2, Michal Remes1, Ladislav Mensik 1 , Tomas Fabianek 1 and Ida Drapelova 1 ,
(1)Mendel Univ of Agriculture and Forestry Brno,
(2)Forestry and Game Management Research Institute
SESSION NO. 19
19-6
19-7
540b
541a
19-8
541b
19-9
640a
19-10
641a
19-11
641b
19-12
741a
19-13
741b
Stephon Thomas, Jerome Langlinais, Charles Love
and George Martin, USDA-NRCS
Soil Surface Rugosity Measurements to Applied
Multifractal Analysis. M. Rosario Garcia1, A. Saa1,
Ana M. Tarquis2 and M. Cruz Díaz*1, (1)Dpto.
Edafología–E.T.S. Ing. Agrónomos–Polytechnic
University of Madrid, (2)Dpto. Matemática Aplicada–E.T.S. Ing. Agrónomos–Polytechnic University of Madrid
Spatial Modeling of Trace Elements in Soils Using
Partial Least Squares Regression and Pre-existing Information. Hocine Bourennane*, National
Institut for Agronomic Research (INRA)
Can Variable Rate Technology Using Active Sensors Work in Bermudagrass and Ryegrass Production?. Jagadeesh Mosali*1, Jeffrey B. Ball1, Kefyalew Girma2, Shawn L. Norton1 and W.R. Raun2,
(1)The Noble Foundation, (2)Oklahoma State University
Soil Chemical Properties as a Tool in Archeological Investigations: Identifying Previous Anthropogenic Disturbances. Todd Luxton*, Matthew
Eick and Stephanie M. Garman, Virginia Tech
Site-Specific Management Zones: Soil-Color
Based and Yield-Based. Rajiv Khosla*, Danny
Inman, Andrew Hornung, Dwayne Westfall and
Robin Reich, Colorado State University
Technique of Detailed—Level-by-Level Definition of Soil Moisture with TDR TRIME-FM3.
Olga S. Ermolaeva*, Moscow State University of
Environmental Engineering and Anatoly Zeiliger,
Moscow State University Of Environmental Engineering
Evaluation of a New, Perforated Soil Heat Flux
Plate Design. Thomas J. Sauer*1, Pierre Thery2,
Josh L. Heitman3, Thomas M. DeSutter1 and Robert
Horton3, (1)USDA-ARS National Soil Tilth Laboratory, (2)CAPTEC, (3)Iowa State University
Correlation between the Common Bean Grains
Yield and Attributes of Relation Mass/Volume in
a Typical Haplic Acrustox of the Brazilian Savannah. Morel de Passos Carvalho*, Flávia Araújo
Matos, Mariana Ventura Martins and Gilberto Rosa
Filho, São Paulo State University
20-3
850b
20-4
947a
20-5
852a
20-6
948b
SESSION NO. 21
2.5A Soil Physicochemical-Biological Interfacial Interactions: Impacts on Transformations and Bioavailability of
Metals and Metalloids—Oral
Convenor: P. M. Huang, Soil Sci., Univ. Saskatchewan
Presiding: A. Violante, Università di Napoli- ITALY
21-1
SESSION NO. 20
21-2
2.3A Microbial Habitat: Evolution, Structure and Distribution in Soils—Theater
Convenors: Donald Gabriels, Ghent University; Gupta
Vadakattu, CSIRO
Presiding: Richard Dick, Ohio State Univ./Sch. of Nat. Res.
20-1
20-2
50
848a Mechanisms of Solute Transport Modify SmallScale Abundance and Function of Microorganisms in Soil. Ellen Kandeler*1, Christian Poll1,
Joachim Ingwersen 2 , Thilo Streck 2 , Esther
Enowashu1 and Sven Marhan1, (1)Institute of Soil
Science, Soil Biology Section, University of Hohenheim, (2)Institute of Soil Science, Biogeophysics
Section, University of Hohenheim
952b Quantification of Root-Soil and Root-Insect Interactions Using X-Ray Microtomography. Peter
J. Gregory*1, Scott N. Johnson1, Derek B. Read2,
Caroline E. Hargreaves2, Dimitry V. Grinev3 and
Iain M. Young3, (1)SCRI, (2)Department of Soil
Science, (3)SIMBIOS Centre
Macroaggregate Environment Influences the
Composition and Activity of Associated Microbiota Communities. Gupta V.S.R. Vadakattu*1, M.
L. Kasper1, T. Jankovic-Karasoulos2 and E. T. Elliott3, (1)CSIRO Entomology, (2)CSIRO, (3)University of Nebraska
Effects of Grapevine Roots, Soil Resources and
Depth on Soil Microbial Communities in a Pinot
Noir Vineyard. Kerri L. Steenwerth*1, Shane R.
Parker1, Daniel A. Kluepfel1, Jean-Jacques Lambert2 and David R. Smart3, (1)USDA/ARS Crops
Pathology and Genetics Research Unit, (2)University of California, Davis, (3)Department of Viticulture and Enology
Comparison of Bacterial Community Structures
at Main Habitats in Paddy Field Ecosystem Based
on DGGE Analysis. Susumu Asakawa* and Makoto
Kimura, Graduate School of Bioagricultural Sciences, Nagoya University
Diversity of Culturable Methane-Oxidizing Bacteria in a Japanese Rice Field Ecosystem. Chihoko
Ueno*1, Dayéri Dianou2, Makoto Kimura1 and
Susumu Asakawa1, (1)Graduate School of Bioagricultural Sciences, Nagoya University, (2)National
Center of Scientific Research
21-3
21-4
21-5
3:30 PM The Role of Synchrotron-Based Research on Soil
Physicochemical and Biological Interfacial Interactions Pertaining to Metals and Metalloids in
the Environment. Ken M. Kemner*, Argonne National Laboratory
4:00 PM Spectromicroscopic Investigation of Cobalt Speciation in a Ni/Co Hyperaccumulator Plant used
for Phytoremediation and Phytomining. Ryan V.
Tappero*1, R. L. Chaney2 and Donald L. Sparks1,
(1)U of DE, Environmental Soil Chemistry,
(2)USDA-ARS-ANRI
4:20 PM Transformation of Metals and Minerals by Microorganisms. M. Fomina* and Geoffrey M. Gadd,
University of Dundee
4:40 PM Rhizosphere – A Unique Interface for Understanding the Fate of Trace Elements – the Example of Copper. Philippe Hinsinger* 1 , Valérie
Chaignon1, Benoît Cloutier-Hurteau2, Jean-Yves
Cornu1, P Legrand2, Aurélia Michaud1, Véronique
Séguin2 and François Courchesne2, (1)UMR 1222
Rhizosphere & Symbiose INRA-ENSAM, (2)Département de Géographie. Université de Montreal
5:00 PM Major Role of Interactions between Organic Matter Biodegradability, Iron Reducing Bacteria and
Ferric Oxides in the Availability and Partitioning
of Metals in Soils. Jacques Berthelin*, Nouredine
Bousserhine, Cecile Quantin and Sebastien Stemmler, LIMOS , UMR 7137 ,CNRS _UHPNancy1, Faculté des Sciences
23-2
23-3
SESSION NO. 22
23-4
3.2A Environmental Impacts of Soil Erosion—Measuring
and Modeling On- and Off-Site Damages of
Soil Erosion—Oral
Convenors: Sonia Dechen, Centro de Pesquisa e Desenvolvimento; Diane Stott, USDA-ARS National Soil Erosion Res.
Presiding: Nicola Fohrer, Fachabteilung Hydrologie und
Wasserwirtschaft des ÖZK
22-1
22-2
22-3
22-4
22-5
3:30 PM Using RUSLE2 to Predict On-Site Soil Degradation and Off-Site Sediment Yield. Seth M. Dabney*1, Mathias J. M. Romkens1, Daniel C. Yoder2
and Michael Hubbs3, (1)USDA-ARS National Sedimentation Lab, (2)University of Tennessee,
(3)USDA-NRCS
4:00 PM Loss of Dissolved Organic Carbon During Erosion Events. Diane E. Stott*, E.A. Warnemuende,
S.J. Livingston and C. Huang, USDA-ARS National
Soil Erosion Research Laboratory
4:20 PM Application of Remote Sensing and GIS to Soil
Erosion Assessment and Spatial Risk Modeling in
Himalayan Watershed using Hierarchical Perspective: A Case Study in Sitla-rao Watershed.
Kalpana O. Bhaware*, District Soil Survey and Soil
Testing Laboratory, (Commissionerate of Agriculture) and Suresh Kumar, Agriculture and Soil Division, Indian Institute of Remote Sensing
4:40 PM Wind Erosion in the Conditions of Climate
Change. Jana Dufkova* and Frantisek Toman,
Mendel University of Agriculture and Forestry Brno,
Department of Applied and Landscape Ecology
5:00 PM Evaluation of Dynamic Biotic and Abiotic
Processes at the Soil Surface Affected by Different Agricultural Management Systems. Marcus
Zeiger and Nicola Fohrer*, Dep. Hydrology & Water
Resources Management, Ecology Centre CAU Kiel
23-5
23-6
23-7
23-8
23-9
23-10
SESSION NO. 23
Agriculture—Theater
Convenors: John Ryan, ICARDA; Dwayne G. Westfall,
Presiding: John Angus, CSIRO Plant Industry, GPO Box
1438
23-1
1829b Evaluting the Process of Desalinization of Sodic
and Saline Soils by the Theoretical Models of
Southeast Khuzestan Province. mohammad reza
Momayezi*, islamic azad university of varamin
23-11
23-12
23-13
1829a Subsoil Physicochemical Constraints and Dryland Crop Growth on Alkaline Soils in Southeastern Australia. James Gray Nuttall* and Roger
Armstrong, Department of Primary Industries, Victoria
1830a Toxicity of Na+ and Cl- to Wheat and Chickpea.
Anna R. Sheldon*1, Ram C. Dalal2 and Neal W.
Menzies1, (1)The University of Queensland, (2)Department of Natural Resources & Mines
1830b The Relationship between the Physico-Chemical
Properties of Iranian Marl Soils and Soil Erosion
Rate and Form. Toraj Asadi*, Islamic Azad University, Bandar Abbas Branch and Ali Reza Zahirnia,
Soil and Watershed Managment Reaserch Institute,
Tehran, Iran.
1831a Paddy Cultivation in Sodic Soil through Vermitech. Abdullah A. Ansari*, University of Guyana
and Sultan A. Ismail, Ecoscience Research Foundation
1831b Spatial Variation in Soil Salinity and Its Effect on
Physiological Parameters, Soil Water Content
and Grain Yield of Wheat in Victorian Southern
Mallee. Prakash N. Dixit*1, Deli Chen1, Garry
O’Leary2 and John Angus3, (1)The University of
Melbourne, (2)Department of Primary Industries,
(3)CSIRO
1929a Characterization of Soils under Kabini Tract of
Cauvery Command Area and Rice Response to
Amendments. Guruprasad, Subbarayappa, Badrinath Chidanandappa*, UAS,GKVK
1929b The Evaluation and Determination of Soil Water
Infiltration Coefficient Using Experimental Observations Resulting from Measuring Infiltration
by the Doublering Method and Introducing the
Most Suitable Model in the Saveh Plain. Amir
Mansour Shahsavar* 1, Ali Reza Zahirnia 2 and
Ebrahim Pazira1, (1)Islamic Azad Univ of Science
and Research, (2)Soil and Watershed Managment
Research Institute
1930a Reducing Plant Water Stress from Attacks of
Greenbugs, Corn Leaf Aphids and Virus Disease
in Dryland Sorghum. Hong Li*, William A. Payne,
Jerry Michels and Charles M. Rush, Texas A&M
University
1930b Management of High-Magnesium Soils and Waters in Central Asia through the Application of
Phosphogypsum. F. Vyspolsky1, Manzoor Qadir*2,
A. Karimov3, F. Mukhamedjanov1, U. Bekbaev1, R.
Paroda4 and F. Karajeh5, (1)Water Conservation
Laboratory, The Kazakh Research Institute of Water
Management, (2)International Center for Agricultural Research in the Dry Areas (ICARDA), (3)International Water Management Institute (IWMI),
Central Asia and Caucasus Sub-regional Office,
(4)International Center for Agricultural Research in
the Dry Areas (ICARDA), Central Asia and Caucasus Regional Office, (5)California Department of
Water Resources
1931a Comparison of Five Adsorption Isotherms for
Prediction of Zinc Retention in Calcareous Soils
and the Relationship of their Coefficients with
Soil Characteristics. Adil Reyhani Tabar*, NajafAli
Karimian, Mohamad Ardalan and GolamReza Savaghebi, University of Tehran
1931b Salt Dynamic in “Patched” Soil of Crops in Argentina. Eugenio Hampp*, Elena Bonadeo, Marcos
Bongiovanni, Inés Moreno and Rosana Marzari,
Universidad Nacional de Río Cuarto
1932a Integrated Amelioration of Lime Induced Iron
Chlorosis in Peanut (Arachis hypogaea L.).
51
MONDAY
SESSION NO. 23
SESSION NO. 23
23-14
23-15
Arvind Bhardwaj*, Rajasthan Agricultural Univ,
Bikaner and Inderjeet gulati, Rajasthan Agricultual
Univ, Bikaner
1932b Effect of Different Levels and Sources of Potassium on Yield and Quality of Sugarcane in Alkali
Soil. Vijay Shankar Mali*1, Renuka Joshi1, Narayan
Zende1 and S.K. Bansal2, (1)Vasantdada Sugar Institute, (2)Potash Research Institute of India, Gurgaon
1933b Effects of Gypsum Application in Different Unstable Slopes on Surface Runoff and Soil Erosion. Ali Jafari Ardakani*, Soil Conservation and
Watershed Managment Institue and Ali Reza Zahirnia, Soil and Watershed Managment Research Institute
SESSION NO. 25
Degradation—Oral
Convenor: Timothy Green, USDA-ARS Great Plains Systems
Res.
Presiding: Rainer Schulin, Institute of Terrestrial Ecology
25-1
SESSION NO. 24
25-2
and Human Health—Oral
Convenor: John J. Mortvedt, Colorado State University
Presiding: Umesh Gupta, Agriculture & Agri-Food Canada
24-1
24-2
24-3
24-4
24-5
52
3:30 PM Heavy Metal Toxicities in Soils, Crops, and Humans: Some Control Measures. Umesh C. Gupta*,
Agriculture & Agri-Food Canada and Subhas C.
Gupta, Division of Plastic Surgery
4:00 PM Soil as a Public Health Threat or Savior. Ian Pepper*1, Deborah Newby2, Charles Gerba1 and Charles
Rice3, (1)Univ of Arizona, (2)Idaho National Engineering and Environmental Laboratory, (3)Kansas
State Univ
4:20 PM Does a Food Chain Approach Help to Target Zinc
Bio-Fortification Efforts in Cereal Crops?.
Tjeerdjan Stomph*, Maja A. Slingerland, Ellis Hoffland and Rob Nout, Wageningen Univ
4:40 PM Increased Rice Uptake of Zinc by Optimization
of Water and Crop Residue Management. Sarah
E. Johnson*1, Jack Deodato C Jacob1, Roland J Buresh1, John M. Duxbury2 and Julie G. Lauren2, (1)International Rice Research Institute, (2)Cornell Univ
5:00 PM Relationships between Distribution of Longevous
Population’s Rate and Trace Elements in Soils of
Rugao County, Jiangsu, China. Biao Huang*1,
Rongqing Yang1, Weixia Sun1, Zhong Zou2, Jianping
Su2 and Feng Ding2, (1)State Key Laboratory of
Soil and Sustainable Agriculture, Institute of Soil
Science, the Chinese Academy of Sciences, (2)Service Station of Soil and Fertilizer Technology, Bureau of Agriculture of Rugao County
25-3
25-4
25-5
3:30 PM Soil Organic Carbon and Land Use Change in the
Brazilian Amazon: A Modeling Approach. Carlos
E.P. Cerri* 1 , Mark Easter 2 , Keith Paustian 3 ,
Kendrick Killian 2 , Kevin Coleman 4 , Martial
Bernoux5, Pete Falloon6, David Powlson7, Eleanor
Milne8 and Carlos C. Cerri1, (1)Centro de Energia
Nuclear na Agricultura, (2)Natural Resource Ecology Laboratory, (3)Natural Resource Ecology Laboratory and Dept of Soil and Crop Sciences,
(4)Rothamsted Research, (5)IRD, (6)The Met Office, Hadley Centre for Climate Prediction and Research, (7)Rotahmsted Research, Agriculture and
Environment Division, (8)The Univ of Reading
4:00 PM Evaluation of Resource Management Options for
Smallholder Farms Using an Integrated Modeling Approach. Shamie Zingore1, Ernesto GonzalezEstrada2, Robert J. Delve*1, John P. Dimes3, Mario
Herrero2, Herbert Murwira1 and Kenneth E. Giller4,
(1)TSBF-CIAT Zimbabwe, (2)International Livestock Research Institute (ILRI), (3)International
Crops Research Institute for the Semi Arid Tropics
(ICRISAT), (4)Production Systems, Dept of Plant
Sciences, Wageningen Univ
4:20 PM Application of Dynamic Simulation Modeling for
Nitrogen Management in Maize. Jeff Melkonian*1, Harold M. Van Es1, Arthur T. DeGaetano1,
Jean M. Sogbedji2 and Laura Joseph1, (1)Cornell
Univ, (2)Univ de Lomé, Ecole Supérieure d’Agronomie
4:40 PM Modeling Spatial-Temporal Soil Water and Overland Flow in a Dryland Wheat-Fallow Field using
MARIA-GIS. Timothy Green*1, James Ascough2,
Robert Erskine2, Bruce Vandenberg1 and Lajpat
Ahuja2, (1)USDA-ARS-NPA, Great Plains Systems
Research Unit, (2)USDA, Agricultural Research
Service (ARS)
5:00 PM Distinction between the effects of management
and climate factors in long-term experiments as
a tool for comparing adaptation strategies under
future climate. Vladimir A. Romanenkov*1, Vera N.
Pavlova2, Tatyana V. Raskatova1 and Lyudmila K.
Shevtsova1, (1)Pryanishnikov All-Russian Institute
of Agrochemistry, (2)All-Russia Institute of Agricultural Meteorology
SESSION NO. 29
Tuesday, 11 July 2006
28-4
448a
28-5
448b
28-6
449a
28-7
449b
SESSION NO. 26
0.0A Innovation, Speculation and Disneyfication in Soil
Science Education—Oral
Convenor: Alex McBratney, University of Sydney
Presiding: Alfred Hartemink, ISRIC–World Soil Information
26-1 8:00 AM Teaching Soil Science, Educating the Numbers.
Alfred Hartemink*, ISRIC–World Soil Information
and Alex McBratney, Univ of Sydney
26-2 8:25 AM Student Engagement Strategies for Introductory
Soil Science. Ken Barbarick*, Colorado State Univ
26-3 8:50 AM Innovation, Speculation and Disneyfication in
Soil Science Education. Tony Koppi*, Univ of New
South Wales
Resource Sciences and Brian Slater, School of Natural Resources
Regional Pedodiversity Dynamic Change and Its
Implication to the Evolvement of Soil Spatial Patterns under the Intensive Urbanization Process.
Xuelei Zhang*, Yanci Sun, Manzhi Tan and Jie
Chen, Chinese Academy of Sciences
Soil Regions of the European Union and Adjacent
Countries 1 : 5,000,000. Reinhard Hartwich1,
Rainer Baritz*2, Wolf Eckelmann1 and Stefanie
Thiele 1, (1)BGR, (2)Federal Institute for Geosciences and Natural Resources (BGR)
Investigation of Relationships between Soil
Chemical and Physical Properties in Relation to
Forest Types and Topographic Conditions in
North of Iran. Ali Salehi* Sr., Guilan University and
Ghavamodin Zahedi Amiri Sr., Tehran Univ
A Compendium of Data on Salt-Affected Soils of
Russia: New Monograph and Maps. Ye.I.
Pankova, A.F. Novikova, G.I. Chernousenko, I.A.
Yamnova and Maria V. Gabchenko*, Dokuchaev
SESSION NO. 27
27-1 8:00 AM Human Effects on Soils in Urban Areas. John M.
Galbraith*, Virginia Tech
27-2 8:35 AM Self-Restoration of Post-Agrogenic Soils: Recent
Process of Late Antropocene. Dmitry I. Lyuri*,
Nina A. Karavaeva, Tatiana G. Nefedova, Boris D.
Konyushkov and Sergey V. Goryachkin, Institute of
Geography, Russian Academy of Sciences
27-3 9:10 AM Influence of Human Activities on the Trace Elements Status of Soils. Gilles Colinet* 1, JeanPhilippe Bizoux2 and Laurent Bock1, (1)Gembloux
Agricultural University, Geopedology Dpt., (2)Gembloux Agricultural University, Ecology Dpt.
SESSION NO. 28
1.2A Spatial, Societal and Environmental Aspects
of Pedodiversity—Theater
Authors Present 8:00 AM–10:00 AM
Convenor: Robin Thwaites, Queensland University of
Technology
Presiding: Jonathan Phillips, Univeristy of Kentucky
28-1
28-2
28-3
348a The Effect of Classification on Soil Richness-Area
Relationships. Jonathan D. Phillips*, Tobacco Road
Research Team
348b Unique and Rare Kinds of Soils on Samarskaya
Luka (Middle Volga, Russian Plain). Evgeniy V.
Abakumov*, Elvira I. Gagarina and Natalia A.
Rudenko, Saint-Petersburg State University
349b Pedodiversity and its Application in Geoecological Systems. Robin N. Thwaites*, School of Natural
SESSION NO. 29
in Soils—Oral
Convenor: Balwant Singh, University of Sydney
Presiding: Jerry Bigham, 420A Kottman Hall Sch Natl Res
29-1 8:00 AM Chemistry of Fe and Al Nanoparticles in the Environment. Satish Myneni*1, Michael Hay1, Laura
Harrington1 and Juraj Majzlan2, (1)Princeton University, (2)Mineralogisch-Geochemisches Institut
29-2 8:30 AM Magnetism and Moessbauer Spectroscopy of
Loessic Soils/Paleosols as a Key to Pedogenic
Transformation of Fe Minerals and Climate
Change. Tatyana S. Gendler*, United Institute of
Physics of the Earth RAS, Friedrich Heller, Institut
fur Geophysik ETH, Alexander Tsatskin, Zinman Institute of Archaeology University of Haifa and Alla
A. Novakova, Physics Faculty Moscow State University
29-3 8:50 AM Concomitant Formation of Maghemite and
Hematite in Aerobic Soils. Vidal Barrón, Estrella
Cabello and José Torrent*, Universidad de Córdoba
29-4 9:10 AM Incorporation of Trace Metals into Polymorphs
Alpha- (Goethite) and Gamma- (Lepidocrocite)
FeOOH. Markus Gräfe*, Balwant Singh and
Navdeep Kaur, The University of Sydney
29-5 9:30 AM The Nature, Occurence and Significance of
Poorly Ordered Nanometric Materials in the Soil
Environment. Bob Gilkes*, School of Earth and
Geographical Sciences, The University of Western
Australia
53
TUESDAY
1.0B Soil Change in Anthropocence—Oral
Convenor: Hariharan Eswaran, USDA-NRCS
Presiding: Victor Targulian, Inst. of Geography,
Russian Academy of Sciences
SESSION NO. 30
SESSION NO. 30
3.0B Emerging Topics in Soil Use and Management—Oral
31-8
1632b
31-9
1729a
31-10
1729b
31-11
1730a
31-12
1730b
31-13
1731a
31-14
1731b
Convenor: John Havlin, NCSU-Dept. of Soil Science
Presiding: Wolfgang Burghardt, Universität–GH Essen
30-1 8:00 AM Introduction to the Symposia 3.0B and Thematic
Restrictions of Soil Resources Availability—an
Emerging Topic in Soil Use and Management.
Wolfgang Burghardt*, Univ Duisburg–Essen, Faculty of Biology and Geography, Dept of Soil Technology
30-2 8:35 AM Eutrophication—An Emerging Topic in Soil Use
and Management. Gan-Lin Zhang*, Institute of
Soil Science, Chinese Academy of Sciences and
Wolfgang Burghardt, Universitaet Duisburg-Essen,
Fb. Biologie und Geographie, Abt. Angewandte
Bodenkunde
30-3 9:10 AM Soil: The First Filter of Our Water. Brent E. Clothier*, HortResearch
SESSION NO. 31
3.3B Nutrient Use Efficiency and Global Agriculture
—Theater
Convenors: Achim Doberman, University of Nebraska-Lincoln; Paul Fixen, Potash & Phosphate Institute
Presiding: Fernando Garcia, PPI/PPIC Latin AmericaSouthern Cone
31-1
31-2
31-3
31-4
31-5
31-6
31-7
54
1918a Iron Management Practices for GroundnutMaize Cropping Sequence in Calcareous Vertisol.
Farid Hellal, Univ of Cairo, Hanumant Channal*,
Univ of Agricultural Science and G. S. Dasog, Dept
of Soil Science and Agricultural Chemistry,Univ of
Agricultural Sciences
1629b Importance of Micronutrients in Crop Production: A Review of the Changing Scene. Richard
Bell* and Bernie Dell, Murdoch Univ
1630a Fertilizer Price Impact on Frequency of Profitable Responses. Thomas Bruulsema*, Potash &
Phosphate Institute
1630b Agrochemical Aspects of Long-term Systematic
Fertilization in the Agroecosystems of Siberia.
Gennady P. Gamzikov* and Olga Gamzikova,
Novosibirsk State Agrarian Univ
1631a Simulation and Analysis of Soil Water and Nitrogen Behaviors under Maize-Wheat Cropping System in Huang-Huai-Hai Plain of China. Yuanfang Huang*1, Rutai Gao2 and Baoguo Li1, (1)China
Agricultural Univ, (2)Agricultural Univ of Hebei
1631b Plant-Need Based Real Time Nitrogen Management in Rice Grown by Small Farmers in Asia.
Bijay Singh*1, Yadvinder Singh1, Meharban Singh1,
G.P.S. Sodhi1, J.K. Ladha2 and Vethaiya Balasubramanian3, (1)Department of Soils, Punjab Agricultural University, (2)International Rice Research Institute, (3)International Rice Research Institute
(IRRI)
1632a Nutrient Efficient Plants in Improving Crop
Yields in the Twenty First Century. N. K. Fageria*,
National Rice and Bean Research Center of Em-
brapa, Brazil and USDA-ARS Beltsville, MD and V.
C. Baligar, USDA-ARS
Managing Nitrogen for Cereals Growing on Soils
with High Levels of Subsoil Salinity, Sodicity and
Boron. John Angus*, CSIRO, Robert Norton, The
University of Melbourne, Joint Centre for Crop Improvement and Charlie Walker, Incitec-Pivot Ltd.
Effect of Crop Rotation and Organic Amendment on Soil Nitrogen Mineralization Potential.
Mehdi Sharifi*1, Bernie J. Zebarth1, David Burton2,
Gregory Porter3 and Cynthia Grant4, (1)Agriculture
and Agri-Food Canada, (2)Dept of Engineering,
(3)Dept of Applied Ecology and Environmental Science, (4)Agriculture & AgriFood Canada, Brandon
Research Centre
Isotopic and Spectroscopic Investigations toward
Understanding Differential Behavior of Fluid and
Granular Micronutrient Fertilizers in Soils.
Ganga Hettiarachchi*, Univ of Adelaide, Enzo
Lombi, Land and Water, CSIRO, Michael McLaughlin, CSIRO Land and Water and David Chittleborough, Soil and Land Systems, School of Earth and
Environmental Sciences
Slow-Release N Fertilizer to Control Soil Nitrous
Oxide Losses Due to Spatial and Climatic Differences in Soil Water Content and Drainage. Sara
Merchán Paniagua*, Peter P. Motavalli, Kelly A.
Nelson, Stephen H. Anderson and John E. Sadler,
Univ of Missouri-Columbia
Long-term Assessment of N Use and Loss in Irrigated Organic, Low-Input and Conventional
Cropping Systems. William Horwath*, Zahangir
Kabir, Kathleen Reed, Steve Kaffka, Gene Miyao,
Kent Brittan and Jeff Mitchell, Department of Land,
Air and Water Resources
Nitrogen, Phosphorus and Sulphur Fertility of
Hybrid Canola Cultivars. Rigas Karamanos1, Don
Flaten*2 and Tee Boon Goh2, (1)Western Co-operative Fertilizers Limited, (2)Dept of Soil Science,
Univ of Manitoba
N and P Cycling in Crop-Native Shrub Agroecoystems of the African Sahel. Ekwe Dossa*1,
Richard Dick2, Mamadou Khouma3, Modou Sene3,
Aminata Badiane4 and Ibrahima Diedhiou3, (1)Oregon State Univ, (2)Ohio State Univ, (3)ISRA,
(4)USAID
SESSION NO. 32
Communications—Theater
Convenors: Charles Rice, Dept. of Agronomy, KSU; J. T.
Sims, Dept. Plt. & Soil Sciences
Presiding: Peter J. Kleinman, USDA-ARS, Bldg. 3702
32-1
32-2
1855a Development of a Soil Health Policy Framework
for Victoria, Australia. Michael C. Crawford*1,
Mark Allaway2 and Melva Ryan2, (1)Primary Industries Research Victoria (PIRVic), Department of
Primary Industries,, (2)Agriculture Industry Policy,
Department of Primary Industries,
1855b Soil Science: Subterranean Support for Sustainability. Richard Arnold*, USDA-NRCS (retired)
SESSION NO. 35
33-9
1.0B Soil Change in Anthropocence—Theater
Convenor: Hariharan Eswaran, USDA-NRCS
Presiding: Victor Targulian, Russian Academy of Sciences
33-1
33-2
33-3
33-4
33-5
33-6
33-7
33-8
112a An Evaluation of Lead Isotope Analysis to Identify Anthropogenic Sources of Lead in Historical
Farm Soils. Clare A. Wilson*1, Jeffrey R. Bacon2,
Donald Davidson1 and Malcolm Cresser3, (1)University of Stirling, (2)Macaulay Land Use Research
Institute, (3)University of York
112b Human Impact on Volcanic Soils in Mexico and
Chile. Presentation of an International and Interdisciplinary Project of the Commission of the European Union on REhabilitation of deteriorated
VOLcanic SOils (REVOLSO Project). Gerd
Werner*1, Miguel Bravo2, Jorge E. Etchevers3, Juan
F. Gallardo4, Mathieu Haulon5, Marco Mazzoncini6,
Monica Petri7, Christian Prat8, Jürgen Queitsch9,
Andrea Vera5, Iván Vidal10 and Emma Zapata11,
(1)Center for International Development and Environmental Research (CIDER), University of
Giessen, (2)Centro Nacional de Investigación para
Producción Sostenible (CENAPROS-INIFAP),
(3)Colegio de Postgraduados, Instituto Recursos
Naturales, Lab. Soil Fertility, (4)Consejo Superior de
Investigaciones Científicas (CSIC), Inst. de Recursos Naturales y Agrobiología, (5)Universidad
Autónoma de Tlaxcala (UAT), Centro de Investigaciones Biológicas, (6)Universidad di Pisa, Centro Interdipartimentale di Ricerche Agroambientali
(CIRAA), (7)Universidad di Pisa, Centro interdipartimentale di Richerche Agroambientali (CIRAA),
(8)Institut de Recherche pour le Développement
(IRD), Laboratoire d’étude des Transferts en Hydrologie et Environnement (LTHE), (9)Universidad
Autónoma de Chapingo, Dept. of Economy,
(10)Universidad de Concepción (UDEC), Fac. de
Agronomía, Depto de Suelos, (11)Colegio de Postgraduados, Inst. de Socioeconomía, Desarrollo Rural
113a Ukrainian Chornozem: past, Present, Future.
Stepan P. Poznyak*, Lviv Nation University named
by Ivan Franko
113b Technogenesis and Main Morphotypes for
Technogenically Disturbed Soils of Landscapes of
SMW Landfills. Olga S. Bezuglova* and Dina G.
Nevidomskaya, Rostov State University
114a Building Effective Soils on Rehabilitated Bauxite
Mines. Geoffrey Kew*1, Robert Gilkes1 and John M.
Koch2, (1)University of Western Australia, (2)Alcoa
World Alumina Australia
114b Transformation of Podzolic and Leached Chernozems of the Central Russian Upland under
Farm Use. Pavel S. Shulga*, Kursk State Agricultural Academy
115a The International Committee for Anthropogenic
Soils (ICOMANTH) Publishes a Second CDROM. Craig Ditzler, USDA-NRCS-NSSC and John
M. Galbraith*, Virginia Tech
115b Buffer Mechanisms and their Kinetics in Variable
Charge Soils Affected by Acid Deposition in
Southeast Mexico. Lucy Mora Palomino* 1 ,
Christina Siebe Grabach1, Andrea Herre2, Martin
Kaupenjohann2 and Karl Stahr3, (1)Instituto de Geología, Universidad Nacional Autónoma de México,
(2)Institut für Ökologie, Technische Universität
Berlin, Germany, (3)Institute of Soil Science and
Land Evaluation, University of Hohenheim
33-10
116a Establishing the Suitable Fertility Capability
Classification (FCC) System for Intensive Rice
Cultivation Areas in the Mekong Delta, Viet Nam.
Vo Quang Minh*, Le Quang Tri and Vo Thi Guong,
Can Tho Univerity
116b Possible Reasons of Giving up Arable Farming in
the Western Hungarian Region. Karoly Penksza1,
Viktor Gronas1, Attila Barczi1, Csaba Centeri*2 and
Akos Balogh1, (1)Szent Istvan University, Dept. of
Landscape Ecology, (2)Szent Istvan University,
Dept. of Nature Conservation
SESSION NO. 34
Applications—Oral
Convenor: Johannes Bouma, retired
Presiding: Henry Lin, Penn State Universtiy
34-1 10:15 AM Interpreting Morphological Features in Wetland
Soils with Hydrologic Models. Michael Vepraskas*
and Peter V. Caldwell, NC State Univ
34-2 10:45 AM Hydropedology: Links to Neighboring Disciplines. Miroslav Kutilek*, Soil and Tillage Research
and Donald R. Nielsen, Univ of California, Dept
LAWR Hydrologic Science
34-3 11:05 AM Calcium amendments to reduce dissolved organic
carbon from subcatchments. David J. Chittleborough*1, Jim W. Cox2, Jon Varcoe1 and John Van
Leeuwen3, (1)University of Adelaide, (2)CSIRO
Land and Water, (3)University of South Australia
34-4 11:25 AM Evolution of a spatially heterogeneous paleocryogenic soilscape and its impact upon formation of
coupled moisture and thermal regimes. Evgeny
Shein*, Moscow State University
34-5 11:45 AM Interrelationships between soil and water in tropical peatlands. Henk Wösten*, Alterra–Wageningen
University and Research Centre and Aswandi Idris,
Jambi University
SESSION NO. 35
2.0B Innovative Technologies in Rhizosphere Research
—Theater
Convenor: David Crowley, University of CaliforniaRiverside
Presiding: Philippe Hinsinger, INRA–ENSA.M–UMR
Rhizosphère & Symbiose
35-1
35-2
554a Glucose Uptake by Maize Roots and Its Transformation in the Rhizosphere. Yakov Kuzyakov*,
Univ of Hohenheim and David L. Jones, Univ of
Bangor
554b Matrix Based Fertilizers with Arbuscular Mycorrhizae Reduce Nitrogen and Phosphorus Leaching in Three Soils. James Entry* and R. E. Sojka,
USDA Agricultural Research Service
55
TUESDAY
SESSION NO. 33
SESSION NO. 35
35-3
35-4
35-5
35-6
35-7
35-8
35-9
35-10
35-11
35-12
35-13
555b Scaling Environmental Processes in Heterogeneous Arid Soils (SEPHAS): A New Research Facility in Nevada USA. Michael H. Young*, Desert
Research Institute, Zhongbo Yu, Univ of Nevada
Las Vegas and Scott Tyler, Univ of Nevada-Reno
654a Dynamics of Soil Nutrients in the Rooting Zone
with Reference to the Mechanisms of Nutrient
Supply in Soil. Junta Yanai*1, Takashi Kosaki2 and
Hidekazu Yamada1, (1)Kyoto Prefectural Univ,
(2)Kyoto Univ
654b Influence of Yushania Niitakayamensis on the
Chemical Composition of Soil. Mei-Hwei Tseng1,
Chin-Lin Hsieh*1, W.-R. Lai1 and Yueh-Hsiung
Kuo2, (1)Taipei Municiple Unicersity of Education,
Department of Science Education, (2)National Taiwan University Department of Chemistry
655a Implication of Fe Deficiency and Phytosiderophores in Cu Mobilization in the Rhizosphere of Durum Wheat Cultivated in Vineyard
Soils. Aurelia Michaud* and Philippe Hinsinger,
UMR 1222 Rhizosphere & Symbiose INRAENSAM
655b Assimilate Partitioning Affects 13C Fractionation
of Recently Assimilated Carbon in Maize. Martin
Werth* and Yakov Kuzyakov, Univ of Hohenheim,
Institute of Soil Science and Land Evaluation
753a Rhizosphere Effect under Oats and Maize Plants.
Ilya V. Yevdokimov*1, Reiner Ruser2, Franz Buegger2, Marc Marx2 and Jean Charles Munch2, (1)Institute of Physicochemical and Biological Problems
in Soil Science, RAS, (2)GSF–National Research
Center for Environment and Health, Institute of Soil
Ecology
753b Effect of Heterosis on Rhizodeposition in Zea
Mays L. Tanja Mimmo*, Luciano Cavani and Maria
Angela Cané, Department of Agroenvironmental
Sciences and Technologies, Alma Mater Studiorum
– University of Bologna
754a Allelochemical Activity of Root Exudates from
Horticultural Plants Hydroponically Grown and
the Regulation Role of Humic Substances. Elisabetta Loffredo and Nicola Senesi*, Dip. Biol. Chim.
AgroForest. e Amb.
754b Localized Sampling of Root Exudates and
Rhizosphere Soil Solution by Use of Sorption
Media. Susan Haase*1, Ellen Kandeler1, Yakov
Kuzyakov1, Angelika Kania2, Iris Edelkott2, Petra
Marschner 3 , Volker Römheld 2 and Günter
Neumann2, (1)Hohenheim University,, (2)Hohenheim University, (3)The University of Adelaide
755a Rhizosheath in Cynodon dactylon Growing in a
Volcanic Sandy Soil. Fernando De LeónGonzález*1, Claudia Hidalgo-Moreno2 and Eduardo
Celada-Tornel 1 , (1)Universidad Autónoma
Mteropolitana-Xochimilco, (2)Colegio de Postgraduados
755b Effects of Intercropping and Organic Phosphate
Application on Plant Growth, P Uptake and Microbial Community in Rhizosphere of P-Inefficient Wheat. Dongmei Wang*1, Petra Marschner2
and Zakaria Solaiman2, (1)School of Soil and Water
Conservation, Beijing Forestry Univ, (2)School of
Earth and Environment Sciences, The Univ of Adelaide
SESSION NO. 36
Sequestration—Oral
36-1 10:15 AM C Sequestration in Cropland Soils of China:
Trends, Potential, and Research Needs. Pan Genxing*, Institute of Resources, Ecosystem and Environment of Agriculture
36-2 10:45 AM Does Cell Wall Composition and Architecture
Play a Key Role in Understanding and Predicting
Soil Residue Decomposition?. Isabelle Bertrand*1,
Brigitte Chabbert2, Gaylord E. Machinet1 and Sylvie
Recous 1, (1)INRA Agronomie, (2)INRA UMR
FARE
36-3 11:05 AM Use of Pyrolysis Molecular Beam Mass Spectrometry (py-MBMS) to Fingerprint Lipids in
Agricultural Soils. Richard Jeannotte*1, Kimberly
A. Magrini 2, Mary R. Roth 1 and Ruth Welti 1,
(1)Kansas State University, (2)National Renewable
Energy Laboratory
36-4 11:25 AM Biogeochemical Factors Controlling the Release
of Soil Organic Matter: Lessons To Be Learned
from Column Experiments. Kai Uwe Totsche*1,
Ingrid Kögel-Knabner 2 and Philipp Jaesche 2 ,
(1)Universität Jena, (2)Lehrstuhl für Bodenkunde
TU Muenchen
36-5 11:45 AM The GEFSOC Modeling System, A ProcessedBased Modeling Approach for Spatially Explicit
Estimates of Soil Organic Carbon Stock Change.
E. Milne*1, Mark Easter1, Keith Paustian1, Rida AlAdamat2, Tapas Bhattacharyya3, Carlos E.P. Cerri4,
Peter Kamoni5, Carlos C. Cerri4, Niels Batjes6, Martial Bernoux7, Kevin Coleman8, Pete Falloon9, Christian Feller7, Patrick Gicheru10, Kendrick Killian1,
Dilipkumar Pal3, David Powlson11, Zahir Rawajfih12 and Mohamed Sessay13, (1)The Department
of Crop and Soil Sciences, Colorado State University, (2)The Badia Research and Development Programme, (3)National Bureau of Soil Survey and
Land Use Planning, (4)Centro de Energia Nuclear na
Agricultura, (5)Kenya National Agricultural Research Laboratory, (6)ISRIC-World Soil Information, (7)IRD, (8)Rothamsted Research, (9)The Met
Office, Hadley Centre for Climate Prediction and Research, (10)Kenya Soil Survey, (11)Rotahmsted Research , Agriculture and Environment Division,
(12)Jordan University of Science and Technology,
(13)UNEP
SESSION NO. 37
Enhancing Productivity and Sustainability—Oral
Convenors: Cynthia Grant, Agriculture & AgriFood
Canada; John Havlin, NCSU-Dept. of Soil Science
Presiding: Alan Schlegel, Southwest Res. Ext. Center
37-1 10:15 AM Dryland Agriculture Challenges and Opportunities. B.A. Stewart*, West Texas A&M University
37-2 10:45 AM Managing Precipitation Use in Dryland Systems
to Enhance Productivity and Sustainability. Gary
A. Peterson*1, Dwayne Westfall1 and Lajpat Ahuja2,
56
SESSION NO. 39
SESSION NO. 39
Better Management—Theater
Convenors: Delvin Fanning, Univ. of Maryland,
HJ Patterson; Robert Fitzpatrick, CSIRO, Land and Water
Presiding: Leigh Sullivan, Southern Cross University
39-1
39-2
39-3
SESSION NO. 38
39-4
4.5A History of Soil Science in Developing Countries
—Oral
Convenors: Daniel Yaalon, Hebrew University, Givat Ram
Campus; Anthony Young, University of East Anglia
Presiding: Eric Brevik, Dept. of Physics, Astron., Geosci.
38-1 10:15 AM Soil Survey in Developing Countries, with Special
Reference to British Overseas Territories. Anthony Young*, Univ of East Anglia
38-2 10:45 AM The Importance of Colonial Research in the Development of French Pedology. Christian Feller*,
IRD Institut de Recherche pour le Développement
38-3 11:05 AM Soils of the Indo-Gangetic Plains, India : Their
Historical Perspective and Management. D.K.
Pal*1, T. Bhattacharyya1, P. Srivastava2, P. Chandran1 and S.K. Ray1, (1)Division of Soil Resource
Studies, National Bureau of Soil Survey and Land
Use Planning, (2)Dept of Geology, Univ of Delhi
38-4 11:25 AM History and Development of Soil Science in Mexico. Javier M. Gonzalez*, Appalachian Farming Systems Research Center, Agricultural Research Services, US Dept. of Agriculture, Eusebio Ventura Jr.,
Faculta de Ingenieria, Univ Autónoma de Queretaro and Javier Z. Castellanos, Campo Experimental Bajío. Instituto Nacional de Investigaciones Forestales y Agropecuarias
38-5 11:45 AM Historic Interactions between the U.S. and Chinese Soil Scientists on Modern Soil Science Development in China. Ming Chen*, Everglades Research and Education Center, Univ of Florida and H.
H. Cheng, Soil, Water, and Climate Dept, Univ of
Minnesota
39-5
39-6
39-7
39-8
39-9
39-10
39-11
39-12
39-13
2904a Geochemical Dynamics of Sedimentary Iron in
Waterways from Acid-Sulfate Soil Landscapes.
Edward Burton*, Richard T. Bush and Leigh A. Sullivan, Southern Cross University
2904b Characterization of Acidity and its Management
in Wetland Ecosystem of Tropics. Usha Pankajam
Bhaskaran* and Thomas Varghese, Kerala Agricultural Univ, College of Agriculture
2905a Oxidation Pathways of Monosulfidic Black Ooze.
Diane M. Fyfe*, Leigh A. Sullivan, Richard T. Bush
and Nicholas J. Ward, Centre for Acid Sulfate Soil
Research
2905b Controlled Drainage and Lime Filter Drains as
means To Combat Drainage-Induced Adverse
Environmental Impacts of Acid Sulphate Soils
in Finland. Ilona Bärlund1, Sirkka Tattari1, Mats
Åström2, Markku J. Yli-Halla*3 and Heikki Harmanen4, (1)Finnish Environment Institute, (2)Department of Biology and Environmental Science, Kalmar
University, (3)Department of Applied Chemistry
and Microbiology, University of Helsinki,
(4)Seinäjoki Polytechnic, School of Agriculture and
Forestry
2906a Ecotoxicological Assessment of Acid Sulfate Soils
Using Daphnia Carinata. Chuxia Lin*, South
China Agricultural Univ
2906b Pyrite Formation in Amir-Kalaye Marsh in the
North of Iran. Hossein Torabi-Golsefidi*, Faculty
of Agriculture, Shahed University
2907a Constraints of Acid Sulfate Soils Converted from
Rice to Shrimp Culture in Coastal Areas of Ca
Mau Province, Vietnam. Guong Vo Thi*, Quang
Tri Le and Truong Giang Thai, Can Tho University
2907b Investigation of Sulfidic Sediments in a Coastal
Lake Impacted by Urban Development. Bernard
Powell*1, Leigh Sullivan2, Richard T. Bush2 and
Edward Burton2, (1)Department of Natural Resources, (2)Southern Cross University
2908a Modeling, Measurement of Acidity Transport
from Drained Acid Sulfate Soils. Freeman J.
Cook*1, David W. Rassam1, Ted A. Gardner2 and
Geoffrey D. Carlin3, (1)CSIRO Land and Water,
(2)Queensland Department of Natural Resources
and Mines, (3)CSIRO Sustainable Ecosystems
2908b Application of Compost from Sugarcane Filter
Cake to Alleviate Al Toxicity and to Improve Sugarcane Production on Acid Sulfate Soils. Vien
Minh Duong*, Thi Guong Vo, Minh Dong Nguyen
and Thi Kim Phuong Nguyen, Cantho University
2909a A proposed Sequential Extraction Method for
Metals Optimized for Acid Sulfate Soil Materials.
Salirian Claff*, Edward Burton, Leigh Sullivan and
Richard T. Bush, Southern Cross University
2909b Fractionation and Extractability of Sulfur, Iron
and Trace Elements in Sulfidic Wetland Soils.
Edward Burton*, Richard T. Bush and Leigh A. Sullivan, Southern Cross University
3003a Micromorphology and Chemical Composition of
Naturally Occurring Jarosite in Coastal Flood-
57
TUESDAY
(1)Colorado State University, (2)USDA-ARS, Great
Plains Systems Research Unit
37-3 11:05 AM Drought Mitigation through Micro-Level Conservation Practices by Smallholder Farmers in Zambia. David Kaumba Samazaka* and Simunji
Simunji, Golden Valley Agricultural Research Trust
37-4 11:25 AM Dryland Conservation Technologies for the
Restoration of the Productive Capacity and the
Conservation of Crust Prone Soils in the Sahel. A.
Mando*, IFDC and Robert B. Zougmoré, Institute
for Environment and Agricultural Research
(INERA)
37-5 11:45 AM Enhancing Nitrogen Use Efficiency in Dryland
Cropping Systems on the Northern Great Plains.
Cynthia Grant*, Agriculture & AgriFood Canada
and Alan Schlegel, Southwest Research Extension
Center, Kansas State University
SESSION NO. 39
39-14
3003b
39-15
3004a
39-16
3004b
39-17
3005a
39-18
3005b
39-19
3006a
39-20
3006b
39-21
3007a
39-22
3007b
39-23
3008a
39-24
58
3008b
plain Acid Sulfate Soils from Eastern Australia.
Nadia R. Toppler*, Richard T. Bush and Leigh A.
Sullivan, Centre for Acid Sulfate Soil Research,
Southern Cross University
Sulfur Isotope Ratios Applied to Acid Sulfate Soil
Materials. Crystal A. Maher*, Leigh A. Sullivan and
Richard T. Bush, Centre for Acid Sulfate Soil Research
The Influence of Naturally Occurring Schwertmannite on Sulfur Biomineralization in Coastal
Acid Sulfate Soils Landscapes. S. P. Henderson*,
L. A. Sullivan, R. T. Bush and E. D. Burton, Centre
for Acid Sulfate Soils Research (CASSR)
Conversion of Naturally Occurring Schwertmannite to Hematite by Controlled Heating: Implications for Soluble Acidity and Titratable Actual
Acidity. S. P. Henderson*, L. A. Sullivan, R. T. Bush
and E. D. Burton, Centre for Acid Sulfate Soils Research (CASSR)
Developing Australian Standards for Analysis of
Acid Sulfate Soil—A Step Towards International
Standards. Angus E. McElnea*1, Col R. Ahern1,
Glenn Barry1, Steven Dobos2 and Leigh A. Sullivan3,
(1)Queensland Department of Natural Resources
and Mines, (2)Dobos & Associates, (3)Centre for
Acid Sulfate Soil Research, Southern Cross University
Schwertmannitic Coatings on Subsoil Macropores of Coastal Acid Sulfate Soil Landscapes in
Eastern Australia and Implications for Groundwater Geochemistry. Leigh A. Sullivan*, Yasmin
Cabot, Richard Bush and Edward Burton, Southern
Cross University
The Reduction Rates of Fe and SO42- in Some
Acid Sulphate Soils in Southern Vietnam. Tran
Kim Tinh*, Department of Soil Science, Agronomy
Faculty, Can Tho University, S. Ingvar Nilsson, Department of Soil Sciences, Swedish University of
Agricultural Sciences and Ingrid Öborn, Dept. of
Soil Sciences
Pollution of Some Toxic Metals (Al, As, Cd, Cu,
Fe, Mn, Ni, Pb, Zn) ) in canal water leached out
from Acid Sulphate Soils in the Mekong DeltaVietnam in Relation To Available Concentration
of These Metals in Soils. My Hoa Nguyen*1, Tri
Cuong Huynh2 and Kim Tinh Tran2, (1)Cantho University, Vietnam, (2)Cantho University
A Comparison Between a Laboratory Chromium
Reducible Sulfur Technique and a Reduced Inorganic Sulfur Analyzer for the Determination of
Reduced Inorganic Sulfur in Acid Sulfate Soils.
Crystal A. Maher*, Leigh A. Sullivan and Kerr
Geoff, Centre for Acid Sulfate Soil Research
Weathering of Acid-Sulfate Clays (“Cat Clays”)
and Its Impacts in Landfill Situations. Elly
Triegel*, Triegel & Associates, Inc.
The Importance of Understanding Possible
Chemical Interactions in the Routine Testing
Used to Assess the Acid Producing Potential and
the Acid Neutralization Potential of Soils. Joan
Elizabeth Thomas*1, Roger St C. Smart2, Andrea
Gerson2, Paul Weber3, Russell Schumann4, George
Levay4, Stuart Miller5 and Warwick Stewart5, (1)Jefferson Lab, (2)University of South Australia,
(3)Solid Energy NZ Ltd., (4)Levay & Co. Environmental Services, (5)Environmental Geochemistry
International Pty. Ltd.
Challenging the Conceptual Model used for Acid
Sulfate Soil Mapping on the East Coast of Australia. Don T. Malcolm*1, Shane M. Pointon1 and
39-25
Colin Ahern2, (1)Queensland Department of Natural
Resources and Mines, (2)Queensland Department of
Natural Resources
3009a Chemical Characteristics of Monosulfidic Black
Ooze in Northern NSW Australia. Salirian Claff*,
Diane M. Fyfe and Leigh A. Sullivan, Centre for
Acid Sulfate Soil Research
SESSION NO. 40
CR Soils of Northern, Southern Polar Region and Soils of
High Elevations and Their Relationship to Global Climate
Change—Oral
Convenors: John Kimble, USDA-NRCS-NCSS;
Chien-lu Ping, University of Alaska Fairbanks;
James Bockheim, University of Wisconsin
Presiding: Sergey Goryachkin, Russian Academy Science
40-1 10:15 AM Latitudinal Zonation of Polar Soils. John C.
Tedrow*, Rutgers University
40-2 10:45 AM The sSate Factors of Soil Formation in Arctic
Tundra. Chien-Lu Ping*1, Gary Michaelson1, F.
Stuart Chapin2, John Kimble3, Walter Oechel4, Yuri
Shur5, Charles Tarnocai6 and Donald A. Walker5,
(1)University of Alaska Fairbanks Palmer Research
Center, (2)Institute of Biology, University of Alaska
Fairbanks, (3)USDA-NRCS-NCSS retired, (4)San
Diego State University, (5)University of Alaska Fairbanks, (6)Agriculture and Agri-Food Canada
40-3 11:05 AM The Circumpolar Active Layer Monitoring
(CALM) Network. Frederick E. Nelson*1, Nikolay
I. Shiklomanov1, K.M. Hinkel2, Jerry Brown3 and
Galina Mazhitova4, (1)University of Delaware,
(2)University of Cincinnati, (3)International Permafrost Association, (4)Komi Science Center, Russian Academy of Sciences
40-4 11:25 AM Soils of the Spitsbergen (Svalbard). Marek
Drewnik* Sr. and Stefan Skiba, Jagiellonian University
40-5 11:45 AM Origin of Organic Carbon Pools in Kolyma
Cryosols: Phenomenon of Organic Carbon Impregnation in Mineral Horizons. Nikita S.
Mergelov*, Institute of Geography, RAS
SESSION NO. 41
1.2B Soil System Behavior in Time—Oral
Convenor: Oliver Chadwick, Dept. of Geography
Presiding: Peter Schad, Technical University
41-1
41-2
1:15 PM Improving the Science of Soil Change: A Proposal for the Earth Science Community. Daniel D.
Richter* Jr., Duke University
1:45 PM History of Plowing Over Ten Thousand Years.
Rattan Lal*, Carbon Management and Sequestration
Center, OARDC/FAES, School of Natural Resources, Ohio State University, Jon D. Hanson,
USDA-ARS, Northern Great Plains Research Lab
41-3
41-4
41-5
and Donald C. Reicosky, USDA-ARS North Central
Soil Cons. Res. Lab.
2:05 PM Coupled Pedogenic and Anthropogenic Influences on a Clayey Luvisol/Alfisol in Southwestern
Finland. Markku J. Yli-Halla*1, Delbert Mokma2,
Larry P. Wilding3 and L. R. Drees3, (1)Department
of Applied Chemistry and Microbiology, University of Helsinki, (2)Department of Crop and Soil
Sciences, Michigan State University, (3)Department
of Soil and Crop Sciences, Texas A&M University
2:25 PM Soil nutrient Depletion by Prehistoric Agriculture
in Hawaii. Tony Hartshorn*1, Oliver Chadwick1,
Peter M. Vitousek2 and Patrick V. Kirch3, (1)University of California Santa Barbara, (2)Stanford University, (3)University of California
2:45 PM Modeling the Effect of Shifting Agriculture on
Soil Dynamics in Southern Cameroon. Martin
Yemefack*, Institute of Agricultural Research for
Development (IRAD), David G. Rossiter, International Institute for Geo-Information Science and
Earth Observation (ITC), and Victor G. Jetten, Department of Physical Geography, Faculty of Geosciences, University of Utrecht
42-7
42-8
42-9
42-10
42-11
42-12
SESSION NO. 42
1.4A Impact of National Soil Classification on Soil
Science and Society—Theater
Convenors: Robert Ahrens, USDA/NRCS,Federal Bldg.
Rm.152; Craig Ditzler, National Soil Survey Center
Presiding: Mabel Pazos, Republica de Italia 780
42-2
42-1
42-3
42-4
42-5
42-6
529a The Fractal Mind of Pedologists (Soil Taxonomist
and Soil Surveyors). Juan Jose Ibanez*, CIDE,
Rufino Pérez, ETSI Topografía, Geodesia y Cartografía (Universidad Politécnica de Madrid) and
Robert Ahrens, National Soil Survey Center; NRCSUSDA
630a Use of a GIS Model to Predict Dysic or Euic Reaction Class. Deborah A. Surabian*, USDA–NRCS
530a Global Soil Regions. Paul Reich*1, Hari Eswaran1
and Friedrich Beinroth2, (1)USDA Natural Resources Conservation Service, (2)University of
Puerto Rico
530b Classifying Soils at the Ultimate Stage of Weathering. Eswaran Padmanabhan*, ECYRES Technology, Ahmet Mermut, Department of Soil Science,
University of Saskatchewan and Hari Eswaran,
USDA/NRCS Soil Survey Division
531a Humid Pampa—Argentina: Consequences of the
Lack of a National Soil Classification System.
Mabel Susana Pazos* and Nuria Roca, Facultad de
Agronomía–UNCPBA
531b The Classification and Interpretation of Korean
Soils Using Multivariate Analysis. Yeon-Kyu
Sonn1, Yeon-Tae Jung2, Myung Chul Seo*1, HanKang Kwak1, Jeong-Gyu Kim3, Ki-Cheol Eom1 and
Soo-Kil Lim4, (1)National Institute of Agricultural
Science and Technology, (2)GyeongNam Agricultural Research and Extension Services, (3)Div. Env.
Sci & Ecol. Eng. Korea University, (4)Korea University
42-13
42-14
42-15
42-16
42-17
42-18
42-19
42-20
532a Proposed Modification of the Definition of Mollic Epipedon Based on Experience from Soils Developed in Cold-Temperate Climates. Jan Eriksson* and Holger Kirchmann, Swedish University of
Agricultural Sciences, Department of Soil Sciences
532b Modification at Subgroup Level of Paleustults: A
Case of Some Thai Soils. Somchai Anusontpornperm*1, Stephen Nortcliff2 and Irb Kheoruenronme1,
(1)Department of Soil Science, Faculty of Agriculture, Kasetsart University, (2)Dep. of Soil Science,
The University of Reading
533a Position in the Soil Classification and Genesis of
Automorphic Soils in Silty Loams in Forest-Tundra of Eastern Europe. Alexander V. Pastukhov*1,
Valentine D. Tonkonogov2 and Iya Zaboyeva1, (1)Institute of Biology Komi Science Centre UrD RAS,
(2)Dokutchaev Soil Institute, Russian Agricultural
Academy
533b Characterization of Histosol—Proposal to the
Brazilian Soil Classification System. Marcos Gervasio Pereira* Sr.1, Gustavo Souza Valladares Jr.2,
Lúcia Helena C. Anjos Sr.3, Adierson Gilvani Ebeling Jr.1 and Vinícius de Melo Benites Sr.4, (1)UFRRJ,
(2)Embrapa Monitoramento por Satélite, (3)UFRRJ
Soils Depto, (4)EMBRAPA Solos
630b Classification of Taiga Soils Developed in Lithologically Discontinuous Deposits. Dmitry
Kaverin*, Institute of Biology
631a International Committee on Soil Moisture and
Temperature Regimes (Icommotr): a Review.
Wayne H. Hudnall*, Department of Plant and Soil
Science
631b Study of the Soil Temperature in Mountainous
Areas of Latitudes near the Tropic of Cancer (Canary Islands, Spain). Concepción Jiménez, Marisa
Tejedor, Marianela Rodríguez Paz* and Jonay Neris,
Universidad de La Laguna
632a Soil Characteristics Determining the Soil Water
Retention of Soil from Pumiceous Origin From
Puebla-Tlaxcala Valley, Mexico. Miguel A. Segura-Castruita*1, Ma. del Carmen Gutiérrez-Castorena2, Carlos A. Ortiz-Solorio2, José E. FríasRamírez1 and Patricio Sánchez G.2, (1)Instituto tecnológico Agropecuario de Torreón, (2)Colegio de
Postgraduados
632b Drainage Index (DI) as a Climate Factor that
Controls the Distribution of Zonal Soils. The Case
of Spain. G. Gasco*1, A. Saa1, Ana M. Tarquis2 and
M.C. Diaz 1 , (1)Dpto. Edafología–E.T.S. Ing.
Agrónomos–Polytechnic University of Madrid,
(2)Dpto. Matemática Aplicada–E.T.S. Ing.
Agrónomos–Polytechnic University of Madrid
633a Future Activities of the International Committee
for Anthropogenic Soils (ICOMANTH). John M.
Galbraith*, Virginia Tech and Craig Ditzler, USDANRCS-NSSC
633b New Terms for Describing Human-altered and
Transported Soils. John M. Galbraith*, Virginia
Tech and Craig Ditzler, USDA-NRCS-NSSC
730a Soil Interpretations—Sustaining Soil Survey’s
Past, Present and Future Relevance. Karl W. Hipple*, USDA-NRCS, National Soil Survey Center
730b Soil and Land Information Systems (SLIS): A
Case Study in Bangladesh. M. Jashimuddin* and
M. Mezbahuddin, Chittagong University
731b Application of Logistic-Regression and Classification Trees to Prediction of Soil Classes at a Regional Scale. Inakwu Ominy A. Odeh* and Nathan
Odgers, The University of Sydney
59
TUESDAY
SESSION NO. 42
SESSION NO. 42
42-21
42-22
732a The Sand Land Soil System and Society. Ramez
A. Mahjoory*, Michigan State University
732b Characterization of Typic Natrudolls and Petrocalcic Soils in the Center-Southwest of Buenos
Aires province, Argentina. Julio M. Sánchez*, Gervasio Carboni, Gustavo A. Cruzate and Ricardo C.
Díaz, INTA-CIRN-Instituto de Suelos
44-2
44-3
44-4
SESSION NO. 43
44-5
2.3A Microbial Habitat: Evolution, Structure and Distribution in Soils—Oral
Convenors: Donald Gabriels, Ghent University; Gupta
Vadakattu, CSIRO
Presiding: Richard Dick, Ohio State University
43-1
43-2
43-3
43-4
43-5
1:15 PM The Spatial Distribution of Microorganisms and
their Activities in Soil Structure. Claire Chenu*,
INAPG–UMR Biogeochimie et Ecologie des Milieux Continentaux (Bioemco), Laure VieubléGonod, INAPG, UMR EGC and Naoise Nunan,
CNRS–UMR Biogéochimie et Ecologie des Milieux
Continentaux (Bioemco)
1:45 PM Environmental Science with Scanning Transmission X-Ray Microscopy. Adam P. Hitchcock*, McMaster University
2:05 PM Interactions between Soil Microstructures and
Biota Control on Ecosystem Functioning. Johan
Six* and Angela Kong, Department of Plant Sciences, University of California-Davis
2:25 PM NanoSIMS—A New Analytical Tool for Integrating the Physical, Chemical and Biological Interface in Soil. Anke Herrmann*1, Peta Clode2, Naoise
Nunan3, Daniel V. Murphy4, Elizabeth A. Stockdale5, Pauline F. Grierson6 and Anthony G. O’Donnell1, (1)School of Biology & Psychology, (2)Centre for Microscopy & Microanalysis, (3)Laboratoire
de Biogéochimie et Ecologie des Milieux Continentaux, (4)School of Earth and Geographical Sciences,
(5)School of Agriculture, Food and Rural Development, (6)School of Plant Biology
2:45 PM The Combination of DNA Analytical Methods
and Micropedology to Investigate Microorganisms in Undisturbed Soil Samples. Thilo Eickhorst* and Rolf Tippkötter, University of Bremen,
Institute of Soil Science
44-6
44-7
44-8
SESSION NO. 45
3.0B Emerging Topics in Soil Use and Management
—Theater
Convenor: John Havlin, NCSU-Dept. of Soil Science
Presiding: Wolfgang Burghardt, Universität–GH Essen
45-1
SESSION NO. 44
45-2
2.4A Poorly Ordered Nanoparticulate materials (PONM) in
Soils—Theater
Convenor: Balwant Singh, University of Sydney
Presiding: Jerry Bigham, 420A Kottman Hall Sch Natl Res
44-1
60
958a Matrix Organization of Soils and Mechanisms
of its Stability. Tatiana A. Zubkova* and Lev O.
Karpachevskiy, Moscow State University, Facultty
of Soil Science
958b Molecular Soil Science. Lev O. Karpachevskiy*,
Moscow State University, Faculty of Soil Science
and Tatiana A. Zubkova, Moscow State University,
Facultty of Soil Science
959a Global Laws of Genesis and Geography
Nanoscopic the near Order Minerals in Soilforming Rocks and Soil. Boris Gradusov*, Soilsince Institut of V.V. Dokuchaev
959b Structural Incorporation of Trace Metals in
Goethite (α-FeOOH) in Di-Metal Systems.
Navdeep Kaur*, Balwant Singh, Markus Gräfe and
Brendan J. Kennedy, The University of Sydney
1058a An ATR-FTIR and EXAFS Study of Mixed Fe-Al
(oxy) Hydroxides. Katya A. Bazilevskaya*, Douglas Archibald and Carmen E. Martínez, Department of Crop and Soil Sciences, The Pennsylvania
State University
1058b Composition and Sustainability of Smectites’
Nanoparticles in Boreal Acid Soils. Sofia N. Lessovaia*1, Eduard A. Goilo1 and Joern Kasbohm2, (1)StPetersburg State University, (2)Greifswald University
1059a Synthesis and Properties of Ammoniojarosite and
Nanocrystalline Schwertmannite Prepared with
Iron-Oxidizing Acidophiles at 22 to 65 C. Hongmei Wang1, Franklin S. Jones2, Jerry M. Bigham*2
and Olli H. Tuovinen3, (1)School of Environmental
Studies, China University of Geosciences, (2)School
of Environment and Natural Resources, The Ohio
State University, (3)Department of Microbiology,
The Ohio State University
1059b Synthesized Iron Oxides Used as a Tool for Documenting Reducing Conditions in Soils. Martin C.
Rabenhorst*, University of Maryland, Douglas W.
Ming, NASA Johnson Space Center and Richard V.
Morris, NASA -Johnson Space Center
45-3
45-4
1230a Innovation in Lysimeter Techniques. Ralph Meissner*1, Holger Rupp1, Juliane Seeger1 and Manfred
Seyfarth2, (1)UFZ Centre for Environmental Research Leipzig-Halle, Department of Soil Science,
Lysimeter Station, (2)UGT Environmental Measuring Techniques Ltd.
1230b Accuracy of Soil Water Balance Parameters Measured by Large Weighing Lysimeters. Holger
Rupp*1, Ralph Meissner1, Juliane Seeger1 and Manfred Seyfarth2, (1)UFZ Centre for Environmental
Research Leipzig-Halle, Department of Soil Science, Lysimeter Station, (2)UGT Environmental
Measuring Techniques Ltd.
1231a Water Balancing Precision Weighable Lysimeters. Georg Von Unold*, UMS and Hans Fank III,
Joanneum Research
1231b Comparison of Gravitation Lysimeter and Passive-Wick Fluxmeter on Two Sites in Germany.
45-5
1232a
45-6
1232b
45-7
1233a
45-8
1233b
45-9
1330a
45-10
1330b
45-11
1331a
45-12
1331b
45-13
1332a
45-14
1332b
45-15
1333a
45-16
1333b
Wolfgang Berger*1, Ralph Meissner2, Holger Rupp2,
Juliane Seeger2 and Ina Scheuering1, (1)Bavarian
Agency for Environment, (2)UFZ Centre for Environmental Research Leipzig-Halle, Department of
Soil Science, Lysimeter Station
Long-term Investigations of Water Regime Parameters of an Agriculturally Used Field by Lysimeters. Reinhard M. Günther*, Thuringian State Institute of Agriculture
Lysimeter Experiments to Estimate Parameters
for Recultivation of former Lignite Mining Areas
with Sewage Sludge Composts. Sabine Bernsdorf*1, Sebastian J. Tauchnitz1, Ralph Meissner2
and Holger Rupp2, (1)Martin-Luther-University
Halle-Wittenberg, Institute of Agricultural Engineering and Land Use Management, (2)UFZ Centre for
Environmental Research Leipzig-Halle, Department
of Soil Science, Lysimeter Station
Rehabilitation of Uranium Mining Sites of WISMUT: Lysimeter Measurement. Manfred Seyfarth*1, Uwe Hoepfner2 and Gert Neubert2, (1)UGT
Environmental Measuring Techniques Ltd., (2)WISMUT GmbH, Ronneburg Operation Office, Abt. T
1.2 Engineering
Fluxmeters for Monitoring Recharge in Desert
Settings. Glendon W. Gee*1, Jason Keller1, Fred
Zhang1, Andy Ward1 and Brian Andraski2, (1)Battelle, (2)Water Resouces Division
Multi-Functional Heat Pulse Probe Measurements of Water, Heat, and Solute Transport in the
Vadose Zone. Jan Hopmans*1, Yasushi Mori2, Annette P. Mortensen3, Gerard Kluitenberg4, Atac Tuli1
and Antonio Valente5, (1)University of California,
(2)Shiman University, (3)Geological Institute,
(4)Kansas State University, (5)CETAV-UTAD University
Temperature, Moisture, and Bulk Density under
Two Sugarcane Harvesting Systems. Antônio Carlos Machado Vasconcelos* 1 , Ailto Antonio
Casagrande2, Marcos Guimarães de Andrade Landell1 and Hélio do Prado1, (1)Centro de Cana IAC,
(2)Faculdade de Ciências Agrárias e
Veterinárias/UNESP
Estimation of Deep Drainage below the Root zone
of a Fertigated Tea Plant under High Rainfall
Conditions. Aruliah Anandacoomaraswamy*, Tea
Research Institute of Sri Lanka and Glendon W.
Gee, Battelle
Phosphorus Speciation in Organic P Sources: Implications for Water Quality. Amy Shober*1, J.T.
Sims1 and Dean L. Hesterberg2, (1)University of
Delaware, (2)North Carolina State University
Nitrogen and Phosphorus Concentrations in Surface Waters of Three Delaware Golf Courses.
Amy L. Sprinkle*1, G.D. Binford1, D.J. Hansen1
and T.E. McKenna2, (1)University of Delaware,
(2)Delaware Geological Survey
Impacts of Soil Use for Wastewater Renovation.
Walter E. Grube*, Pennsylvania Department of Environmental Protection
Measuring and Modeling Water, Nitrate and Ammonium Transport through a Volcanic Soil on a
Coral Atoll with Passive-Capillary Fluxmeters.
Marijn Van der Velde*1, Steve R. Green2, Glendon
W. Gee3, Marnik Vanclooster4 and Brent E. Clothier2, (1)University of Louvain (Louvain-la-Neuve),
(2)HortResearch, (3)Battelle, (4)University of Louvain
HELP-D: Enhancement and Validation of Hydrologic Evaluation of Landfill Performance
45-17
1430a
45-18
1430b
45-19
1431a
45-20
1431b
45-21
1432b
45-22
1529a
45-23
1529b
45-24
1530a
45-25
1530b
45-26
1531a
45-27
1531b
Model. Klaus U. Berger*, University of Hamburg,
Development and Adoption of No-Tillage Soybean and Cotton Systems from Long-term Experiments. Donald D. Tyler*, University of Tennessee
Interactive Effect of Applied K and Na on Plant
Nutrient Concentration, Uptake Efficiency and
Yield of Some Tropical Crops. C.R Sudharmaidevi*, S. Sunu and S. Neenu, Kerala Agricultural
University
Influence of Sulfur on Rice (Oryza sativa L.)
Growth in Paddy Soils with Different Contents of
Iron. Takumi Horikawa*, Toyoaki Ito and Masahiko
Saigusa, Field Science Center, Graduate School of
Agricultural Science, Tohoku University
Assessment of Some Potassium Rich Sediments as
Natural Slow Amendment to Soil. Gamil W.
Ageeb*, National Research Center
Comparison of Ground-Based Remote Sensors
for Evaluation of Red Pepper Biomass Affected
by Nitrogen Stress. Soon-dal Hong*1, Kang SeongSoo1, Jeong Hyun-Cheol1, Kim Jai-Joung1 and BoGoo Kang 2, (1)Chungbuk National University,
(2)Umseong Controlled Agricultural Experiment
Station
Effect of Cowpea Organic Residues and Fertilizer
N on Soil Fertility, Growth and Yield of Upland
Rice. Gilbert U. Okereke*, Nnandi Azikiwe University, Samuel E. Egwu, Ebonyi State University and
Peter Nnabude, NAU
Nitrogen Use Efficiency and Yield Effects of Urea
Formaldehyde Polymer (UFP) Fertilizer in Winter Wheat and Maize. Sheri L. Cahill*, Deanna Osmond, Carl Crozier and Randy Weisz, NCSU
Effects of Methyl Bromide and Chloropicrin Fumigation and Steam Sterilization on Soil Nitrogen
Dynamics and Microbial Community. Takehiko
Yamamoto*1, Sota Tanaka2, Katsutoshi Sakurai3 and
Kozo Iwasaki3, (1)The United Graduate School of
Agricultural Sciences, Ehime University, (2)Graduate School of Kuroshio Science, Kochi University,
(3)Faculty of Agriculture, Kochi University
Soil Heterogeneity and Topography Influence
Plant Diversity in a Tropical Mosaic Landscape.
Magdalena R. López-Ulloa*, Free de Koning, Edzo
Veldkamp, Jason Tylianakis and Tannya Lozada,
Goettingen University
Mycorrhizal Associated in Brazilian Coastal
Tableland Agroecosystems. Quintino R.
ARAUJO*, Cocoa Research Center and State University of Santa Cruz, Abid AL-AGELY, University
of Florida / SWSD, Andrew Ogram, University of
Florida, Nicholas B. Comerford, University of
Florida, IFAS, Roberta M. VELUCI, University of
Florida/SWSD and Virupax Baligar, USDA-ARSSPCL-BARC-West
Balanced Fertilization for Maximization of Cigar
Tobacco Yield and Quality in South India.
Malarvizhi Palaniappa pillai*1, Thamotharan Mani1,
Sharmila Banu Santhu Mohamed1 and T. Nagendra
Rao2, (1)Professor, Dept. of SS&AC, Tamil Nadu
Agricultural University, (2)Potash and Phosphate
Institute of Canada-India Programme
61
TUESDAY
SESSION NO. 45
SESSION NO. 46
SESSION NO. 46
4.2A Soil Care and Quality Soil Management—Oral
47-5
Convenor: Michael Singer, Dept. LAWR,
3308 Plt & Env Sci Bldg
Presiding: David Dent, ISRIC-World Soil Information
46-1
46-2
46-3
46-4
46-5
1:15 PM The Development of EU Soil Protection Policy.
Michael Hamell*, European Commission
1:45 PM Soils, Biodiversity and the Millennium Ecosystem
Assessment. Diana Wall*, Colorado State University
2:05 PM Fallow Species to Restore Degraded Land in Indonesia. Iin Purwati Handayani*, Priyono Prawito
and Zainal Muktamar, University of Bengkulu
2:25 PM Effect of Long-term Addition of Organic Input of
Contrasting Quality on Soil Carbon and Crop
Performance under Sudano-Sahelian Conditions.
A. Mando*, IFDC and M. Bonzi, INERA
2:45 PM Soil Quality under Contrasting Tillage Management Systems in Semi-Arid Morocco and Spain.
Rachid Mrabet* Sr. 1, Felix Moreno 2, Engracia
Madejon2 and Jose M. Murillo2, (1)Centre Régional
de la Recherche Agronomique de Meknès (INRA),
(2)IRNAS (CSIC)
SESSION NO. 47
SESSION NO. 48
Applications—Theater I
Presiding: Hangsheng Lin, Penn State Univ.
48-1
48-2
—Oral
Convenor: Chris Johnson, Dept.of Civil Eng.
Presiding: Zhihong Xu, Griffith University
47-1
47-2
47-3
47-4
62
1:15 PM Some Chemical and Spectroscopic Approaches to
Evaluating Management Impacts on Forest Soil
Organic Matter. Caroline M. Preston*, Pacific
Forestry Centre
1:45 PM Precision Forestry in the 21st Century: Linking
Climate, Geology, Topography, Soils, and Ecophysiology to Develop Site Specific Estimates of
Forest Productivity for Pine and Eucalyptus in
North and South America. Thomas Fox*, Virginia
Polytechnic Institute and State University, Rafael
Rubilar, Universidad de Concepción, H. Lee Allen,
North Carolina State University, Cristian Montes,
Bioforest S.A., John Urrego, Smurfit Carton de
Colombia and Francisco Flores, International Paper
Company
2:05 PM Methodological Standards to Detect Forest Soil
Carbon Stocks and Stock Changes at Landscape
Scales. Rainer Baritz*1, Dietmar Zirlewagen2, Eric
Van Ranst3, Mats Olsson4, Robert Jandl5, Pere
Rovira6, Juan Romanya6, Christian Wirth7, Maria Erlandsson8, Zoltan Somogyi9, Carly Green10, Mike
Starr11 and Pekka Tamminen11, (1)Federal Institute
for Geosciences and Natural Resources, (2)INTERRA, (3)Ghent University, (4)SLU, (5)BFW,
(6)University of Barcelona, (7)MPI BGC, (8)Genth
University, (9)JRC, (10)University College Dublin,
(11)METLA
2:25 PM 13C Differentiation between Dissolved and Solid
Organic Carbon in Soils as Induced by Substitution of a Native Deciduous Forest by a Coniferous Forest. Philippe Amiotte Suchet*, Jean Lev-
eque, Catherine Henault, Anthony Gauthier and
Francis Andreux, Microbiologie et Géochimie des
Sols–INRA Université de Bourgogne
2:45 PM Microbial Functional Diversity—Assessing Impacts of Forest Management Practices. Briony
M. Lalor*1, Natasha C. Banning1, W. Richard Cookson 1 , Carl D. Grant 2 and Daniel V. Murphy 1 ,
(1)School of Earth and Geographical Sciences, Faculty of Natural and Agricultural Science, The University of Western Australia, (2)Environmental Department, Alcoa World Alumina
48-3
48-4
48-5
48-6
48-7
48-8
335a Comparison and Evaluation of Field Methods
(Direct and Indirect) to Estimate Soil Water
Fluxes. Dennis Timlin*, USDA-ARS Crop Systems
and Global Change Lab, Yakov A. Pachepsky,
USDA/ARS/BA/ANRI/ESML and James Starr,
USDA-ARS
335b Comparisons of Transient Methods For Determining Hydraulic Conductivity Using Disc Permeameters. Freeman Cook*, CSIRO Land and
Water and Leon Dawes, CSIRO Sustainable Ecosystems
336a Hood Infiltrometer—A New Type of Tension Infiltrometer. Jürgen Punzel*, UGT Environmental
Measuring Techniques Ltd. and Kai Schwärzel, Instiute of Soil Science and Site Ecology, Faculty of
Forest-, Geo- and Hydro Science, Dresden University of Technology
336b Using Temporal Persistence for Upscaling Soil
Water Content and Reducing Uncertainty in Soil
Moisture Monitoring. Andrey Guber*1, Timothy
Gish2, Yakov Pachepsky3, Craig S. T. Daughtry4,
Thomas J. Nicholson5 and Ralph E. Cady5, (1)University of California, (2)USDA-ARS Hydrology and
Remote Sensing Laboratory, (3)USDA/ARS/BA/
ANRI/ESML, (4)USDA/ARS, (5)US NRC
337a Hydrological Pathways of Nutrient Losses: a
Multiscale Study of the Interaction of Different
Land Uses in a Catchment. Bin Zhang*1, Jia-Liang
Tang1, Chao Gao2 and H. Zepp3, (1)Chinese Academy of Sciences, (2)Nanjing University, (3)RuhrUniversity Bochum
337b A Hydropedologic Study of Subsurface Water
Flow in a Forested Catchment. Xiaobo Zhou*,
Penn State University, Henry Lin, Penn State Universtiy, Charles Walker, The Pennsylvania State University and Qing Zhu, Department of Crop and Soil
Science, The Pennsylvania State University
338a Transport of Colloids by Transient Wetting
Fronts. Jie Zhuang*, John McCarthy, Larry McKay,
Ching Tu and Ed Perfect, University of Tennessee
338b Transport and Transformation Processes of the
Greenhouse Gas N2O in the System Groundwater/Vadose Zone of a Catchment in Germany.
Markus Deurer*1, Carolin von der Heide2, Jürgen
Böttcher 2 , Wilhelmus Duijnisveld 3 and Klaus
SESSION NO. 51
48-9
339a
48-10
339b
48-11
436b
48-12
48-13
48-14
48-15
437a
437b
438a
438b
Schäfer4, (1)HortResearch, (2)Institute for Soil Science, University of Hannover, (3)Federal Institute for
Geosciences and Natural Resources, (4)Institute for
Meteorology and Climate Research
Scaling-Up Soil Trace Gas Fluxes Remotely with
Hydrogeomorphic Features for Agricultural Wetlands. Rebecca Phillips*, USDA-ARS and Ofer
Beeri, University of North Dakota
Remote Sensing of Surface Carbon and Water
Contents using Bare Soil Imagery. Javed Iqbal*,
Purdue University, Phillip Owens, Purdue Univ. and
Jeffery L. Willers, USDA-ARS
Using HYDRUS computer software packages to
simulate multicomponent biogeochemical transport in soils. Jirka Simunek*1, Diederik Jacques2,
Guenter Langergraber3, Maria C. Gonçalves4, M.
Th. Van Genuchten5 and Dirk Mallants2, (1)University of California Riverside, (2)SCK-CEN, (3)Institute for Sanitary Engineering and Water Pollution
Control, (4)Department of Soil Science, Estação
Agronómica Nacional, (5)George E. Brown, Jr.
Salinity Laboratory, USDA-ARS
Information Content and Complexity of Simulated Soil Water Fluxes. Yakov A. Pachepsky*1,
Andrey Guber2, Diederik Jacques3, Jiri Simunek4,
M. Th. Van Genuchten5, Thomas J. Nicholson6 and
Ralph E. Cady6, (1)USDA/ARS/BA/ANRI/ESML,
(2)University of California, (3)SCK-CEN, (4)University of California Riverside, (5)George E. Brown,
Jr. Salinity Laboratory, USDA-ARS, (6)US NRC
A Cantor Bar Model for the Effective Hydraulic
Conductivity of Partially-Saturated Layered Soil.
Tairone P. Leao* and Ed Perfect, University of Tennessee
Simulation of Soil Structure Using Improved
Pore-Solid Fractal Model and Multi-Point Geostatistics. Lifang Luo*, Penn. State University,
Henry Lin, Penn State Universtiy and Kamini
Singha, Penn. State Univ.
Fractal Models of Soil Water Retention: How
Good are They?. Daniel Gimenez*1, Roberto R.
Filgueira2, Sung Won Yoon1 and Hyen Chung Chun1,
(1)Rutgers University, (2)Facultad de Ciencias
Agrarias y Forestales-Universidad Nacional de La
Plata
49-5
Quartz Sand. Geoff S. Humphreys*1, Marshall T.
Wilkinson2, John Chappell3, David Fink4 and Keith
Fifield3, (1)Department of Physical Geography,
(2)Macquarie University, (3)Australian National
University, (4)ANSTO
5:00 PM Aggradational Pedogenesis: A New Model to Describe Soil Profile Development in the Central
Great Plains of North America. Peter Jacobs*,
University of Wisconsin–Whitewater and Joseph A.
Mason, University of Wisconsin–Madison
SESSION NO. 50
2.0A Synchrotron Spectromicroscopy of Particulate
Matter Affecting Air, Water & Soil Quality—Oral
Convenor: Paul Bertsch, Univ of GA-Savannah River
Ecol.Lab.
Presiding: William Bleam, Univ. of Wisconsin
50-1
50-2
50-3
3:30 PM Resolving Biogeochemical Processes Controlling
Metal Ion Fate and Transport within Soils. Scott
Fendorf*, Matthew Ginder-Vogel, Matthew Polizzotto, Benjamin Kocar and Katharine Tufano, Dept.
of Geological and Environmental Sciences, Stanford University
4:05 PM Changes in Zinc Speciation During Soil Formation from Jurassic Limestone: A Synchrotron µXRF and µ-XAFS Study. Ruben Kretzschmar*,
Olivier Jacquat and Andreas Voegelin, Department
of Environmental Sciences, ETH Zurich
4:40 PM X-Ray Absorption Spectroscopy Investigation of
Copper Adsorption Mechanisms on Clay Minerals. Daniel Strawn*, University of Idaho
SESSION NO. 51
2.5A Soil Physicochemical-Biological Interfacial
Interactions: Impacts on Transformations and
Bioavailability of Metals and Metalloids—Theater
SESSION NO. 49
Convenor: Alexander Makeev, Science Park of Moscow
University
Presiding: Edoardo A.C. Costantini, CRA-ISSDS
49-1
49-2
49-3
49-4
3:30 PM Features and Characteristics Revealing Environmental Changes on Paleosols in the Volcanic Paleosols (Example of the Trans Mexican Volcanic
Belt). Elizabeth Solleiro-Rebolledo*, UNAM
4:00 PM Soils and Paleosols in South India as Heritages of
the Past. Arnt Bronger*, University of Kiel
4:20 PM Paleosols of the Southern Coastal Plain of Israel.
Moshe Wieder*, Gdaliahu Gvirtzman and Maoz
Dassa, Bar-Ilan University
4:40 PM What is Inherited? Evidence from an
Inceptisol/Regosol with OSL Dated 0-150 ka
Convenor: P. M. Huang, Soil Sci., Univ. Saskatchewan
Presiding: A. Violante, Università di Napoli Federico II
51-1
51-2
51-3
870a The Aqueous Complexation of Metals in the Rhizosphere: Do We Know What We Think We
Know?. Michael E. Essington*, University of Tennessee
870b Bioaccumulation of Copper and Cadmium Ions
by Cyanobacterium Spirulina Platensis. Wenli
Chen*, State Key Laboratory of Agricultural Microbiology, Huazhong Agricultural University, Qiaoyun
Huang, Key Laboratory of Subtropical Agriculture
and Environment, Ministry of Agriculture,
Huazhong Agricultural University and Hongxia
Huang, Huazhong Agricultural University
871a Competitive Adsorption of As and P to Goethite,
Ferrihydrite and Allophane and their Remobilization by Rhizosphere Processes. Doris Vetter-
63
TUESDAY
1.6A Imprint of Environmental Change on Paleosols—Oral
SESSION NO. 51
51-4
871b
51-5
970a
51-6
970b
51-7
971a
51-8
971b
51-9
1070a
51-10
51-11
51-12
64
1070b
1071a
1071b
lein* 1, Krisztian Szegedi 1, Juergen Mattusch 1,
Heinz-Ulrich Neue1, Reinhold Jahn2, Juliane Ackermann3, Annett Kaufhold4 and Hartmut Tanneberg4,
(1)Centre for Environmental Research UFZ, (2)Institute of Soil Science and Plant Nutrition, Martin
Luther University, (3)Martin-Luther-University
Halle Wittenberg, (4)Martin-Luther-University
Halle-Wittenberg
Ecotoxicological Assessment of Heavy-Metal
Contaminated Soils by Soil Enzymes and Luminescent Bacteria. Jae E. Yang*1, Sang-Phil Lee1,
Yong-Sik Ok1, Kyung-Yoal Yoo1 and Ki-Cheol
Eom2, (1)Kangwon National University, (2)National
Institute of Agricultural Science and Technology
Unearthing the Connection between Arsenic Mobility and Reductive Iron Transformations.
Katharine J. Tufano* and Scott Fendorf, Stanford
University
Metal Contamination of Floodplain Soils in the
Tisza River (Hungary) Basin. Domy C. Adriano*1,
Zoltan Gyori2, Jozsef Prokisch3, Tamás Németh4,
Steve Harper1 and L.T. West5, (1)Savannah River
Ecology Laboratory, University of Georgia, (2)University of Debrecen, (3)Debrecen University, (4)Research Institute for Soil Science and Agricultural
Chemistry of the Hungarian Academy of Sciences,
(5)University of Georgia
Distribution of Ni in Soils of the Sudbury Smelting Region, Ontario, Canada. Matthew Ojalammi
and Graeme A. Spiers*, MIRARCO, Laurentian
University
Arsenic Biogeochemistry in Soils from Gold Mining Areas, in Brazil, under Anaerobic Incubation. Jaime W. V. Mello*1, Jonathan L. Talbott2,
John Scott2, William Roy2 and Joseph W. Stucki3,
(1)Universidade Federal de Vicosa, (2)University
of Illinois at Urbana-Champaign, (3)University of
Illinois at Urbana -Champaign
Geochemical Forms of Heavy Metals in an Industrial Polluted Soil: A Critical Evaluation by Combined Synchrotron Spectromicroscopy Techniques and Bulk Extraction Methods. Roberto
Terzano1, Matteo Spagnuolo1, Koen Janssens2, Bart
Vekemans2, Wout De Nolf2, Gerald Falkenberg3,
Saverio Fiore4 and Pacifico Ruggiero*1, (1)Dipartimento di Biologia e Chimica Agro-forestale ed Ambientale–University of Bari, (2)Department of
Chemistry–University of Antwerp, (3)HASYLAB at
DESY–Beamline L, (4)I.M.A.A.–C.N.R.
Prediction of Arsenate and Selenite Adsorption by
Soils Using the Constant Capacitance Model.
Sabine Goldberg*, USDA-ARS, George E. Brown,
Jr., Salinity Laboratory, Scott M. Lesch, University
of California, Riverside and Donald L. Suarez,
USDA-ARS, George E. Brown Jr., Salinity Laboratory
The Influence of Soil Ni Speciation on the Phytoremediation Potential of Soils Surrounding an
Historic Ni Refinery in Port Colborne, Ontario
Canada. David Mcnear* Jr.1, R. L. Chaney2 and
Donald L. Sparks1, (1)University of Delaware,
(2)USDA-ARS-ANRI
Mineralogy and Arsenic Bonding in Arsenic Contaminated Rice-paddy Soils of Bangladesh. G.
Norman White 1, Richard H. Loeppert* 2, L. R.
Drees3, B. Biswas1 and G.M. Panaullah4, (1)Texas
A&M University, (2)Texas A & M University, (3)Department of Soil and Crop Sciences, Texas A&M
University, (4)CIMMYT Office in Bangladesh
SESSION NO. 52
2.5B Interactions between Clays and Organic Matter and
Their Impact on Sorption and Availability of Organic
Compounds in Soil Environments—Oral
Convenor: Arthur Schwab, Dept.of Agronomy, Purdue Univ.
Presiding: Baoshan Xing, Department of Plant, Soil, and
Insect Sciences, University of Massachusetts
52-1
52-2
52-3
52-4
52-5
3:30 PM Clay-Humic Complexes and Interactions in Soil:
Impact on Sorption and Availability of Introduced Organic Compounds. Benny K.G. Theng*,
Landcare Research
4:00 PM Mineral-Organic Substance Interactions: Impacts on Mineral Formation, Humification, and
Organic Carbon Storage. P.M. Huang*, Department of Soil Science, University of Saskatchewan
4:20 PM Coverage of Soil Mineral Surfaces by Organic
Matter as Detected by Gas Sorption. Rota Wagai,
Kyoto University and Lawrence M. Mayer*, University of Maine
4:40 PM Sorpion of Organic Contaminants by Humin.
James A. Rice* and Gabriela Chilom, South Dakota
State University
5:00 PM Molecular-Level Studies of Organo-Clay Complexes and their Role in the Sorption of Polycyclic Aromatic Hydrocarbons. Myrna J. Simpson*1, Xiaojuan Feng1, Andre Simpson1, Seunghun
Kang2 and Baoshan Xing2, (1)Dept. of Physical and
Environmental Sciences, University of Toronto,
Scarborough College, (2)Department of Plant, Soil
and Insect Sciences, University of Massachusettes at
Amherst
SESSION NO. 53
3.4B Combating Global Soil & Land Degradation II. Agroecosystems: Reclamation Strategies—Oral
Convenor: Alvin Smucker, Dept. of Crop & Soil Sci., MSU
Presiding: Rainer Horn, Inst.Soil Sci.,Plnt.Nutrition
53-1
53-2
53-3
53-4
53-5
3:30 PM Amelioration Strategies for Combating Global
Soil and Land Degradation by Agroecosystems.
Alvin Smucker*, Michigan State University and
Rainer Horn, Institute of Plant Nutrition and Soil Science, CAU Kiel
4:00 PM Analyzing of Variability for Soil Moisture Content in the Space and Time. Célia R. Grego and Sidney Vieira*, Instituto Agronômico
4:20 PM Rehabilitating Hardsetting Subsoils in a Reconstructed Mined Landscape. Katharine L. Brown*,
Christoph Hinz and Robert Gilkes, School of Earth
and Geographical Sciences The University of Western Australia
4:40 PM Impacts of Applying an Organic Emulsion on
Soil Hydrology and Dust Emissions from an Arid
Soil. Michael H. Young*, Todd Caldwell, Darren
Meadows, Vic Etyemezian, George Nikolic, David
Shafer, Eric McDonald, Julie Miller and John Goreham, Desert Research Institute
5:00 PM A Soil-Based Framework for Integrating and Applying Knowledge of Land Degradation Processes
to Assessment, Monitoring and Management. Jeffrey E. Herrick*1, Brandon T. Bestelmeyer1, Joel R.
Brown2 and Arlene J. Tugel2, (1)USDA-ARS-Jornada Experimental Range, (2)USDA-NRCS
SESSION NO. 56
SESSION NO. 54
Thursday, 13 July 2006
Convenors: Stephen Nortcliff, Univ. of Reading–Soil Science
Dep; Charles Rice, Dept. of Agronomy, KSU
Presiding: Claire Chenu, INAPG, UMR Bioemco
54-1
54-2
54-3
54-4
54-5
54-6
54-7
54-8
54-9
1760a Dynamic of carbon in farming practices longterm experiments on a ferric Acrisol in Burkina
Faso (West Africa). Edmond Hien* 1, Francis
Ganry 2 , Robert Oliver 2 and Christian Feller 3 ,
(1)CNRST, (2)CIRAD, (3)IRD, UR SeqBio
1760b Organic matter pools and microbial functional diversity in soil quality assessment of differently
managed agricultural systems. Maria T. Dell’Abate*, Letizia Pompili and Anna Benedetti, CRA Istituto Sperimentale Nutrizione Piante
1761a Soil Biological and Physical Properties in Silage
Corn Systems With and Without Tillage and Fall
Seeded Cover Crops. Carol D. Franks1, Yuri K.
Plowden*2, Paul R. Salon1 and Curtis J. Dell3,
(1)USDA-NRCS, (2)Natural Resources Conservation Service, (3)USDA Agricultural Research Service
1761b Soil organic matter dynamics in a tropical garden
land system. Santhy Ponnuswamy* and Selvi Duraisamy, TamilNadu Agricultural University,
1860a Short term effects of organic amendments on soil
properties and growth of irrigated cotton grown
in a self-mulching Vertisol. Subhadip Ghosh*1,
Peter V. Lockwood1, Nilantha Hulugalle2 and Heiko
Daniel1, (1)Agronomy and Soil Science, (2)Australian Cotton Research Institute
1861a Soluble and mineralizable carbon of organic
amendments influence aggregation in a high clay
sodic soil. Gary J. Clark*, Nathan Dodgshun, Caixian Tang and Peter Sale, La Trobe University
1861b Carbon storage and greenhouse gas emissions as
influenced by tillage and N fertilizer. Denis A.
Angers*1, Philippe Rochette2, Vincent Poirier2, Francis Larouche1, Martin H. Chantigny1 and Noura
Ziadi 1, (1)Agriculture and Agri-Food Canada,
(2)Agriculture & Agri-Food Canada
1960a Soil carbon build-up in semi-arid West Africa :
An art of balancing. Elisée Ouédraogo*, Albert
Schweitzer Centre for Ecology (CEAS), A. Mando,
IFDC, Lijbert Brussaard, Wageningen University
and Research Centre, Dept. Soil Quality and Leo
Stroosnijder, Wageningen University
1960b Cover Crop System Effects on Carbon/Nitrogen
Sequestration and the Physical Properties of
Coastal Plain Soils under Conservation Tillage.
Robert K. Hubbard*1, Timothy Strickland1, Sharad
Phatak2 and Johannes M. Scholberg3, (1)SE Watershed Research Laboratory, USDA-ARS, (2)University of Georgia, (3)University of Florida
SESSION NO. 55
THURSDAY
Consequences for Environmental Functions—Theater
1.3A New Frontiers in Soil Genesis—Oral
Convenor: Janis L. Boettinger, Utah State University
Presiding: Ahmet Mermut, Department of Soil Science,
University of Saskatchewan
55-1 8:00 AM Quantifying the Rates of Soil Genesis by Geochemical Mass Balance. Kyungsoo Yoo*, Department of Plant and Soil Sciences, University of
Delaware
55-2 8:30 AM Carbon Storage in Estuarine Soils of Downeast
Maine. Laurie J. Osher*, University of Maine and
Jennifer Jespersen, Forest Bell Environmental
55-3 8:50 AM Matter Fluxes in and From Soil Landscapes—
Structure and Sensitive Areas. Michael Sommer*,
Leibniz-Centre for Agricultural Landscape Research
(ZALF) e. V. Müncheberg; Institute of Soil Landscape Research
55-4 9:10 AM Predicting Regional Complex Saline-Sodic Soil
Patterns Using Geophysical, Hydropedological
and Mineralogical Approaches That Translate
Across Scales. Mark Thomas*, CRC-LEME/CSIRO
Land and Water/Univ of Adelaide, Robert Fitzpatrick, CRC-LEME/CSIRO Land and Water and
Graham S. Heinson, CRC-LEME/Univ of Adelaide
55-5 9:30 AM The Use of Major Soil Databases to Reveal Relationships Between Soil Forming Factors and
Global Soil Distribution. Jonathan M. Gray*, NSW
Department of Natural Resources, Geoff S.
Humphreys, Dept of Physical Geography and Jozef
Deckers, Catholic Univ of Leuven
SESSION NO. 56
1.5A Diffuse Reflectance Spectroscopy, Soil Sensing, Remote Sensing and Image Analysis—Theater
Convenor: Sabine Grunwald, Soil & Water Sci. Dept.
Univ. FL
Presiding: Endre Dobos, University of Miskolc
56-1
56-2
56-3
56-4
637a Electronic Soil Analyzer. Manav Yadav*, Ansal Institute of Technology
637b Application of Singular-Spectrum Analysis to
Study Dynamics of Soil Salinisation in the Canadian Prairies. Igor V. Florinsky*1, Robert G. Eilers2,
Michelle M. Fitzgerald3 and Don Swidinsky2, (1)Institute of Mathematical Problems of Biology, Russian Academy of Sciences, (2)Land Resource Unit,
Agriculture and Agri-Food Canada, (3)Ministry of
Agriculture, British Columbia
638a Assessment of Soil Salinity Using Remote Sensing Data and Image Analysis. Maria V.
Gabchenko*, Dokuchaev Soil Science Institute
638b Mapping Soil Properties Using ECa-Directed
Sampling. Dennis Corwin*, USDA-ARS, George E.
Brown Jr. Salinity Laboratory and Scott M. Lesch,
University of California, Riverside
65
SESSION NO. 56
56-5
56-6
56-7
56-8
56-9
56-10
56-11
56-12
56-13
56-14
56-15
56-16
66
639a A Comparison of High-Intensity Soil and EMI
Surveys in Northern Illinois, USA. James Doolittle*1, Roger D. Windhorn2, Daniel L . Withers2 and
Robert L. Mcleese 2 , (1)USDA-NRCS-NSSC,
(2)USDA-NRCS
639b Using Optical Remote Sensors to Estimate Grain
Protein Content in Rice Canopy. Yi Hyun Kim*,
Suk Young Hong, Sang Kyu Rim, Jee Min Lee and
Han Kang Kwak, National Institute of Agricultural
Science and Technology, RDA
736a Wetlands Mapping and Classification based upon
Remotely Sensed Data. Tharwat K. Ghabour* Sr.,
Soils & Water Use Dept., National Research Centre
736b Classification of the Owens Dry Lake Playa Surface Using Satellite Imagery and Unique Surface
Characterization Methods. Mica H. Heilmann*1,
Brad L. Inman 1 , Joel E. Kimmelshue 1 , Brian
Schmid1, John B. Dickey1, Richard Coles1 and
Richard Harasick 2 , (1)CH2M HILL, INC,
(2)LADWP
737a Mapping and Monitoring of Salt Affected Area of
District Gurgaon Uisng Remote Sensing and Gis
Techniques. Shashi Jain, Mohinder Singh Grewal*
Sr. and M.S. Kuhad, CCS HAU, Hisar Haryana
(India)
737b Ground Monitoring Network of Soil Agrophysical Properties. Wojciech Skierucha*, Ryszard Walczak and Andrzej Wilczek, Institute of Agrophysics
738a On-the-go Near Infrared Spectroscopic Assessment of Georgia Soils. Colin D. Christy*, Veris
Technologies and David E. Kissel, Agricultural and
Environmental Services Laboratories–University of
Georgia
738b Measurement of pH, pH Buffering Capacity, and
Other Soil Properties with NIR Reflectance Spectroscopy. David E. Kissel*, Agricultural and Environmental Services Laboratories–Univ of Georgia,
Colin D. Christy, Veris Technologies, S. Shaaban,
Agricultural and Environmental Services Labs, Paul
F. Vendrell, Univ of Georgia, Ag and Environmental Services Labs and Miguel L. Cabrera, Univ of
Georgia
739a Radiometric Estimation of Soil Properties Using
Multiple Image Sensors in Rice Paddy and Dryland Fields. Suk Young Hong*1, Sang Kyu Rim1,
Kenneth A. Sudduth2, Newell Kitchen2, Yi Hyun
Kim1, Jee Min Lee1 and Han Kang Kwak1, (1)National Institute of Agricultural Science and Technology, RDA, (2)USDA-ARS
739b Estimating Soil Evaporation with Reflectance
and Radiometric Temperature Measurements.
Dong Wang* and Jindong Wu, Univ. of MinnesotaTwin Cities Campus
740a Development of a Multi-Sensor Platform for
Proximal Soil Sensing. James A. Taylor*1, Alex.
McBratney2, Raphael Viscarra Rossel2, Budiman
Minansy 3 , Henry Taylor 3 , Brett Whelan 2 and
Michael Short3, (1)Australian Centre for Precision
Agriculture, Univ of Sydney, (2)Australian Centre
for Precision Agriculture, Univ of Sydney, (3)Australian Centre for Precision Agriculture
740b Application of Visible-Near-Infrared Diffuse
(DRS) and Bi-directional Reflectance Spectroscopy (BRS) to Characterize Volcanic Soil
Properties. Vincenzo Michele Sellitto1, Vidal Barrón2, Giuseppe Palumbo1 and Claudio Colombo*1,
(1)Dip. SAVA Molise Univ, (2)Universidad de Córdoba
SESSION NO. 57
3.4B Combating Global Soil & Land Degradation II. Agroecosystems: Reclamation Strategies—Theater
Convenor: Alvin Smucker, Dept. of Crop & Soil Sci., MSU
Presiding: Rainer Horn, Inst.Soil Sci.,Plnt.Nutrition
57-1
57-2
57-3
57-4
57-5
57-6
57-7
57-8
57-9
57-10
1838a The Effects of Land Use Converting on Soil
Physicochemichal Properties. Amir Bahrami*,
Guilan University, Mahmood Shabanpour, IranRasht- Guilan University- Agricultural Faculty- Soil
Sci. Group and Farid Bagheri, Tea Researches Institute of Iran
1838b Degradation Processes in Irrigated Soils of Russia. A.F. Novikova*, V.V.Dokuchaev Soil Science Institute
1839a Sealing and Crusting as Soil Degradation
Processes in North-Western Region of Ukraine;
Reasons for Formation and Methods of Prevention. Taras E. Lychuk*, National University of Water
Management and Nature Conservation
1839b Aggregation and Initial Humus Formation of Biologically Meliorated Soils Damaged by Coal
Mining. Rayna Dilkova*1, Svetla Marinova2 and
Lidia Petrova2, (1)Bulgarian Soil Science Society,
(2)Nikola Poushkarov Institute of Soil Science
1938a Soil Resource Investigation for Drainage Installation in Mutluru Channel Command of Krishna
Western Delta, Andhra Pradesh, India. Paruchuri
Ramakrishna Prasad*, Acharya N.G.Ranga Agricultural University, Dhanyamraju Srinivas, Acharya
N.G.Ranga Agricultural University,A P Water management Project and T.V. Satyanarayana, Acharya
N.G.Ranga Agricultural University,A P WAter Management Project
1938b Stabilization of Pyrophyllite Mine Wastes by
Lime Cake By-Products in Korea. Jae E. Yang*1,
Ki-Cheol Eom2, Jai Joung Kim3, Kyung-Yoal Yoo1
and Yong-Sik Ok1, (1)Kangwon National University,
(2)National Institute of Agricultural Science and
Technology, (3)Chungbuk National University
1939a Use of Natural and Cultural Deep-Rooted Plant
Species to Loose Compacted Sandy Loam Stagnic Luvisol. Endla Reintam*, Jaan Kuht, Katrin
Trükmann and Virgo Rääts, Estonian Univ of Life
Sciences
1939b Effect of Clay Minerals and Calcite on Water Repellency of Sandy Soils. Ivan Simkovic*, Pavel
Dlapa, Lucia Korenkova and Michal Duris, Dept of
Soil Science, Faculty of Natural Sciences, Comenius
Univ
1940a Identification of Fertile Islets and Perspectives for
Desertification Control in the Sahel. Lamourdia
Thiombiano*, FAO, Regional Office for Africa
1940b Restoring Properties of a Poor Upland Soil Using
Natural Basalt and Composted Rice Husk to Promote Crop Growth. Markus Anda*1, Shamshuddin
Jusop1, Che Ishak Fauziah2 and Syed Omar Syed
Rastan1, (1)Dept of Land Management, Faculty of
Agriculture, Univ Putra Malaysia, (2)Deptof Land
Management, Faculty of Agriculture, Univ Putra
Malaysia
SESSION NO. 60
SESSION NO. 60
4.0B Soil Related Discords and Conflicts—Oral
4.1PB Soil, Wine and Other Quality Crops—Theater
Presiding: Mireille Dosso, CNEARC
58-1 8:00 AM Education, Public Awareness and Conflict of Interests. Pamela A. Hazelton*, University of Technology,Sydney
58-2 8:35 AM How Soil Misuse Ends with Farming System Disintegration. A Bolivian Altiplano Example.
Mireille Dosso*, Aurélie Bres and Stéphane Moreau,
Centre National d’Etudes Agronomiques des Régions Chaudes
58-3 9:10 AM Carbon Sequestration and Sustainable Farming
in West African Savannas: Synergy or Antagonism?. Grégoire Freschet1, Raphaël Manlay2, Luc
Abbadie3, Bruno Barbier4, Christian Feller*5, Maya
Leroy2, Georges Serpantié6 and Jean-Luc Chotte7,
(1)IRD UR179 SeqBio, (2)Institute of Forestry, Agricultural and Environmental Engineering (ENGREF),
(3)Biogeochemistry and Ecology of Continental Environment Laboratory UMR 7618, (4)French Agricultural Research Centre for International Development (CIRAD), (5)IRD, UR SeqBio, (6)Institute for
Research and Development (IRD, ex-ORSTOM),
(7)Institute for Research and Development (IRD,
ex-ORSTOM), UR179 SeqBio
Convenor: Jessica Davis, Dept Soil & Crop Sci,
CO State Univ
Presiding: Edoardo Costantini, ISSDS
60-1
60-2
60-3
60-4
60-5
SESSION NO. 59
for Soils, Water Quality and Sustainability—Oral
Convenor: Laurie Drinkwater, Cornell University
Presiding: Holger Kirchmann, Swedish Univ. of Agric. Sci.
59-1 8:00 AM Plant Nutrients in Organic Farming. Keith Goulding*, Rothamsted Research, Elizabeth A. Stockdale,
School of Agriculture, Food and Rural Development and Christine A. Watson, Scottish Agricultural
College
59-2 8:30 AM Nutrient Use Efficiencies and Leaching in Organic and Conventional Cropping Systems in
Sweden. Lars F. Bergström* and Holger Kirchmann,
Dept of Soil Science, Swedish Univ of Agricultural
Sciences
59-3 8:50 AM Are Nutrient Dynamics and Use Efficiency in Organic Cropping Systems Particular. Emmanuel
Frossard*1, Astrid Oberson1, Christine Bosshard1,
Simone Nanzer1, Hans Ulrich Tagmann1, David
Dubois2, Paul Mäder3 and Daniel Tessier4, (1)Group
of Plant Nutrition ETH, (2)Agroscope Reckenholz,
(3)FiBL, (4)INRA
59-4 9:10 AM The Contribution of Organic Agriculture to Sustainable Land Management in a Temperate Climate. Robert M. Rees*1, Christine A. Watson1,
Bruce C. Ball 1 , John A. Baddeley 2 , Robin L.
Walker1, Kairsty F.E. Topp1 and Claus D. Mayer3,
(1)Scottish Agricultural College (SAC), (2)SAC,
(3)BIOSS
59-5 9:30 AM Soil and Nutrient Erosion Risk in Organic and
Conventional Cropping Systems. V. Steven
Green*1, Michel A. Cavigelli1, Thanh H. Dao2 and
Dennis C. Flanagan 3 , (1)USDA-ARS-SASL,
(2)USDA-ARS, (3)USDA-ARS-NSERL
THURSDAY
SESSION NO. 58
60-6
60-7
60-8
60-9
1666a Soil Spatial Heterogeneity in a Pinot Noir Vineyard, Napa Valley, California. Jean-Jacques Lambert*1, Richard Plant2, Christine Stockert1, Danielle
Pierce1, Eli Carlisle1 and David Smart1, (1)Department of Viticulture and Enology, (2)Department of
Agronomy and Range Science
1667a Terroir of Vineyards in the Northern Willamette
Valley, Oregon. Scott Burns* and Dionne Starr
Peace, Portland State Univ
1667b Optimization of Nitrogen Fertirigation of Melon
Crop in a Petrocalcic soil. M.T. Castellanos* Jr.1,
Fco. Ribas1, M.J. Cabello1, N. Figueiró1, M.C. Cartagena2, A. Arce2 and A.M. Tarquis3, (1)Centro Mejora
Agraria El Chaparrillo–Delegación Provincial de
Agricultura, (2)Dpto. Química y Análisis Agrícola–
E.T.S. I.A.- Polytechnic Univ.of Madrid, (3)Dpto.
Matemática Aplicada–E.T.S. Ing. Agrónomos–Polytechnic Univ.of Madrid
1766a Viticutlural Practices For very Acidic Soils. daniel
Roberts*, integrated winegrowing
1766b Facilitated Transport of Diuron and Glyphosate
in High Copper Vineyard Soils. Sylvie Dousset*1,
Jean-Baptiste Dessogne2, Astrid Jacobson3, Philippe
Baveye3 and Francis Andreux1, (1)Université de
Bourgogne–CST–Géosol, (2)Université de Reims,
(3)Cornell Univ
1767a Nitrogen Fixing Ability of 13 Enotypes of Mucuna
Pruriens. Shivananda T. N. Shivananda T N*, Indian
Institute of Horticultural Research
1767b Maximization of Potato Yield in Nilgiri Hills of
Western Ghats of India. Malarvizhi Palaniappa
pillai*1, Sharmila Banu Santhu Mohamed1 and T.
Nagendra Rao2, (1)Professor, Dept. of SS&AC,
Tamil Nadu Agricultural University, (2)Potash and
Phosphate Institute of Canada-India Programme
1866a Effect of Foliar Application of Different Sources
of Zn Application on the Changes in Zn Content,
Uptake and Yield of Rice (Oryza sativa L.). Tanmoy Karak* and Dilip Das, Bidhan Chandra Krishi
Viswavidyalaya
1866b Spatial Vineyard Variability on Soil, Grape Yield,
and Juice Quality in a Field in the D.O.Ca. Rioja
(Spain). Ana Aizpurua*, Olatz Unamunzaga and
Ander Castellón, NEIKER Instituto Vasco de Investigación y Desarrollo Agrario
67
SESSION NO. 61
SESSION NO. 61
of Vechta, (3)Institute of Soil Science and Plant Nutrition, Martin Luther University, (4)Federal Institute
for Geosciences and Natural Resources, (5)Institut
AgendaRegio
RB Developments in the World Reference Base (WRB),
Soil Taxonomy (ST) and Other National Soil Classification
Systems for Soil Resources—Oral
Convenor: Robert Ahrens, USDA/NRCS,Federal Bldg.,
Rm.152
Presiding: Erika Micheli, Szent Istvan University
61-1 8:00 AM WRB: Wittingly Reaching Babel ?. Otto Spaargaren*, ISRIC–World Soil Information
61-2 8:30 AM Use of WRB to Classify Soils in the Tropics:
Lessons Form East Africa. Method Kilasara*,
Sokoine Univ of Agriculture, Patric Gicheru, Kenya
Agricultural Research Institute, Edward Ngatunga,
Ministry of Adriculture & Food Security, C.K.K.
Gachene, Univ of Nairobi and Joel Melio, ARI,
Mlingano
61-3 8:50 AM Harmonizing the Diagnostic Horizons, Properties, and Materials used in the World Reference
Base and Soil Taxonomy. Robert J. Engel*1, Erika
Micheli2, Paul McDaniel3 and Craig A. Ditzler1,
(1)USDA NSSC, (2)Szent Istvan Univ, Soil Science
and Agrochemistry Dept, (3)Univ of Idaho
61-4 9:10 AM Technosols as a Proposed Soil Group for the WRB
(World Reference of Soil Resources). Andreas
Lehmann*, Hohenheim University (310)
61-5 9:30 AM Algebra of the WRB (Formalization of the Concept). Vyacheslav A. Rojkov*, V.V. Dokuchaev Soil
Science Institute
SESSION NO. 63
2.0A Synchrotron Spectromicroscopy of Particulate
Matter Affecting Air, Water & Soil Quality—Theater
Convenor: Paul Bertsch, Univ of GA-Savannah River
Ecol.Lab.
Presiding: Will Bleam, Soil Science Department
63-1
63-2
63-3
63-4
SESSION NO. 62
1.4A Impact of National Soil Classification on Soil
Science and Society—Oral
Convenors: Craig Ditzler, National Soil Survey Center;
Robert Ahrens, USDA/NRCS, Federal Bldg., Rm.152
Presiding: Mabel Pazos, Facultad de Agronomía–UNCPBA
62-1 10:15 AM The Magical Numbers of the USDA Soil Taxonomy:Towards an Outline of a Theory of Natural
Resource Taxonomies. Juan Jose Ibanez*1, Richard
Arnold 2 and Juan Sanchez-Diaz 1 , (1)CIDE,
(2)USDA-NRCS (retired)
62-2 10:45 AM On the Evolution of Definitions of Diagnostic Soil
Horizons and Soil Unit Names. Freddy O. Nachtergaele*, Food and Agriculture Organization of the
United Nations (FAO)
62-3 11:05 AM Cross-Reference System for Interpreting Genetic
Soil Classification of China to Soil Taxonomy.
Xuezheng Shi* Sr., Institute of Soil Science, Chinese
Academy of Sciences
62-4 11:25 AM A Proposal to Differentiate Steady State and Dynamic Soil Properties in Soil Taxonomy. Neil E.
Smeck*, The Ohio State University and K. R. Olson,
University of Illinois, Department of Natural Resources and Environmental Sciences
62-5 11:45 AM Computer-Based Translation Tool Between WRB
and the German Soil Classification System. Peter
Schad*1, Gabriele Broll2, Reinhold Jahn3, Rainer
Baritz4, Gert Adler4 and Dieter Kuhn5, (1)Lehrstuhl
für Bodenkunde (Soil Science), Department of Ecology, Technische Universität München, (2)University
68
63-5
63-6
63-7
63-8
63-9
653b Following the Speciation of Lead During HeatTreatment of Incinerated Municipal Solid Waste.
Maarten Nachtegaal*, SuperXAS Beamline, Swiss
Light Source (SLS), Ruud Struis, General Energy
Dept (ENE), Paul Scherrer Institut (PSI), Harald
Lutz, AshDec and Christian Ludwig, General Energy
Department (ENE), Paul Scherrer Institut (PSI)
551a Formation of Fe(III) Clusters in Natural Organic
Matter. Dean Hesterberg* and Kimberly J. Hutchison, North Carolina State University
551b Microscale Synchrotron-FTIR Mapping of Carbon “Hot Spots” on Mineral Surfaces in Soil.
James Kinyangi*, Johannes Lehmann, Biqing Liang
and Dawit Solomon, Cornell University
552a Identifying the Iron Phases in Biosolids-Amended
Soils Via Mössbauer Spectroscopy that Control
Cadmium Sorption. Mark A. Chappell*, Aaron
G.B. Williams, Kirk G. Scheckel and James A. Ryan,
U.S. Environmental Protection Agency
552b Speciation and Geochemical Cycling of Pb, As,
Cr, and Cd in a Contaminated Histosol: Synchrotron Micro X-ray Diffraction and X-ray Fluorescence Spectroscopy. Darrell G. Schulze* and Xiadong Gao, Purdue Univ
553b Metal Speciation, Bioavailability and Remediation at Superfund Sediment Sites. Kirk
Scheckel*1, Aaron Williams1, Robert Ford1, Dean
Neptune2, James Ryan1, Steven Acree1, David Gratson2, Greg McDermott2, Thabet Tolaymat1 and
Richard T. Wilkin1, (1)US EPA, (2)Neptune & Company, Inc.
650a The Influence of Surface Precipitation on Nickel
Solubility, Bioavailability and Fate in Contaminated Soils. Edward Peltier*, University of Kansas
and Donald L. Sparks, U of DE, Environmental Soil
Chemistry
650b Characterization of Sulphur Species in Oxic and
Anoxic Forest Soils with Synchrotron-based XRay Spectromicroscopy. Nora A. Tyufekchieva1,
Jörg Prietzel*1, Jürgen Thieme2 and Ingrid KögelKnabner1, (1)Technische Universität München,
(2)Institut für Röntgenphysik
651a Spectroscopic Evidence for Uranium Bearing
Partculates in Vadose Zone Sediments at Hanford
Doe Site, 300-Area, Washington. Yuji Arai*, U.S.
Geological Survey, Mathew Marcus, Lawrence
Berkeley National Laboratory, Nobumichi Tamura,
Lawrence Berkeley National Laboratory, Advanced
Light Source, Antonio Lanzirotti, Consortium for
SESSION NO. 66
63-11
63-12
SESSION NO. 65
Compounds in Soil Environments—Theater
Convenor: Arthur Schwab, Dept.of Agronomy, Purdue Univ.
Presiding: Baoshan Xing, Dep. of Plant, Soil & Insect Sci.
65-1
65-2
65-3
SESSION NO. 64
Transfer—Oral
Convenor: Thomas Baumgartl, School of Physical
Sciences–Earth
Presiding: Marcello Pagliai, Instituto Sperimentale per lo
Studio e la Difesa del Suolo
64-1 10:15 AM Stress Strain Effects on Coupled Mechanical and
Hydraulic Processes. Rainer Horn*, Stephan Peth
and Xinhua Peng, Institute of Soil Science and Plant
Nutrition
64-2 10:45 AM Modelling Bulk Density According to Structure
Development: Toward an Indicator of Microstructure Development in Ferralsols. Ary
Bruand*1, Luiz Carlos Balbino2, Nathalie VollandTuduri1, Isabelle Cousin3, Adriana Reatto-Braga4,
Maria Inês Lopes de Oliviera4, Eder De Souza Martins4, Michel Brossard5 and Jean-Robert DISNAR6,
(1)Université d’Orléans, (2)EMBRAPAArroz e Feijão, (3)INRA, (4)EMBRAPA Cerrados, (5)IRD,
(6)CNRS
64-3 11:05 AM Soil Wettability Relationships with Soil Organic
Carbon and Aggregate Stability. Anna Eynard*,
Tom E. Schumacher, Robert A. Kohl and Douglas D.
Malo, South Dakota State Univ
64-4 11:25 AM Predicting Short-term Aggregate Stability Dynamics After the Addition of Maize Straw. The
Role of Hydrophobicity. Diego J. Cosentino*1,
Claire Chenu2, Paul Hallett3, Daniel Tessier1 and
Jean-Charles Michel 1, (1)INRA, (2)UMR Biogeochimie des Milieux Continentaux, (3)Scottish
Crop Research Institute
64-5 11:45 AM Quantifying Physical Aspects of Soil Quality Associated with Organic Agricultural Practices.
Apostolos Papadopoulos*1, Nigel R. A. Bird2, Whitmore Andy2 and Sacha J. Mooney1, (1)The Univ of
Nottingham, (2)Rothamsted Research
65-4
65-5
1176a Availability of Clay Surfaces in Soil for Adsorption of Organic Contaminants and Pesticides.
Stephen A. Boyd*, Simone Charles, Hui Li and
Brian Teppen, Michigan State Univ
1176b Release of Organic Matter and Organic Contaminants from Floodplain Soils Under Variable
Redox Conditions: Influenced by Organo-Mineral Complexes?. Britt Pagels*, Lehrstuhl für Bodenkunde (Soil Science), TU München
1177a N K-Edge XANES and Pyrolysis-Field Ionization Mass Spectrometry – Clues to Disclose the
Chemistry of “known” Organic Nitrogen in Organic-Mineral Soil Clay Particles. Peter Leinweber*, Univ of Rostock, Fran L. Walley, Dept. of Soil
Science, Univ of Saskatchewan, Alexander Jokic,
Department of Soil Science, Univ Saskatchewan
and Tom Regier, Canadian Light Source Inc.
1177b The Influence of Soil Organic Matter Coating on
the Vapor-Phase Sorption at Low Water Contents as Affected by Organic Sorbate Nature *.
Irina P. Breus*, Artem A. Mishchenko, Alexander A.
Shinkarev and Vladimir A. Breus, Kazan State University
1178b Impact of Dissolved Organic Matter (DOM) on
Atrazine Sorption by Montmorillonite. Jianming
Xu*1, Ling Wanting1 and Yanzheng Gao2, (1)Institute of Soil and Water Resources and Environmental Science, Zhejiang Univ, (2)College of Resource
and Environmental Sciences, Nanjing Agricultural
Univ
SESSION NO. 66
3.1A Land Use Planning: Environmental, Economic and
Social Trade-offs—Theater
Convenors: Alain Ruellan, INRA; Lamourdia Thiombiano,
FAO Regional Office for Africa
Presiding: Ricardo Ralisch, Universidade Estadual de
Londrina
66-1
66-2
66-3
1241a Land Evaluation using Remote Sensing and GIS
techniques for Sustainable Land use Planning in
Irrigated Ecosyatem of Karnataka,India. P.L.
Patil*, Ravikumar M.A, G.S. Dasog, S.G. Patil and
B.M. Radder, University of Agricultural Sciences
1241b Soil Degradation Evaluation and Land Use Planning in Romania. Andrei Canarache*, Research Institute for Soil Science and Agrochemistry
1242a Soil Quality Evaluation for Green-Food Production Suitability in Beijing Plain Area. SUN Danfeng*, College of Resources and Environmental sciences, China Agricultural Univ and Li Hong, Insti-
69
THURSDAY
63-10
Advanced Radiation Sources, James Davis, US Geological Survey and John Zachara, Battelle-Pacific
Northwest Natl Lab
651b Speciation and Geochemical Cycling of Pb, As,
Cr, and Cd in a Contaminated Histosol: X-ray
Absorption Near-edge Structure (XANES) Spectroscopy. Xiadong Gao* and Darrell G. Schulze,
Purdue Univ
652a Direct Observation and Quantification of Colloid Retention in Unsaturated Porous Media. Annette Dathe*, Yuniati Zevi, Bin Gao, Anthony G.
Hay and Tammo S. Steenhuis, Cornell Univ
652b Iron L-edge and K-edge X-ray Absorption Studies of Nontronite Reduction. Owen Li, Univ of
Wisconsin, Kangwon Lee, Univ of Illinois at Urbana-Champaign, Joel Kostka, Florida State Univ,
Joseph W. Stucki, Univ of Illinois at Urbana -Champaign and William Bleam*, Univ. of Wisconsin
SESSION NO. 66
66-4
66-5
66-6
tute of Agricultural Integrated Development, Beijing
Academy of Agriculture & Forestry Science
1242b Erosion Impact Evaluation on Mogi-Guaçu River
Basin (SP, Brazil) Using the Lifetime Index
Methodology as a Soil Loss Tolerance Criterion.
Mara de A. M. Weill*, State Univ of Campinas. College of Agricultural Engineering. Soils Lab., Rubens
A. C. Lamparelli, State Univ of Campinas. Research
Center of Meteorology and Climatology Applied to
Agriculture and Jansle V. Rocha, State Univ of
Campinas. College of Agricultural Engineering. GIS
and Remote Sensing Lab.
1243a The Effects of Winter Cover Crops and NoTillage. Ademir Calegari*1, Ricardo Ralisch2 and
Maria de Fátima Guimarães2, (1)Iapar, (2)UEL
1243b Developing Sustainable Land Use Options in
Matters of Heavy Metal Inputs into Agricultural
Soils. Wolfgang Reiher*, Rolf-Alexander Düring
and Stefan Gäth, Institute of Landscape Ecology
and Resources Management, Univ of Giessen
SESSION NO. 67
Environment—Oral
Convenors: Lawrence Hammond, International Fertilizer
Development Center; Andrew Sharpley, USDA-ARS, Past.
Sys. & Mgmt. Res.
Presiding: John Syers, Mae Fah Luang University
67-1 10:15 AM Efficiency of Soil and Fertilizer Phosphorus: Reconciling Changing Concepts of Soil Phosphorus
Chemistry with Agronomic Information. John
Keith Syers*, Mae Fah Luang Univ and Arthur E.
Johnston, Rothamsted Research
67-2 10:45 AM Can Plants Deliver Food, Fibre and Solutions for
Anthropogenic Soil Phosphate Problems ?. Mike
J. Hedley*, Institute of Natural Resources and
Stephen Trolove, Crop and Food Research
67-3 11:05 AM Microbial Cycling of Phosphorus in Grassland
Soils under Long-Term Fertiliser Management.
Anthony O’Donnell*1, S.R. Colvan1, John Keith
Syers2 and R. Husband1, (1)Institute for Research on
Environment and Sustainability, (2)Mae Fah Luang
Univ
67-4 11:25 AM Phosphate Fertilizers: Addressing the Challenges
for Production, Use and Management in Developed and Developing Country Agriculture.
Lawrence Hammond*, Norman Chien and Upendra
Singh, IFDC
67-5 11:45 AM Agricultural Phosphorus and the Environment:
Challenges to Science, Practice and Policy. Andrew Sharpley* and Peter Kleinman, USDAAgricultural Research Service
70
SESSION NO. 68
LD Soil Degradation: Processes, Control, and Politics
—Oral
Convenors: Hariharan Eswaran, USDA-NRCS; Rattan Lal,
School of Nat. Res., OH State Univ.
Presiding: Bal Singh, Dep.- Plant and Environmental Sci.
68-1 10:15 AM Soil Degradation and Food Security: Incentives
Matter. Keith Wiebe*, USDA Economic Research
Service, Rattan Lal, Carbon Management and Sequestration Centre, School of Environment and Natural Resources, FAES/OARDC, The Ohio State
Univ, Christopher Barrow, Swansea Univ and Pierre
Crosson, Resources For the Future
68-2 10:45 AM Study of Soil Erosion in the Small Loess Agricultural Catchment In the Light of 137Cs Measurements. Grzegorz Jacek Poreba* and Andrzej
Bluszcz, Dept of Radioisotope, Institute of Physics,
Silesian Univ of Technology
68-3 11:05 AM Major Causes of Land Degradation and Desertification in Jordan. Sa’eb Khresat*, Jordan Univ of
Science and Technology
68-4 11:25 AM Is “Summer Fallowing” Beneficial to Sustainable
Grain Production in Central Asia?. Takashi
Kosaki*1, Shinya Funakawa2, Elmira Saljnikov3,
Kanat K. Akshalov4 and Yusuke Takata2, (1)Graduate School of Global Environmental Studies, Kyoto
Univ, (2)Graduate School of Agriculture, Kyoto
Univ, (3)Institute of Soil Science, (4)Barayeb
Kazakh Research and Production Center of Grain
Farming
68-5 11:45 AM Lessons Learned from a Thematic Network Dealing with Land Degradation Assessment and Soil
Conservation Management in the Mediterranean
Region. Pandi Zdruli*1, Giuliana Trisorio Liuzzi2
and Cosimo Lacirignola1, (1)CIHEAM-Mediterranean Agronomic Institute of Bari, (2)University of
Bari, Faculty of Agriculture
SESSION NO. 69
0.0B Global Priorities in Soil Science Research—Theater
Convenors: Donald Sparks, U of DE, Environmental Soil
Chemistry; Charles Rice, Kansas State University
69-1
69-2
1443a Achieving the Millennium Development Goals
In Africa. Pedro Sanchez*, Cheryl Palm, Jeffrey
Sachs and Denning Glenn, Tropical Agriculture Program, The Earth Institute at Columbia Univ
101b Competitive Funding of Soil Science Research
from USDA-CSREES: Priorities, trends, and future directions. Nancy Cavallaro*, USDA-CSREES
SESSION NO. 70
Disciplinary Soil Science Knowledge for Soil-WaterPlant-Environment Systems—Theater II
Convenors: Liwang Ma, USDA-ARS, Great Plains Sys. Res.;
Gerrit Hoogeboom, University of Georgia; Peter Carberry,
CSIRO
Presiding: Lajpat Ahuja, USDA-ARS, Grt. Plains Sys.
70-1
70-2
70-3
70-4
70-6
70-5
228a Using the WISE Database to Parameterize Soil
Inputs for Crop Simulation Models. Gerrit
Hoogenboom*, Univ of Georgia, Arjan J. Gijsman,
Centro Internacional de Agricultura Tropical (CIAT)
and Philip K. Thornton, International Livestock Research Institute (ILRI)
229b Calibrating the ROOTMAP Model for Calcarosol
and Vertosol soils of south-eastern Australia. Sally
J. Officer*1, Vanessa M. Dunbabin2, Roger D. Armstrong1 and Robert M. Norton3, (1)Primary Industries Research Victoria, (2)University of Tasmania,
(3)University of Melbourne
328a Water and Energy Balance of Drip Irrigated Cotton: Measurements and Simulations. Robert J.
Lascano*1, Bobbie McMichael2, Dennis Gitz2 and
Jill Booker1, (1)Texas A&M Univ. Res. and Ext.
Center, (2)USDA-ARS
328b Nitrogen Management Under Maize in Humid
Regions: The Case for the Dynamic Approach.
Harold M. Van Es*1, Beverly Kay2, Jean Sogbedji2,
Jeffrey Melkonian2, R.S. Dharmakeerthi2, Hunaira
Dadfar2 and Ivy Tan2, (1)Cornell University, (2)University of Guelph
429a Opposite Approaches to Manage Water Balance
of Farming Systems for Improved Sustainability
in Southeast Australia and North China Plain?.
Enli Wang* 1 , Qiang Yu 2 and Chris J. Smith 1 ,
(1)CSIRO Land and Water, (2)Institute of Geographical Sciences and Natural Resources Research
329b Predicting Changes in Soil Organic Carbon in
Different Land Uses for England and Wales
Under Current and Future Climatic Conditions
Using CENTURY 5. Ruben Sakrabani* and John
Hollis, National Soil Resources Institute, Cranfield
University
71-3
71-4
71-5
SESSION NO. 72
1.6B Amazonian Dark Earth Soils (Terra Preta and Terra
Preta Nova): A Tribute to Wim Sombroek—Oral
Convenor: William I. Woods , University of Kansas
Presiding: Antoinette Winklerprins, Michigan State
University
72-1
72-2
SESSION NO. 71
72-3
Human-Induced Pedogenic Processes—Oral
Convenors: Angel Faz Cano, Univ. Politecnica, Paseo Alfonso XIII; John Galbraith, Dept. of Crop & Soil Env. Sci.
Presiding: Gan-Lin Zhang, Institute of Soil Science, Chinese
Academy of Sciences
71-1
71-2
1:15 PM Soil Development in the Hawaiian Islands. Oliver
Chadwick*, Univ of California
1:45 PM Morphological, Microscopic and Isotopic Studies
of Carbonate Pedofeatures: Current Problems
of Interpretation and Application In Biogeosciences. Irina V. Kovda*, Institute of Geography,
Lawrence P. Wilding, Dept of Soil and Crop Sci-
ences, Texas A&M Univ and Claudia I. Mora, Dept.
Of Earth And Planetary Sciences
2:05 PM Development of Clay Minerals in Terrestrial Soils
for the Mediterranean Portugal Related to Type
of Rock and Age of Soil Formation. Karl Stahr*1,
Mehdi Zarei1, Reinhold Jahn2 and Daniela Sauer1,
(1)Institute of Soil Science and Land Evaluation,
Univ of Hohenheim, (2)Institute of Soil Science and
Plant Nutrition, Martin Luther Univ
2:25 PM Post-fire Pedogenic Response: Wildfire Effects
on the Soil Environment in a 60-Year-Old Biosequence. Robert C. Graham*1, Louise M. EgertonWarburton2, Paul F. Hendrix3, Peter J. Shouse4, Jodi
L. Johnson-Maynard5, Sylvie A. Quideau6, Paul D.
Sternberg7, Jack A. Jobes4 and Joan M. Breiner7,
(1)Univ of California, (2)Chicago Botanic Garden,
(3)Institute of Ecology, (4)George E. Brown, Jr.
Salinity Laboratory, USDA-ARS, (5)Univ. of Idaho,
(6)Univ. of Alberta, (7)University of California
2:45 PM Effect of 1200 Years of Agricultural History on
Top-Soil Horizon Formation and Related Soil
Organic Carbon Storage in Hedgerows Network
Landscape. Stéphane Follain*1, Christian Walter2,
Dominique Marguerie3, Philippe Bonté4, Blandine
Lemercier 5, Gilles Dutin 5 and Irène Lefèvre 4,
(1)ISA-LILLE, (2)UMR SAS INRA Agrocampus
Rennes, (3)UMR 6566 CNRS-Univ. Rennes 1,
(4)UMR 1572 CEA-CNRS, (5)UMR SAS Agrocampus-Rennes/INRA
72-4
72-5
1:15 PM Bio-char Black Carbon) Stability and Stabilization in Soil. Johannes Lehmann*, Cornell Univ and
Saran Sohi, Rothamsted Research
1:45 PM Compositions of the Humic Acids in Amazonian
Anthropogenic Dark Earth Soils. Etelvino H.
Novotny*1, Michael H. Hayes2, Eduardo R. De
Azevedo3, Beata E. Madari4, Tony J. F. Cunha5 and
Tito J. Bonagamba3, (1)Univ of Limerick, (2)Univ
of Limerick, (3)IFSC–USP, (4)Embrapa Arroz e Feijão, (5)Embrapa Semi-Árido
2:05 PM The Rescue of an Old Indigenous Practice in the
Tropics—Using Charcoal to Improve Soil Quality. Wenceslau G. Teixeira*1, Gilvan C. Martins1,
Murilo R. Arruda1 and Christoph Steiner2, (1)Embrapa Amazônia Ocidental, (2)1 Institute of Soil
Science, Univ of Bayreuth
2:25 PM Microbial Activity as Soil Quality Indicator in
Annual and Perennial Plantations Treated with
Charcoal, Mineral- or Organic Fertilizer in a
Highly Weathered Amazonian Upland Soil.
Christoph Steiner*, 1 Institute of Soil Science, Univ
of Bayreuth, Wolfgang Zech, 1 Institute of Soil Science, Univ f Bayreuth and Wenceslau G. Teixeira,
Embrapa Amazonia Ocidental
2:45 PM New Dark Earth Experiment in the Tailândia
City–Pará-Brazil: the Dream of Wim Sombroek.
71
THURSDAY
SESSION NO. 72
SESSION NO. 72
Dirse C. Kern*1, José L. Cometti1, Maria de Lourdes P. Ruivo2, Francisco J. Frazão1, Tarcisio E. Rodrigues3, Marcondes L. Costa4, Jorge L. Piccinin1
and João B. Rocha5, (1)Museu Paraense Emílio
Goeldi, (2)MPEG, (3)Embrapa Amazônia Oriental,
(4)Universidade Federal do Pará, (5)Secretaria de
Educação e Cultura do Estado do Pará
73-9
1145b Development of Equilibrium-Based Adsorption
Modeling: Merging of Data with Theory. Cristian
P. Schulthess*, University of Connecticut
SESSION NO. 74
Soils Management and Mineral Exploration—Oral
SESSION NO. 73
2.2B Adsorption Processes in Soils—Basis for Ecological
Soil Functions—Theater I
Convenor: Joseph Pignatello, Connecticut Agricultural
Experiment
Presiding: Martin Gerzabek, University of Natural Resources
and Applied Life Sciences
73-1
73-2
73-3
73-4
73-5
73-6
73-7
73-8
72
945a Surface Complexes Modeled With AB Initio Calculations. James D. Kubicki*, The Pennsylvania
State University
945b EXAFS Study on the Binding of Iron in Organic
Soil Materials – Evidence for Dimeric Iron(III)
Complexes. Joris W.J. Van Schaik*1, Ingmar Persson1, Dan Berggren Kleja1 and Jon Petter Gustafsson2, (1)Swedish University of Agricultural Sciences (SLU), (2)KTH (Royal Inst. of Technology)
1044a Colloid Mobilization and Arsenic(III) Transport
in Soils: Effect of Ionic Strength. Hua Zhang*,
Department of Agronomy & Environmental Management, LSU Agcenter and H. M. Selim, Department of Agronomy and Environmental Management, LSU Agcenter
1045a Factors Affecting the Desorption of Arsenate by
Phosphate From Soil Components and Soils. A.
Violante*, G Krishnamurti, M Pucci and M. Pigna,
Università di Napoli- ITALY
1045b Iron (Hydr)oxide Transformation and Release of
Arsenic From Ferrihydrite and Tropical Soils
During Sulfate Reduction. Benjamin Kocar*, Yoko
Masue, Katharine Tufano, Samantha Ying, Matthew
Polizzotto, Thomas Borch and Scott Fendorf, Dept.
of Geological and Environmental Sciences, Stanford University
1144a Adsorption-Desorption Characteristics of Copper, Lead, and Cadmium at Contaminated Levels in Variable Charge Soils. Zhenli He*1, Shen
Yu2, Jinyan Yang3, Xiaoe Yang4, Haiping Xu4 and
Peter J. Stoffella5, (1)University of Florid, Institute
of Food and Agricultural Sciences, Indian River Research and Education Center, (2)Rutgers University, (3)University of Florida, (4)Zhejiang University,
(5)University of Florida, Institute of Food and agricultural Sciences, Indian River Research and Education Center
1144b Molybdenum Binding Mechanisms in Acid Soils.
Jon Petter Gustafsson*, KTH (Royal Inst. of Technology) and Ingmar Persson, Swedish University of
Agricultural Sciences (SLU)
1145a Competition Between Glyphosate and Phosphate
forAdsorption Sites on Soil Minerals. Anne Louise
Gimsing* and Ole K. Borggaard, Royal Veterinary
& Agricultural University
Convenor: Carolyn Olson, USDA-NRCS
Presiding: Robert Fitzpatrick, CSIRO, Land and Water
74-1
74-2
74-3
74-4
74-5
1:15 PM Soil Suitability Maps for Ground-Penetrating
Radar. James Doolittle*1, Fred Minzenmayer1,
Sharon Waltman2, Ellis Benham1, Wes Tuttle1 and
Steve Peaslee1, (1)USDA-NRCS-NSSC, (2)USDANRCS-NGDC
1:45 PM Using Gamma-Ray Spectroscopy in Mineralogical and Geochemical Soil-Regolith Investigations:
Australian Case Studies from Depositional and
Erosional Landscapes. John R. Wilford*, CRCLEME/Geosciences Australia, Mark Thomas, CRCLEME/CSIRO Land and Water/Univ of Adelaide
and Robert Fitzpatrick, CRC-LEME/CSIRO Land
and Water
2:05 PM Experience in Using the Remote Sensing Materials to Monitor the Long-Term Dynamics of Salinization in Irrigated Soils of the Golodnaya Steppe,
Uzbekistan. Dimitry I. Rukhovich* and Ekaterina
V. Vilchevskaya, V.V. Dokuchaev Soil Science Institute
2:25 PM Trace Element Distribution in the Soils of Peshawar-Pakistan Using GIS. Samina Siddiqui*,
Univ of Peshawar-Pakistan
2:45 PM Mapping Cation Exchange Capacity and Understanding Mineralogical Differences at the Field
Scale in the Lower Namoi Valley of Australia.
John Triantafilis*1, Kevin Lau1 and Sam Buchanan2,
(1)The Univ of New South Wales, (2)The Univ of
New South Wales
SESSION NO. 75
Enhancing Productivity and Sustainability—Theater
Convenors: Cynthia Grant, Agriculture & AgriFood
Canada; John Havlin, NCSU-Dept. of Soil Science
Presiding: Alan Schlegel, Southwest Res. Ext. Center
75-1
75-2
1357a Tillage and Fertilizer Effects in Sole Maize Cropping in a Degraded Nigerian Alfisol. Vincent O.
Aduramigba-Modupe*, Institute Of Agriculutral Research And Training, Obafemi Awolowo Univ and
Omololu J. Idowu, Department of Crop & Soil Sciences
1357b Evaluation of Kostiakov, Horton and Philip’s Infiltration Equations as Affected by Tillage and
Rotation Systems in a Clay-Loam Soil of Northwest Iran. Mohammad A. Hajabbasi*, Isfahan University of Technology
75-3
75-4
75-5
75-6
75-7
75-8
75-9
75-10
75-11
75-12
75-13
75-14
75-15
1455b Soil Constructions and Technologies for Stable
Effective Farming UnderArid Conditions. Andrey
V. Smagin*, Lomonosov Moscow State University,
Soil Sci. Dept and Nadejda B. Sadovnikova,
Lomonosov Moscow State University, Soil Sci.
Dept.
1456a Studies on the Effect of Insitu Soil Moisture Conservation Practices on the Productivity of Spanish Bunch Groundnut under Rainfed Farming
Situations. L okanath H. Malligawad*, Univ of
1456b Geostatistical Approach to Assess How Conservative Agriculture Affects Soil Water Content. Annamaria Castrignanò, CRA–Agronomic Research
Institute, Gabriele Buttafuoco*, cnr–Institute for
Agricultural and Forest Systems in the Mediterranean, Michele Pisante, University of Teramo and
A. Vittorio Vonella, CRA-Agronomic Research Institute
1457a Water Conservation and Use Efficiency in Dryland Vineyards of NE Spain: Impacts of New
Land Management Practices. Ildefonso Pla* Sr.,
Silvana Nacci, Francisco Fonseca and Xiomara
Abreu, Lleida University
1457b Assessing Biophysical Potential for Water Harvesting at National and Global Scale. Eddy F. De
Pauw*, Theib Oweis, Jawaad Youssef and Nseir
Bashar, ICARDA
1555a Crop Residue Levels Over a 12-yr Period of NoTilll Cropping Systems in a Semi-Arid Environment. Dwayne Westfall*1, C. Cantero-Martinez2,
Gary A. Peterson1 and Lucretia Sherrod3, (1)Colorado State University, (2)Departamento de Produccion Vegetal y Ciencia Forestal, (3)Great Plains Systems Unit
1555b Long-Term Impact of Bed Planting and Straw
Management on Physical and Chemical Soil Attributes. Bram Govaerts*1, Ken D. Sayre1, Adrian
Martinez 1 and Jozef Deckers 2 , (1)CIMMYT–
K.U.Leuven, (2)Catholic University of Leuven
1556a Benefits of Integrated Soil Fertility and Water
Management in semi-arid region. Robert B. Zougmoré*, Institute for Environment and Agricultural
Research (INERA), Abdoulaye Mando, IFDC and
Leo Stroosnijder, Wageningen University
1556b A Better Understanding on How Soils and Water
Interact to Influence N Responses. Ki-In Kim*,
David Clay, Gregg Carlson and Sharon Clay, South
Dakota State University
1557a Spatial Structure of NDVI Permits Large Reduction in Canopy Sensor Cost. Eugenia Pena-Yewtukhiw*1, Gregory J. Schwab2, Lloyd W. Murdock2
and O. Wendroth3, (1)West Virginia University,
(2)University of Kentucky, (3)Plant and Soil Science
Department
1557b Potassium Management Alternatives for Conservation-Till Soybean. Xinhua Yin*, Oregon State
University and Tony J. Vyn, Purdue University
1558a Effect of Applied Elemental Sulfur And SulfurOxidizing Bacteria (Parococcus versutus) Into
Calcareous Sandy Soils On The Availability Of
Native And Applied Phosphorus And Some Micronutrients. Abdou A. Soaud*, Soil Department,
Faculty of Agriculture, Cairo University
1558b Study of the Effects of Atrazin’s Antitranspiration
on Yield Four Varieties Potatoes in Adequate and
Limited Moisture Conditions. Alireza
Bahraminezhad* Sr., Azad Islamic University
Branch Zarand
75-16
75-17
1559a Assessment and Simulation of Water and Nitrogen Transfer Under Furrow Irrigation. Z.
Popova*, N.Poushkarov Institute of Soul Science
1559b Soil Fauna Ecology in Drylands of the Aral Sea
Basin. Christopher Martius*1, Ikrom Abdullaev2
and Luis Felipe Massucati1, (1)Center for Development Research (ZEF), (2)State University of Urgench
SESSION NO. 76
3.3B Nutrient Use Efficiency and Global Agriculture—Oral
Convenors: Achim Doberman, University of NebraskaLincoln; Paul Fixen, Potash & Phosphate Institute
Presiding: Fernando Garcia, PPI/PPIC Latin AmericaSouthern Cone
76-1
76-2
76-3
76-4
76-5
1:15 PM Nutrient Management for Global Food Security
and Environmental Protection. Kenneth G. Cassman*, Univ. of Nebraska Dept of Agronomy and
Horticulture
1:45 PM Innovations for Improving Productivity and Nutrient Use Efficiency—Maize Systems of North
America. Daniel Walters*1, Achim Dobermann1,
Tony Vyn2 and Sylvie Brouder3, (1)Department of
Agronomy and Horticulture, University of Nebraska-Lincoln, (2)Purdue University, (3) Purdue
Unversity
2:05 PM Innovations for Improving Productivity and Nutrient Use Efficiency in Cereal Systems of Asia.
Christian Witt*, SE Asia Program, PPI/PPIC and
IPI, Roland Buresh, International Rice Research Institute (IRRI), Achim Dobermann, Dept of Agronomy and Horticulture, Univ of Nebraska-Lincoln, JiYun Jin, Potash & Phosphate Institute/Potash &
Phosphate Institute of Canada, Beijing Office and
J.K. Ladha, International Rice Research Institute
2:25 PM Innovations For Increasing Productivity Through
Improved Nutrient Use in Africa. Marco C.S.
Wopereis*1, Kenneth E. Giller2, Arno Maatman3,
Bernard Vanlauwe4, Abdoulaye Mando3 and André
Bationo4, (1)Cirad, (2)Production Systems, Department of Plant Sciences, Wageningen University,
(3)IFDC, (4)Tropical Soil Biology and Fertility Institute of CIAT
2:45 PM Innovations for Improving Productivity and Nutrient Use Efficiency: No-Till Grain Cropping
Systems of South America. Martin Diaz-Zorita*,
CONICET-FAUBA and Nitragin Argentina, Telmo
Amado, Soil Departament, Alejandro Morón, Instituto Nacional de Investigación Agropecuaria and
Fernando Garcia, PPI-PPIC Southern Cone
73
THURSDAY
SESSION NO. 76
SESSION NO. 77
SESSION NO. 77
78-7
Assessment—Oral
Convenor: Brenda Buck, Dept Geosciences, UNLV
Presiding: Geoff Humphreys, Macquarie University
77-1
77-2
77-3
77-4
77-5
3:30 PM Fully Recovered: Can past Site Disturbance Be
Determined from Soil Features?. Geoff S.
Humphreys*, Dept of Physical Geography
4:00 PM The Effect of Past Waste Disposal on Urban Soils
in Long Established Scottish Towns. Kirsty A.
Golding* and Donald Davidson, Univ of Stirling
4:20 PM Urban Soils of Floodplains in the City of Moscow.
Sergey Shoba*1, Tatiana Prokofieva2 and Olga
Kruglova2, (1)Moscow State Univ., Soil Science
Dept., (2)Moscow State Univ, Soil Science Dept.
4:40 PM Luminescence and Carbon Dating of Fimic Horizons and Drift-sand Deposits in Cultivated Sandy
Landscapes (SE Netherlands). J. M. Van Mourik*,
Univ of Amsterdam
5:00 PM Chemical Signatures of Land Use History. Daniel
Markewitz*, The Univ of Georgia and Daniel D.
Richter Jr., Duke Univ
78-8
78-9
78-10
78-11
78-12
78-13
SESSION NO. 78
162a Climate-Induced Pedogenic Variations Affecting
Soil Fertility and Erodibility in an Andean AgroEcosystem. Franz Zehetner*, Institute of Soil Research, University of Natural Resources and Applied Life Sciences (BOKU) and William P. Miller,
University of Georgia
162b Time-Scales and Ecological Significance of Pedogenic Processes. Victor O. Targulian*, Institute of
Geography, RAS and Pavel V. Krasilnikov, Institute of Biology KarRC RAS
163a Pedological Investigation of the Lyukas Kurgan,
Hungary. Attila Barczi1, Katalin Joo1 and Csaba
Centeri*2, (1)Szent Istvan University, Dept. of Landscape Ecology, (2)Szent Istvan University, Dept. of
Nature Conservation
163b Lateral Differentiation of Albeluvisols under the
Impact of Subsurface Drainage. David Montagne*1, Sophie Cornu1, Olivier Josière1, Isabelle
Cousin1 and Lydie Le Forestier2, (1)INRA d’Orléans–Unite de recherche en Science du sol, (2)ISTO
(UMR 6113)
164a Fifty Years of Prescribed Fires Slow Podzolization
and Increase Phosphorus Availability in a Spodosol (Podzol) in Florida, USA. Ralph J. DiCosty*,
Mac A. Callaham Jr. and John A. Stanturf, USDA
Forest Service
164b Quantitative Assessment of Soil Forming
Processes Rate in Soil Succession Chronosequences. Ivan I. Vasenev*, Russian State Agricultural University–MTAA, Ecology Department
264b Diagnostic Role of Microrelief in Studying the
Agrogenic Transformation and Sustainability of
the Soil Cover. Natalia P. Sorokina* and Inna V.
Kuznetsova, V.V. Dokuchaev Soil Science Institute
Human-Induced Pedogenic Processes—Theater
Convenors: Angel Faz Cano, Univ. Politecnica, Paseo
Alfonso XIII; John Galbraith, Dept. of Crop & Soil Env. Sci.
Presiding: Gan-Lin Zhang, Chinese Academy of Soil Science
78-1
78-2
78-3
78-4
78-5
78-6
74
159a Changes of Variability, Probability Distributions
and Statistical Entropy of Soil Properties under
Anthropogenic Formation. Irina V. Mikheeva*,
Institute of Soil Science and Agrochemistry of Siberian Branch of Russian Academy of Sciences
159b Short-term Soil Formation in an Abandoned
Sand Borrow Pit, Georgia, USA. Eric C. Brevik*,
Valdosta State University
160a Anthropogenic calcified paddy soils in subtropical China. Zi-Tong Gong* and Gan-Lin Zhang, Institute of Soil Science, Chinese Academy of Sciences
160b Anthropogenic Soil Changes of Different Time
Scales : A Pedological Approach. Gan-Lin Zhang*
and Zi-Tong Gong, Institute of Soil Science, Chinese
Academy of Sciences
161a Holocene Soil and Landscape Dynamics Reconstructed by Sediment Analysis in the French Alps.
Brice Mourier*1, Jérome Poulenard1, Aurélie Genries2, Christopher Carcaillet2, Pierre Faivre1 and
David Williamson3, (1)University of Savoie (CARRTEL Laboratory), (2)Centre de Bio-Archéologie et
d’Ecologie, (3)Centre Européen de Recherche et
d’Enseignement des Géosciences de l’Environnement
161b Modeling of Sea-Level Rise and Deforestation in
Submerging Coastal Ultisols. Ahmed Hussein*,
Private Soil/Wetland Consultant
SESSION NO. 79
2.2B Adsorption Processes in Soils—Basis for Ecological
Soil Functions—Oral
Experiment
Presiding: Martin H. Gerzabek, Institute for Soil Research,
University of Natural Resources and Applied Life Sciences
79-1
79-2
79-3
3:30 PM Understanding the chemistry of crystalline polymethylenic carbon in soils as sinks for hydrophobic contaminants.. Patrick G. Hatcher* and Ashish
Deshmukh, The Ohio State University
4:00 PM Sorption Equilibrium of 190 Organic Vapors in
Soil Organic Matter as a Function of Temperature and Humidity: Experiments and Modelling.
Christian Niederer*, Kai-Uwe Goss and René P.
Schwarzenbach, Swiss Federal Institute of Technology ETH
4:20 PM Fate of prions in soil : Insight to the interaction
of prion proteins with soil surfaces and consequences for their dissemination in the environment. H. Quiquampoix*1, S. Noinville2, P. Rigou3,
E.N. Vasina 4 , M. Revault 2 , J. Abadie 1 , C. Le
Guernevé1, Y. Quenet3, H. Rezaei3, P. Déjardin4, S.
Staunton1 and J. Grosclaude3, (1)INRA-ENSAM,
(2)CNRS-Université Paris 6, (3)INRA, (4)CNRSENSCM-Université Montpellier 2
79-4
79-5
4:40 PM Revising the paradigm for cation exchange selectivity of smectites. Brian J. Teppen*1, Vaneet Aggarwal1 and David M. Miller2, (1)Michigan State University, (2)University of Arkansas
5:00 PM Desorption of Heavy Metals from Kaolinite.
Prashant Srivastava*1, Balwant Singh2 and Markus
Gräfe2, (1)Faculty of Agriculture, Food and Natural
Resources, The University of Sydney, Australia,
(2)The University of Sydney
81-4
81-5
SESSION NO. 80
2.3P New Strategies for Management of Plant Pathogenic
Soil Microorganisms–Natural Soil Suppression or
Genetically Modified Plants—Theater
Convenors: K. Inubushi, Chiba University; Brian
McSpadden Gardner, The Ohio State University-OARDC
Presiding: Stephen Neate, North Dakota State University
80-1
80-2
80-3
80-4
858a Biological Amendments and Crop Rotations for
Managing Soil Microbial Communities and Soilborne Diseases of Potato. Robert P. Larkin*,
USDA-ARS, New England Plant, Soil, and Water
Lab
859a Frontiers of Plant Pathogenic Soil Microbiology
in Japan—Toward Biological Control of Soilborne Diseases -. Mitsuro Hyakumachi1, Mayumi
Kubota1 and Kazuyuki Inubushi*2, (1)Faculty of
Applied Biological Sciences, Gifu University,
(2)Chiba University
860a Rhizoctonia Control through Management of
Disease Suppressive Activity in Soils. David K.
Roget, CSIRO Sustainable Ecosystems and Gupta
V.S.R. Vadakattu*, CSIRO Entomology
860b Identifying Microorganisms Involved in Suppressing the Plant-Parasitic Nematode Heterodera schachtii: Finding the Needles in the
Haystack. James Borneman*, Ole Becker, Rabiu
Olatinwo and Bei Yin, University of California
Panaullah*1, T. Alam1, J.M. Duxbury2, R.H. Loeppert 3 , C. A. Meisner 4 , J.G. Lauren 2 and S.R.
Waddington1, (1)CIMMYT Office in Bangladesh,
(2)Cornell University, (3)Texas A & M University,
(4)IFDC
4:40 PM Can Broccoli Tolerate Higher Concentrations of
Boron under Saline Conditions?. Stephen Grattan*1, Catherine Grieve2, Timothy E. Smith1, Andre
Lauchli 1, James A. Poss 2 and Donald Suarez 2,
(1)University of California, Davis, (2)US Salinity
Laboratory
5:00 PM Improving Water and Nitrogen Use Efficiency in
Potato Production in Sandy Soil Using Surfactant. Birl Lowery*, Phillip E. Speth and Keith A.
Kelling, Department of Soil Science, University of
Wisconsin-Madison
SESSION NO. 82
Consequences for Environmental Functions—Oral
Convenors: Stephen Nortcliff, Univ. of Reading–Soil Science
Dep; Charles Rice, Dept. of Agronomy, KSU
Presiding: Claire Chenu, INAPG, UMR Bioemco
82-1
82-2
82-3
82-4
82-5
SESSION NO. 81
3:30 PM Selecting and Using SOM Fractions to Assess Soil
Function. Michelle Wander*, University of Illinois
4:00 PM Depth Distribution of Soil Organic Matter and its
Consequences on Soil Properties and Crop Productivity. Alan Franzluebbers*, USDA-ARS
4:20 PM Influence of Organic Matter on the Estimation of
Saturated Hydraulic Conductivity. Attila Nemes*,
University of California Riverside, Walter J. Rawls,
USDA-ARS Hydrology and Remote Sensing Laboratory and Yakov A. Pachepsky, USDA/ARS/
BA/ANRI/ESML
4:40 PM Land-use change and soil fertility: a New Zealand
perspective. Leo M. Condron*, Lincoln University
5:00 PM Managing soil macrofauna for better soil structure and enhanced water and nutrient use efficiencies in agro-ecosystems. Lijbert Brussaard*,
Wageningen University and Research Centre, Dept.
Soil Quality, Mirjam Pulleman, CIMMYT, Abdoulaye Mando, IFDC, Elisée Ouédraogo, Albert
Schweitzer Centre for Ecology (CEAS) and Johan
W. Six, Department of Plant Sciences
3.2C Water Use Challenges for the Future—Oral
Convenor: Gerd Wessolek, Institu fur Okologie
Presiding: Donald Suarez, US Salinity Lab., USDA-ARS
81-1
81-2
81-3
3:30 PM Utilization of Brackish Saline Water in North
Africa. Gilani Mhimed Abdelgawad*, ACSAD
4:00 PM Agricultural Uses of Sewage Sludge and Water
and their Impact on Soil Water and Environmental Health in Haryana, India. S. K. Dubey*1, R.K.
Yadav 2, P.K. Joshi 3, R.K. Chaturvedi 3, Barkha
Goyel3, Rashmi Yadav3 and P.S. Minhas3, (1)Water
Technology Centre, (2)National Buerou of Soil Survey and Land Use Planning, (3)Central Soil Salinity Research Institute
4:20 PM Arsenic in Soil and Its Effect on the Growth of
Rice at a High-Arsenic Site in Bangladesh. G.M.
SESSION NO. 83
—Theater
Convenors: Hariharan Eswaran, USDA-NRCS; Rattan Lal,
School of Nat. Res., OH State Univ.
Presiding: Bal Singh, Dep.- Plant and Environmental Sci.
83-1
3103a Spectral Classification of Soil Degradation in
Tropical Watersheds: Case Study in Kenya and
Rwanda. Athanase Mukuralinda1, Thine Omuto2,
75
THURSDAY
SESSION NO. 83
SESSION NO. 83
83-2
3103b
83-3
3104a
83-4
3104b
83-5
3105a
83-6
3106a
83-7
3106b
83-8
3107a
83-9
3107b
83-10
3205a
83-11
3205b
83-12
3206a
83-13
3206b
83-14
3207a
83-15
3207b
Louis Verchout*3 and keith shepherd3, (1)ISAR,
(2)University of Nairobi, (3)World Agroforestry
Center
The Application of Pulp Industry Sludge to Two
Degraded Soils of the IX Region and Its Impact
to Some Physical Properties of the Soil. Felipe O.
Gallardo*, Universidad de La Frontera
Influence of Nutrient Rich Organic Wastes Application to Degraded Land on Soil Properties and
Establishment of Forest Tree Species. Reddy, G.V.
Prabhakara*, Srinivasamurty, C.A., Nagaraja, M.S.
and Vasanthi B.G., Dept. of Soil Science
Manure: Healer of the Land. Jessica G. Davis*,
Propagation of Steppes and Desertification as
Recorded in Soils of the Forest-Steppe Zone of
Mongolia. Irina A. Yamnova*, Dokuchaev Soil Science Institute and Petr D. Gunin, A.N. Severtsov Institute of Ecology and Evolution
Modern Shoreline Changes along the Nile Delta
Coast as an Impact of Construction of the Aswan
High Dam. Magdy M. Torab*, Alexandria University, and Mohamed Azab, University of Zagazig
Ecology, Culture, and Nature’s Distressed Equilibrium—Desertification in the Gulf Cooperation Council (GCC) States of the Arabian Peninsula. Andrea Spiess*, University of Hamburg
Soil Desertification in the Ily River Delta.
Vladimir M. Starodubtsev*, National Agricultural
University
Changes in Soil Surface Properties Under Acidification and Alkalization. Grzegorz Jozefaciuk*,
Institute of Agrophysics
Does Land Use or Climate Dominate Landscape
Transformation? A Re-Examination of Historic
Landscape Development in the Decapolis Region
(Northern Jordan). Bernhard Lucke*1, Michael
Schmidt1, Rupert Baeumler2 and Ziad Al-Saad3,
(1)Brandenburg University of Technology Cottbus,
(2)Friedrich-Alexander University Erlangen-Nuernberg, (3)Yarmouk University
Permanent Vegetation Establishment on a Former Slag Disposal Pile in Pittsburgh, Pennsylvania, USA. David Cremeens*1, Jeffery A. Parobek1,
Charles Miller2 and Sally Flinn3, (1)GAI Consultants, Inc., (2)Urban Redevelopment Authority of
Pittsburgh, (3)Summerset Land Development Associates
Effect of Paper Mill Effluent’S Irrigation on Soil
and Plants Health – a Case Study. Ram Phal Narwal*, Anoop Singh and S.S. Dahiya, Department of
Soil Science
Environmental and Soil Degradation in Farsala
Catchment Area. Telemachus Lelentjis* Sr., NAGREF–Institute for Soil Classification and Mapping and Christos GianakopoulosI Sr., National Observatory of Athens–IERSD
Effect of Dust from Magnesite Calcination on
Soil Physical and Chemical Properties. Wang Qiubing*, Wang Jingkuan, Zhang Xinyu, Li Jun, Chen
Xinzhi and Zhang Yulong, Land and Environment
College,Shenyang Agricultural University
Effects of Road Construction on Soil Degradation
in Mountainous Area, West of China. Xu Pei*, Institute of Mountain Hazards and Environment, Chinese Academy of Sciences, Chengdu
Friday, 14 July 2006
SESSION NO. 84
1.0WB Wetlands: Science and Management—Oral
Convenor: Michael Vepraskas, Dept. of Soil Science,
PO Box 7619
Presiding: K. Ramesh Reddy, Univ. of Florida, Soil and
Water Science Dept.
84-1 8:00 AM Interactions of Soils and Hydrology in Wetland
Management. Richard Lowrance*1, George Vellidis2 and Randy Williams1, (1)USDA-ARS, (2)University of Georgia
84-2 8:35 AM Understanding Soil Processes: The Next Frontier of Wetland Restoration. Curtis Richardson1,
Ariana Sutton-Grier*1 and Greg Bruland2, (1)Duke
University Nicholas School of the Environment,
(2)University of Florida Soil Science Department
84-3 9:10 AM Coupled Biogeochemical Cycles in Wetlands. K.
Ramesh Reddy* and Patrick W Inglett, Univ. of
Florida, Soil and Water Science Dept.
SESSION NO. 85
1.3A New Frontiers in Soil Genesis—Theater
Convenor: Janis Boettinger, Utah State University
Presiding: Ahmet Mermut, Department of Soil Science
85-1
85-2
85-3
85-4
85-5
85-6
76
353a Digital Soil Mapping: Successes, Challenges, and
Future Perspectives: The SoLIM Experience. A.Xing Zhu*, State Key Laboratory of Resources and
Environmental Information Systems,Institute of Geographical Sciences and Natural Resources, James
E. Burt, University of Wisconsin-Madison, Jon
Hempel, USDA-NRCS-National Geospatial Development Center and Kenneth Lubich, NRCS
353b Modelling Soil Profile Evolution Considering
Physical and Chemical Weathering, and Incorporating Bioturbation Processes. Budiman Minasny* 1, Sebastien Salvador-Blanes 2 and Alex
McBratney1, (1)The University of Sydney, (2)Laboratoire GeEAC
354a Modeling of Past and Now a Say Pedogenesis:
Distinction between Long and Short Time Scale.
Anatja Samouëlian*, Sophie Cornu and Guy
Richard, Unité de recherche en science du sol, INRA
Orléans
354b Drainage Ditch Phosphorus: Vertical, Lateral,
and Temporal Dynamics. Robert Vaughan*1, David
Ruppert2, Brian Needelman1, Peter Kleinman3, Martin Rabenhorst1 and Arthur L. Allen4, (1)University
of Maryland, (2)Univeristy of Maryland, College
Park, (3)USDA Agricultural Research Service,
(4)University of Maryland Eastern Shore
355a DTM as a Tool for Correction of Alluvial Soils Delineation on Middle- and Small-Scale Maps. Vit
Penizek, Lubos Boruvka and Josef Kozak*, Czech
Univerzity of Agriculture in Prague
355b Secondary Mineral Formation in Cool, Dry Andisols of the Eastern Snake River Plain, USA.
SESSION NO. 88
356a
85-8
356b
85-9
454a
85-10
454b
85-11
455a
85-12
455b
85-13
456a
85-14
456b
85-15
457a
85-16
457b
SESSION NO. 86
Bioavailability in Soils—Oral
Convenors: Kathleen Smith, US Geological Survey; James
Ranville, Colorado School of Mines
Presiding: Ladonna Choate, U.S. Geological Survey
86-1 8:00 AM Predicting Toxicity of Metals in Soil – The Terrestrial Biotic Ligand Model (TBLM). Herbert
Allen*1, Sagar Thakali1, Alexander Ponizovsky2,
Dominic Di Toro2, Corinne Rooney3, Fangjie Zhao3
and Steve McGrath3, (1)Department of Civil and
Environmental Engineering, (2)University of
Delaware, (3)Rothamsted Research
86-2 8:35 AM Heavy Metal Bioavailability Detection in Soils
and Sediments by the BIOMET-Biosensor. Ludo
Diels* and Karolien Vanbroekhoven, Flemish Institute for Technological Research
86-3 9:10 AM Developing New Strategies and Methods to Investigate the Relationship between Soils and Human
Health. Martin A. Schoonen*, Sanford Simon,
Corey Cohn and Elizabeth Roemer, Stony Brook
University
SESSION NO. 87
3.0W Sustainable Soils and Life on Land—Oral
Convenor: Eldridge Moores, University of California
Presiding: P. Patrick Leahy, U.S. Geological Survey
87-1 8:00 AM A Paradigm for Soil Resilience. Jennifer W.
Harden*, U.S. Geological Survey
87-2 8:35 AM Sustaining Soils for the Future: The Impacts of
Humans and Climate on Soil Erodibility and
What to Do about It. Jayne Belnap*, USGS
87-3 9:10 AM Geology, Agriculture and Sustainability. Ward
Chesworth*, Department of Land Resource Science
SESSION NO. 88
4.0W Soils and Human Health—Oral
Convenors: Emmanuel Frossard, Inst.-Plt. Sci., ETHZ;
Joseph Bunnell, U.S. Geological Survey
Presiding: Eiliv Steinnes, Norwegian University of Science
and Technology
88-1 8:00 AM Science for Health and Well Being. Dov Jaron*,
Drexel University
88-2 8:35 AM From Aspergillus to Timbuktu: African Dust,
Coral Reefs and Human Health. Virginia H. Garrison*, U.S. Geological Survey
88-3 9:10 AM Soils and Geomedicine. Eiliv Steinnes*, Department of Chemistry, Norwegian University of Science
and Technology
77
FRIDAY
85-7
Karen Castenson*1, Paul McDaniel1 and David
Hoover2, (1)University of Idaho, (2)Natural Resources Conservation Service
Properties of Red Oxisols on Basalt in Thailand.
Saowanuch Tawornpruek*1, Irb Kheoruenromne1,
Anchalee Suddhiprakarn2 and Robert J. Gilkes3,
(1)Department of Soil Science, Faculty of Agriculture, Kasetsart University, (2)Agriculture Faculty,
Soil Science Department, Kasetsart University,
(3)School of Earth and Geographical Sciences, The
University of Western Australia
Characteristics, Pedogenesis and Classification of
Podzolic Soils in Tai-Ping Mountain of Taiwan.
Sen-Po Wu and Zueng-Sang Chen*, Department of
Agricultural Chemistry, National Taiwan University
Pedogenesis of the Serpentinitic Soils along a
Toposequence in Eastern Taiwan. Zeng-Yei
Hseu*, Department of Environmental Science and
Engineering, National Pingtung University of Science and Technology
Soil Chronosequences in the Veneto Plain. I.
Vinci*1, A. Garlato1, P. Mozzi2 and F. Ragazzi1,
(1)ARPAV – Environmental Protection Regional
Agency, (2)Univeristy of Padua
Soil Organic Carbon Dynamics in a Forested Debris-Flow Chronosequence in Southern California. J.K. Turk*, University of California–Riverside
and Robert Graham, University of California, Riverside
Quantifying the Biogeochemical Function of the
Subaqueous Soils in the Environment. Thomas J.
Saunders* and Mary Collins, University of Florida
Soil Organic Matter Sequestration as a Function
of Land Use and Soil Genesis. Michael Kaiser*,
Michael Sommer and Ruth Ellerbrock, Leibniz-Centre for Agricultural Landscape Research (ZALF) e.
V. Müncheberg; Institute of Soil Landscape Research
Spatial Variation of Chemical Properties as Affected by Soil Erosion on Hillslopes and Terraces
of Hilly Areas of Sichuan, China. Shijun Ni1, Jianhui Zhang*2, Xianghao Zhong3 and Shuzhen Liu3,
(1)Chengdu University of Technology, (2)Institute of
Mountain Hazards & Environment, Chinese Academy of Sciences, (3)Institute of Mountain Hazards
and Environment, Chinese Academy of Sciences
Fluorine and Some Associated Elements in Termite Mounds from the Endemic Fluorosis Region of Talupula, Ananatapur District, Andhra
Pradesh, India. A. Nagaraju, S V University and A.
Swathi*, Sree Vidyaniketan Engg. College (JNT
University)
Photopedogenesis- New Chapter in Soil Science.
BIPIN BIHARI MISHRA*, Soil Survey & Land
Use Planning Centre, Heluf Gebrekidan, Alemaya
University, Ethiopia and Sheleme Beyene, Debub
University
SESSION NO. 88
SESSION NO. 89
4.1PA Soils and Natural Hazards (Knowledge,
Assessment and Mitigation)—Theater
Systems for Soil Resources—Theater
Convenor: John Menzies, Earth Sciences
Presiding: Pascal Boivin, IRD
89-1
89-2
89-3
89-4
89-5
89-6
89-7
89-8
89-9
89-10
89-11
89-12
78
SESSION NO. 90
1764a Scaling the Aggregate Breakdown Dynamics
under Water-Saturated Conditions to Evaluate
Landslide Hazard in NW Alps Pedo-Environments. Ermanno Zanini*, Angelo Caimi, Elisa
Oberto and Michele Freppaz, DIVAPRA Chimica
Agraria, University of Turin
1764b The Effects of Tree’s Root Density on Shear
Strength of Soil by using Large Scale Shear Tests.
Reza Shahalipour*, ZPA
1765a Ephemeral Gully Development and Head-Cut
Migration Induced by Subsurface Flow. G.V. Wilson*, R.F. Cullum, M.J.M. Romkens and A. Simon,
USDA-ARS National Sedimentation Laboratory
1765b Heavy Metals Toxicity in Soils and Crops in LowLying Land of Hooghly River Basin in India. S.
K. Patra* and S. S. Das, Bidhan Chandra Krishi
Viswavidyalaya
1864a Calcaric Regosols Ability of Nitrous Oxide Release and Sink–Model Experiment. Jan Glinski*,
Teresa Wodarczyk, Magorzata Brzezinska and Pawe
Szarlip, Institute of Agrophysics PAS
1864b Heavy Metal Contamination after Solid Waste
Disposal on a Tropical Reclaimed Soil in Engenheiro Caldas (MG), Brazil. Meubles Borges
Júnior*1, Virginia H. B. Lima2, Miriam A. Albuquerque 2 and Guilherme K. Donagemma 3 ,
(1)UNEC, (2)Centro Universitário Caratinga,
(3)EMBRAPA
1865a Effects of Imidazolinone Herbicides on Microbial
Activities in the Humid Tropical Soils. Olanrewaju S. Bello*1, Ezekiel. A Akinrinde2 and Marian
.G Solomon1, (1)Department of Soil Science,University of Calabar., (2)Department of Agronomy,University of Ibadan
1865b Nitrate Leaching and Deep-Soil Distribution in
Japanese Andisols following 10-Year Applications of Pig Compost or Synthetic Fertilizer. Morihiro Maeda* and Takeshi Ota, National Agricultural
Research Center
1964a Reducing Cadmium Phytoextractability by Coal
Bottom Ash. Chang Oh Hong, Pil Joo Kim*, Hong
Hee Chang and Chan Yu, Division of applied Life
Science, Gyeongsang University
1964b Risk of Zinc and Lead Transfer in a Roadside
Soil. Beatrice Bechet*, Laboratoire Central des Ponts
et Chaussees–Centre de Nantes and Khalil Hanna,
Laboratoire de chimie physique et microbiologie
pour l’environnement
1965a Multi-Field Assessment of Riparian Buffer Effectiveness in Mitigating Soil Phosphorus Losses. C.
Ryan Bond*1, Rory Maguire2, John Havlin1 and
David A. Crouse1, (1)North Carolina State University, (2)North Carolina State University, Department
of Soil Science
1965b Land Use and Degradation in Po-yang Lake Region, China. Hai-sheng Cai* and De-hai Zhu, College of Information and Electrical Engineering,
China Agricultural University
Convenor: Robert Ahrens, USDA/NRCS,Federal
Bldg.,Rm.152
Presiding: Erika Micheli, Szent Istvan University
90-1
90-2
90-3
90-4
90-5
90-6
90-7
90-8
90-9
90-10
90-11
3110a Critical Evaluation of Diagnostic Criteria for
Gleyic Properties in the World Reference Base.
Cornelius W. Van Huyssteen*, University of the
Free State
3111a Rendzinas: a Soil Group with Primitive Original
Attributes?. Jorge E. Gama Castro*, Instituto de Geología, Universidad Nacional Autónoma de México
3111b Formation, Properties and Distribution of Singular Deep-Ploughed Soils of Central Europe and
Recommendations for WRB. Luise Giani*, Institute of Biology and Environmental Science and
Hans-Peter Blume, University of Kiel
3112a Global Distribution of World Reference Base
Soils in Relation to Key Soil Forming Factors.
Jonathan M. Gray*, NSW Department of Natural
Resources, Geoff S. Humphreys, Department of
Physical Geography and Jozef Deckers, Catholic
University of Leuven
3112b Classification of Podzols in 1998 and 2006 Editions of World Reference Base Soil Classification
Systems from the Polish Point of View. Renata
Bednarek, Przemyslaw Charzynski* and Aleksandra
Kwiatkowska, Nicolaus Copernicus University, Institute of Geography
3210a WRB and Large Scale Soil Inventory – Possibilities and Limitations. Aldis Karklins*, Latvia University of Agriculture
3210b Topsoil Characterization and Classifications:
New Developments and Chances for Links to
WRB. Gabriele Broll*1, Hans-Joerg Brauckmann1,
Mark Overesch1, Claudia Erber2, Gerhard Milbert3,
Denis Baize4 and Freddy Nachtergaele5, (1)University of Vechta, (2)SEPA Scottish Environmental Protection Agency, (3)Geological Survey of NorthrhineWestphalia, (4)INRA, (5)FAO
3211a Classification of Anthropogenic Soils in WRB.
Alan Kosse*, Bureau of Indian Affairs
3211b Grouping and Naming Soils in the South African
Classification. Martin V. Fey*, Department of Soil
Science, University of Stellenbosch
3212a The Application of Wrb Classification and Correlation System to Regional Soil Mapping: Flexibility and Constraints in the 1:250,000 Italian
Soil Map Experience. Rosario Napoli* and Edoardo
A.C. Costantini, CRA Experimental Institute for
Soil Study and Conservation
3212b The Introduction of the Stagnosol Group in
WRB: Classification of Soils with Stagnic Properties in Vestfold County, Norway. Age Nyborg*,
Eivind Solbakken, Ragnhild Sperstad and Kjetil
Fadnes, Norwegian Inst.-Land Inventory
SESSION NO. 93
SESSION NO. 92
1.0PA Multiscale Mapping of Soil Properties for
Environmental Studies, Agriculture, and DecisionMaking—Theater
Archaeology—Oral
Convenors: Claudia Oleshko, Universidad Nacional
Autónoma de México (UNAM); Kevin McInnes, Texas A&M
University
Presiding: Ana Tarquis, Ciudad Universitaria
92-1 10:15 AM The Micromorphological Record of Daily Life
and Exceptional Situations in Archaeological Sequences: Tell Dj’adé (Syria), Song Terus Cave
(Java, Indonesia) and Moche (Peru). Marie-Agnes
Courty*, CNRS
92-2 10:45 AM Microorganization in Soils: It’s Relevance to Soil
Science and Other Disciplines. Joselito M. Arocena*, Univ. N. British Columbia and Selim Kapur,
Univ. of Cukurova
92-3 11:05 AM Cs-137 and Salt Mineralogy in the Black Butte
Soil Series, Virgin River Floodplain, NV, USA.
Janice L. Morton*1, Brenda Buck1 and Douglas
Merkler2, (1)University of Nevada, Las Vegas,
(2)USDA NCRS
92-4 11:25 AM Micromorphology Used in Search of Understanding Production Technologies of Historical Turkish Ceramics. Ahmet Ruhi Mermut*, Univeristy of
Saskatchewan
92-5 11:45 AM Implications of Soils in Archaeological Contexts
along the Mediterranean Coast, Israel for Paleoenvironments and Basic Pedology. Alexander
Tsatskin*, Zinman Institute of Archaeology University of Haifa
91-1
91-2
91-3
91-4
91-5
91-6
91-7
91-8
91-9
91-10
117a Chemical and Physical Degradation of Natural
Soils in Northwestern Europe: Results of LargeScale Regional Studies. Galina Kashulina 1 ,
Clemens Reimann* 2 , Reijo Salminen 3 , Victor
Chekushin4 and Igor Bogatyrev4, (1)Polar Alpine
Botanical Garden Institute KSC RAS, (2)Geological Survey of Norway, (3)Geological Survey of Finland, (4)State Company Mineral
117b Georeferenced System of Soil Quality Indicators
for the Eastern Plains of Colombia. Yolanda Rubiano*, Centro Internacional de Agricultura Tropical CIAT
118a Geostatistical Modeling of Soil Environmental
parametries. Nguyen Chi Quang*, National Economic University
118b The Dusty Trail to Digital Soil Survey in California. David W. Howell* and David W. Smith, USDA
119a Standardized Variograms from Aerial Photographs for Kriging Soil Data. Ruth Kerry*, Department of Geography, Brigham Young University
and Margaret A. Oliver, Department of Soil Science, Reading University
119b Copper Distribution in Agricultural Topsoils in
the Northeast of Spain. Multivariate Geoestatistical Methods to Identify Spatial Variations. Jose
Antonio Rodriguez martin* Sr.1, Jose Manuel Grau
Corbi Sr.1 and Manuel Lopez Arias Sr.2, (1)CIFOR
INIA, (2)INIA
218a An AHPApproach to Determining the Weights of
Environmental Factors in Knowledge-Based Automatic Soil Mapping. Xun Shi*, Geography Department, Dartmouth College
219a A Neural Network Model to Map Spatial Variability of Field Capacity. Marcos Bacis Ceddia*1,
Carlos Alberto Alves Varella1, Sidney Vieira2 and
Francisco de Assis de Carvalho Pinto3, (1)UFRRJ,
(2)Instituto Agronômico, (3)UFV
219b Spatial and Temporal Monitoring of Water Flow
Using 2d Electrical Resistivity Tomography in a
Cultivated Soil : A Decimeter Scale Study. Didier
Michot*, UMR «Sol, Agronomie, Spatialisation»,
Agrocampus–INRA
318b Assessment of Soil and Water Resources in the
South Nile Valley, Egypt, Using Multi Sensors
and Multi-Date Space Imageries. Abd-Alaa Gad
Abda-Alla Gad*, National Authority for Remote
Sensing and Space Sciences (NARSS) and Rafa Ramadan Ali, Soils and Water Use Department,National Research Centre,Cairo,Egypt.
Convenor: Alexander Tstskin, University of Haifa
Presiding: Selim Kapur, University of Cukurova
SESSION NO. 93
Bioavailability in Soils—Theater
Convenors: James Ranville, Colorado School of Mines;
Kathleen Smith, US Geological Survey
Presiding: Ladonna Choate, U.S. Geological Survey
93-1
93-2
93-3
93-4
562a Accumulation of Metals at the Soil-Root Interface: A Thermal Study. Tanja Mimmo*, Claudio
Marzadori, Daniela Montecchio and Carlo Gessa,
Department of Agroenvironmental Sciences and
Technologies, Alma Mater Studiorum – University
of Bologna
563a Measurement of Indigenous Levels of Cation Activities in Soil Solutions by Donnan Membrane
Equilibrium and Atomic Absorption Analysis.
Philip Helmke*1, Jordan Lampert1, Abdul Kadir
Salam2 and Yan Li1, (1)University of Wisconsin,
(2)University of Lampung
563b Fourier Transform Infrared and Raman Spectroscopy of Ca-Pectates. Tanja Mimmo*1, Santiago
Sanchez-Cortes2, Claudio Marzadori1 and Carlo
Gessa1, (1)Department of Agroenvironmental Sciences and Technologies, Alma Mater Studiorum –
University of Bologna, (2)Instituto de Estructura de
la Materia, CSIC
564a Sulfate Adsorption at the Fe-(hydr)oxide-H2O
Interface: Comparing Results from Hybrid
MO/DFT Cluster and Periodic ab initio DFT Cal-
79
FRIDAY
SESSION NO. 91
SESSION NO. 93
93-5
564b
93-6
662b
93-7
663a
93-8
663b
93-9
762a
93-10
93-11
93-12
762b
763a
763b
culations. Kristian W. Paul*1, James D. Kubicki2
and Donald Sparks1, (1)University of Delaware,
(2)The Pennsylvania State University
Bioassimilation of Nickel and Zinc in Wheat as
Affected by Organic Matter. Muhammad A. Aziz*,
A. Ghafoor, H.R. Ahmad and S.I Hussain, Institute
of Soil and Environmental Sciences
Traditional Gold Mining in Apolobamba (Bolivia): Soil Pollution and Risk Assessment. Mª
Ángeles Muñoz García1, Ángel Faz Cano*1, José Alberto Acosta1, Silvia Martínez Martínez1, R. Millán2
and R. Vera2, (1)Universidad Politécnica de Cartagena, (2)Centro de Investigaciones Energéticas
Medioambientales y Tecnológicas
Fractionation of Ni and U in Sediment Porewaters. Brian P. Jackson*, Dartmouth College, James
F. Ranville, Colorado School of Mines and Paul
Bertsch, University of Georgia
The Use of Non-Invasive Time-Domain Induced
Polarization for Diagnosis of Soil Metal Contamination. Rebekah T. Brosky-Dorsey*, Jim Cull and
Antonio Patti, Monash University
Study of the Speciation and Distribution of Arsenic in a Particularly Polluted Soil in Villa de la
Paz, San Luís Potosí, México. M. Elena García*,
Norma Gascón O., Luisa Ma. Flores-Velez and Sonia
Soriano, Universidad Autónoma de San Luís Potosí
A Novel Method for the Determination of Cation
Exchange Capacity in Neutral and Acid Soils.
Arturo Aguirre-Gómez*, Frida Ma. León-Rodríguez,
Armando Aguilar-Márquez and Roberto G. GarcíaFragoso, Facultad de Estudios Superiores CuautitlánUNAM
Evaluating the Effects of Water Chemistry Variation on an Enzyme Bioassay, MetPlate, Used to
Screen for Metals Contamination in Mining Impacted Soils and Waters. Eric Blumenstein*1,
James F. Ranville1, Ladonna Choate2, Philippe Ross1
and Thomas Wildeman1, (1)Colorado School of
Mines, (2)U.S. Geological Survey
Distribution of Pb Isotopes in Different Soil
Phases Using Tessier et al.’s Sequential Extraction
Scheme. Eric T. Tangumonkem* and William Manton, Geosciences Department University of Texas at
Dallas
Varisa Haungyutitham, Shi-Fang Hsu and Tyrrell
Nelson, Cornell University
94-4 11:25 AM Characterization of 1-Aminocyclopropane-1Carboxylate Deaminase Containing Methylobacterium spp. Isolated from Rhizosphere Soils of
Field-Grown Rice and Regulation of Ethylene
Levels in Canola. Munusamy Madhaiyan1, Selvaraj
Poonguzhali1, Jeounghyun Ryu1, Woojong Yim1,
Myoungsu Park2 and Tongmin Sa*1, (1)Chungbuk
National University, (2)Semyung University
94-5 11:45 AM Comparative Microbial Diversity in Agroecosystems and Forested Ecosystems of the Southeastern USA. David Coleman*1, William Whitman1,
Rima Upchurch1, Greg Dyszynski1, Karen Everett1
and Chih-Yu Chiu2, (1)Uninversity of GA-Institute
of Ecology, (2)Research Center for Biodiversity
SESSION NO. 95
3.1B Translating Soil Science into Agricultural &
Environmental Policy—Theater
Convenors: Douglas Karlen, USDA-ARS,Natl. Soil Tilth
Lab.; Paul L. Vlek, Center of Develp. Res. (ZEF)
Presiding: Mateugue Diack, Université Gaston Berger
95-1
95-2
95-3
95-4
SESSION NO. 94
2.3B Molecular Approaches to Microbial Ecology in
Soils—Oral
95-5
Convenor: Vadakattu Gupta, CSIRO–Land and Water
Presiding: James M. Tiedje, Center for Microbial Ecology
94-1 10:15 AM Development and Application of Functional Gene
Arrays for Understanding Spatial Variation in
Soil Microbial Communities. Jizhong Zhou*, Institute For Environmental Genomics and Department of Botany and Microbiology, University of
Oklahoma
94-2 10:45 AM Elucidation of Soil Microbial Community Ecology Using Molecular Approaches. Cindy
Nakatsu*, Purdue University
94-3 11:05 AM Stable Isotope Probing with 15N2 as a Tool to
Uncover the Functional Significance of Non-Cultivated Diazotrophs in Soil. Daniel H. Buckley*,
80
95-6
1444a Soil Science in Tropical and Temperate Regions—
Differences and Similarities. Alfred Hartemink*,
ISRIC–World Soil Information
1444b Modeling Relative Soil Productivity Using Soil
Survey Data. Robert R. Dobos* and H. Raymond
Sinclair, USDA-Natural Resources Conservation
Service
1445b Soil Quality Assessment of Rice Production Systems in South of Brazil. A.C. Rodrigues de Lima*1,
W.B. Hoogmoed1 and Lijbert Brussaard2, (1)Wageningen University, (2)Wageningen University and
Research Centre, Dept. Soil Quality
1446b Assessing Biological Soil Quality for a Few Longterm Experiments in Sub-tropical India. Biswapati Mandal*1, S.K. Ghoshal1, G.C. Hazra1, Debashis Majumdar1, J. Chowdhury2, H. Ghosh2, R.N.
Samantaray3 and A.K. Mishra3, (1)Bidhan Chandra
Krishi Viswavidyalaya, (2)Central Research Institute
for Jute and Allied Fibres, (3)Central Rice Research
Institute
1447a Impact of Land Use on an Organic Soil of the
Everglades Agricultural Area. Ming Chen* 1,
Samira Daroub2, Jose L. Pantoja3, Orlando Diaz1,
Timothy A. Lang1 and Viviana Nadal1, (1)Everglades Res. & Educ. Center, University of Florida,
(2)Soil and Water Science Departemnt and Everglades Research and Education Center, University of
Florida, (3)Zamorano University, Agricultural Sci.
and Production Dept.
1447b Optimal Organic Matter Management for the
Multi-Stakeholders in the Sahel of West Africa.
Hitoshi Shinjo*1, Keiichi Hayashi2, Kenta Ikazaki1,
Soh Sugihara1, Ueru Tanaka3 and Takashi Kosaki3,
(1)Graduate School of Agriculture, Kyoto University, (2)Japan International Research Center for Agricultural Sciences, (3)Graduate School of Global Environmental Studies, Kyoto University
SESSION NO. 98
95-8
95-9
95-10
95-11
95-12
1448a Soil Quality in Organic and Conventional Citrus
Orchards: Results of a Survey Carried out in
Eastern Sicily (Italy). Stefano Canali*1, Alessandra
Trinchera1, Emanuela Di Bartolomeo1, Luigi Nisini1,
Francesco Intrigliolo2, Giancarlo Roccuzzo2, Maria
Luisa Calabretta2 and Biagio Francesco Torrisi2,
(1)Consiglio per la Ricerca e Sperimentazione in
Agricoltura (CRA)–Istituto Sperimentale per la Nutrizione delle Piante (ISNP), (2)Consiglio per la
Ricerca e Sperimentazione in Agricoltura (CRA)–Istituto Sperimentale per l’Agrumicoltura (ISAG)
1448b Farmers’Assessment of Soil Quality in Rice Production Systems in South of Brazil. A.C. Rodrigues
de Lima*1, W.B. Hoogmoed1 and Lijbert Brussaard2,
(1)Wageningen University, (2)Wageningen University and Research Centre, Dept. Soil Quality
1546a Evaluation of Urban Soil Quality for Sustainable
Urban Planning. Borut Vrscaj*1, Laura Poggio2
and Franco Ajmone Marsan2, (1)Agricultural Institute of Slovenia, (2)Università di Torino,
Di.Va.P.R.A – Chimica Agraria
1547a Comprehensive Farm-Level Nutrient Management Planning Software. Robert Hill*, Patricia
Steinhilber and Eugene Mironenko, University of
Maryland
1548a Air and Soil Pollution Reduction through Conservation Agriculture in Indo Gangetic Plains. S.S.
Singh*1, Anisur Rahman Khan2, Raj K. Gupta1 and
Alok Kumar Sikka3, (1)RWC-CIMMYT, India,
(2)ICAR Research Complex For Eastern Region,
(3)ICAR Research Complex for Eastern Region
1548b Towards Terrestrial Ecotoxicological Test Methods for the Tropics. Christopher Martius*, Center
for Development Research (ZEF), Marcos V.B. Garcia, EMBRAPA Amazônia Ocidental and Joerg
Roembke, ECT Oekotoxikologie GmbH
SESSION NO. 96
96-5 11:45 AM Reclamation of Salt Affected Soils by Growing
Salt Tolerant Plants and Using Nuclear Techniques Management. Seyed Jalal Rastegari* and
Mojgan Farhangisabet, Nuclear Reaserch Center for
Agriculture and Medicine
SESSION NO. 97
3.5C Combating Global Soil & Land Degradation III.
Agro- and Forest Ecosystems: Physical, Chemical
and Biological Processes—Oral
Convenor: Youngguan Zhu, Chinese Academy of Sciences
Presiding: Ravendra Naidu, Univ. of South Australia
97-1 10:15 AM Mitigating Environmental Impacts and Improving the Sustainability of Grazed Pasture Systems
by the Use of a Nitrification Inhibitor. Hong J. Di*
and Keith C. Cameron, Agriculture and Life Sciences
Division
97-2 10:45 AM Manipulating Bioavailability to Manage Remediation of Metal Contaminated Soils. Nanthi Bolan*,
Soil and Earth Sciences
97-3 11:05 AM Comparisons of Efficiency of Bioremediation
Methods in Diesel Contaminated Soil. Sung-Hwan
Kim1, Sanghwan Lee2, Dae-Yeon Kim*1 and JeongGyu Kim1, (1)Division of Environmental Science
and Ecological Engineering, Korea University,
(2)Korea agricultural & rural infrastructure corp.
Environmental response team, office of environmental geology
97-4 11:25 AM Using Lime-Assisted Tidal Exchange to Remediate 700 ha of Extremely Acidified Acid Sulfate
Soil in Tropical Australia. Col R. Ahern*, Doug
Smith, Angus E. McElnea, Simon van Heel and
Michelle A. Martens, Queensland Department of
Natural Resources and Mines
97-5 11:45 AM Impact of Effluent Contaminated Sewage on Underground Water, Soil, Crop Plants and Amelioration of Contaminated Soils. Mukand Singh Brar*
and Gurmeet Singh, Punjab Agricultural University
Agriculture—Oral
Convenors: Dwayne Westfall, CO St. Univ.-Dept.Soil &
Crop; John Ryan, ICARDA
Presiding: John Angus, CSIRO Plant Industry, GPO Box
1438
96-1 10:15 AM Roots of the Second Green Revolution. Jonathan
P. Lynch*, Pennsylvania State University
96-2 10:45 AM Soil Salinity and Associated Nutrient Constraints
in Indian Subcontinent. Abdul Rashid*, National
Agricultural Research Center
96-3 11:05 AM Crop-Based Management Opportunities for
Sodium- and Boron-Affected Soils. Manzoor
Qadir*, International Center for Agricultural Research in the Dry Areas (ICARDA), Andrew Noble,
International Water Management Institute (IWMI),
Sui-Kwong Yau, American Univ. of Beirut–FAFS
and Ghulam Murtaza, Institute of Soil and Environmental Sciences, University of Agriculture
96-4 11:25 AM How Do Roots Cope with Sodic Hostile Subsoils?.
Laurence T.P. Jassogne*1, Rob Davidson2, Ann McNeill2 and David Chittleborough2, (1)University of
Western Australia, (2)University of Adelaide
SESSION NO. 98
Functioning—Oral
Convenors: Joyce Scheyer, USDA-NRCS National Soil Survey
Center; Gan-Lin Zhang, Chinese Academy of Soil Science
Presiding: Jean-Louis Morel, Ensaia-INRA-INPL
98-1 10:15 AM Classification of Urban and Industrial Soils in the
World Reference Base for Soil Resources (WRB).
David G. Rossiter*, International Institute for GeoInformation Science and Earth Observation (ITC),
98-2 10:45 AM Early Pedogenic Evolution of a Constructed Soil.
Geoffroy Séré*1, Christophe Schwartz1, Stéphanie
Ouvrard1, Jean-Christophe Renat2 and Jean Louis
Morel1, (1)INPL(ENSAIA)/INRA, Laboratoire Sols
et Environnement, (2)TVD-Groupe PE
81
FRIDAY
95-7
SESSION NO. 98
98-3 11:05 AM The Influence of Artificial Detrital Structure on
Hydraulic Properties of Urban Soils. Steffen
Trinks1, Heiner Stoffregen*1, Rudolf Plagge2 and
Gerd Wessolek1, (1)Technical University Berlin,
(2)Institut für Bauklimatik
98-4 11:25 AM Kappametrical Research of Urban Soils of
Moscow. Maria A. Gladysheva*, Alexander Ivanov
and Marina Stroganova, Moscow State Lomonosov
University/Soil Science Department
98-5 11:45 AM Soils and Vegetation in Cities: Approaches to Mitigating the Urban Heat Island. Cynthia Rosenzweig* and Daniel Hillel, Goddard Institute, Columbia University
99-8
99-9
99-10
tions. Eve-Lyn S. Hinckley*, Scott Fendorf and
Pamela A. Matson, Stanford University
452a Chemical Properties of an Oxisol under Longterm No Till and Conventional Till Systems. Maria
de Fátima Guimarães* 1 , Cibele Masciolli R.
Portella2, Osmar R. Brito1, Christian Feller3, Carmen
S. V. J. Neves1 and Jerry Ritchie4, (1)UEL, (2)State
University of Londrina, (3)IRD, (4)ARS-BARCHRSL
452b Long-term Organic Farming Impacts on Soil Fertility. Jessica G. Davis*1, Jami Daniel1 and Lewis
Grant2, (1)Colorado State University, (2)Grant Family Farms
453a Effect of Tillage, Water and Nutrient Management on Soil Quality Parameters under RiceWheat and Maize-Wheat Cropping Systems. Anil
Kumar Singh*, Water Technology Centre
SESSION NO. 99
1.2B Soil System Behavior in Time—Theater
Convenor: Oliver Chadwick, Dept. of Geography
Presiding: Peter Schad, Technische Universität München
99-1
99-2
99-3
99-4
99-5
99-6
99-7
82
350a Stable Isotope Geochemistry Used in Recent
Pedological Studies: Carbon Cycle in Soils of Boreal Regions. Ahmad Landi*, University of
Saskatchewan
351b Quantifying the Rate of Re-Crystallization of
Carbonate in a Loess Soil by Artificial 14C Labelling. Konstantin Pustovoytov*, University of Hohenheim, Institute of soil Scienc e and Land Evaluation, Ekaterina Shevtzova, University of Hohenheim/Insitute of Soil Science and Land Evaluation
and Yakov Kuzyakov, University of Hohenheim/Institute of Soil Science and Land Evaluation
352a Occluded C in Phytoliths: a Potential Mechanism for Carbon Sequestration in a Pacific Northwest Mollisol. Hero Gollany*, Columbia Plateau
Conservation Research Center, Raymond Allmaras,
Retired ARS Scientist and Stephan Albrecht, USDAARS
450a Evolution of Virgin Solonetzic Soil Complexes in
the Past 50 Years. Nikolai B. Khitrov*1, Nina M.
Novikova 2 and Natalia A. Volkova 2 , (1)V.V.
Dokuchaev Soil Science Institute, (2)Water Problems Institute
450b Effects of Long-term Application of Potassium
Chloride Fertilizer on the Accumulation of Chloride in the Soil Profile, Water Relations, Fibre
Quality and Yield of Cotton in an Arid Environment. Muhammad Iqbal Makhdum*1, Muhammad
Ashraf2, Humayun Pervez3 and Muhammad Islam
Gill1, (1)Central Cotton Research Institute Multan,
Pakistan, (2)Department of Botony, University of
Agriculture, (3)Department of Chemistry, Bahauddin Zakariya University
451a Country-Scale Changes in Salinity/Sodicity/Alkalinity of Hungarian Soils as Shown by the National Soil Monitoring Network. Tibor Tóth*1,
Dalma Kovacs1 and Péter Marth2, (1)Research Institute for Soil Science and Agricultural Chemistry of
the Hungarian Academy of Sciences, (2)Central Service for Plant Protection and Soil Conservation
451b High Sulfur Inputs in Northern California Vineyards: Short-term Fates and Long-term Implica-
SESSION NO. 100
1.5B Soil Sampling in Space and Time—Oral
Convenor: Jan Hendrickx, Dept. of Earth & Env. Sci.
Presiding: Gerard B.M. Heuvelink, Wageningen University
and Research Centre
100-1 1:15 PM Sampling in Space and Time for Natural Resource Monitoring. Dick J. Brus*, Jaap J. de Gruitjer and Martin Knotters, Wageningen University and
Research Centre
100-2 1:45 PM Latin Hypercube Sampling for Assessing the
Quality of Legacy Soil Data and Optimizing Soil
Sampling. Alex McBratney*1, Florence Carre2 and
Budiman Minasny1, (1)The University of Sydney,
(2)European Commission Joint Research Centre Institute for Environment and Sustainability
100-3 2:05 PM Soil Water Content Sampling in Space and Time:
A Comparison of Methods. Steven R. Evett*1,
Brice Ruthardt1, Naem Mazahrih2, Nedal Katbehbader 2, Terry Howell 1, Judy Tolk 1 and James
Ayars3, (1)USDA-ARS, (2)National Center for Agricultural Research and Technology Transfer,
(3)USDA-ARS, Water Management Research Laboratory
100-4 2:25 PM Spatial and Temporal Variability of Soil Moisture
Content. sidney r. Vieira* 1 , Célia R. Grego 1 ,
G.Clarke Topp2 and Walter Zebchuk2, (1)Instituto
Agronômico, (2)E. Cereal & Oilseed Res. Centre
100-5 2:45 PM Sampling Design Assessment for Agrosystem
Monitoring Based on Virtual Landscape Modeling. Luc Sorel1, Christian Walter*1, Thomas Chauvet1 and Alex McBratney2, (1)INRA Agrocampus
Rennes, UMR SAS, (2)The University of Sydney
SESSION NO. 101
102-5
2.1B Soil Hydrology, Structure, and Micromorphic
Propoerties (Soil Porous System)—Oral
Convenor: Fabio Terribile, Università di Napoli Federico II
Presiding: Miroslav Kutilek, Soil and Tillage Research
101-1 1:15 PM Methodological Issues in Combining Pores Micromorphometry and Hydraulic Functions in
Soils. Angelo Basile*1, Giacomo Mele1, Roberto
De Mascellis 1 and Fabio Terribile 2 , (1)CNR
ISAFOM, (2)Disspa Univ di Napoli Federico II
101-2 1:45 PM Pore Space Analysis of Soil Aggregates Investigated by Microtomography Using Synchrotron
Radiation. Stephan Peth*1, Rainer Horn1, A.J.M
Smucker2, Felix Beckmann3, Tilman Donath3 and J.
Fischer4, (1)Institute of Plant Nutrition and Soil Science, CAU Kiel, (2)Department of Crop and Soil
Sciences , Michigan State University, (3)GKSS-Research Centre, (4)Hannover Medical School
101-3 2:05 PM Finite Element Analysis of Fluid Transfer in Soil
Using CT. Thomas R. Elliot*1, Richard J. Heck1,
Dan Reynolds2 and Bahram Gharabaghi1, (1)University of Guelph, (2)Agriculture & Agri-Food Canada
101-4 2:25 PM The Characterization of Soil Pore System for
Water Movement Prediction. Nadia Vignozzi, Sergio Pellegrini and Marcello Pagliai*, CRA-ISSDS
101-5 2:45 PM Impact of Soil Micromorphology on Stability of
Soil Structure and Soil Hydraulic Properties.
Radka Kodesová*, Czech University of Agriculture
in Prague, Anna Zigová, Academy of Sciences of the
Czech Republic, Marcela Rohosková, Czech Univ of
Agriculture in Prague, Vit Kodes, Czech Hydrometeorological Institute and Miroslav Kutílek, Prague
102-6
102-7
102-8
1153b LH-PCR and T-RFLP Analysis of Soil Bacterial
Community Responses to Alternative Land Management Practices for Tomato Production.
Tiehang Wu*1, Dan O. Chellemi2, Kendall J. Martin 3 , Jim H. Graham 4 and Erin N. Rosskopf 2 ,
(1)USHRL, USDA-ARS & CREC, Univ of Florida,
(2)USHRL, USDA-ARS, (3)Dept of Biology,
(4)CREC, Univ of Florida
1154a Fungal and Methanogen Functional Groups in
Boreal Forests and Wetlands in Interior Alaska:
Abundance, Diversity, and Process in the Face of
Environmental Change. Mark Waldrop*1, Jennifer
W. Harden1, Merritt R. Turetsky2 and Neville Millar2, (1)U.S. Geological Survey, (2)Michigan State
Univ
1154b Soil Macromolecular Chemistry and Molecular
Microbial Ecology. Ji-Zheng He*1, Yong-Guan
Zhu1 and Fan Liu2, (1)Research Centre for Eco-Environmental Sciences, CAS, (2)Huazhong Agricultural Univ
1155b Relations between Biodegradation, Microbial Genetic Potential and Global Structure of Bacterial
Communities in a Silty Cultivated Soil: Case of
2,4-D. Laure Vieublé-Gonod*, UMR INRA–INA
PG–Environnement & Grandes Cultures, Fabrice
Martin laurent, UMR Microbiologie et Géochimie
des Sols, INRA-Université de Bourgogne and Claire
Chenu, UMR Biogeochimie des Milieux Continentaux
SESSION NO. 103
3.1B Translating Soil Science into Agricultural & Environmental Policy—Oral
SESSION NO. 102
2.3B Molecular Approaches to Microbial Ecology in
Soils—Theater
Convenor: Vadakattu V. Gupta, CSIRO–Land and Water
Presiding: James Tiedje, Dept. Crop & Soil Sciences
102-1
102-2
102-4
102-3
1152a A Novel PLFA-13C Method for Tracking C into
Microbial Communities during In Situ Decomposition of Forest Litter. J. Moore Kucera, USDAARS and Richard Dick*, Ohio State Univ
955a Microbial Diversity in a Constructed Wetland
Treating Acid Coal Mine Drainage. Warren Dick*,
The Ohio State Univ-OARDC, Olli Tuovinen, The
Ohio State Univ and Duongruitai Nicomrat, National Science and Technology Development Agency
1153a Microbial Community Dynamics under Organic
Farming System in Korea Using Phospholipid
Fatty Acid Analysis. Yun-Jeong Lee*1, Jae-Hong
Roo1, Sang-Beom Lee1, Hang-Yeon Weon1 and
Hyo-Jin Lim2, (1)National Institute of Agricultural
Science and Technology, (2)Hankyong National
Univ
1146a Soil Fauna and Decomposition: A Global Litter
Experiment. Diana Wall*, Colorado State Univ
Convenors: Paul L. Vlek, Center of Develp. Res. (ZEF);
Douglas Karlen, USDA-ARS,Natl. Soil Tilth Lab.
Presiding: Mateugue Diack, Université Gaston Berger
103-1 1:15 PM Translating Soil Science into Agricultural and
Environmental Policy. Johannes Bouma*, Wageningen University and Research Center
103-2 1:45 PM Evaluating Soil Quality for an EnvironmentFriendly Agriculture in Korea. Won Kyo Jung*,
Jung Hui Yoon, Sun Kwan Kim and Han Kang
Kwak, National Institute of Agricultural Science
and Technology
103-3 2:05 PM The Creeping Disaster of Land Degradation in
Africa. Paul L.G. Vlek* and Lulseged T. Desta, Center for Development Research
103-4 2:25 PM Developing Management Strategies to Sustain
Soil Fertility in West Africa. Mateugue Diack*,
Université Gaston Berger
103-5 2:45 PM Soil Quality Assessment: A Potential Policy Tool
to Move beyond T. Douglas L. Karlen*1, Susan S.
Andrews2, Ted M. Zobeck3 and Brian J. Wienhold1,
(1)USDA-Agricultural Research Service (ARS),
(2)USDA-Natural Resources Conservation Service
(NRCS), ENTSC, (3)USDA-ARS
83
FRIDAY
SESSION NO. 103
SESSION NO. 104
SESSION NO. 104
3.3P Plant Responses and Adaptation to Ionic Stresses
—Theater
104-11
1734a
104-12
1734b
104-13
1735a
104-14
1735b
104-15
1832a
104-16
1833a
104-17
1833b
104-18
1933a
Convenors: Leon Kochian, USDA-ARS; Yoko Yamamoto,
Okayama University
Presiding: Hideaki Matsumoto, Okayama University
104-1
104-2
104-3
104-4
104-5
104-6
104-7
104-8
104-9
104-10
84
1633a Response of Paddy to Identified Soil Fertility
Constraints in Coastal Agro Eco System of Karnataka, India. G.S Dasog, P.L. Patil*, Dhanya Mathews, Harikrishna B.L, K.M. Anegundi and Tejaswini
N.B, University of Agricultural Sciences
1633b Development and Validation of a Hydroponic
Screening Method to Identify Acid Soil Adapted
Genotypes of the Tropical Forage Grass
Brachiaria. Peter Wenzl, Alba Chaves, Maria
Buitrago, Gloria Patino, John Miles and Idupulapati Rao*, CIAT
1634a Identification of Aluminum Resistant Common
Bean Genotypes Using a Hydroponic Screening
Method. German Manrique, Idupulapati Rao* and
Stephen Beebe, CIAT
1634b Analysis of Al Tolerant Inducible Protein in Signalgrass (Brachiaria decumbens) Root Using TwoDimensional Gel Electrophoresis and LC/MS/MS
System. Yoshikuni Masaoka*1, Shoushi Kumada1,
Kae Hayakawa1, Tomohiro Araki2 and Akira Saito3,
(1)Graduate School of Biosphere Science, Hiroshima University, (2)Kyushu Tokai University,
(3)National Agricultural Research Center for Kyushu
Okinawa Region
1635a Ameriorative Effect of Excreted Organic Acids
from Plant Roots on Aluminum Toxicity in Acid
Soils. Hideaki Matsumoto*1, Hong Shen2, Zheng
Ming Yang3, Hiroki Osawa4, Takayuki Sasaki1 and
Yoko Yamamoto1, (1)Research Institute for Bioresources, Okayama University, (2)College of Natural Resources and Environment, South China Agricultural University, (3)Agricultural Division Council of Jilian University, (4)Graduate School of Agricultural and Life Science, University of Tokyo
1635b Detection of Salt Tolerance Using Chlorophyll
Fluorescence Photometer. Sei Joon Park1, Ju Young
Lee2, Sang Eun Lee3, Sung Yung Yoo3, Myoung
Yong Shim*1, Seung Gil Yun3 and Tae Wan Kim3,
(1)Institute of Ecological Phytochemistry, Hankyong
National University, (2)Division of Plant Nutrition,
National Institute of Agricultural Science and Technology, RDA, (3)Department of Plant Resources
Science, Hankyong National University
1732a Zinc- Boron Interaction Effects on Yield, Yield
Components and Chemical Composition of
Wheat. S. M. Hosseini*, Eghlid Agricultural Research Station,Fars Province
1732b Metal Binding Properties of Root Exudates from
Maize and Wheat. Deo Pal*, V. Siva Prasad Ganjala and Brajesh Aggarwal, Indian Agricultural Research Institute
1733a General Status of Soil Acidity in South China
and Plant Adaptation to Acid Soil. Ren Fang Shen*
and Rong Fu Chen, State Key Laboratory of Soil and
Sustainable Agriculture, Institute of Soil Science,
Chinese Academy of Sciences
1733b Functional Analysis of Adaptation of Plants to
Strongly Acidic Soil. Hiroyuki Kashima*1, Hitomi
Mase1, Fumie Shinmachi2, Akira Noguchi1, Satohiko
Sasaki1 and Isao Hasegawa1, (1)College of Biore-
source Sciences, Nihon University, (2)Dept. of Agriculture, Junior College, Nihon University
Functional Analysis of Thiol Compounds Involved in Sulfur Metabolism During CadmiumIon Stress in Arabidopsis thaliana. Atsuko Hiruta*1,
Mio Watanabe1, Mai Niikura1, Sayuri Kurasako1, Hiroyuki Kashima 1 , Fumie Shinmachi 2 , Akira
Noguchi1 and Isao Hasegawa1, (1)College of Bioresource Sciences,Nihon University, (2)Dept. of Agriculture, Junior College, Nihon University
Effect of Liming and N and P Fertilization on
the Growth of Soybean in an Acid Soil in Zimbabwe. Justice Nyamangara (Dr)*, Memory Matokwe and Chipo Musharo, University of Zimbabwe,
Department of Soil Science & Agricultural Engineering
Evaluation of Differences in Tolerance to Aluminium Toxicity among some Tropical Cowpea
(Vigna Unguiculata) Genotypes. E. A. Akinrinde*
and K. N Ezeh, Agronomy Department, University
of Ibadan, Ibadan, Nigeria
Soil Acidity (Al) Impact on Nutrient Use Efficiency and Yield Sustainability of Crops. Virupax
Baligar*, USDA-ARS-SPCL-BARC-West and
Nand K. Fageria, EMBRAPA National Rice and
Bean Center
A Role of Salicylic Acid in Aluminum Toxicity
Mechanism in Plant Cells. Yoko Yamamoto*1,
Sanae Rikiishi1, Tijen Demiral2, Takayuki Sasaki1
and Hideaki Matsumoto1, (1)Research Institute for
Bioresources, Okayama University, (2)Department
of Biology, Faculty of Science, Ege University
Screening of Sorghum (Sorghum bicolor) Genotypes. Ramasamy Krishnasamy*, D. Jegadeeswari,
U. Surendran and Chinnappan Sudhalakshmi, Tamil
Nadu Agricultural University
Screening of Cowpea for Phosphorus Use Efficiency from Rock Phosphate. Sabiou Mahamane*1, W. A. Payne1, Richard H. Loeppert1, J. C.
Miller2 and D. W. Reed2, (1)Soil and Crop Sciences,
(2)Department of Horticulture
Emerging Boron Deficiency in Soils and Crops in
India and Its Management. M. V. Singh*, Indian
SESSION NO. 105
4.2B Biologically Intensive Agriculture: an Approach to
Combating Hunger for the Poor—Oral
Convenors: John Ryan, ICARDA; Cheryl Palm, Columbia
University
Presiding: John Doran, USDA-ARS, 116 Keim Hall
105-1 1:15 PM Biologically Intensive Agriculture: Moving towards a Sustainable Future for All. John W.
Doran*, University of Nebraska and USDA-ARS cooperator, Cheryl Palm, Tropical Agriculture Program, The Earth Institute at Columbia University,
Frederick Kirschenmann, Leopold Center for Sustainable Agriculture and Ken Cassman, University
of Nebraska
105-2 1:45 PM Opportunities and Constraints for Addressing
Human Mineral Micronutrient Malnutrition
through Soil Management. J.M. Duxbury*1, M.
Bodruzzaman2, S.E. Johnson3, J.G. Lauren1, C. A.
Meisner4 and R.M. Welch5, (1)Cornell University,
(2)Wheat Research Centre, (3)International Rice
Research Institute, (4)IFDC, (5)US Plant, Soil &
Nutrition Lab.
105-3 2:05 PM Potential of Biologically Intensive Agriculture for
Feeding People in Kenya: A Case Study of Manor
House Agricultural Centre Activities. Emmanuel
Chiwo Omondi* Sr.1, Gatua W. Mbugwa2, John
Jeavons3, Baldas Murambakania1, Rhoda Nyambori1, Margaret Wamalwa1, Elijah Mulegwa1, Sandra Mardigian4 and John Okomba1, (1)Manor House
Agricultural Center, (2)University of Wyoming,
(3)Ecology Action, (4)Kilili Self Help Project
105-4 2:25 PM Productivity, Promotion, and the System of Rice
Intensification (SRI): A Case for Caution in the
Process of Agricultural Innovation. Andrew J.
McDonald*, Peter Hobbs and Susan Riha, Cornell
University
105-5 2:45 PM “CIESA Project, a Biointensive Model for Food
Security in Argentina”. Juan Fernando Pia*,
CIESA (Research and Teaching Centre of Sustainable Agriculture), Mark Jordan, CIESA and Conrado
Tognetti, CEDHA & ARS
SESSION NO. 106
Change—Theater
Convenors: James Bockheim, University of Wisconsin;
John Kimble, USDA-NRCS-NCSS;
Chien-lu Ping, University of Alaska Fairbanks
Presiding: Sergey Goryachkin, Russian Academy Science
106-1
106-2
106-3
106-4
106-5
2913b Soil Organic Carbon in the Northern Circumpolar Permafrost Regions. Charles Tarnocai*, Agriculture and Agri-Food Canada
2914a Cryosols of the Lena Delta: An Example for the
Necessity of International Correlation between
the Existing Classifications. Eva-Maria Pfeiffer*,
University of Hamburg, Institute of Soil Science
and Lars Kutzbach, University of Greifswald
2914b Below-Ground Carbon Pools and Permafrost Instability in the East-European Russian Arctic.
Galina Mazhitova*, Komi Science Center, Russian
Academy of Sciences, Peter Kuhry, University of
Stockholm, Naum G. Oberman, MIREKO Company
and Vladimir Romanovsky, Geophysical Institute,
University of Alaska, Fairbanks
2915a Weathering, Landform and Cryogenic Features
of Volcanic-Rock Landscape of Keller Peninsula,
Admiralty Bay, Antartica. Carlos E.G.R. Schaefer*, Marcio R. Francelino, Felipe N. B. Simas, Manoel R. Albuquerque and Liovando M. Costa, Departamento do Solos-Universidade Federal de Viçosa
2915b Carbon and Nitrogen Dynamics and Microbial
Community Structure During Climate Change
Scenarios in Arctic Soils. Maren Oelbermann*1,
Michael English2 and Sherry L. Schiff1, (1)University of Waterloo, (2)Wilfrid Laurier University
106-6
106-7
106-8
106-9
2916b Global Warming Impact on Carbon Cycle of the
Permafrost-Affected Ecosystems in Russia.
Vladimir Stolbovoy*, European Commission Joint
Research Centre Institute for Environment and Sustainability
3013a Community Size, Structure and Temperature
Adaption of Methane Oxidizing Bacteria in Tundra Soils. Uta Zimmermann* 1 , Christian
Knoblauch1, Martin Blumenberg2 and Eva-Maria
Pfeiffer1, (1)University of Hamburg, Institute of Soil
Science, (2)University of Hamburg, Institute of Biogeochemistry and Marine Chemistry
3013b Soil Formation in Frost-boil Environments. Yuri
Shur*1, Chien-Lu Ping1 and M. Torre Jorgenson2,
(1)University of Alaska Fairbanks, (2)Alaska Biological Research Inc
3014b Clay Fraction Mineralogy of Cryosols from Maritime Antarctica. Felipe N.B. Simas*1, Carlos
E.G.R. Schaefer1, Vander Freitas de Melo2, Marcelo
B. Guerra3, MArtin Saunders4 and Robert Gilkes4,
(1)Departamento do Solos-Universidade Federal de
Viçosa, (2)Universidade Federtal do Parana, (3)Universidadde Federal de Viçosa, (4)University of Western Australia
SESSION NO. 107
Applications—Theater II
Presiding: Hangsheng Lin, Penn State Univ.
107-1
107-2
107-3
107-4
107-5
107-6
340a Correlation of Redoximorphic Features to Hydrology. David L. Lindbo*1, Erik D. Severson2,
Gerren Lanier1 and Michael Vepraskas1, (1)Soil Science Dept, North Carolina State Univ, (2)USDANRCS
340b Hydropedology Applied to Imperfectly Drained
Landscapes in Closed Basins. Jim Richardson*
and David Hammer, NRCS-USDA
341a Soil-Hydrology Interpretations Developed from
Soil Surveys Based on Soil Morphology. Doug
Wysocki*, Jim Richardson, David Hammer and
Steve Peasley, NRCS-USDA
341b Concepts of Pedology, Geomorphology and Hydrology for Flat Landscapes. Philip J.
Schoeneberger* 1 , Jim Richardson 2 , Douglas
Wysocki3 and Wesley L. Miller1, (1)USDA-NRCS,
(2)NRCS-USDA, (3)Natural Resource Conservation Service
342a Hydropedological Map of the Republic of Croatia. Zeljko Vidacek*1, Matko Bogunovic2, Stjepan
Husnjak3, Mario Sraka3 and Aleksandra Bensa3,
(1)Soil Science Dept of Agricultural Faculty Univ of
Zagreb, (2)Soil Science Dept Agricultural Faculty
Univ of Zagreb, (3)Soil Science Dept of Agricultural
Faculty Univ of Zagreb
343b Capturing Heritage Soil Survey Data for Pedometric Analysis and Modelling: the S-map Approach. Allan E. Hewitt*, Linda Lilburne, Ian H.
Lynn and Trevor H. Webb, Landcare Research
85
FRIDAY
SESSION NO. 107
SESSION NO. 107
107-7
107-8
107-9
107-10
107-11
107-12
107-13
107-14
439a Soil Classification Based on Water and Chemical
Transport. Virgil L. Quisenberry*, Clemson Univ
and Sylvia Koszinski, ZALF
439b Deriving Soils Information from Foundation
Data and Knowledge. Daniel M. Brough*1, Mike
J. Grundy 1 , Neil J. McKenzie 2 and David W.
Jacquier2, (1)Natural Resources & Mines Queensland, (2)CSIRO Land and Water
440a Impact of Soil Structure on Saturated Hydraulic
Conductivity in the Piedmont of Georgia, USA.
L.T. West*, Maria E. Abreu, David E. Radcliffe and
Miguel L. Cabrera, University of Georgia
440b Hydropedology in Action: Soil Changes After 40
Years of Wastewater Irrigation. Charles Walker*
and Hangsheng Lin, The Pennsylvania State University
441a Modeling Soil Hydraulic Properties as a Function
of Morphological Features and Land use. Xiaobo
Zhou*1, Henry Lin1, ED White2, John Chibirka2 and
Yuri K. Plowden3, (1)Penn State Univ, (2)USDANRCS, (3)Natural Resources Conservation Service
442a Reduction of Iron Oxides in Wetland Soils. Martin C. Rabenhorst*1, Rebecca R. Blank2 and Bruce
R. James2, (1)Univ of Maryland, (2)Univ of Maryland
443a A Morphological Approach to Understanding
Preferential Flow Using X-ray Computed Tomography and Image Analysis. Sacha J. Mooney* and
Catherine Morris, Univ of Nottingham
443b Hydropedology, Geomorphology and Groundwater Processes Hold the Keys to Land Degradation—Case Studies in SW Victoria, Australia.
Richard MacEwan*1, Peter G. Dahlhaus2 and Jon
Fawcett1, (1)Department of Primary Industries,
(2)Univ of Ballarat
SESSION NO. 109
1.6A Imprint of Environmental Change on Paleosols
—Theater
Convenor: Alexander Makeev, Science Park of Moscow
University
Presiding: Edoardo Costantini, ISSDS
109-1
109-2
109-3
109-4
109-5
109-6
SESSION NO. 108
109-7
1.4B Indigenous Soil Classification Systems—Oral
Presiding: P. V. Krasilnikov, Russian Academy of Sciences
108-1 3:30 PM Indigenous Soil Classification in Mexico. Carlos
Alberto Ortiz-Solorio* and Ma del Carmen Gutiérrez-Castorena, Colegio de Postgraduados
108-2 4:00 PM Use of Ethnopedology in Soil Surveys. Joseph
Tabor*, Univ of Arizona
108-3 4:20 PM Mayan Soil Classification in the Yucatan State,
Mexico. Francisco Bautista*1, Alfred Zinck2 and
Héctor Estrada Medina1, (1)FMVZ, Univ Autónoma
de Yucatán, (2)International Institute for Geo-Information Science and Earth Observation
108-4 4:40 PM Integrating Indegenous Knowledge and Conventional Soil Science Approacges to Detailed Soil
Survey in Kaduna State, Nigeria. B.A. Raji*1,
W.B Malgwi2, V.O. Chude3 and F. Berding3, (1)Dept
of Soil science, Ahmadu Bello Univ, (2)Ahmadu
Bello Univ, (3)FAO Nigerian Office
108-5 5:00 PM Historical and Ethnological Outline of Brazilian
Pedology: a Contribution. Carlos E.G.R. Schaefer*, Departamento do Solos-Universidade Federal
de Viçosa
86
109-8
109-9
109-10
109-11
644a Reticulate Red Clay with Aeolian Origin in
Southern China and Its Paleo-environmental Implications. Xue-feng Hu*, Dept of Environmental
Science and Engineering, Shanghai Univ
644b Soil Non- Monetary Values. Edoardo A.C. Costantini*, CRA-ISSDS
744b Using Data on Humic Acids of Paleosols Under
Studying of the Ancient Cultural Landscapes.
Maria Dergacheva* Sr., Institute of Soil Science and
Agrochemistry SB RAS
745a Podzol Development with Time on Sandy Beach
Deposits in Southern Norway. Daniela Sauer*,
Inst of Soil Science and Land Evaluation, Univ of
Hohenheim, Isabelle Schülli-Maurer, Inst of Soil
Science and Land Evaluation, Univ of Hohenheim,
Ragnhild Sperstad, Norwegian Inst.-Land Inventory, Rolf Sørensen, Agricultural Univ of Norway
and Karl Stahr, Inst of Soil Science and Land Evaluation, Univ of Hohenheim
745b The Effect of Basin Subsidence and Climate
Change on Acid Sulfate Paleosols Within the Cretaceous (Berriasian 137-144 Ma) Purbeck Group,
Dorset, England. Dennis Terry* Jr. and Edwin Anderson, Temple Univ
746a The Holocene Tephra-paleosol Sequences of
Kamchatka Peninsula. Sergey A. Shoba1, Alexander O. Makeev*2, Irina O. Alyabina2, Maria S.
Marechek3, Alexei A. Sakharov3 and Lalita V. Zaharihina4, (1)Moscow State Univ, Soil Science Dept.,
(2)Moscow State Univ, Soil Inst, (3)Moscow State
Univ, Soil Science Faculty, (4)Science-Research Geotechnological Center of the Far-East Branch of
746b Trace Element Differentiation in Soil Patterns
Under Tropical Rainforest, the Role of Climatic
Change. Temgoua Emile*, Soil Science, Faculty of
Agriculture and Agricultural Science, Univ of
Dschang and Bitom Dieudonné, Earth Science Dept,
Faculty of Science, Univ of Yaoundé1
747a Soil Development on a Flight of Marine Terraces
in Metaponto, Southern Italy. Stephen Wagner*1,
Daniela Sauer1, Christine Stein1, Helmut Brückner2
and Karl Stahr1, (1)Institute of Soil Science and
Land Evaluation, University of Hohenheim, (2)Faculty of Geography, Philipps-University Marburg
747b Scale, Paleoclimate, and 13C in Pedogenic Carbonate: From the Rhizosphere to the Biome. H.
Curtis Monger*, New Mexico State University, Dept
of Agronomy and Horticulture and David R. Cole,
Oak Ridge National Laboratory
748a Polygenetic Soils and Environmental Changes in
the Northern Subtropical Region of China. Kening WU*, Department of Land Science and Technology, China University of Geoscience
748b “Plinthitic Paleosols” in the Mediterranean Region: Examples from the Coast of Western Liguria (Northern Italy). Luca Trombino*, (1) University of Milano, Earth Sciences Department (2)
CNR–IDPA and Ivano Rellini, University of Genova, DipTeRis
SESSION NO. 112
SESSION NO. 111
2.2B Adsorption Processes in Soils–Basis for Ecological
Soil Functions—Theater II
Social Trade-offs—Oral
Experiment
Presiding: Martin Gerzabek, University of Natural Resources
and Applied Life Sciences
110-1
110-2
110-3
110-4
110-5
110-6
110-7
110-8
110-9
845a Soil Minerals – Computer Simulations of Sorption Properties. Daniel Tunega*, Dept for Environmental Research, Georg Haberhauer, Dept of Environmental Research, Hans Lischka, Inst for Theoretical Chemistry, Univ of Vienna and Martin H.
Gerzabek, Inst for Soil Research, Univ of Natural
Resources and Applied Life Sciences
845b Applicability of Pfeifer-Avnir fractal Method to
Study Vapor Sorption of Organic Compounds on
Soils. Artem A. Mishchenko*, Vladimir A. Breus,
Sergey A. Neckludov and Irina P. Breus, Kazan State
Univ
101a The Forces, in Nanoscale, Involved in Adhesion
of Soil Particles. Fabio de L. Leite, Institute of
Physics of São Carlos, University of São Paulo
(USP), Paulo Sergio de P. Herrmann*, Embrapa
Agricultural Instrumentation and Ervino C. Ziemath,
Physics Department, IGCE
846a Microstructural Porosity, Capillary Forces, and
Long Term Retention in Soil Particles. Yukiko O.
Aochi and Walter Farmer*, Univ. of CA Riverside
846b Sorption-Desorption Behavior of Atrazine in Soils
Irrigated with Reclaimed Wastewater. Benny
Chefetz*, Hebrew Univ of Jerusalem and Yaron
Drori, Hebrew Univ of Jerusalem
847a Sorption of Triazines and Trichloroethene to Homoionic Smectites. Vaneet Aggarwal*1, Hui Li1,
David A. Laird2, Stephen A. Boyd1, Cliff T. Johnston3 and Brian J. Teppen1, (1)Michigan State Univ,
(2)USDA-ARS, (3)Purdue Univ
847b Sorption of a Hydrophilic Pesticide: Effects of
Soil Water Content and Matric Potential. Tyson
E. Ochsner*1, Brandon M. Stephens2, William C.
Koskinen 1 and Rai Kookana 3, (1)USDA-ARS,
(2)Dep. of Soil, Water, and Climate, Univ. of Minnesota, (3)CSIRO Land and Water
946a Effects of Kerogen Carbons on Extraction, Sorption Equilibrium and Kinetics of PAHs in Soils
and Sediments. Yong Ran*, Guangzhou Inst of
Geochemistry, Ke Sun, Guangzhou Inst of Geochemistry, Baoshan Xing, Dept of Plant, Soil, and Insect Sciences, Univ of Massachusetts and Peter
Grathwohl, Center of Applied Geosciences, Univ
of Tübingen
946b Ionic Strength-Induced Formation of Smectite
Quasicrystals Enhances Nitroaromatic Compound Sorption. Hui Li*1, Brian Teppen1, David
Laird 2, Cliff Johnston 3 and Stephen A. Boyd 1,
(1)Michigan State Univ, (2)USDA-ARS, (3)Purdue
Univ
Convenors: Lamourdia Thiombiano, FAO Regional Office
for Africa; Alain Ruellan, INRA
Presiding: Ricardo Ralisch, Universidade Estadual de
Londrina
111-1 3:30 PM Supporting Decision Making at the Regional
Scale; An Approach to Put Soil Information in a
Stakeholder Context. Marthijn Sonneveld*1, Jetse
Stoorvogel2, Alejandra Mora-Vallejo1 and Lieven
Claessens1, (1)Wageningen Univ and Research Center, (2)Wageningen Univ and Research Center
111-2 4:00 PM Further Experiences with Conservation Agriculture in Africa. Ademir Calegari, IAPAR and John
Ashburner*, FAO Regional Office for Africa
111-3 4:20 PM Using GIS Tools to Identify Valuable Soils, Viable
Farms and Vulnerable Areas. Caroline M. Alves*,
USDA /NRCS
111-4 4:40 PM Land Agroecological Evaluation for Designing
the Agronomy Systems. Valeriy I. Kiryushin*,
Russian State Agricultural Univ–MTAA, Soil Science Dept
111-5 5:00 PM Socio-Economic and Environmental Impact Assessment of Participatory Watershed Management in Drylands of India. Jagir Singh Samra*, Indian Council of Agricultural Research
SESSION NO. 112
3.5D Combating Global Soil & Land Degradation IV. Salinization, Sodification and Other Forms of Degradation in
Agricultural and Native Ecosystems—Oral
Convenors: Hong Di, Department of Soil Science;
James Oster, Univ. of California-Riverside
Presiding: Tibor Toth, MTA
112-1 3:30 PM Uses and Abuses of Soil and Water Resources: An
Historical Review. Daniel Hillel*, Goddard Institute, Columbia Univ
112-2 4:00 PM Water and Soil Salinity Management and Sslt
Redistribution in Irrigation Systems. Bernard Vincent*1, Serge Marlet2, Alain Vidal1, Sami Bouarfa3,
Jingwei Wu4, Jingzong Yang4, Mamadou K. N’Diaye5, Marcel Kuper2 and Daniel Zimmer6, (1)Cemagref, (2)CIRAD, (3)Cemagre, (4)Wuhan Univ,
(5)IER, (6)World Water Council
112-3 4:20 PM Effect of Farming Systems on Deep Drainage in
High Salinity Hazard Area. Philippa E. Tolmie*1,
Andrew JW Biggs2, Jeremy Whish3, D. Mark Silburn1 and Vic French4, (1)Dept of Natural Resources
and Mines/APSRU, (2)Dept of Natural Resources
and Mines, (3)CSIRO/APSRU, (4)Dept of Primary
Industries and Fisheries/APSRU
112-4 4:40 PM Impact of Irrigation Water Quality on Infiltration
in a Combined Irrigation-Rain System. Donald L.
Suarez*, USDA-ARS, U.S. Salinity Laboratory,
Scott M. Lesch, Univ of California, Riverside and
James Wood, USDA-ARS U. S. Salinity Laboratory
87
FRIDAY
SESSION NO. 110
SESSION NO. 112
112-5 5:00 PM Measurement of Fluxes in the Rootzone: Tools
and their Uses. Brent Clothier*1, Steve Green1,
Marijn Van der Velde2, Glendon W. Gee3, Carlo van
den Dijssel 1 , Siva Sivakumaran 1 and Markus
Deurer1, (1)HortResearch, (2)Univ of Louvain (Louvain-la-Neuve), (3)Battelle
POSTERS
Monday–Friday, 8:00 am–6:00 pm
SESSION NO. 114
Convention Center, Exhibit Hall A, Second Floor
1.0B Soil Change in Anthropocence—Poster
Convenor: Victor Targulian, Inst. of Geography,
SESSION NO. 113
114-1
4.4A Case Histories of the Relationships Among Soils
and Societies—Oral
Convenor: David Kissel, Soil, Plt & Water Lab., Univ. of GA
Presiding: Pam Hazelton, University of Technology
113-1 3:30 PM Soil and Paintings: A Way to Achieve Public
Awareness. Fiorenzo C. Ugolini*, Dept Soil Science
and Plant Nutrition
113-2 3:55 PM Ancient and Recent Challenges in the Utilization
of Soil and Water Resources in Egypt. Salah A.
Tahoun*, Soil Science Dept, Univ of El-Zagazig
113-3 4:15 PM From Marl to Rock Powder: On the History of
Soil Fertility Management by Rock Materials.
Verena Winiwarter*, Institute for Soil Science, Univ
of Natural Resources and Applied Life Sciences and
Winfried E.H. Blum, Institute for Soil Science, Univ
of Natural Resources and Applied Life Sciences
113-4 4:35 PM Some Theoretical Questions of a History of a Soil
Cover and Civilization. Lev O. Karpachevskiy*1,
Tatiana A. Zubkova 2 and Yunus N. Ashinov 2 ,
(1)Moscow State Univ , Faculty of Soil Science,
(2)Moscow State Univ, Faculty of Soil Science
113-5 4:55 PM Soil Science Knowledge and General Public: How
to Bridge the Gap?. Maria da G. de V. X. Ferreira*,
Univ Católica de Pernambuco and Carmem S. M.
Masutti, Fundação Univ Federal do Vale do São
Francisco
114-2
114-3
114-4
114-5
SESSION NO. 115
1.0PA Multiscale Mapping of Soil Properties for
Environmental Studies, Agriculture, and
Decision-Making—Poster
Convenor: Ana M. Tarquis, Dpto. Matemática Aplicada–
E.T.S. Ing. Agrónomos–Polytechnic University of Madrid
115-1
115-2
115-3
115-4
115-5
115-6
88
109b Estimation of Lead and Cadmium Mobility in
the Winter Wheat System. Rimma Turekeldieva*
Jr., Taraz State Univ named by H. Dulati
110a Anthropogenically Transformed Grounds in the
Conditions of Industrial Dumps Recultivation.
Farida E. Kozybaeva*, Inst of Soil Science
110b Stability of Ecological and Biological Properties
of Soils to Chemical Pollution. Anna A. Popovich*,
Alena V. Evreinova, Diana K. Aznaurjan and Sergei
I. Kolesnikov, Rostov State Univ
111a Change of Ecological and Biological Properties of
Chernozem Ordinary at Pollution by Technogenic Products of Nonmetallic Nature. Sergei I.
Kolesnikov* and Anna A. Popovich, Rostov State
Univ
111b The Modification of Humus Content in Moldova
Chernozems Under the Process of Explotation in
Agriculture. Serafim V. Andriesh* V, Inst for Soil
Science
209a Plant Available Water Modified by Landscape.
Sally D. Logsdon*, NSTL
209b Potential of Soil and Water Resources for Agricultural Development in Bahariya Oasis. III. Potentiality of water resources. Mohamed Abbas
Rasheed* and Khaled Mohamed Darwish, National
Research Centre–Soils and Water Use Dept.
210a Effect of Microbial Inhibitors on Nitrous Oxide
Flux from Paddy Field. Aditi Srivastava, G.B.Pant
Univ of Agriculture and Technology and Venkatesh
Bharadwaj*, Dept of Agrometeorology, College of
Agriculture, G.B. Pant Univ of Agriculture and Technology
210b Predicting Depth to Subsurface Soil Features
Using Differential GPS and GIS Techniques. R. L.
Livingston*, W. D. Daniels and D.C. McMillen,
USDA-Natural Resources Conservation Service
211a SCORPAN-Based Soil-Landscape Modeling in
North-East Florida. Sabine Grunwald*1, Sanjay
Lamsal2, G. W. Hurt3, Gregory L. Bruland4 and
Nicholas B. Comerford4, (1)Soil & Water Sci. Dept.,
Univ of Florida, (2)Soil & Water Sci. Dept., Univ of
Florida, (3)Univ of Florida, (4)Univ of Florida, IFAS
211b Stochastic Simulations of Spatial Variability in
Soil Properties Based on Multifractal Characteristics. Alexandra.N Kravchenko*, Michigan State
Univ
115-7
115-8
115-9
115-10
115-11
115-12
115-13
115-14
115-15
115-16
115-17
115-18
115-19
212a Nitrous Oxide Emission from an Irrigated Pasture – Spatial Variability and Method Comparison. Debra A. Turner*, The Univ of Melbourne
212b Pedological Sampling Adds Value to a Study to
Evaluate the Status of Nitrogen, Phosphorus, And
Potassium in the Agricultural Soils of the Lower
Fraser Valley of British Columbia, Canada. Elizabeth A. Kenney*1, Grant Kowalenko1, Orlando W.
Schmidt2 and Geoff Hughes-Games2, (1)Agriculture & Agri-Food Canada, (2)British Columbia Ministry of Agriculture and Lands
213a Soil Patterns in Bangladesh. Syed Elahi*, Dhaka
Univ, M. S. Hussain, Dhaka University, Hari
Eswaran, USDA/NRCS Soil Survey Division and M.
M. Hoque, Soil Resources Development Institute
213b Soil Mapping Unit Discrimination by Using Remote Sensing in Varamin Area of Iran. Fereydoon Sarmadian* and Kamran Moravej, Soil Science
Dept Faculty of Soil and Water, Univ of Tehran
214a Predicting Soil Moisture in the Field from Amplitude Temperature. Abdul Wahab A. R. Al-kayssi*1,
Abdullah Najim Al-Ani 1 and Ali Abas AlKaraghouli2, (1)Ministry of Agriculture, (2)Solar Energy Research Center
214b Total Heavy Metal Spatial Patterns in Calcareous
and Saline Soils of Khuzestan Alluvial Plain,
Southwest of Iran. Amir H. Charkhabi* Sr., Soil
Conservation and Watershed Management Research
Institute of Iran
215a Geographic Mapping and Analysis Using GIS of
Study Areas in Bahariya Oasis, Egypt. Mohamed
Abbas Rasheed, Soils & Water Use Dept, National
Research Centre (NRC), Khaled Mohamed Darwish*, Soils & Water Use Depy, National Research
Centre (NRC), and Reinhard Zölitz-Moeöller, Institut For Geographie und Geologie
215b Field-scale Spatial Relations Between Surface
Topography, Electrical Conductivity, and Superficial Aquifer Ion Concentrations. Francis Casey*
and Nathan E. Derby, North Dakota State Univ
216a Wavelet Transform Applied to Dye Stained Images from percolation field process. J.A. Piñuela*,
Univ Europea de Madrid, D. Andina, E.T.S. Ing.
Telecomunicaciones–Polytechnic Univ of Madrid
(UPM), Kevin McInnes, Texas A&M Univ. and Ana
M. Tarquis, Dept. Matemática Aplicada–E.T.S. Ing.
Agrónomos–Polytechnic Univ of Madrid
216b Mechanism of Nickel Accumulation by Ricinus
communis Plant Species. Malarkodi Maruthan*
and Krishnasamy Ramasamy, Tamil Nadu Agricultural Univ
217a Satellite and Airborne Remote Sensing for Rapid
Assessment of Surface Soil Properties. Dana Sullivan*1, Joey N. Shaw2, Paul Mask2, D. Rickman3,
J.C. Luvall3 and JM Wersinger2, (1)USDA-ARS
Southeast Watershed Research, (2)Auburn Univ,
(3)Global Hydrology and Climate Center, NASA
217b Predicting Organic Matter Thickness and Decomposition Status in New Hampshire Peatlands
Using Geomorphic and Vegetative Patterns. Donald R. Keirstead*, United States Dept of Agriculture
309a A Comparison of Model-Predicted Evapotranspiration by the SWAT Model With Real and
Modeled Meterology. Julie Earls*, Univ of South
Florida–St. Petersburg, Geospatial Analytics Lab
and Barnali Dixon, Univ of South Florida–St. Petersburg, Dept. of Environmental Science & Policy &
Geography
115-20
115-21
115-22
115-23
115-24
115-25
115-26
115-27
115-28
115-29
115-31
115-32
115-33
309b Regional-Scale Spatial Patterns of Soil C, N, and
Water Properties from Detailed Soil Surveys
Combined with Soil Characterization Data for
Sites in Western Oregon, USA. Jeffrey S. Kern*1,
Mark Johnson2, Robert B. McKane2 and Jana E.
Compton2, (1)Dynamac Corp for US EPA, (2)U.S.
EPA-Natl.Health & Envl.Effects
310a Modeling P Dynamics and Crop Responses in
Contrasting Soils of the Tropics. Robert J. Delve*,
TSBF-CIAT Zimbabwe and Merv Probert, CSIRO
Sustainable Ecosystems
310b Scale- and Location-Dependent Correlations of
Soil Strength and Wheat Biomass. M.J. Pringle and
R. Murray Lark*, Environmetrics Group, Bioinformatics and Biomathematics Division, Rothamsted
Research
311a Application of Statistical Multivariate Procedures
to Study Patterns of Similarity Between Different
Soils. A. De Souza1, G. Gasco*2, A. Saa2 and M.
Cruz Díaz3, (1)Univ Politécnica de Madrid, (2)Dept.
Edafología–E.T.S. Ing. Agrónomos–Polytechnic
Univ of Madrid, (3)Dept. Edafología–E.T.S. Ing.
311b A New Perspective to Diffuse Reflectance Spectroscopy: A Wavelet Approach. Yufeng Ge 1,
Cristine Morgan*2 and J. Alex Thomasson1, (1)Texas
A&M Univ, Dept of Biological and Agricultural Engineering, (2)Texas A&M Univ, Dept of Soil & Crop
Sciences
312a Soil Information for Germany: The 2006 Position. Wolf Eckelmann*, Federal Institute for Geosciences and Natural Resources (BGR)
312b Distribution of Soils in the Landscape of the Distrito Federal, Brazil. Marilusa P. C. Lacerda* and
Inara O. Barbosa, Univ of Brasilia
313a Increasing Accuracy of the Hungarian National
1:25,000 Scale Spatial Soil Information System.
László Pásztor* and József Szabó, Research Institute
for Soil Science and Agricultural Chemistry of the
Hungarian Academy of Sciences
313b Use of Hyperspectral VNIR Spectroscopy and
(Co)Kriging for Spatial Assessment of Soil Properties. Ali Volkan Bilgili*1, Harold M. Van Es1,
Fevzi Akbas2, Rifat Akis3, W. Dean Hively4 and
Stephen D. DeGloria1, (1)Cornell Univ, (2)Gaziosmanpasa Univ, (3)Univ of Wyoming, College of
Agriculture, Renewable Resources, Soil Science
Dept, (4)USDA-ARS Environmental Quality Laboratory
314a Spatial Variability of Arsenic in Water, Soil and
Rice in a Contaminated Area of Bangladesh. Zia
Uddin Ahmed*1, John M. Duxbury1, Stephen DeGloria1 and Golam M. Panaullah2, (1)Cornell Univ,
(2)CIMMYT Bangladesh
315a Household Level Influence on Spatial Variability
of Soil Properties in Western Kenya. Jane J. Kapkiyai*1, Stephen D. Degloria1, John M. Duxbury1,
Alice N. Pell1, Bernard Vanlauwe2 and David M.
Mbugua3, (1)Cornell Univ, Crop and Soil Sciences
Dept, (2)Tropical Soil Biology and Fertility Institute
of CIAT, (3)World Agroforestry Centre
315b Runoff Potential Risk Map Based on CN Method
in Korea. Suk Young Hong*1, Kang Ho Jung1, Yi
Hyun Kim 1, Yeong Sang Jung 2 and Han Kang
Kwak1, (1)National Institute of Agricultural Science
and Technology, RDA, (2)Kangwon National Univ
316a Clay Mineralogical Composition Map of Paddy
Soils in Miyagi Prefecture, Northeastern Japan.
Oki Sano*1, Toyoaki Ito1, Tadashi Ando1, Masami
Nanzyo2, Genya Saito1, Kimio Saito3 and Masahiko
89
POSTERS
SESSION NO. 115
SESSION NO. 115
115-34
115-35
115-36
316b
317a
317b
115-37
318a
115-38
409a
115-39
409b
115-40
115-41
115-42
115-43
90
410a
410b
411a
411b
Saigusa1, (1)Field Science Center, Graduate School
of Agricultural Science, Tohoku Univ, (2)Graduate
School of Agricultural Science, Tohoku Univ,
(3)Miyagi Pref. Furukawa Agricultural Experiment
Station
Classification and Diversion of Soils in Central
Greece. Agelos B. Papaioannou, Panagiotis
Plageras*, Kostas Kakavas, Eleni Dovriki and Athanatios Paliatsos, Dept of Environment, School of
Medical Laboratories, Highest Technological Educational Institution, Larissa, Greece
Digital Landscape Metrics for the Soil Survey
Update of Potter County, Pennsylvania. T.M.
Prescott*1, Y.K. Plowden2, M.P. McDevitt2, W.J.
Waltman 3 , A.R. Topalanchik 1 and Edward J.
Ciolkosz4, (1)USDA-NRCS, MLRA 13 Region,
(2)USDA/NRCS–Central PA Soil Survey Office,
(3)USDA/NRCS–MLRA Region 13, (4)Dept of
Crop and Soil Science, The Pennsylvania State Univ
Potential and Present Soil Erosion by water in the
Mesopotamia-Litoral Region of Argentina.
Roberto P. Marano 1, Graciela Pusineri 2, Silvia
Imhoff*1 and Miguel A. Pilatti1, (1)Facultad de Ciencias Agrarias, Universidad Nacional del Litoral,
(2)Facultad de Ingeniería y Ciencias Hídricas, Universidad Nacional del Litoral
A Soil Landscape Modeling Framework for Soil
Survey Updates: A Case Study in Southeastern
Ohio. Brian Slater* and Sakthi Kumaran Subburayalu, School of Natural Resources
Assessing Field Soil Organic Matter Content
Using Electromagnetic Induction Techniques.
Gonzalo Martinez* Sr., Karl Vanderlinden and
Rafaela Ordoñez, I.F.A.P.A.–C.I.C.E (Junta de Andalucia)
Soil Climate Atlas of the Northeast U.S. D.A.
Miller*1, W.J. Waltman1, Edward J. Ciolkosz2, K.
Eggleston3, Brian W. Bills1, R.A. White4, Stephen
Crawford1, J. L. Sloan1, J. Voortman1, T.M. Prescott5
and Sharon Waltman6, (1)Earth and Environmental
Systems Institute, The Pennsylvania State Univ,
(2)Dept. of Crop and Soil Science, The Pennsylvania State Univ, (3)Northeast Regional Climate Center, (4)Earth and Environmental Systems Institute,
(5)USDA-NRCS, MLRA 13 Region, (6)USDANRCS-National Geospatial Development Center
Electromagnetic Mapping of Salinity and Boron
for Site-specific Seeding Management in Cotton
Fields. Florence Cassel S.*, California State Univ at
Fresno
Integrating Soil Survey, Research, and Outreach
in California’s National Parks. Dylan Beaudette*1,
Anthony O’Geen2, Kenneth Oster3, Valerie Bullard3,
Susan Southard 3 , David W. Smith 4 and Pete
Biggam5, (1)Land, Air & Water Resources, Univ of
California, (2)Land, Air & Water Resources, Univ of
California, (3)USDA-NRCS, (4)USDA Natural Resources Conservation Service, (5)NPS
High-resolution Soil Survey Using SoLIM Based
on 1-foot DEM. James E. Burt*, University of Wisconsin-Madison, Qiguang Zhu, Department of Geography, University of Wisconsin-Madison, Duane
Simonson, USDA-Natural Resources Conservation
Service, Tom Hunt, University of Wisconsin-Platteville Pioneer Farm and A.-Xing Zhu, State Key
Laboratory of Resources and Environmental Information System, Institute of Geographical Sciences
and Natural Resources
Utilization of a Soil Database for the Needs of
Rural Area Management. Piotr Sklowodowski*,
Warsaw Univ of Technology, Dept of soil science
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115-45
412b
115-46
413a
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413b
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and soil conservation, Antoni Szafranek, Warsaw
Univ of Technology, Dept of Soil Science and Soil
Conservation, Anna Bielska, Warsaw Univ of Technology, Dept. of Soil Science and Soil Conservation
and Aleksandra Polcik, Warsaw Univ of Technology,
Dept of Soil Science and Soil Conservation
The Use of Soil Mapping with the Aim of Improving Farming Practices in a Region of Crete,
Greece. Evangelia Vavoulidou* 1 , Elisabethe
Avramidis1, Periclis Papadopoulos1, Athanasios
Charoulis2, Theodoros Karyotis2 and Kostaninos
Soulis3, (1)Soil Science Institute of Athens,NAGREF, (2)Inst.of Soil Mapping and Classification,
(3)Agricultural Univerisity of Athens,Dep.of Nat.
Resources Devel. and Agr. Engineering
Characterization of the Soils and Evaluation of
Sustainability Use of the Lands in Distrito Federal, Brazil. Marilusa P. C. Lacerda*, Inara O. Barbosa, Marina R. Bilich, Cristhian S. Ferreira, Aurelio. A. A. Chaves, Fabio A. Carvalho and Anete D.
Meira, University of Brasilia
Reconsidering Soil Survey Information Delivery
in the 21st Century. Douglas A. Miller*1, Brian W.
Bills1, Sharon W. Waltman2, William J. Waltman1
and Edward J. Ciolkosz1, (1)The Pennsylvania State
University, (2)USDA-NRCS-NGDC
Gradient Distribution of Four Invader Plants in
Relation to Soil and Other Factors in CataluÑa
(Ne Spain). E. Sobrino*1, Mario Sanz Elorza2, Elias
D. Dana Sanchez3, José Miguel Soriano Páez1 and
Alberto Gonzalez Moreno4, (1)Departamento de
Producción vegetal: Botánica y Protección Vegetal.
Univ. Politécnica de Madrid, (2)Ministerio de Hacienda, (3)Universidad de Almeria, (4)INIA
Seronet- a Robust Algorithm to Fit Neural Network Models for Pedotransfer Functions. Carlos
Alberto Alves Varella* and Marcos Bacis Ceddia,
UFRRJ
Effect of Organic and Inorganic Sources of Nutrients on Availabality and Uptake of Major and
Secondary Nutrients in Eastern Dry Zone of Karnataka,India. Veerabhadraiah and Chamegowda
Badrinath*, UAS,GKVK,Bangalore-560065
Development of the Geographic Information System on Soils of European Russia for Modeling
Carbon Dynamics in Agricultural Lands. Polina
V. Koroleva* and Dimitry I. Rukhovich, V.V.
Estimating Carbon Stocks at the Field-Management Scale. Michael L. Thompson*1, Teresita ChuaOna1, Jessica Hutchison2 and Ya-Fang Wu3, (1)Iowa
State University, (2)Cameron University, (3)University of Connecticut
Soil and Ground Water Based Approach for Sustainable Agricultural Development : Grass Roots
Applications of Remote Sensing and GIS in Indian Context. V.K. Verma*, P.K. Sharma, P.K. Litoria and D.C. Loshali, Punjab Remote Sensing Centre, Ludhiana, India
Artificial Neural Network to Map Spatial Variability of Field Capacity. Marcos Bacis Ceddia*1,
Carlos Alberto Alves Varella1, Sidney Vieira2 and
Francisco de Assis de Carvalho Pinto3, (1)UFRRJ,
(2)Instituto Agronômico, (3)UFV
Spatial Distribution of Nutrients and Status of
Fertility in Arable Greek Soils. Theodore Karyotis*1, Th Mitsimponas2, M Tziouvalekas2 and A
Drosos2, (1)National Agricultura; Research Foundation, (2)National Agricultural Research Foundation,
Institute for Soil Mapping and Classification
115-55
115-56
115-57
417b Spatial Variation of Available Soil Phosphorus
in Microplot Rainfall Simulation Studies. Murray
R. Hart* and Peter S. Cornish, Univ of Western Sydney
418a Similarity Analysis of Crop Fields for Mapping
Soil Organic Carbon. Feng Chen*1, D.E. Kissel2,
L.T. West1, W. Adkins1, D. Rickman3 and J.C. Luvall3, (1)Dept of Crop and Soil Sciences, Univ of
Georgia, (2)Dept of Crop and Soil Sciences, Univ of
Georgia, (3)Global Hydrology and Climate Center,
NASA
418b Humic Acids and Aggregate Stability in Organically Amended Semiarid Soils. Emanuela
Margherita* 1 , Gennaro Brunetti 2 , Carlos G.
Izquierdo3, Nadia Vignozzi4, Sergio Pellegrini4, Marcello Pagliai4 and Nicola Senesi1, (1)DIBCA–Univ
of Bari, (2)DIBCA–Univ of Bari, (3)Centro de
Edafologia y Biologia Aplicada del Segura–CEBASCSIC, (4)CRA-ISSDS
116-9
116-10
116-11
116-12
116-13
SESSION NO. 116
116-14
Disciplinary Soil Science Knowledge for Soil-WaterPlant-Environment Systems—Poster
Convenor: Lajpat Ahuja, USDA-ARS, Great Plains Systems
Research Unit
116-1
116-2
116-3
116-4
116-5
116-6
116-7
116-8
120a Wetland Ecosystem: Soil and Water Characterization in Relation to Crop Productivity and Economic Stability for Resource-Poor Farm Families.
Anandamoy Puste*, Dilip Kumar Das and Kalyan
Jana, Bidhan Chandra Krishi Viswavidyalaya (Agril.
Univ)
120b Assessability of Nitrate Pollution in Groundwater Using Integrated GIS-Model Approach.
Bhupinder Singh*, Punjab Agricultural Univ, Ludhiana
121a Using Soil Survey to Evaluate the Impact of Agricultural Land on Natural Water Resources.
Moustafa A. Elrashidi* and Dewayne Mays,
USDA/NRCS, National Soil Survey Center
121b The Analytical Solutions of Three Dimensional
Heat Equation for Thermal Pulse Method. Gang
Liu* Sr., China Agricultural Univ
122a Monte Carlo Calculation of a Properly Paraffin
Cube for Moisture Measurement Near the Soil
Surface by Neutron Probe. Ali Asghar Mowlavi,
Physics Dept, School of Sciences, Tarbiat Moallem
Univ of Sabzevar and Mohamad Hadi Hadizadeh
Yazdi*, Ohio Univ
123a Study of Migration of Polluting Substances in
Soil on the Basis of Mathematical Modeling. F.
Mikailsoy*, Univ of Selcuk and A.I. Mamedov,
USDA-ARS, National Soil Erosion Research Laboratory
124a Problems of Heat and Mass Transfer in Different
Genesis’ Soils. Akif P. Gerayzade*, Institute Soil
Science and Agrochemistry
124b Statistical-Physical Models for Estimation a Heat
and Mass Transfer Properties in Soil from Easy
Measured Soil Components. Boguslaw Usowicz*,
Institute of Agrophysics, Polish Academy of Sciences
116-15
116-16
116-17
116-18
116-19
116-20
116-21
116-22
125a A Theory for Simultaneous Measurement of the
Thermal Properties of a Soil with Water Flows in
the Soil and the Velocity Vector of the Water
Flowing in the Soil. Michihiro Hara* and Akira
Endo, Iwate Univ
125b Numerical Approach Using Binary Transport
Theory in Soil Water Evaporation. Yukari
Imoto*1, Yu Amemiya2, Sunhoon Lee1 and Isao
Machida3, (1)Graduate School of Science and Technology, Chiba Univ, (2)Japanese Institute of Landscape Architecture, (3)National Institute of Advance
Industrial Science and Technology
126a Simultaneous Measurement of Water Flux Density Vector and Thermal Properties of a Soil. Akira
ENDO*, National Institute of Industrial Safety, Construction Safety Research Division and Michihiro
Hara, Iwate Univ, Faculty of Agriculture
126b Water Uptake: a Moving Boundary Model. Jorge
L. Blengino1, Juan C. Reginato*1 and Domingo A.
Tarzia2, (1)Univ Nacional de Río Cuarto, (2)Univ
Austral
127a The Effect of Exchange Cations 0n Decreasing of
Soil Moisture Energy. Ivan I. Sudnitsyn I.*,
Lomonosov Univ
127b An Inverse Method to Estimate the Source-Sink
Term of Convection-Dispersion Equation. Jianchu
Shi1, Qiang Zuo*1 and Renduo Zhang2, (1)China
Agricultural Univ, (2)Univ of Wyoming
220a Application of System Simulation Modeling in
Pest Management. Subhash Chander, Unit of Simulation & Informatics, Indian Agricultural Research
Institute, New Delhi, India and L. R. Ahuja*, USDAARS-GPSR
220b Sensibility of Soil Moisture to Soil Thermal Diffusivity in a Typical Semi-Arid Narrow Soil. Alain
M.B. Passerat de Silans* Sr., Lovania M. Werlang
and Maurício C. Goldfarb, Univ federal da Paraíba–
Brazil
221a Crop Growth Models. Nozar Ghahreman*, Univ of
Tehran
221b Combining Simultaneous Heat and Water
(SHAW) with Photosynthesis Model to Simulate
Water and CO2 Fluxes Over Wheat Canopy.
Qiang Yu*, Institute of Geographical Sciences and
Natural Resources Research and Gerald Flerchinger,
USDA-ARS Northwest Watershed Research Center
222a Impact of Paddy Rice Cultivation on Water Environment in View of Nitrogen Flow in Watersheds in Korea. Kee-An Roh*, Min-Kyeong Kim,
Nam-Jong Lee, Mun-Hwan Koh and Jeong-Taek
Lee, Division of Agriculrural Eenvironmet and Ecology, National Institute of Agricultural Science
andTechnology
222b The Determination of In-Situ Soil Thermal Diffusivity: The Case of a Narrow Semi-Arid Soil.
Alain M.B. Passerat de Silans* Sr., Lovania M. Werlang and Mauricio C. Goldfarb, Univ federal da
Paraíba–Brazil
223a “FIT” Method for Calculation of Soil Particle
Size Distribution from Stored Density-Time Data
Base. Balázs Kovács, Univ of Szeged, Dept of Mineralogy, Geochemistry and Petrology, Imre
Czinkota*, Szent Istvan Univ, Dept of Soil Science
and Agricultural Chemistry, Lászlo Tolner, Szent
István Univ, Dept of Soil Science and Agricultural
Chemistry and György Czinkota, ALTAIR LTD
223b Soil Change in Southeastern USA Ultisols. Joey N.
Shaw*1, Iyassu Fesha2, D. Wayne Reeves3, C. Wesley Wood4, Yucheng Feng1 and M. Lee Norfleet5,
(1)Auburn Univ, (2)Ministry of Ag Res & Human
91
POSTERS
SESSION NO. 116
SESSION NO. 116
116-23
224a
116-24
224b
116-25
225a
116-26
225b
116-27
226a
116-28
226b
116-29
227b
116-30
319b
116-31
116-32
116-33
116-34
116-35
116-36
116-37
92
320a
320b
321a
321b
322a
322b
323a
Res, (3)USDA-ARS, (4)Dept of Agronomy and
Soils, (5)USDA NRCS RIAD
Modeling Crop Yield with Combined Multi-Scale
Soil Data and Remote Sensing Observations. Xianzeng Niu*, Eric W. Warner and Gary W. Petersen,
Penn State Univ
Regional Estimation of Nitrate Leaching and
Ground Water Pollution with the Land Resources
Information System SLISYS-Neckar. Thomas
Gaiser* and Heike Weippert, Univ of Hohenheim
Postagrogenic Transformation and Changes in
the Water Balance of Loamy Soils under Spruce
Plantation and Fallow in the Southern Taiga
Zone. Sergei F. Khokhlov*, V.V. Dokuchaev Soil
Science Institute
Back to the Tortuosity and Corelation Function
of Mualem (1976). Yechezkel Mualem* and Arkadi
Berezkin, Hebrew Univ of Jerusalem, Faculty of
Agriculture, Food and Environmental Sciences
Sensitivity of Decisions Based on the Pesticide
Economic and Environmental Tradeoffs (PEET)
Decision-Support System to Uncertain Input Parameters. David Nofziger*, Oklahoma State Univ
The Canadian Agri-Environmental Indicators
for Nitrogen: Residual Soil Nitrogen and the Risk
of Water Contamination by Nitrate-N. Craig F.
Drury*1, Jingyi Yang1, Reinder DeJong1, Xueming
Yang1, Ted Huffman1 and D. Keith Reid2, (1)Agriculture & Agri-Food Canada, (2)OMAF
Electro-tropism in “Soil-Plant” System. Anatoly
Pozdnyakov, Moscow State Univ, Larisa Pozdnyakova*, RiceTec, Inc. and Gennady Fedotov,
Moscow State Univ of Forest
Monitoring Tillage Effects on Soil Water Dynamics Using Automated Time-Domain Reflectometry. Robert C. Schwartz*, R. Louis Baumhardt and
Steven R. Evett, USDA-ARS
Application of Cropgro-Peanut Model to Evaluate Groundnut Growth and Yield in Some Farming Zones of Ghana. Emmanuel Dugan*, Soil Science Dept, Univ of Ghana, Legon and Samuel G. K.
Adiku, Dept of Soil Science, Univ of Ghana, Legon
Spatial and Temporal Variance of Biomass Development. Ole Wendroth*1, Dennis Egli1, K. Christian Kersebaum2 and Donald R. Nielsen3, (1)Univ of
Kentucky, (2)Institute for Ecosystem Modelling,
(3)Univ of California, Dept LAWR Hydrologic Science
Web-Based Meteorological/Soil Profile Data Dissemination and Visualization:. Teferi Tsegaye*1,
Mezemir Wagaw1, Marius Schamschula1, Wubishet
Tadesse1, Robert Metzl1, Tommy Coleman1 and
Garry L. Schaefer 2 , (1)Alabama A&M Univ,
(2)USDA-NRCS
Adapting Agricultural Practices in the Western
Interior of South Africa to Optimize Water Harvesting for Crop Production. Josias Eduard Hoffman*, Stellenbosch Univ
The Relationships Between the OrganicallyBound Iron in the River Water and the Environmental Factors of Watershed. Masahiko Saigusa1,
Daisuke Kunii*2, Genya Satio1 and Toyoaki Ito1,
(1)Tohoku Univ, (2)Tohoku University
Evaluating Regulated Deficit Irrigation (RDI)
Practices for Citrus Production in South Africa.
Josias Eduard Hoffman*, Stellenbosch Univ
Temporal Effects of N Source and Timing of N
Fertilization on 15N of Chinese Cabbages and
Soil. Seok-In Yun*1, Hee-Myong Ro1, Eui-Yong
116-38
323b
116-39
324a
116-40
324b
116-41
325a
116-42
325b
116-43
326a
116-44
326b
116-45
327a
116-46
327b
116-47
419a
116-48
419b
Yun1 and Woo-Jung Choi2, (1)Dept of Applied Biology and Chemistry, School of Agricultural
Biotechnology, Seoul National Univ, (2)Dept of
Biosystems and Agricultural Engineering, Institute
of Agricultural Science and Technology, Chonnam
National Univ
Nitrogen Rates Affected Biomass Production and
N Uptake of Chinese Cabbages under Elevated
Atmospheric CO2 and Temperature. Seok-In
Yun1, Hee-Myong Ro1, Woo-Jung Choi2, Jong-Seo
Choi1 and Young-Jun Nam*1, (1)Dept of Applied Biology and Chemistry, School of Agricultural
Biotechnology, Seoul National Univ, (2)Dept of
Biosystems and Agricultural Engineering, Institute
of Agricultural Science and Technology, Chonnam
National Univ
Assessing the Impact of Spatial Variability of Soil
and Vegetation on Catchment Water Balance – A
Case Study in Simmons Creek Catchment. Enli
Wang*, Hamish Cresswell and Mark Glover, CSIRO
Land and Water
Temporal Effects of Soil Moisture Tension and
Salinity on Carbon Isotope Composition During
Carbon Assimilation in Lettuce and Young
Radish. Hee-Myong Ro1, Young-Dae Choi2, SeokIn Yun 1, Jong-Seo Choi* 1 and Jae-Min Kim 1,
(1)Dept of Applied Biology and Chemistry, School
of Agricultural Biotechnology, Seoul National Univ,
(2)Yeongnam Agricultural Research Institute, NICS,
RDA
An Empirical Test of Nitrogen Saturation in the
Understory of the Catskill Mountains of New
York. Anthony S. Eallonardo* Jr. 1, Donald J.
Leopold1, Gregory Lawrence2 and Laura A. Heath1,
(1)State Univ of New York College of Environmental Science and Forestry, (2)U.S. Geological Survey
Natural Abundances of Crop and Soil N Can
Evaluate the Contribution of N Source to Crop N.
Hee-Myong Ro* and Seok-In Yun, Dept of Applied
Biology and Chemistry, School of Agricultural
Biotechnology, Seoul National Univ
Active Learning: International Agriculture Using
the Internet as a Teaching Tool in Brazil. Rosa
GUEDES*, Philadelphia Univ
Linking Dynamic and Chemical Representations
of Soil Carbon: Carbohydrates as a Case Study.
Delphine Derrien*1, Christine Marol2 and Jerome
Balesdent2, (1)Laboratoire Sol et Environnement,
INPL-ENSAIA, (2)Laboratoire d’Ecologie Microbienne de la Rhizosphere, UMR 6191
Soil Climate Regimes of West Virginia. T.M.
Prescott*1, James Thompson2, John Sencindiver2,
W.J. Waltman3, S.G. Carpenter1 and Sharon W. Waltman4, (1)USDA-NRCS, MLRA 13 Region, (2)West
Virginia Univ, (3)USDA/NRCS–MLRA Region 13,
(4)USDA-NRCS-NGDC
Gypsophile or Extremophile? A Case Study Examining the Relationship between Gypsum Soils
and the Rare Species that Occur on Them. Patrick
Drohan*1, Brenda Buck1 and Douglas Merkler2,
(1)Univ of Nevada, Las Vegas, (2)USDA NRCS
Effective Soil Hydraulic Properties at the Landscape Scale and beyond. Jianting Zhu*1, Binayak
Mohanty2 and Narendra Das2, (1)Desert Research
Institute, (2)Texas A&M Univ
An Inexpensive and Simple Method to Demonstrate Water Infiltration and Water-Holding Capacity in the Field and Classroom. Susan E. Samson-Liebig*1, Kristine A. Nichols2 and Mark A.
Liebig2, (1)USDA-NRCS, (2)USDA-ARS
SESSION NO. 117
116-50
116-51
116-52
116-53
116-54
116-55
116-56
116-57
116-58
116-59
116-60
116-61
420a Integration of the Explicit Root Growth Model
SIMROOT with a Canopy Crop Growth Model.
Raul Jaramillo and Jonathan P. Lynch*, Pennsylvania State Univ
420b Phosphorus Losses in a Ditch-Drained Farming
System in the Delmarva Peninsula. Arthur L.
Allen*1, Peter Kleinman2, Andrew Sharpley2, Peter
Vadas2 and Brian Needelman3, (1)Univ of Maryland Eastern Shore, (2)USDAAgricultural Research
Service, (3)Univ of Maryland
421a Using the Riparian Ecosystem Management
Model to Determine when Vegetated Filter Strips
Are Sources or Sinks for Phosphorus. Jennifer K.
Gilbert*1, J. Thomas Sims1 and R. R. Lowrance2,
(1)Univ of Delaware, (2)USDA-ARS S.E. Watershed Res. Lab.
421b An Improved Agricultural System Model for
Space-Time Simulation of Agricultural Landscape Variability. James C. Ascough II1, L. Ma1,
Timothy Green*1, Gerald Flerchinger2, Gregory S.
McMaster1, Lajpat Ahuja1 and Bruce Vandenberg1,
(1)USDA-ARS-NPA, Great Plains Systems Research Unit, (2)USDA-ARS Northwest Watershed
Research Center
422a Using Dynamic Crop Simulation Models and Statistical County Yield Estimates to Determine the
Spatial and Temporal Variability of Peanut Yield.
Axel Garcia y Garcia*, Larry C. Guerra, Joel Paz and
Gerrit Hoogenboom, The Univ of Georgia
422b Simulating the Soil Organic Carbon Dynamic
for Different Crop Rotations in Southwest Burkina Faso. Cecilia M. Tojo Soler*, The Univ of Georgia, Vincent Bado, Inera, McNair Bostick, Univ of
Florida, Gerrit Hoogenboom, Univ of Georgia and
James Jones, University of Florida
423a Global Interactive Index for Soil Production and
Degradation Assessment. Miguel A. Pilatti, Daniel
Grenon, Jorge Orellana and Silvia Imhoff*, Facultad de Ciencias Agrarias, Univ Nacional del Litoral
423b A Spatially Referenced Agricultural Decision
Support Tool (ADST) for Irrigated Wheat and
Maize. Deli Chen*, Yong Li, Robert White and
Robert Edis, The Univ of Melbourne
424a Defining and Measuring Soil Quality and Health
in Intensively Managed Turfgrass Systems. Anthony Koski* and Yaling Qian, Colorado State Univ
424b Landscape Modelling of Residual Soil Nitrogen
and Non-Growing Season Nitrogen Leaching
Using a Canadian Agricultural Nitrogen Budget
Model (CANB v2.0). Jingyi Yang*, Reinder De
Jong, Craig F. Drury, Ted Huffman, Valerie Kirkwood and Xueming Yang, Agriculture and AgriFood Canada
425a Effect of Application of Composted Cattle Manure on Cd Leaching from Unpolluted Paddy
Fields. Kaoru Abe*1, Saeko Kaburagi Yada1, Takeshi
Ota2, Tetsuya Ishikawa2 and Motohiko Ishida2,
(1)National Institute for Agro-Environmental Sciences, (2)National Agricultural Research Center
425b Determination of the Behavior and the Transport Parameters of Chromium in Soil-Water Systems. Imre Czinkota*1, Ibrahim Issa2, Gabriella
Rétháti2 and Balázs Kovács3, (1)Szent Istvan Univ,
Dept of Soil Science and Agricultural Chemistry,
(2)Szent Istvan Univ, (3)Univ of Szeged, Dept of
Mineralogy, Geochemistry and Petrology
426a A Functional Crop Growth Model to Reveal SoilWater-Plant-Environment Interactions under
Different Climatic, Edaphic and Management
Conditions in Tropical Cropping Systems. Ann
116-62
Verdoodt* and Eric Van Ranst, Ghent Univ, Laboratory of Soil Science
426b Evaluating the Proportion of Nitrified N Emitted
as N2O, under Unsaturated and Saturated Conditions, Using 15N Tracers. Olivier Mathieu*, Jean
Lévêque, Catherine Hénault, Marie-Jeanne Milloux,
Francis Andreux and Elise Baujard, UMR 1229 Microbiologie et Géochimie des Sols
SESSION NO. 117
1.0WA Soil Geochemical Patterns at Regional, National,
and International Scales—Poster
Convenor: David Smith, U.S. Geological Survey
117-1
117-2
117-3
117-4
117-5
117-6
117-7
117-8
117-9
117-10
117-11
128a Geochemical Signatures From Within and
Around Old Farms. Donald A. Davidson*, Univ of
Stirling, Clare Wilson, Univ of Stirling and Malcolm Cresser, Univ of York
129a Geochemistry in Soil Survey and Soil-Landscape
Analysis. M.A. Wilson*, R. Burt, S.J. Indorante,
A.B. Jenkins and J.V. Chiaretti, USDA-NRCS
129b Geochemical Landscapes of Alaska. Bronwen
Wang1, Larry P. Gough1, David B. Smith*1 and Nils
Gustavsson2, (1)U.S. Geological Survey, (2)Geological Survey of Finland
130a A Proposed Soil Geochemical and Microbiological Survey of North America: Continental-Scale
Pilot Study in Canada and the United States.
David B. Smith*1, Laurel G. Woodruff1, William F.
Cannon1, James E. Kilburn1, Robert G. Garrett2,
Rodney Klassen2, Robert G. Eilers3, Martin B. Goldhaber1, John D. Horton1 and Jean M. Morrison1,
(1)U.S. Geological Survey, (2)Geological Survey
of Canada, (3)Land Resource Unit, Agriculture and
Agri-Food Canada
130b Element Survey of Wisconsin, USA, Soils. Zhuo
Zhang* 1, Philip Helmke 2 and Cynthia Stiles 2,
(1)Univ of Wisconsin, (2)Univ of Wisconsin
131a Contamination Pattern of Soils and Surface
Water on Vicinity of Abandoned Metalliferous
Mine in Southeastern Part of Korea. Eul-Soo
Yun*1, Sung-Hak Park2, Ki-Yeol Jung1, Jae-Seng
Lee1, Jee-Yeon Ko1 and Yeon-Kyu Park3, (1)Yeongnam Agricultural Research Institute, (2)Chengdo
Myeon Agricultural Cooperative, (3)Miryang National Univ
131b Geochemical Baseline Mapping of European
Soils:. David B. Smith*, U.S. Geological Survey
228b Cost-effective Sampling of Regional Soil Chemistry. Dennis R. Helsel*, Barbara C. Ruddy and
Martin Goldhaber, U.S. Geological Survey
229a Distribution of Soil Organic Carbon and Total Nitrogen in Mollisol in the Northeast of China. Xie
Hongtu* and Zhang Xudong, Institute of Applied
Ecology, Chinese Academy of Sciences
230a Sediment Source Identification in an Urban Watershed. Olivia H. Devereux*1, Brian Needelman1,
Karen L. Prestegaard 2, Allen Gellis 3 and Jerry
Ritchie4, (1)Univ of Maryland, (2)Univ of Maryland,
(3)USGS, (4)ARS-BARC-HRSL
230b Geochemistry and Morphology of Soils in the
93
POSTERS
116-49
SESSION NO. 117
Southern Basin and Range Province, TransPecos, Texas. Susan Casby-Horton*, USDA-NRCS,
Melanie A. Barnes, Geosciences Dept., Texas Tech
Univ and B.L. Allen, Texas Tech Univ
SESSION NO. 118
118-11
333a
118-12
333b
118-13
334a
118-14
334b
118-15
430a
118-16
430b
118-17
431a
118-18
431b
118-19
432a
118-20
432b
118-21
433a
118-22
433b
118-23
434a
1.0WB Wetlands: Science and Management—Poster
Convenor: K. Ramesh Reddy, Univ. of Florida, Soil and
Water Science Dept.
118-1
118-2
118-3
118-4
118-5
118-6
118-7
118-8
118-9
118-10
94
231b Space-time Trajectories of Soil Total Phosphorus
in a Large Subtropical Wetland. Gregory L. Bruland*, Univ of Florida, IFAS, Todd Z. Osborne,
Univ of Flo rida, IFAS, K. Ramesh Reddy, Univ of
Florida, Soil and Water Science Dept, Sabine Grunwald, Soil & Water Science Dept, Univ of Florida,
Susan Newman, South Florida Water Management
District and William F. DeBusk, Escambia County
Engineering Dept
232a Quantitative Assessment of Pedo-Biological Patterns in the Greater Everglades. Sabine Grunwald*, Soil & Water Science Dept, Univ of Florida,
Todd Z. Osborne, Univ of Florida, IFAS and K. R.
Reddy, Univ Of Florida-Soil & Water Science Dept
233b A Soils Perspective: Phosphorus Storage and Retention Within Degraded Isolated Wetlands of
Agricultural Lands. Ed Dunne*, Mark W. Clark
and K. R. Reddy, Soil and Water Science Dept, Univ
of Florida/IFAS
234a Feasibility of Using Ornamental Plants to Remove Nutrients From Treated Municipal Wastewater in Constructed Wetlands. Zhenhua Zhang*1,
Zed Rengel1 and Kathy Meney2, (1)Soil Science
and Plant Nutrition, The Univ of Western Australia,
(2)Syrinx Environmental Pty Ltd
330a An Overview of Land Use and Change Proximate to Wetlands and Its Management Implications around the Great Lakes. Yamille Cirino*,
USEPA Great Lakes National Program Office and
Karen Rodriguez, USEPA Great Lakes National Program Office (G17J)
330b Effect of Forest Fire on CO2 and CH4 Fluxes
from Soil. Nishina N. Kazuya*1, Chisato Takenaka1
and Ishizuka S. Shigehiro 2 , (1)Nagoya Univ,
(2)Forestry and Forest Product Research Institute
331a Effect of Time, Number and Tools of Second
Tillage on (Juncus Sp.) Weed Population in Rice
Paddy Field North of Iran. Meysam Tamimi*1,
Mohammad Reza Ardakani2, Ali Mohadesi3, Mojtaba Adraki1 and Mohammad Mehdi Sharifi4, (1)Islamic Azad Univ-Karaj Branch, (2)Nuclear Research
Center for Agriculture and Medicine-Atomic Energy Organization of Iran, (3)Rice Research Institute/Iran, (4)Rice research Institute/Iran
331b Transformation of Humus Substances of Locally
Hydromorphic Chernozems of the South of Russia. Svetlana A. Tischenko* and Olga S. Bezuglova,
Rostov State Univ
332a Sustainability to Waterflooding of Biological
Properties of Different Chernozemes of Western
Ciscaucasia. Vera I. Strelkova* and Kamil Sh.
Kazeev, Rostov State Univ
332b Clay Mineralogy and Morphology of some Wetland Soils from the Ganges Delta in Bangladesh.
Mohammad Sultan Hussain*1, Mohammad Jashim
Uddin1 and Soheli Ferdous2, (1)Univ of Dhaka, Dept
of Soil, Water and Environment, (2)KMP, Khulna.
Parameterized Soil Chemical Properties for Evaluating Methane Production from Rice Paddies.
Weiguo Cheng* 1 , Hiroko Akiyama 2 , Seiichi
Nishimura2, Shigeto Sudo2, Kazuyuki Yagi2, Anne
Hartley1 and J. Patrick Megonigal3, (1)Florida International Univ, (2)Natl Inst. for Agro-Env. Sci.,
(3)Smithsonian Environmental Research Center
Interactions of Mycorrhizal Fungal Assemblages
with Plants from a Florida Wetland. David
Sylvia*, Penn State Univ and Ioannis Ipsalantis,
Univ of Florida
Composition and Dynamics of Methanogenic Archaeal Community in Japanese Paddy Field Soils.
Takeshi Watanabe*, Makoto Kimura and Susumu
Asakawa, Graduate School of Bioagricultural Sciences, Nagoya Univ
Soil Formation on Clay Limnoglacial Plains of
North West Russia. Natalia N. Matinian*, Saint
Petersburg Univ
Performance and Microbial Assessment of an Artificial Wetland. Lesley A. Spokas*, Peter L.M.
Veneman and Stephen C. Simkins, Univ of Massachusetts
A Spectrophotometric Method for Aluminum in
Histosols. Lúcia Helena C. Anjos* Sr.1, Adierson
Gilvani Ebeling Jr.2, Daniel.V. Pérez3, Gustavo
Souza Valladares Jr.4 and Marcos Gervasio Pereira
Sr.2, (1)UFRRJ Soils Depto, (2)UFRRJ, (3)Centro
Nacional de Pesquisa de Solos/EMBRAPA, (4)Embrapa Monitoramento por Satélite
Effect of dPAO and PAO on Treatment of Biological Nitrogen and Phosphorus of Sewage in Constructed Wetland. Dong Cheol Seo1, In Jae Cho1,
Lu Yuan1, Ju Sik Cho2, Hong Jae Lee3 and Jong Soo
Heo* 1 , (1)Division of Applied Life Science,
Gyeongsang National Univ, (2)Dept of Biological
Environment, Sunchon National Univ, (3)Dept of
Environmental Engineering, Jinju National Univ
Optimum Conditions of dPAO in Constructed
Wetland by Natural Purification System for
Treatment of Biological Nitrogen and Phosphorus. Dong Cheol Seo1, In Jae Cho1, Lu Yuan1, Ju Sik
Cho2, Hong Jae Lee3 and Jong Soo Heo*1, (1)Division of Applied Life Science, Gyeongsang National
Univ, (2)Dept of Biological Environment, Sunchon
National Univ, (3)Dept of Environmental Engineering, Jinju National Univ
Effects of Short- and Long-Term Water Level
Drawdown on Litter Quality in Peatlands. Petra
Vávrová*1, Marjut Karsisto2, Veikko Kitunen2 and
Raija Laiho1, (1)Peatland Ecology Group, Dept of
Forest Ecology, Univ of Helsinki, (2)Finnish Forest
Research Institute, Vantaa Research Centre
Subaqueous Landforms and Soils of Chincoteague Bay, Maryland, USA. Danielle M. Balduff* and Martin C. Rabenhorst, Univ of Maryland
Redox Effects on Phosphorus Release Following
Soil Deposition in a Riparian Wetland. W. Dean
Hively*1, Rebecca Blank2, Greg McCarty1, Martin
Rabenhorst2, Randy Rowland1 and Omotomike
Ogunwumiju1, (1)USDA-ARS Hydrology and Remote Sensing Loboratory, (2)Univ of Maryland
Subaqueous Soils, Water Quality, and Estuary
Health. Margot K. Payne* and Mark H. Stolt, Univ
of Rhode Island
The Physiochemical Controls on Selenium Release in Seasonally Flooded Soils. Lindsay A.
118-24
118-25
118-26
Robertson*, Graeme A. Spiers and Joinal Abedin,
MIRARCO, Laurentian Univ
434b Nitrate-Nitrogen Dynamics in Tributaries and
Riparian Wetlands of North Central Florida.
Adrienne E. Frisbee* and Clark Mark, Univ of
Florida, Dept of Soil and Water Science
435a Mid-Atlantic Hydric Soils Committee: Bridging
the Soil Science and Wetland Science Communities. Lenore Vasilas*, USDA Natural Resources
Conservation Service, Ralph Spagnolo, U.S. Environmental Protection Agency, Bruce Vasilas, Univ of
Delaware, Martin C. Rabenhorst, Univ of Maryland
and John M. Galbraith, Virginia Tech
435b Spatial and Temporal Variability of Soil Characteristics and their Impacts on Macrophyte Diversity in Restored Wetlands in the Everglades
National Park. Angelique M. Keppler*, Univ of
Florida and K. R. Reddy, Wetland Biogeochemistry
Laboratory, Soil and Water Science Dept, Univ of
Florida/IFAS
119-7
136a
119-8
136b
119-9
137a
119-10
137b
119-11
138a
119-12
138b
119-13
139a
119-14
139b
119-15
232b
119-16
233a
119-17
234b
119-18
235a
119-19
236a
SESSION NO. 119
Applications—Poster
Convenor: Henry Lin, Penn State Universtiy
119-1
119-2
119-3
119-4
119-5
119-6
132a Measuring Water Table Depth in Loamy Soils
with Relic Features. Edgar Mersiovsky*1, Reed
Cripps 1, Doug Wysocki 2 and Cathy Seybold 3,
(1)USDA-NRCS, (2)NRCS-USDA, (3)USDA/
NRCS, National Soil Survey Center
133b Seasonal Water Table and Temperature Relationships in Glaciomarine Soils of Eastern Maine.
David E. Turcotte* and David E. Wilkinson, USDA–
Natural Resources Conservation Svc
134a Use of the Non-Parametric Nearest Neighbor Approach to Estimate Soil Hydraulic Properties.
Attila Nemes*, Univ of California Riverside, Walter J. Rawls, USDA-ARS Hydrology and Remote
Sensing Lab, Yakov A. Pachepsky,
USDA/ARS/BA/ANRI/ESML and M. Th. Van
Genuchten, George E. Brown, Jr. Salinity Lab,
USDA-ARS
134b Using Ensembles of Pedotransfer Functions for
Soil Water Retention in Field-Scale Water Flow
Simulations. Andrey Guber*1, Yakov Pachepsky2,
Diederik Jacques3, M. Th. Van Genuchten4, Walter
J. Rawls5, Attila Nemes6, Jirka Simunek6, Thomas
J. Nicholson7 and Ralph E. Cady7, (1)Univ of California, (2)USDA/ARS/BA/ANRI/ESML, (3)SCKCEN, (4)George E. Brown, Jr. Salinity Lab USDAARS, (5)USDA-ARS Hydrology and Remote Sensing Lab, (6)Univ of California Riverside, (7)US
NRC
135a Measuring Soil Bulk Density Using Vibrationinduced Conductance Fluctuation (VICOF). Andrea Sz. Kishné*1, Cristine L.S. Morgan1 and László B. Kish2, (1)Texas A&M Univ, Dept of Soil and
Crop Sciences, (2)Texas A&M Univ, Dept of Electrical and Computer Engineering
135b Effects of Sedimentation on Phosphorus Retention in Seasonally Submerged Wetland Soils.
Jonathan Maynard*1, Anthony O’Geen1, Jaiyou
Deng 1 , Neil Brauer 2 , Denise Tu 2 and Randy
Dahlgren1, (1)Univ of California, Davis, (2)Univ of
California, Davis
Landscape and Soil Profile Development in a Dissected Coastal Plain. Richard MacEwan*, Dept of
Primary Industries
Earth’s Critical Zone and Hydropedology. Henry
Lin*, Penn State Univ, Lawrence P. Wilding, Dept
of Soil and Crop Sciences, Texas A&M Univ, Oliver
Chadwick, Univ of California Santa Barbara, Gail
Ashley, Rutgers Univ. and Stephen Burges, Univ. of
Washington
Studies on the Use of Soil Water Retention Capacity Estimations to Prepare Soil Water Management Maps. Brigitta Tóth*1, András Makó1, Kálmán
Rajkai2 and Péter Marth3, (1)Univ of Veszprém,
Georgikon Faculty of Agriculture, (2)Research Inst
for Soil Science and Agricultural Chemistry of the
Hungarian Academy of Sciences, (3)Central Plant
and Soil Protection Service
Effects on the Local Water Balance of Daily Soil
Water Content Fluctuations in Semi-arid SE
Spain. Luís Villagarcía*1, Ana Were2, Yolanda Cantón3, Francisco Fernández2, María José Moro4, Albert Sole-Benet2 and Francisco Domingo2, (1)Univ
Pablo de Olavide, (2)Consejo Superior de Investigaciones Científicas, (3)Univ de Almería, (4)Univ de
Alicante
Repeated Identical Top-soil Treatment and its
Influence on Soil Hydrophysical and Microbiological Characteristic Changes. Svatopluk Matula*, Czech Univ of Agriculture in Prague, Dept. of
Soil Science and Geology, Pavel Ruzek, Research
Insti of Crop Production and Gabriela Muhlbachova,
Research Inst of Crop Production
Soil Water Content Patterns in the High Plateau
of Sierra De Gador (Almeria, Se Spain). Implications for the Local Water Balance. Yolanda Cantón*1, Luís Villagarcía2, Albert Sole-Benet3, Francisco Domingo3, Juan Puigdefábregas3 and Sergio
Contreras3, (1)Univ de Almería, (2)Univ Pablo de
Olavide, (3)E.E.Z.A./C.S.I.C.
Estimation of the Soil Moisture Retention Curve
(SMRC) using Pedotransfer Functions (PTF).
Svatopluk Matula* and Kamila Spongrova, Czech
University of Agriculture in Prague, Dept. of Soil
Science and Geology
Relating Field Indicators of Hydric Soils to Saturation and Reduction in Sandy Soils. Gerren
Lanier1, David Lindbo*2 and Michael Vepraskas2,
(1)Soil Science Dept North Carolina State Univ,
(2)Soil Science Dept, North Carolina State Univ
Hydrological Control of Phosphorus Mobility in
Altered Wetland Soils. Michael Litaor*, Tel-Hai
College
Predicting Saturated Hydraulic Conductivity
from Water Retention Data. Han Han* and Daniel
Gimenez, Rutgers Univ
Effect of Wild Fire on Water Repellency of Sandy
Forest Soils. Pavel Dlapa*1, Ivan Simkovic1 and
Ladislav Somsak2, (1)Dept of Soil Science, Faculty
of Natural Sciences, Comenius Univ, (2)Dept of
Soil Science, Faculty of Natural Sciences, Comenius
Univ
Flooding on the Virgin River, USA: Impacts and
Historic Perspective. Douglas Merkler*, USDA
NCRS and Patrick Drohan, Univ of Nevada, Las
Vegas
Effects of Organic Matter on New Redoximor-
95
POSTERS
SESSION NO. 119
SESSION NO. 119
119-20
236b
119-21
237a
119-22
119-23
238a
238b
119-24
239a
119-25
239b
phic Feature Formation Under Induced Hydric
Soil Conditions. Adam Gray* and Martin C. Rabenhorst, Univ of Maryland
Identification of Parent Material of Soils along a
Lithotoposequence in a Sedimentary Area using
Particle-size Distribution and Mixing Equation.
Céline Collin Bellier*1, Dominique Arrouays1, Denis
Baize1, Vincent Champdavoine1, Dominique King1
and Jean-Pierre Rossignol2, (1)I.N.R.A., (2)I.N.H.
Aeration in Grasslands, It Only Works Some-ofthe-Times. Dorcas H. Franklin*, USDA ARS, J.
Phil Campbell Sr., Natural Resource Conservation
Center, Miguel L. Cabrera, Univ of Georgia and
David Butler, Univ of Georgia, Crop and Soil Sciences
Effect of Relief on Soil Development: A Case
Study of Two Toposequences in Northeast Thailand. Suphicha Thanachit* 1 , Anchalee Suddhiprakarn1, Irb Kheoruenromne1 and Robert J.
Gilkes2, (1)Dept of Soil Science, Faculty of Agriculture, Kasetsart Univ, (2)School of Earth and Geographical Sciences, The Univ of Western Australia
Simulation of Coupled Relationship Between
Land Use and Groundwater Flow in the Western
Arid Land of China. Chengyi Zhao*, Xinjiang Inst
of Ecology and Geography, Chinese Academy of
Science, Xi Chen Sr., Xinjiang Institute of Geography and Ecology,CAS and Minjiang Deng Sr., Dept
of Water Resources of Xinjiang
Soil Moisture Temporal Patterns in a Forested
Catchment. Qing Zhu*, Dept of Crop and Soil Science, The Pennsylvania State Univ, Henry Lin, Penn
State Univ and Xiaobo Zhou, Pennsylvania State
Univ
Preliminary Study on Vertisols and Vertic Soils in
Heilongjiang Province, NE China. Shanmei Wu*,
Nanjing Agricultural Univ/Univ of California,
Xainzhou Long, Heilongjiang Water Conservancy
and Hydropower Inst, Shengrong Xu, Nanjing Agricultural Univ and Qing Xu, Cotra Costa College
SESSION NO. 120
120-5
120-6
120-7
120-8
120-9
120-10
120-11
120-12
142b Holocene Environmental Changes, Paleosoils and
Living Conditions in the Upper Volga Outwash
Plain, Russia: Multidisciplinary Study. R.
Gracheva*1, J. Vandenberghe2, A. Sorokin1, Olga N.
Uspenskaya3, E. Malyasova4, O. Chichagova1, L.
Sulerdjitskiy1 and Sj. Bonhke2, (1)Russian Academy of Science, (2)Vrije Univ, (3)V.V. Dokuchaev
Soil Science Inst, (4)St. Petersburg State Univ
240a Paleosoils of Burial Hills and their Modern Natural Analogues. Roman V. Kuznetsov*, Vladimir S.
Kryschenko, Elena N. Karavaeva and Tatiyana M.
Magomedova, Rostov State Univ
240b Application of Geomorphological and Pedological Characteristics to a Plains Indian Archaeological Site. Crystal J. Frey*1, Randall Miles2 and W.
Raymond Wood2, (1)Univ of Missouri, (2)Univ of
Missouri
241a Soil Structure Resulting from Earthworm Bioturbations and Soil Evolution in Landscape. Denis
PIRON 1, Christian Walter* 2, Daniel Cluzeau 3,
Guenola Pérès4 and Stéphane Follain2, (1)University
of Rennes 1, (2)INRA, (3)University of Rennes1,
(4)University of Rennes1
241b Catenary Variations of Soil Morphology in Relation to Conversion of Subtroplical Soils to Agriculture. Zhao Qiguo1, Bin Zhang*1, Ming-zhu
Wang1, Yuan-shu Jing1, A. Thimm2 and H. Zepp3,
(1)Chinese Academy of Sciences, (2)Ruhr- Univ
Bochum, (3)Ruhr- Univ Bochum
242a Response of Soil Micro-structure to Land Use
Shifting in the Loess Plateau of China. Xiubin
He* Sr., Inst of Mountain Hazards and Environment
and Guobin Liu, Inst of Soil and Water Conservation
242b Mapping of Micromorphometric Types of Pore
Space in Loamy Soils. Elena B. Skvortsova* and
Polina V. Koroleva, V.V. Dokuchaev Soil Science
Inst
342b Organogeochemical Investigations of Black Soils
in Northwestern Germany Reveal Prehistoric
Agricultural Burning. Eileen Eckmeier*1, Renate
Gerlach2, Guido L.B. Wiesenberg3, Jan O. Skjemstad4, Ursula Tegtmeier5, Klaas Van der Borg6 and
Michael W. I. Schmidt1, (1)Univ of Zurich, Dept. of
Geography, (2)Rheinisches Amt fuer Bodendenkmalpflege, (3)Univ of Cologne, Dept. for Geology and Mineralogy, (4)CSIRO Land and Water,
(5)Univ of Cologne, Instof Prehistoric Archaeology,
(6)Van de Graaff Lab, Utrecht Univ
Assessment—Poster
120-1
140a Use of Ground-Penetrating Radar to Assess Soil
Heterogeneity. Eric Sucre* and Thomas Fox, Virginia Tech Univ
120-2
140b Effects of Anthropogenic Disturbance on Riparian Hydric Soils in Urbanizing Coastal Landscapes. Sean W. Donohue*1, Mark H. Stolt1, Arthur
J. Gold2 and Peter Groffman3, (1)Univ of Rhode Island, (2)Univ of Rhode Island, (3)Inst Of Ecosystem
Studies
120-3
141a Applied Aspects of Studying the Holocene Evolution of Soil–Vegetation Complexes in the Middle
Amur Region, the Far East of Russia. Marina I.
Skripnikova* and Olga N. Uspenskaya, V.V.
Dokuchaev Soil Science Inst
120-4
142a Morphology of Built Soils on Rehabilitated Bauxite Mines. Geoffrey Kew* and Robert Gilkes, Univ
of Western Australia
96
SESSION NO. 121
Archaeology—Poster
121-1
143b Characterization and Micromorphological Observations of Fe/Mn and Silicate Minerals in Okinawa and Brazilian Soils. Alexandre Pereira De
Bakker*, Instituto Nacional de Pesquisas da Amazonia (INPA)
121-2
144a Root-Adhering Soil and Microstructure as Affected by Crop Species in a Volcanic Sandy Soil.
Fernando De León-González*1, Ma del Carmen
Gutiérrez-Castorena 2 and María del Carmen
González-Chávez2, (1)Univ Autónoma Mteropolitana-Xochimilco, (2)Colegio de Postgraduados
121-3
121-4
121-5
121-6
121-7
121-8
121-9
121-10
121-11
144b Micromorphology, SEM and Genesis of Saline
and Gypseous Soils of Bam Area , Southeastern
Iran. Ebrahim Moghiseh*, Tehran Univ
145a Discrimination of Induration Features in Some
Iranian Soils Using High- resolution CT Scanner
Imagery. Fereydoon Sarmadian*, Soil Science Dept,
Faculty of Soil and Water, Univ of Tehran and
Richard Heck, Univ of Guelph
145b Soils Derived From Shale Deposits In Egypt. I.
Soil Genesis and Classification. Gamil W. Ageeb*,
National Research Center
243a Characterization and Formation of Iron-Manganese Nodules of Ultisol with Plinthite in Taiwan.
Shih-Hao Jien*, Dept of Agricultural Chemistry,
National Taiwan Univ, Taipei, Taiwan and ZuengSang Chen, Dept of Agricultural Chemistry, National Taiwan Univ
243b Morphology, Micromorphology and Genesis of
an Endoaquept in Bangladesh. Sheikh M. F.
Rabbi*, Khulna Univ and Syed Elahi, Dhaka Univ
244b Type of micromorphological structure in Rendzic
Leptosols from the Malopolska Upland (Poland).
Zbigniew Zagórski*, Division of Soil Science, Department of Soil Environmental Sciences, Warsaw
Agricultural University–SGGW
245a Origin of Gravel-Clay Horizons in Soils Developed from Lower Triassic Red Beds in the Holy
Cross Mountains (S Poland). Zbigniew Zagórski*,
Div of Soil Science, Dept of Soil Environmental
Sciences, Warsaw Agricultural Univ- SGGW and
Sylwia Grela, Divi of Soil Science, Dept of Soil Environmental Sciences, Warsaw Agricultural Univ–
SGGW
245b Record of Holocene Environmental Changes in
the Northern Fertile Crescent Inferred From Pedogenic Carbonate Laminations on Stones at
Göbekli Tepe (SE Turkey). Konstantin Pustovoytov*, Univ of Hohenheim, Inst of Soil Science and
Land Evaluation, Klaus Schmidt, German Archaeological Inst and Heinrich Taubald, Univ of Tubingen/Inst of Geosciences
344b Effects of Hydrophilic Polymers for Historical
Site Conservation on Water Movement in Soil.
Shoichi Mitsuishi*, Dept of Biological and Environmental Engineering,Graduate School of Agricultural
and Life Sciences,The Univ of Tokyo, Tsuyoshi
Miyazaki, Graduate School of Agricultural and Life
Sciences, The Univ of Tokyo and Masaru Mizoguchi, Graduate School of Agricultural and Life
Sciences, The Univ of Tokyo
SESSION NO. 122
122-3
147a
122-4
147b
122-5
148a
122-6
148b
122-7
149a
122-8
149b
122-9
246a
122-10
246b
122-11
247a
122-12
247b
122-13
248a
122-14
248b
122-15
345a
1.1P Soil Geomorphology: Concept Theory and Practices
—Poster
122-1
146a Topographic Controls on Soil Thickness in the
Ouachita Mountains. Jonathan D. Phillips*, Tobacco Road Research Team, Daniel A. Marion,
Southern Research Station, USDA Forest Service
and Kenneth Luckow, USDA Forest Service
122-2
146b Termodinamic of the Pedogeomorphological System: A Theoretical Proposal. Edgar J. Jaimes*1,
Neida Pineda1, José Mendoza1, Graciano Elizalde2,
Jajaira Oballos3 and Guido Ochoa4, (1)Soil and
Water Research Group. Los Andes Univ, (2)Soil
Science Potsgraduate Inst Agronomy Faculty. Central Univ of Venezuela, (3)Geography Inst.. Environment and Forestry Science Faculty. Los Andes Univ,
(4)Geography Inst. Environment and Forestry Science Faculty. Los Andes Univ
A Geomorphological Framework for Land and
Soil Data -a Victorian Example. David B. Rees*1,
Nathan J. Robinson1 and E. Bernie Joyce2, (1)Dept.
Primary Industries, (2)Dept. of Earth Sciences, Univ
of Melbourne
Reading the Walls of the Unfinished Cathedral:
Insights to the Dynamic Denudation of Bermudan
Eolianites and Paleosols. Donald L. Johnson*, Univ
of Illinois and Diana N. Johnson, Geosciences Consultants
Experimental Measurements of Heat Storage Coefficient of Different Types of Soil. Anil Kumar
Shrotriya*, Seth Motilal (Post Graduate) College
and Sunil Kumar Jain, Engineering College
Mima Mounds as Upper Soil or Whole Soil Biomantles: What Happens Morphologically When
the Bioturbators Depart?. Donald L. Johnson*,
Univ of Illinois, Diana N. Johnson, Geosciences
Consultants and Jennifer Horwath, Dept of Earth
and Space Sciences
An Aeolian Explanation for the Asymmetrical
Distribution of Deep Sandy Soils on Ridges.
Richard J. Harper*, Cooperative Research Centre for
Greenhouse Accounting and Robert Gilkes, Univ of
Western Australia
Is Pedology, the Historically Maligned and Misunderstood Sibling of Soil Science, Alive and
Well?. Donald L. Johnson*, Univ of Illinois, John
Tandarich, Dominican Univ and Leon Follmer, Illinois State Geological Survey
Red and Yellow Cambic B Horizons: Their Relationship with the Geomorphic Evolution of the
Vouga Catchment (Portugal). Virginia Pereira*,
Dep. Geociencias, Univ de Aveiro
Geomorphic Principles, Soil Patterns, and Glacial
History in the Eastern Upper Peninsula of Michigan. Douglas Wysocki*1, Greg Whitney2, Joe Calus2
and Lawrence Carey2, (1)Natural Resource Conservation Service, (2)NRCS
Computer-assisted Geopedology, a Way to Predictive Soil Mapping. Abbas Farshad*1, Satira
Udomsri 2 , Ekkanit Hansakdi 2 and Dhruba P.
Shrestha1, (1)ITC, (2)Dept of Agriculture
Influence of Soil Parent Material and Bioclimate
Over the Pedogeomorphological Homogeneity in
Monaicito River Microbasin, Trujillo, Venezuela.
Neida Pineda*1, Edgar Jaimes2, Rosalva Arellano2,
Ligia Becerra2 and José Mendoza2, (1)Soil and Water
Research Group. Los Andes Univ., (2)Soil and Water
Research Group. Los Andes Univ
The Effect of Parent Material and Topography on
the Scale of Variation in Soil Properties. Ruth
Kerry*, Department of Geography, Brigham Young
University and Margaret A. Oliver, Department of
Soil Science, Reading University
Soil Geomorphology:Concept, Theory and Practices. Daniel Bitire*, Univ of Agriculture Abeokuta
Nigeria
Toposequence and Pedogenesis in Mt. Tatung,
the Northern Taiwan. Chen-Chi Tsai*, Dept of
Natural Resources, National I-Lan Univ and ZuengSang Chen, Dept of Agricultural Chemistry, National Taiwan Univ
97
POSTERS
SESSION NO. 122
SESSION NO. 122
122-16
122-17
122-18
122-19
122-20
122-21
122-22
345b Visualization Techniques in Soil Geomorphology.
Carolyn G. Olson* and William Effland, USDANRCS
346b Redoximorphic Soil Distribution in Valleys According to Stream Order. Brice Mourier*1, Christian Walter2 and Philippe Mérot2, (1)Univ of Savoie
(CARRTEL Lab), (2)INRA Agrocampus Rennes,
UMR SAS
347a Soil Landscape Relations in the Brazilian Fernando de Noronha Oceanic Island, Southern Atlantic Ocean. Mateus Rosas Ribeiro*, Flavio Adriano Marques, Sheila Maria B. Bittar and Jose Fernando W. F. Lima, Univ Federal Rural De Pernambuco
446a Development of Soil Geomorphology as a Subdiscipline of Soil Science. Robin N. Thwaites*,
School of Natural Resource Sciences
446b Spatial Variability of the Soil Properties of Mapping Unit on Mountain Foot Slope in Granite
Gneiss Area. ki-yuol Jung*, Eul-Soo Yun and Il-Soo
Son, Yeongnam Agricultural Research Institute,
NICS, RDA, Korea
447a Pedologic Points and Geomorphic Space: Rethinking the Soil Map Unit Paradigm. Ronald D.
Taskey*, Cal Poly/USDA NRCS
447b Relationships Between Soil Properties and Environmental Biophysical Units in Milpa Alta, Central Mexico. Jorge López Blanco Sr., Instituto de
Geografía UNAM, Vela Correa Gilberto, Depto. El
Hombre y su Ambiente UAM-X and Ma. de Lourdes Rodríguez Gamiño*, Instituto de Geografía
UNAM
123-6
123-7
123-8
123-9
123-10
123-11
123-12
249b Soil Carbon Inputs from a 60-year Chronosequence of Decaying Pine Roots. Kim H. Ludovici*,
USDA-Forest Service, Southern Research Station,
Daniel D. Richter Jr., Duke Univ and Kimberly A.
Magrini, National Renewable Energy Lab
250a Thirty-five Year Changes in Soil Mn, Zn, B, Cu,
and Fe in Response to Forest Growth. Jianwei
Li*1, Daniel Richter2, Arlene Mendoza1 and Paul
Heine3, (1)School of Environment and Earth Sciences, Duke Univ, (2)School of Environment and
Earth Sciences,Duke University, (3)School of Environment and Earth Sciences,Duke Univ
250b Aggregates Stability in a Removed Soil Undergoing a Recovering Process. M.M. Taboada-Castro*1,
V. Do Nascimento2, M.C Alves2 and T. Taboada1,
(1)Univ de A Coruña, (2)Univ Estadual Paulista
251a Crop Rotation Systems to Sustainable Vegetable
Production in the South of Uruguay. Roberto Docampo*1, Claudio Garcia1, Sebastián Casanova2 and
Armando Rabuffetti1, (1)National Research Inst of
Agriculture of Uruguay, (2)National Research Inst
of Agriculture of Uruguay
251b Long-term Effects of Fertilization and Crop Rotation on Soil, Water and Air Quality. Craig
Drury* 1 , Dan Reynolds 1 , Chin Tan 1 , Don W.
McKenney2 and Edward G. Gregorich1, (1)Agriculture & Agri-Food Canada, (2)Univ of Windsor
350b Effect of Temperature and Moisture on the Rate
of Nitrogen Mineralization, Microbial Activity
and C:N Ratio in Soils. Siva (Sivalingam) Sivakumaran*, Ian McIvor, Steve Green, Iris Vogeler,
Markus Deurer, Tessa Mills and Brent Clothier,
HortResearch
351a Impact of Sands and Gravels on Root Growth :
Implications for Maize Seedlings. Jayraju
Nadimikeri*, S.V.Univ
SESSION NO. 123
1.2B Soil System Behavior in Time—Poster
Convenor: Peter Schad, Technical University
123-1
123-2
123-3
123-4
123-5
98
150a Prediction of Climate Change Impact on Soil
Properties (Example of Mexico). Iourii Nikolskii
Gavrilov*, Marcial Castillo Alvares and Oktiabrina
Bakhlaeva, Colegio de Postgraduados
150b The Profile Development Index (PDI) of the Lateritic rRver Terraces in Central Taiwan. Heng
Tsai* 1, Wen-Shu Huang 1, Zeng-Yei Hseu 2 and
Zueng-Sang Chen3, (1)Dept of Geography, National
Changhua Univ of Education, (2)Dept of Environmental Science and Engineering, National Pingtung
Univ of Science and Technology, (3)Dept of Agricultural Chemistry, National Taiwan Univ
151a Indicators of Soil Degradation Processes on a
Chernozem Field in Hungary. Anita Gal*1, Tamas
Szegi1, Barbara Simon1, Balazs Szeder1, Erika
Micheli1, Etelka Tombacz2, Adam Zsolnay3 and
Junko Akagi3, (1)Szent Istvan Univ, Soil Science and
Agrochemistry Dept, (2)Univ of Szeged, Dept of
Colloid Chemistry, (3)GSF Institut für Bodenökologie
151b Evolution Of Ecosystems Of The Central Siberia
in the Upper Pleistocene (paleopedological data).
Galina A. Demidenko*, Krasnoyarsk State Agricultural Univ
249a Common Features of the Soils of Forest Biogeocenoses. Vladimir F. Val’Kov*, Rostov State Univ
SESSION NO. 124
1.2P Interdependency of Soils and Soil Scapes—Poster
124-1
152a New Technology and the NRCS Soil Survey
Maintenance/Update Process in Abilene, Texas.
James Gordon* and Alan Stahnke, USDA-NRCS
124-2
152b Evaluation of Fuzzy-logic Based Soil Inference
Modeling for Soil Survey Updates in Pennsylvania. Rick L. Day*1, ED White2, Gary W. Petersen3
and John Chibirka2, (1)Pennsylvania State Univ,
(2)USDA-NRCS, (3)Pennslyvania State Univ
124-3
153a 3D Soils Cover Models and Their Use for Pedological and Environmental Studies. Jordi Garrigó*, Dept de Química y Edafología. Univ de
Navarra, David Elustondo, Dept de Química y
Edafología. Univ de Navarra and Jaume Bech, Univ
de Barcelona
124-4
153b Relevance of Soil Mapping Criteria to Predict
Geochemical Background of Trace Elements in
Soils from Local to Regional Scales. Gilles Colinet*1, Patrick Bogaert2 and Laurent Bock1, (1)Gembloux Agricultural Univ, Geopedology Dept.,
(2)Catholic Univ of Louvain-la-Neuve, Unit of Environmetrics and Geomatics
124-5
252a Human Activities, Soil Properties and Landscape
Relations in Two Mountain Regions in Bulgaria.
Emiliya Velizarova 1 , Jaume Bech* 2 , Maria
Sokolovska 1 and Alejandro Lansac 2, (1)Forest
124-6
252b
124-7
253a
124-8
253b
124-9
124-10
1578a
352b
Pedology Dept, Forest Research Inst, Bulgarian
Academy of Sciences, (2)Univ de Barcelona
Characteristics, Genesis, and Fertility Status of a
Deeply Weathered Soil from Cretaceous Ultrabasic Rock in Samar, Philippines. Victor B. Asio*,
Dept of Agronomy and Soil Science, Leyte State
Univ, Ian A. Navarrete, Laboratory of Environmental Soil Science, Obihiro Univ of Agriculture and
Veterinary Medicine, Juvia P. Sueta, Dept of Agronomy and Soil Science, Leyte State Univ, Janice P.
Susaya, Inst of Tropical Ecology, Leyte State Univ.
and Reinhold Jahn, Inst of Soil Science and Plant
Nutrition, Martin Luther Univ
Transformation of Parent Material (Mantle
Loam and Moraine) Composition, Related to Soil
Formation in the Upper Volga Region, Russia.
Olga A. Samonova* and Elena N. Aseyeva, Faculty
of Geography, Moscow State Univ
Redox Development in Soil Materials as Influenced by Time, Temperature, and Carbon Level.
Rebecca A. Blue*1, Douglas D. Malo1, Thomas E.
Schumacher1, James J. Doolittle2 and Jennifer J.
Lund1, (1)South Dakota State Univ, (2)South Dakota
Agricultural Experiment Station
Relationships among Phosphorus Concentrations
and Soil Properties and Land Use in an Agricultural Watershed. Rachel M. Stout Evans*1, William
Kingery2, Michael Lilly1, Steve Depew1, Michael
Cox 2 , Patrick Gerard 2 and Grady Jackson 2 ,
(1)USDA-Natural Resources Conservation Service,
(2)Mississippi State University
The Soils Cover of the Volcanic Area from the
Eastern Carpathians (Romania). Constantin
Rusu*1, Iulian Stanga2, Lilian Niacsu2, Iuliana Breaban 1 and Bogdan Rosca 1, (1)Univ Al l Cuza,
(2)Univ AI I Cuza
125-5
125-6
125-7
125-8
125-9
125-10
125-11
125-12
158a Quantitative Analysis on Soil Acidification and
Organic \Matter Dynamics in Humid Asia. Kazumichi Fujii*, Shinya Funakawa and Takashi Kosaki,
Kyoto Univ
158b Experimental Simulation of Changes in Fine-Dispersed Minerals of the Mantle Loam under the
Influence of Different Phytocenoses. Natalia P.
Chizhikova*1, Irina A. Verkhovets1 and Alexander
S. Vladychenskii2, (1)Dokuchaev Soil Science Institute, (2)Moscow State Univ
256a Evidence for Biologic Lifting of Iron in a Soil
Chronosequence. Marjorie Schulz*, Art White and
John Fitzpatrick, US Geological Survey
256b Characteristics, Genesis and Degradation of Soils
from Volcanic Rocks in Leyte, Philippines. Victor
B. Asio*, Dept of Agronomy and Soil Science, Leyte
State Univ, Reinhold Jahn, Inst of Soil Science and
Plant Nutrition, Martin Luther Univ and Karl Stahr,
Inst of Soil Science and Land Evaluation, Univ of
Hohenheim
257a Imogolite-type Material in Podzols and Response
to Forest Harvesting. Stephanie Grand*, Univ of
British Columbia
257b Decade-scale Conversion to Non-allophanic Andisols with Secondary Succession. Paul McDaniel*1, Jason Jimenez2, Jodi Johnson-Maynard1,
Dennis Ferguson3 and Anita Falen1, (1)Univ of
Idaho, (2)Univ of Idaho, (3)US Forest Service–
Rocky Mountain Research Station
357a Balancing Watershed Level Soil Carbon Budgets
Using Process-Level Measures. Matthew J.
Richardson*, Univ of Rhode Island and Mark H.
Stolt, Univ of Rhode Island
357b Site Quality Changes in a Volcanic Chronosequence at the Trans-Mexican Volcanic Belt. Víctor Peña* and Christina Siebe, Instituto de Geología,
UNAM
SESSION NO. 125
Human-Induced Pedogenic Processes—Poster
Convenor: Gan-Lin Zhang, Institute of Soil Science, Chinese
Academy of Sciences
125-1
125-2
125-3
125-4
156a Effects of Converting Forest to Tea Garden on
Soil Classification and Genesis: A Case Study in
Guilan Province. Amir Bahrami*1, Mahmood Shabanpour2 and Mehdi Akef1, (1)Guilan Univ, (2)IranRasht- Guilan Univ- Agricultural Faculty- Soil Sci.
Group
156b Biological Weathering of Apatite and Mica in
Calcareous Goethitic Sandstone. Charles J.
Everett*1, Dan F. Amos2 and Lee Daniels2, (1)Medical Univ of South Carolina, (2)Virginia Tech
157a Significance of the External Conditions in Salinized Soil Genesis. Tatiana N. Elizarova* Sr., Inst of
Soil Science and Agrochemistry
157b Clay Mineralogy and its Relationship to Water
Extract Composition for Soils from Different Environment in Humid Asia: Japan, Thailand, and
Indonesia. Tetsuhiro Watanabe* 1, Shinya Funakawa1 and Takashi Kosaki2, (1)Graduate School
of Agriculture, Kyoto Univ, (2)Kyoto Univ
SESSION NO. 126
126-1
126-2
126-3
126-4
1.3PA Andisols and Related Soils—Poster
258a Proposal of New Subgroups for Arents with Andic
Characteristics. Marisa Tejedor 1, Concepción
Jiménez1, Silvia Armas-Espinel1 and Jose Manuel
Hernández-Moreno* 2, (1)Univ de La Laguna,
(2)Univ de La Laguna
258b Properties and Classification of Volcanic Soils
derived from the 10th Century Eruptive Deposits
in Changbai Volcano Area, Northeast China. Hitoshi Kanno*1, Tsuyoshi Miyamoto2 and Masami
Nanzyo1, (1)Graduate School of Agricultural Science, Tohoku Univ, (2)Center for Northeast Asian
Studies, Tohoku Univ
259a Soils Developed on Volcanic Materials in a Mountainous Environment (Mt. Teide, Canary Islands,
Spain). Carmen D. Arbelo*1, J. Asterio Guerra1,
Antonio Rodríguez-Rodríguez2, Bayanor Santana1,
Jesús S. Notario1 and Juan L. Mora2, (1)Univ of La
Laguna, (2)Univ of La Laguna
259b Variable Charge Soils Identified in a Cloud Forest. Maria Guadalupe Tenorio Arvide*1, Joe B.
99
POSTERS
SESSION NO. 126
SESSION NO. 126
126-5
260a
126-6
260b
126-7
261a
126-8
261b
126-9
262a
126-10
262b
126-11
263a
126-12
263b
126-13
264a
126-14
358a
126-15
358b
126-16
359a
100
Dixon2, Otilio A. Acevedo Sandoval3, Miguel A.
Valera Perez1 and Gladys Linares Fleites4, (1)Benemerita Univ Autonoma de Puebla, (2)Texas A&M
Univ, (3)Univ Autonoma del Estado de Hidalgo,
(4)Benemerita Univ Autonoma de Puebla
Research of Charcoal Particles in Andosols
around Lake Biwa, Central Japan. Jun INOUE*,
Osaka City Univ
Heavy Metal Sorption by Andic and Non-Andic
Soil Horizons Derived from Volcanic Parent Materials. Hartmut Tanneberg and Reinhold Jahn*,
Martin-Luther-Univ Halle-Wittenberg
Water Dispersible Clay and Zeta Potential as Affected by Sodicity and Management Practices in
Andic Soils. Silvia Armas-Espinel1, Carlos M. Regalado2 and Jose M. Hernandez-Moreno*1, (1)Univ
de La Laguna, (2)ICIA
Classification of Heugag Soils in Jeju Island.
Kwan-Cheol SONG*, National Institute of Agricultural Sciences and Technology
Characterization Of a Soil Catena on the Western Slope of The Piton Des Neiges Volcano (La
Réunion). Frédéric Feder* 1, Romain Olivier 1,
Karine Alary1 and Gérard Bourgeon2, (1)CIRAD
(French Agricultural Research Centre for International Development), (2)CIRAD (French Agricultural Research Centre for International Development) Assessing the Risk of Soilborne Heavy Metals
Leaching in an Andosol after Sewage Sludge
Spreading. Emmanuel Doelsch1, Frédéric Feder*1,
Antoine Findeling1, Yves Dudal2 and Hervé Saint
Macary1, (1)CIRAD (French Agricultural Research
Centre for International Development), (2)INRA
(French National Institute for Agricultural Research)
Modelling Mechanisms Controlling the Activity
of Al3+ in Soil Solution of Volcanic Ash Soils Using
Humic-ion Binding Model WHAM-Model V and
Allophane Solubility. Yasumi Yagasaki*, Soil Classification Lab., Natural Resources Inventory Center,
National Inst for Agro-Environmental Sciences, Jan
Mulder, Dept. of Plant and Environmental Sciences,
Norwegian Univ of Life Sciences and Masanori
Okazaki, Graduate School of Bio-Applications and
Systems Engineering, Tokyo Univ. of Agriculture
and Technology
Icelandic Andosols and Vitrisols. Olafur Arnalds*,
Agricultural University of Iceland
Volcanic Soil Resources of Europe: an EU funded
research co-operation. Olafur Arnalds*, Agricultural University of Iceland, Francois Bartoli, Centre
de Pédologie Biologique, Peter Buurman, Laboratory of Soil Science and Geology, Paul Quantin, -,
Georges Stoops, Department of Geology and Soil
Science, and Fabio Terribile, Instituto per lo studio
dei problemi agronomici dell’Irrigazione nel
A mosaic of nonallophanic Andosols, Umbrisols,
and Cambisols on rhyodacite in the southern
Brazilian highlands. Alexander Dümig*, Peter
Schad, Manmath Kohok, Patrick Beyerlein,
Wolfgang Schwimmer and Ingrid Kögel-Knabner,
Lehrstuhl für Bodenkunde (Soil Science),
Department of Ecology, Technische Universität
München
Decomposition of leaf litter mixtures in volcanic
chronosequences on Mount Etna, Sicily. LauraLee Shillam*, University of Stirling
The Current Status of the Soufriere Hill Volcanic
Ejecta on the Andosols of Montserrat. Kamala N.
Bhat*1, Robert Taylor2, Thilini D. Ranatunga1,
126-17
359b
126-18
360a
126-19
360b
126-20
361a
126-21
361b
Zachary N. Senwo1, Richard H. April3 and Bruce
Jackson4, (1)Alabama A&M University, (2)Department of Plant and Soil Science, Alabama A&M University, (3)Colgate university, (4)University of Massachusetts Lowell
Genesis of young volcanic soils from pyroclastic
material in South Central Italy. Claudio
Colombo*1, Vincenzo Michele Sellitto1, Giuseppe
Palumbo1 and Fabio Terribile2, (1)Dip. SAVA Molise
University, (2)DISSPA UNIVERSITA’ DI NAPOLI
FEDERICO II
Vitrisols: a proposed WRB soil group. Olafur Arnalds*, Agricultural University of Iceland
Effect of phospogypsum application on the chemical properties of Andisols. Eiichi Takasu*1, Shin
Hiranuma2, Fumiei Yamada2, Yoshiaki Yoshida2 and
Masahiko Saigusa3, (1)Field Science Center, Graduate School of Agricultural Science, Tohoku University / CO-OP Chemical Co., Ltd, (2)CO-OP Chemical Co., Ltd., (3)Field Science Center, Graduate
School of Agricultural Science, Tohoku University
Soil aluminum toxicity in the Colombian coffee
growing region: Sources of acidity and methods
of determination. Maria E. Ortiz Escobar*, University of Hawaii, Raul D. Zapata, Universidad Nacional de Colombia and Siavosh Sadeghian, Centro
Nacional de Investigaciones de Café, CENICAFE
Seasonal Dynamics of Organic Carbon Stocks
and Forms in Andosols of the Canary Islands
(Spain). Antonio Rodríguez-Rodríguez*, Cecilia M.
Armas, Carmen D. Arbelo, J. Asterio Guerra,
Bayanor Santana, Jesús S. Notario and Juan L. Mora,
University of La Laguna
SESSION NO. 127
1.3PB Arid Soils: Genesis, Geomorphology, and
Geoarchaeology—Poster
Convenor: Sa’eb Khresat, Jordan University of Science and
Technology
127-1
127-2
127-3
127-4
127-5
362a Distribution of Magnetic Susceptibility in Kohgilouye Boyerahmad soils, Southwestern Iran.
Hamidreza Owliaie*, Yasouj Univ, Richard Heck,
Univ of Guelph and Ali Abtahi, Shiraz Univ
363a Specificity of Chemical and Mineralogical Composition of Salts in Sor Solonchaks and Salt Lakes
of the Kulunda Steppe, Western Siberia. Marina
P. Lebedeva (Verba)*, V.V. Dokuchaev Soil Science
Institute and Olga V. Lopukhina, Faculty of Soil
Science, Moscow State University
363b Mid-Miocene Nitrate Paleosols from the Atacama
Desert: Implications for the Antiquity of the Atacama Desert. Jason A. Rech*1, Brian S. Currie1,
Angela Cowan1 and Gregory Michalski2, (1)Miami
Univ, (2)Purdue Univ
364a Genesis of the Hyperarid Soils of the Atacama
Desert: Analogue for Mars?. Michael S. Howell*1,
Brenda Buck2, Jason A. Rech3, Amy Brock2 and
Joel Prellwitz3, (1)Univ of Nevada, Las Vegas,
(2)Univ of Nevada, Las Vegas, (3)Miami Univ
458a Nitrate Concentrations in Atacama Desert soils
and Their Implications for the Antiquity of the Atacama Desert. Joel Prellwitz*1, Jason Rech1, Gre-
SESSION NO. 128
459a
127-7
459b
127-8
460a
127-9
460b
127-10
461a
127-11
461b
127-12
462a
127-13
462b
127-14
463a
127-15
463b
127-16
464a
127-17
464b
127-18
127-19
Autónoma de Tamaulipas, (2)Univ Politécnica de
Cartagena, (3)Univ Politécnica de Cartagena
465a Soils and Landforms as Indicators of Prehistoric
Human Occupation at Big Bend National Park,
Texas. Lynn E. Loomis*, USDA Natural Resources
Conservation Service and Thomas C. Alex, Big Bend
National Park
465b New Directions in Soil Amelioration of Arid
Ecosystems with the Use of Atmosphere Moisture
Condensation. Zalibek G. Zalibekov* II, Anver MR. Mirzoev, Marat A. Balamerzoev and Alamudin K.
Shihragimov, Caspian Institute of Biological Resources of Daghestan Scientific Center of the Russian Academy of Sciencies
SESSION NO. 128
1.3PC Pedogenesis and Weathering in Humid Tropics
—Poster
128-1
525a Properties of Soils in Two Terrace Sequences
Under a Perudic Soil Moisture Regime in the
Amazon Basin. Steven Monteith*, USDA NRCS
and Stanley Buol, North Carolina State Univ
128-2
525b Micromorphology and Mineralogy of Jamaican
Bauxite Soils. Wendy A. Greenberg*, Bemidji State
Univ
128-3
526a Magnetic Susceptibility to Characterize Soil Development on Basaltic Substrate, Hawaii. Remke
L. Van Dam1, Jan M.H. Hendrickx*2 and J. Bruce J.
Harrison2, (1)Michigan State Univ, (2)New Mexico
Tech
128-4
526b Characterization and Classification of
Bangladesh Soils used in Arsenic Fate Studies.
Charles T. Hallmark*1, G. N. White1, S. Biswas1,
L.R. Drees1, B. Biswas1, G.M. Panaullah2, JU Md.
Shoaib3 and Richard Loeppert1, (1)Texas A&M
Univ, (2)CIMMYT Office in Bangladesh, (3)Soil
Resources Development Institute
128-5
527a Re-examination of H/Al Stoichimetry in Some
Brazilian Soils. Daniel.V. Pérez*1, Adierson Gilvani
Ebeling Jr.2, Lúcia Helena C. Anjos Sr.3, Maurício
Rizatto Coelho1 and Marcos Gervasio Pereira Sr.2,
(1)Centro Nacional de Pesquisa de Solos/EMBRAPA, (2)UFRRJ, (3)UFRRJ Soils Depto
128-6
527b Humic Fractions Distribution of Diagnostics
Horizons from Brazilian Soils. Ademir Fontana*1,
Marcos Gervasio Pereira Sr.1 and Lúcia Helena C.
Anjos Sr.2, (1)UFRRJ, (2)UFRRJ Soils Depto
128-7
528b Tropical Weathering Profile in a Biotite Schist.
Maria da G. de V. X. Ferreira*, Universidade
Católica de Pernambuco, Mateus RosasOSAS
Ribero, Universodade Federal Rural De Pernambuca and Edmilson S. de Lima, Universidade Federal de Pernambuco
128-8
625a Relationship between Clay Fraction Mineralogy
and Physical Soil Properties in Toposequence of
Oxisols Developed from Basaltic Rocks in the
Parana State, Brazil. Vander de Freitas Melo* Sr.,
Univ Federal do Parana, Andre Ademir Ghidin Sr.,
Faculdade Palas Atenas and Valmiqui Costa Lima
Sr., Univ Federal do Parana
128-9
625b Chemistry and Mineralogy of Selected Kenyan
Acid Soils. Pamela A. Obura*1, Darrell G. Schulze1,
Caleb O. Othieno2, John Robert Okalebo2, Derli P.
Santana3 and Cliff T. Johnston1, (1)Purdue Univ,
101
POSTERS
127-6
gory Michalski2, Brenda Buck3, Michael S. Howell4
and Amy Brock3, (1)Miami Univ, (2)Purdue Univ,
(3)Univ of Nevada, Las Vegas, (4)Univ of Nevada,
Las Vegas
Influence of Volcanic Parent Material on Soil
Properties in Murcia Province (SE Spain). Silvia
Martínez-Martínez*, Ángel Faz Cano and Jose A.
Acosta, Technical University of Cartagena
Iron Oxides Distribution and Soil Color Studies
of Well-drained Alfisols in Semi-arid Environment (Greece). Pantelis E. Barouchas*1, Nikolaos
C. Moustakas2, Leonidas Panagiotopoulos1 and
Athanasios Koulopoulos1, (1)Technological Educational Institute of Messolonghi, Faculty of Agricultural Engineering & Water Resources, (2)Agricultural Univ of Athens, Laboratory of Soil Science
and Agr. Chemistry
Genesis of Pisoliths and Brecciation Features in
Stage VI Petrocalcic Horizons, Mormon Mesa,
NV, USA. Amy Brock* and Brenda Buck, Univ of
Nevada Las Vegas
Soil Surface Properties of Mojave Desert Landforms. Daniel R. Hirmas* and Robert C. Graham,
Univ of California Riverside
Nature and Rates of Pedogenic Processes in Semiarid Patagonia (Argentina). Daniela Sauer*, Institute of Soil Science and Land Evaluation, Univ of
Hohenheim, Gerhard Schellmann, Institute of Geography, Univ of Bamberg and Karl Stahr, Institute of
Soil Science and Land Evaluation, Univ of Hohenheim
Silcretes in southern Portugal—Micromorphological characteristics and differences. Daniela
Sauer*, Christine Stein and Karl Stahr, Institute of
Soil Science and Land Evaluation, University of
Hohenheim
Soil Development along an Arid to Semiarid
Climosequence in the Trans-Pecos Area of West
Texas. Nelson Rolong*1, Susan Casby-Horton1 and
B.L. Allen2, (1)USDA-NRCS, (2)Texas Tech University
Soil Toposequence on Pumice Tuff in the Semiarid
Canary Islands (Spain). Properties and Agronomic and Ecological Significance. J. Asterio
Guerra* Sr., Antonio Rodríguez-Rodríguez, Carmen D. Arbelo and Jesús S. Notario, University of
La Laguna
Changes in Soil Physical, Chemical and Mineralogical Properties due to Bromus Tectorum L. (C
heatgrass) Establishment over 2 Decades in
Northern Nevada, USA. Patrick Drohan*1, Joshua
Boxell1 and Maureen Yonovitz2, (1)Univ of Nevada,
Las Vegas, (2)Univ of Nevada, Las Vegas
Overexplotation and Quality of Altoandines Soils:
Study Case of Apolobamba (Bolivia). Mª Ángeles
Muñoz García*, Univ Politécnica de Cartagena and
Ángel Faz Cano, Univ Politécnica de Cartagena
Assessing post-fire Soil Change: First Year Results from a Long-term Monitoring Project Following Ecosystem Recovery in Mesa Verde National Park, CO USA. Colin Robins*1, Michael
Howell2 and Patrick Drohan1, (1)Univ of Nevada,
Las Vegas, (2)Univ of Nevada, Las Vegas
Soil Characterization of Laguna Madre (Mexican
Burgos-Basin Portion) as a Tool to Establish Land
Sustainability for Crop and Animal Production.
Américo Cardona Estrada1, Ángel Faz Cano*2, Carlos Zamora Tovar1, Claudia E. González Romo1,
Jorge Jimenez Pérez1 and Mª Ángeles Muñoz García3, (1)Instituto de Ecología y Alimentos. Univ
SESSION NO. 128
128-10
128-11
128-12
128-13
(2)Moi Univ, (3)Embrapa Maize and Sorghum
626a Catastrophic High Temperature and Soil Redization —- A Revisit. Yaofu Weng*, The Seed and
Seeding General Station of Zhejiang Forestry, Liqun
Xu, Zhejiang Forestry Academy and Zhongjie Ye,
Zhejiang Forestry College
626b Characteristic Genesis Reflected in Minerals by
Clay Fraction of Red Oxisols under Tropical
Monsoonal Climate in Thailand. Punyisa
Trakoonyingcharoen*1, Irb Kheoruenromne1, Anchalee Suddhiprakarn 2 and Robert J. Gilkes 3 ,
(1)Agriculture Faculty, Soil Science Dept, Kasetsart
Univ, (2)Agriculture Faculty, Soil Science Department, Kasetsart University, (3)School of Earth and
Geographical Sciences, The University of Western
Australia
627a Endemic Soils Developed from Volcanics in the
Trindade Island, South Atlantic. Carlos E.G.R.
Schaefer*1, Eliane P. Clemente1, Ruy V. Alves1, Liovando M. Costa1 and Vander F. Melo2, (1)Dept do
Solos-Univ Federal de Viçosa, (2)Dept do SolosUniv Federal de Viçosa
627b Principal Component Analysis of Ferrasols from
the Central Plateau of Southern Cameroon. M.
Tchienkoua*, Institute of Agronomic Research for
Development (IRAD), P. Bilong, Dept of Earth Sciences, Univ of Yaoundé, C. Nolte, Soil Fertility Unit,
International Institute of Tropical Agriculture and M.
Yemefack, Soils, Water and Atmosphere Programme, Institute of Agronomic Research for Development (IRAD)
129-6
129-7
129-8
129-9
129-10
129-11
129-12
SESSION NO. 129
129-13
1.3PD Soils on Limestones: Their Properties, Genesis,
and Role in Human Societies—Poster
129-14
Convenors: Zbigniew Zagorski, Division of Soil Science, Department of Soil Environmental Sciences, Warsaw Agricultural University–SGGW; Sergey V. Goryachkin, Institute of
Geography, Russian Academy of Sciences; Michael Singer,
Department of Land, Air, and Water Resources
129-15
129-1
129-2
129-3
129-4
129-5
102
528a Mediteranean Forest Soils of Croatia. Boris
Vrbek*, Forest Research Institute, Jastrebarsko
529b Impact of Limestone Mining Activity on Soil
Properties. Ajaz Khan, Prabhu Prasadini* and
Ramesh Thatikunta, Acharya N.G. Ranga Agricultural Univ
628a Comparison of Two Fractionation Methods for
Determination of Distribution of Chemical Forms
of Manganese in Highly Calcareous Soils. Najafali Karimian* and Seyed Ali Ghaffari-Nejad, College of Agriculture
628b The Peculiarities of Rendzina Genesis. Mihail A.
Kutrovskiy* and Vladimir F. Val’Kov, Rostov State
Univ
629a Origin and Distribution of Clay Minerals of Semiarid Soils Of Kohgilouye Boyerahmad Province,
Southwestern Iran. Hamidreza Owliaie*, Yasouj
University, Ali Abtahi, , Shiraz University, Shiraz,
Iran, Farhad Khormali, Gorgan University of Agricultural and Natural Resource, Gorgan, Iran and
Majid Baghernejad, Shiraz University, Shiraz, Iran
129-16
629b Geomorphology and Parent Material Relationships: Refining Second Order Soil Surveys in
Kansas Using GIS and Terrain Analysis. DeAnn
Presley* 1 , Michel D. Ransom 1 and W.A.
Wehmueller2, (1)Kansas State Univ, (2)USDANRCS
725a Micromorphology and Stable Isotope Investigation of Lacustrine Sediments on the Southern
High Plains of Texas and New Mexico. Dusten
Russell*, Wayne Hudnall and B.L. Allen, Texas Tech
University
725b Comparison between Humic Extract Color by
Reflection and Transmission in Two Mollisols.
Ana-Patricia Fernandez-Getino*, DPTO. Edafologia
E.T.S.I. Agronomos, Univ Politecnia De Madrid,
Jose-Maria Gasco, DPTO. Edafologia E.T.S.I.
Agronomos, Univ Politechnica de Madrid and Francisca Guerrero, Univ. de Madrid
726a Soils on Hard Calcareous and Gypseous
Rocks:Distribution, Genesis and Problems of
Classification. Sergey V. Goryachkin*, Institute of
726b How Should Soil Texture be Determined for
Chalk Soil?. Ruth Kerry*, Dept of Geography,
Brigham Young Univ and Margaret A. Oliver, Dept
of Soil Science, Reading Univ
727a Evolution of the Soil Cover of a Limestone
Plateau as a Consequence of Climate Cooling : a
Predictive Approach. Sophie Maillant*1, Guillaume Echevarria1, Michel Gury1, Brigitte Van Vliet
Lanoe2, Elisabeth Leclerc-Cessac3 and Jean-Louis
Morel1, (1)Laboratoire Sols et Environnement UMR
1120 INPL-INRA, (2)Processus et Bilans des Domaines Sédimentaires, UMR 8110 CNRS, (3)Andra
727b A Model of Silicate Replacement of Carbonate on
Dolomitic Landscapes. Cynthia Stiles* and Krista
Stensvold, Univ of Wisconsin–Madison
728a Soil Development on Calcareous Rocks in Central
Siberia. Dmitry Ye. Konyushkov*, V.V. Dokuchaev
728b Crop production, water quality and phosphorus
in calcareous soils in South Florida. Yuncong Li*,
Tropical Research and Education Center, University
of Florida
729a Origin of Associated Terra Rossa and Karst by
Mineral Replacement Driven by Dissolved Dust:
A Striking Case of Chemical Geodynamics. Enrique Merino* 1, Amlan Banerjee 1 and Steve I.
Dworkin2, (1)Indiana Univ, (2)Baylor Univ
729b Soil-like Properties of Limestone in Yucatán,
México. Hector EstradaMedina*1, Robert C.. Graham 1 , Michael F. Allen 2 and Juan Jose Maria
Jimenez-Osornio3, (1)Univ of California-Riverside,
(2)Univ of California, (3)Univ Autonoma de Yucatan
SESSION NO. 130
1.4B Indigenous Soil Classification Systems—Poster
130-1
634a Soil Fertility Management & Compost Use in
Senegal’s Peanut Basin. Nathan C. McClintock*,
Univ of California–Berkeley and Amadou Makhtar
Diop, The Rodale Institute
130-2
130-3
130-4
130-5
130-6
733a Ethnopedology – Stratification of the Environment in a Vernacular Concept: the Aikewara People, Para (Br). Júlio César Lucena Araújo* Jr.1,
Lúcia Helena C. Anjos Sr.2 and Marcos Gervasio
Pereira Sr.1, (1)UFRRJ, (2)UFRRJ Soils Depto
734a Farmers Conception of Soil Degradation and
Restoration. Roger Kissou* and Alfred Nébié
Kanké, Bureau National des Sols
734b How Does the Iban of Sarawak, Malaysia Select
Sites for Shifting Cultivation? A Case Study on the
Iban Communities in Lubok Antu Region. Mohd
Effendi Wasli* 1 , Sota Tanaka 2 , Joseph Jawa
Kendawang3, Logie Seman3, Brangking Unang3 and
Katsutoshi Sakurai1, (1)Faculty of Agriculture,
Kochi Univ, (2)Graduate School of Kuroshio Science, Kochi Univ, (3)Forestry Dept Sarawak
735a Local Knowledge and Pedology: Metodological
Proposal of Interlocution between Pedologists
and Farmers in Cerrado Region, Minas Gerais
State (BR). João Roberto Correia, Embrapa Cerrados, Lúcia Helena C. Anjos*, UFRRJ Soils Depto,
Antonio Carlos Souza Lima, Museu NacionalPPGAS, UFRJ, Delma Pessanha Neves, Anthropology Dept.-PPGACP, UFF and Luciano de Oliveira
Toledo, Soil Dept.–UFRRJ
735b Etymological Study of English Terms for South
Russian Soils (from World Reference Base).
Tatyana Y. Valkova*, Rostov State Univ
131-6
131-7
131-8
131-9
131-10
131-11
131-12
SESSION NO. 131
131-13
1.5A Diffuse Reflectance Spectroscopy, Soil Sensing,
Remote Sensing and Image Analysis—Poster
Convenor: Endre Dobos, Szent Istvan University, Soil
Science and Agrochemistry Department
131-1
131-2
131-3
131-4
131-5
534a Terrestrial and Orbital Spectral Models for the
Determination of Tropical Soil Attributes. Jose
Geraldo de A. Sousa Jr.1, Jose Alexandre M. Dematte*2, Aline M. Genu3 and Marco A. M. Bortoletto3, (1)Univ of São Paulo (USP), ESALQ, (2)Univ
of São (USP), Escola Superior de Agricultura,
(3)Univ of São Paulo (USP), Escola Superior de
Agricultura
534b Precise Maps of Organic Matter and Topsoil Features by a Proximal Sensing Hyperspectral Scanner and a Digital Carnera. Goetz Reimer and Juergen Lamp*, C.A.Univ, Plant Nutrition a. Soil Science, WG Soil Informatics
535a Indicating Soil and Land Parameters by Yield
Sensor Data. Goetz Reimer and Juergen Lamp*,
C.A.Univ, Plant Nutrition a. Soil Science, WG Soil
Informatics
535b Soils and Variogram Statistics of Precision Farming (PF) Fields in Germany. Ruprecht Herbst*,
Humboldt Univ Berlin, Precision Agriculture and
Juergen Lamp, C.A.Univ, Plant Nutrition a. Soil
Science, WG Soil Informatics
536a Precise Soil Texture Inventory by an On-the-go
Sensor EM38. Ruprecht Herbst*, Humboldt Univ
Berlin, Precision Agriculture and Juergen Lamp,
C.A.Univ, Plant Nutrition a. Soil Science, WG Soil
Informatics
536b In Season Crop N Management Using Active
Crop Canopy Sensors. Fernando Solari*, Univ of
Nebraska, John Shanahan, USDA-ARS and James
Schepers, USDA-ARS, Lincoln NE
537a Field Spectral Measurements of Desert Soil Reflectance and Emission Properties, and Comparisons with Satellite Remote Sensing Data. James
K. Crowley*, Bernard E. Hubbard and Beatriz
Ribeiro da Luz, U. S. Geological Survey
537b Comparison of dry-soil infrared spectroscopic
techniques for assessment of organic carbon in
soil management studies. Rupinder K. Randhawa*
and Douglas D. Archibald, The Pennsylvania State
University
634b Remote Sensing and Elevation Models on the Determination of Soil Attributes Contents. Aline M.
Genú1, José Alexandre M. DeMatt*2, José Geraldo
de A. Sousa Jr.3 and Rodnei Rizzo3, (1)University of
São Paulo (USP), Escola Superior de Agricultura
“Luiz de Queiroz” (ESALQ), (2)University of São
(USP), Escola Superior de Agricultura “Luiz de
Queiroz” (ESALQ), (3)University of São Paulo
(USP), Escola Superior de Agricultura “Luiz de
Queiroz” (ESALQ)
635a Robust predictions of soil properties with uncertainty using diffuse reflectance spectroscopy and
Bagging-PLSR. Raphael A. Viscarra Rossel*, Faculty of Agriculture, Food & Natural Resources
635b Application of Remote Sensing with Alsat-1 Data
in Survey of Forest Fires and It S Impact in Forest Ecosystem in the North of Algeria. Ahmed Zegrar*, National Center of Spaces Technics
636a A spatial temporal method for soil thermal tomography. Aiman S. Soliman*, Richard J. Heck
and Thomas R. Elliot, Land Resource Science Department, University of Guelph
636b Determining the composition of mineral-organic
mixes using UV-VIS-NIR diffuse reflectance spectroscopy. Raphael A. Viscarra Rossel* 1, Alex
McBratney2 and Rob McGlynn1, (1)Faculty of Agriculture, Food & Natural Resources, (2)The University of Sydney
SESSION NO. 132
1.6A Imprint of Environmental Change on Paleosols
—Poster
Convenor: Edoardo A.C. Costantini, CRA-ISSDS
132-1
132-2
132-3
542a Development of Vertisols of Northern Caucasus
River Valleys During the Last 5500 years. Alexander V. Borisov*1, Andrey B. Belinsky2 and Sergey
V. Lyakhov2, (1)Institute of Soil Science Problems,
(2)State Enterprise “Nasledie”
542b Gypsic, Natric, and Barite Paleosols in the Carroza Formation, La Popa Basin, Mexico, and Potential Applications of Pedogenesis to Salt Tectonics and Petroleum Exploration. Brenda J. Buck*,
Univ of Nevada Las Vegas, Amy Brock, Univ of
Nevada, Las Vegas and Timothy F. Lawton, New
Mexico State Univ
543a Genesis of a Polycyclic Quaternary Terra Rossa
(Bathi-Luvi Rhodic Cambisol on Rhodic Nitisol)
in Central Italy. Simone Priori*1, Edoardo A.C.
103
POSTERS
SESSION NO. 132
SESSION NO. 132
132-4
543b
132-5
642a
132-6
642b
132-7
643a
132-8
643b
132-9
742a
132-10
742b
132-11
743a
132-12
743b
Costantini2, Enrico Capezzuoli3, Fabio Sandrelli3
and Giuseppe Protano4, (1)Earth Sciences Dept,
Univ of Siena,, (2)CRA–Experimental Institute for
Soil Study and Conservation, (3)Earth Sciences
Dept, Univ of Siena, (4)Environmental Sciences
Dept, Univ of Siena
Paleosols and Environmental Changes in Southeastern European Steppes during Second Part of
Holocene. Vitaly A. Demkin* and Tat’ana S. Demkina, Institute of Physicochemical and Biological
Problems of Soil Science, RAS
An Accumulative Pedogenic Process in Chinese
Loess Plateau. Xue-feng Hu*, Dept of Environmental Science and Engineering, Shanghai Univ
Interpreting Sedimentation Patterns and Paleoclimate from Paleosol Sequences of the TriassicJurassic Hartford Basin Rift Valley, Connecticut, USA. Cynthia Stiles, Univ of Wisconsin and
Elizabeth H. Gierlowski-Kordesch*, Ohio Univ
Evidence of Sub-Tropical Humid Climate Paleosols from Paleocene-Eocene Sequences in the
Williston Basin, North Dakota, USA. Cynthia
Stiles*, D. Clay Kelly, Elizabeth Clechenko, Kathleen F. Bolger and Eric D. Shullenberger, Univ of
Wisconsin
Properties of Buried Soils at the Somma Vesuviana Ruins of Ancient Rome, Italy. Yudzuru
Inoue*1, Jamsranjav Baasansuren1, Makiko Watanabe1 and Hiroyuki Kamei2, (1)Interdisciplinary
Graduate School of Science and Engineering, Tokyo
Institue of Technology, (2)Graduate School of Information Science and Engineering, Tokyo Institute of
Technology
Paleosols and Pedosediments of the Early-Middle
Pleistocene Red Sediments (Scythian clays) of the
Southern Russian Platform. Svyatoslav A. Inozemtsev*, Moscow State Univ, Dept of Soil Science
and Andrey E. Dodonov, Geological Institute, RAS
Construction Techniques of Burial Mounds as
an Essential Subject Matter of Paleosol Studies.
Alexander O. Makeev*, Moscow State Univ, Soil Institute
PaleoVertisols in Russia and USA: the Use of Stable Isotopes, Morphology and Microfabrics for
Reconstructions of Environmental Changes and
Soil Processes. Irina V. Kovda*, Institute of Geography, Claudia Mora, Univ of Tennessee and
Lawrence P. Wilding, Dept of Soil and Crop Sciences, Texas A&M Univ
Contemporary Iron Stone Formation Due to Acid
Sulfate Soil Processes. Leigh A. Sullivan*, Richard
Bush and Edward Burton, Southern Cross Univ
SESSION NO. 133
133-2
544b
133-3
545a
133-4
545b
133-5
546a
133-6
546b
133-7
547a
133-8
547b
133-9
548a
133-10
548b
133-11
549a
133-12
549b
133-13
645a
1.6B Amazonian Dark Earth Soils (Terra Preta and Terra
Preta Nova): A Tribute to Wim Sombroek—Poster
Convenor: Antoinette Winklerprins, Michigan State
University
133-1
104
544a Macromolecular Speciation of Organic Matter in
Black C rich Anthrosols: Insight from 13C CPMAS NMR and Synchrotron Based C (1s) NEXAFS and FTIR-ATR Spectroscopy. Dawit
Solomon*1, Johannes Lehmann1, Janice Thies1,
Biqing Liang1, James Kinyangi1, Flavio Luizão2 and
Jan Skjemstad3, (1)Cornell Univ, (2)Instituto Nacional de Pesquisa da Amazonia INPA, (3)CSIRO
Land and Water
Anthrosol Diversity in Brazil: Terras Pretas,
Terra Mulatas and Sambaquis. Carlos E.G.R.
Schaefer*, Departamento do Solos-Universidade
Federal de Viçosa, Guilherme R. Correa, Departamento de Solos and Hedinaldo N. Lima, Universidade Federal do Amazonas
Formation of Dark Earth Soils in Western Amazonia, Iquitos, Peru. Andrew Zimmerman* and
Augusto Oyuela-Caycedo, Univ of Florida
Humus Composition Analysis by the NAGOYA
Method for Amazonian Dark Earths of the Middle Amazon, Brazil. Satoshi Nakamura*1, Mario
Hiraoka2, Eiji Matsumoto3, Kenji Tamura1 and Teruo
Higashi1, (1)Tsukuba Univ, (2)Dept of Geography
Millersville Univ, (3)Dokkyo Univ
Nutrient Bioavailability of Anthropogenic Dark
Earth Soils and Surrounding Soils of Central
Amazonian. Newton Paulo de Souza Falcao*1, Ana
Cristina Souza da Silva1, Lillian França Borges1 and
Nicholas B. Comerford2, (1)National Instituto for
Amazon Research, (2)Univ of Florida, IFAS
Terra Preta Research: The preSombroek and
Sombroek Periods. William I. Woods*, Univ of
Kansas and William M. Denevan, Univ of Wisconsin-Madison
Creating Terra Preta in Homegardens?: A Preliminary Assessment. Antoinette Winklerprins*, Michigan State Univ
Changes in Soil Phosphorus Fractions and
Species in Amazonian Dark Earths (Terra Preta)
across a Long Chronosequence. Shinjiro Sato*1,
Biqing Liang 2, Dawit Solomon 2 and Johannes
Lehmann2, (1)SWFREC/Univ of Florida, (2)Cornell Univ
Biodiversity in Amazonian Dark Earths Soils.
Maria de Lourdes P. Ruivo*, MPEG, Maria de L.
Oliveira, UEPa and Dirse Kern, Museu paraense
emílio Goldi
Geochemistry of Dark Earth Amazonian. Jucilene
A. Costa*1, Dirse Kern1, Marcondes L. Costa2, Tarcisio E. Rodrigues 3, Nestor Kampf 4, Johannes
Lehmann5 and Francisco J. L. Frazão6, (1)Museu
paraense emílio Goldi, (2)Univ Federal do Pará,
(3)Embrapa Amazônia Oriental, (4)UFRS, (5)Cornell Univ, (6)Museu Paraense Emílio Goeldi
“Nutrients’ Quantifying and Counting (C E N) of
Microbial Population (Fungi and Bacteria) from
Soils Enriched by Wood and Slaughter-House
Wastes in TailÂNdia County – ParÁ – Brazil”.
Maria de L. Oliveira1, Maria de Lourdes P. Ruivo*2,
Ivone C. Magalhães1 and Eliane Ribeiro1, (1)UEPa,
(2)MPEG
Bio-Char Applications to a Tropical Oxisol Increase Crop Yield and Modify Water Relations.
Julie Major*1, Marco A. Rondon2 and Johannes
Lehmann1, (1)Cornell Univ, (2)Centro Internacional
de Agricultura Tropical–CIAT
Humic Acids of the Amazonian Dark Earth Soils:
Terra Preta De Índio. Tony Jarbas Ferreira Cunha*
Sr.1, Beata E. Madari2, Ladislau Martin Neto Sr.3,
Luciano P. Canellas Sr.4, Marcelo Simões Sr.3, Wilson Tadeu L. da Silva3, Débora Milori3, Lucedino P.
Ribeiro Sr.5, Lúcia Helena C. Anjos Sr.6 and Gabriel
de A. Santos Sr.7, (1)Embrapa Semi-Árido, (2)Embrapa Arroz e Feijão, (3)Embrapa Instrumentação
Agropecuária, (4)Universidade Estadual do Norte
SESSION NO. 135
133-15
133-16
133-17
645b
646a
646b
647a
133-18
647b
133-19
648a
133-20
133-21
133-22
648b
649a
649b
SESSION NO. 134
2.0A Synchrotron Spectromicroscopy of Particulate Matter Affecting Air, Water & Soil Quality—Poster
Convenor: William Bleam, Univ. of Wisconsin
134-1
134-2
134-3
134-4
550a Manganese Oxide in Mine Sludge: A Redox Barrier Against Arsenic Mobilization?. Suzanne Beauchemin*1, Glenn Poirier1 and James Ablett2, (1)Natural Resources Canada, (2)Brookhaven National
Laboratory
553a Soil organic C speciation and transformations
following long-term anthropogenic perturbations
in tropical ecosystems: evidence from 13C NMR
and synchrotron-based C (1s) NEXAFS and
FTIR-ATR spectroscopy. Dawit Solomon*1, Johannes Lehmann1, James Kinyangi1, Biqing Liang1,
Ingo Lobe2, Wulf Amelung3 and Thorsten Schäfer4,
(1)Cornell University, (2)UFZ Centre for Environmental Research, (3)University of Bonn, (4)Institute
for Nuclear Waste Management
550b Sorption of Arsenate on Lithium/Aluminum Layered Double Hydroxide Intercalated by Chloride: Macroscopic and Spectroscopic Studies. Yu
T. Liu*1, Ming K. Wang1 and P.M. Huang2, (1)Dept
of Agricultural Chemistry, (2)Dept of Soil Science,
Univ of Saskatchewan
653a Quality of the Water in Rio Amajac, Hidalgo,
Mexico, for the Handling of the Nutritious Solution in Hidroponia. Jesus Amado*, Enrique Rubinos Pantal, Fransisco Gavi Reyes and Enrique Mejia
Zaens, Colegio de Posgraduados
POSTERS
133-14
Fluminense Darcy Ribeiro, (5)Universidade Federal da Bahia, (6)UFRRJ Soils Depto, (7)UFRRJ
Soils with Archaeological Dark Earth in Caxiuanã (Eastern Amazon): Pedologic Structuring,
Mineralogy, Chemical Composition, Fertility and
Influence of the Crop. Marciléia S. Carmo*1, Marcondes L. Costa1 and Dirse C. Kern2, (1)Federal
Univ of Para, (2)Museu Paraense Emílio Goeldi
Long-Term Oxidation of Biomass-Derived Black
Carbon and Effects on Soil Fertility and Organic
C Cycling. Biqing Liang*1, Johannes Lehmann1,
James Kinyangi1, Dawit Solomon1, Janice Thies1
and Flavio Luizão2, (1)Cornell Univ, (2)Instituto
Nacional de Pesquisa da Amazonia INPA
Isolating Unique Bacteria from Terra Preta Systems: Using Culturing and Molecular Techniques
as Tools for Characterizing Microbial Life in
Amazonian Dark Earths. Brendan O’Neill*1, Julie
Grossman1, Siu Mui Tsai2, Jose Elias Gomes2, Carlos Eduardo Garcia 2, Dawit Solomon 3, Biqing
Liang3, Johannes Lehmann1 and Janice Thies1,
(1)Cornell Univ, Dept of Crop and Soil Science,
(2)Centro de Energia Nuclear na Agricultura
(CENA), (3)Cornell University, Department of Crop
and Soil Science
Soil Microbial Communities Associated with Anthropogenic Dark Earths (Terra Preta) and Black
Carbon Particles. Julie Grossman* 1, Brendan
O’Neill1, José Elias Gomes2, Siu Mui Tsai2, Biqing
Liang1, Johannes Lehmann1 and Janice Thies1,
(1)Cornell Univ, Dept of Crop and Soil Science,
(2)Centro de Energia Nuclear na Agricultura
(CENA)
Addition of Vegetable Residues to the Soil: the Experience of TailÂNdia-Pa-Brazil, Subsidies for
the Formation of New Black Earth 2. Monteiro K.
F.G Monteiro K. F. G.* Sr., Museu Paraense Emílio
Goeldi
Measurement of Total Soil Carbon by NIR Spectroscopy in Land Uses of the Brazilian Amazon.
Sandra M. O. Sa*1, Carla M. B. Nussio2, Didier
Brunet3, Martial Bernoux3, Christian Feller4, Norberto C. Noronha1, Carlos E.P. Cerri1 and Carlos C.
Cerri1, (1)Centro de Energia Nuclear na Agricultura–CENA/USP, (2)Escola Superior de Agricultura
Luiz de Queiroz–ESALQ/USP, (3)Institut de
Recherche pour le Développement–IRD, UR179SeqBio, (4)IRD, UR SeqBio
Mineralogy, Chemistry and Origin of Phosphor
of Ceramics Found in Dark Earth Soils of the
Amazon Region. Marcondes L. Costa*1, Marciléia
S. Carmo1, Dirse C. Kern2 and Edivan C. Oliveira3,
(1)Federal Univ of Para, (2)Museu Paraense Emílio
Goeldi, (3)Belágua
Soil Fauna Management in Amazonia: Making
use of “Ecological Services” in Agroecosystems.
Christopher Martius*, Center for Development Research (ZEF), Marcos V.B. Garcia, EMBRAPA
Amazônia Ocidental, Wulf Amelung, Univ of Bonn,
Inst. of Soil Science and Hubert Hoefer, Staatliches
Museum fuer Naturkunde
Reconstructing Amazonian Dark Earths: Ancient
Technology as a Tool for Sustainable Management of Tropical Soils. Guido Hofwegen van*,
Thom Kuyper, Joep Broek van den and Gertjan
Becx, Wageningen Univ
SESSION NO. 135
2.0P Measurement, Occurrence, and Transport of
Radionuclides in Soils and Sediments, and their
Transfer to Biota—Poster
Convenors: Edward Landa, U.S. Geol. Survey, MS 430; Shigeo Uchida, National Institute of Radiological Sciences
135-1
135-2
135-3
135-4
555a Radionuclides and Fungi: Fungal Behavior, Fungal Communities and Fungal Impacts on Radionuclide Mobility in Soil. John Dighton* 1,
Tatyana Tugay 2 , Nelli Zhdanova 2 and Victor
Zheltonozhsky3, (1)Rutgers Pinelands Field Station,
(2)Institute of Microbiology and Virology, (3)The Instiute for Nuclear Research
556a Effects of Near-Surface Redox Potentials on Radioactive Selenium, Iodine and Technetium Mobility in Soils. George Shaw*, Univ of Nottingham
556b Environmental Conditions for Insoluble Tc Formation in Ponding Water above a Paddy Field.
Nobuyoshi Ishii* 1 , Hiroyuki Koiso 2 , Hiroshi
Takeda1 and Shigeo Uchida1, (1)National Institute of
Radiological Sciences, (2)Tokyo Nuclear Services
Co., Ltd.
557a Natural Accumulators of Radionuclides in the
Environment. Martine C. Duff*, Anna Knox and
Mary Lou Ramsey, Savannah River National Laboratory
105
SESSION NO. 135
135-5
135-6
135-7
135-8
135-9
135-10
135-11
135-12
135-13
135-14
135-15
135-16
135-17
135-18
106
557b Plant Uptake and Release of Cesium-137: Application to Phytoremediation. Mark Fuhrmann*,
Brookhaven National Laboratory
558a Kinetics and Reversibility of Tc Immobilisation in
Soils under Flooded and Aerated Conditions.
Siobhán Staunton*, INRA, Rhizosphère & Symbiose, Emmanuelle Quillerou, Laboratoire de Radioécologie et d’Écotoxicologie, IRSN,, Claire-Sophie Haudin, Andra, Guo Wang, Fuijan Agricultural
Univ, and Arnaud Martin-Garin, Laboratoire de Radioécologie et d’Écotoxicologie, IRSN
558b Determination of Bioavailable Rhenium Fraction in Japanese Agricultural Soils. Keiko Tagami*
and Shigeo Uchida, National Institute of Radiological Sciences
559b Depleted Uranium Corrosion and Mobility in an
Arid Environment. Brenda J. Buck*, Univ of
Nevada Las Vegas, Amy Brock, Univ of Nevada, Las
Vegas, April L. Ulery, New Mexico State Univ and
William H. Johnson, Los Alamos National Lab
560a Distribution and Transport of Depleted Uranium
(DU) in Soils and Natural Waters at Aberdeen
Proving Ground, MD. Tanya Palmateer Oxenberg*1, William P. Ball2, Alan T. Stone2 and Edward
J. Bouwer2, (1)US Army Developmental Test Command, (2)Dept of Geography and Environmental
Engineering
561b Distribution Coefficients of Tin (Sn) in Japanese
Agricultural Soils. Yasuo Nakamaru* and Shigeo
Uchida, National Institute of Radiological Sciences
562b Transformation of Iodine Species in Submerged
Paddy Soil. Noriko Yamaguchi*, National Institute
for Agro-Environmental Sciences, Masashi Nakano,
Research Institute of Soil Science & Technology
and Hajime Tanida, Japan Synchrotoron Radiation
Research Institute
656a Radionuclides (137Cs) in Landscapes of Kiev
Reservoir Banks. V. M. Starodubtsev* and O. L. Fedorenko, National Agricultural Univ
656b Effects of the Soil Redox Status on Selenium Mobility: Contributions of Microbiological and Geochemical Processes. Olivia Darcheville*1, Laureline
Février1, Arnaud Martin-Garin1 and Pierre Renault2,
(1)Institut de Radioprotection et de Sûreté Nucléaire,
(2)Institut National de la Recherche Agronomiqe
657a Diffusive Gradient in Thin Film for Evaluating
Uranium Bioavailability to Ryegrass in 18 Contaminated Soils. Lise Duquène*, SCK-CEN
657b Availability and Immobilization of 137Cs in Subtropical High Mountain Forest and Grassland
Soils. Chih-Yu Chiu*1, Chih-Jung Wang2 and ChingChung Huang2, (1)Research Center for Biodiversity, (2)Radiation Monitoring Center, Atomic Energy
Council
658a Effects of a Climate Cooling on the Behavior of
Radionuclides in Soils. Sophie Maillant*1, Guillaume Echevarria1, Elisabeth Leclerc-Cessac2 and
Jean-Louis Morel3, (1)Laboratoire Sols et Environnement UMR 1120 INPL-INRA, (2)Andra,
(3)INPL(ENSAIA)/INRA, Laboratoire Sols et Environnement
658b Inequilibrium between Fallout 137Cs and Stable
Cs in Cultivated Soils. Hirofumi Tsukada*, Akira
Takeda, Shun’ichi Hisamatsu and Jiro Inaba, Institute for Environmental Sciences
659a A Plume Runs through it: Elucidating the Soil
Carbon Cycle Using Enriched Radiocarbon Additions. Christopher Swanston*1, Paul Hanson2,
Susan E. Trumbore3, Philip Jardine2, Julie Jastrow4,
Margaret Torn 5 , Wilfred Post 2 and Charles T.
135-19
659b
135-20
660a
135-21
660b
135-22
661a
135-23
661b
135-24
756a
135-25
757a
135-26
757b
135-27
758a
135-28
758b
135-29
759a
135-30
759b
135-31
760a
Garten2, (1)Center for Accelerator Mass Spectrometry, (2)Oak Ridge National Laboratory, (3)Univ of
California, Irvine, (4)Argonne National Laboratory,
(5)Lawrence Berkeley National Laboratory
Sorption Behavior of Selenium on Humic Acid
under Increasing Se or Humic Acid Content. Nao
Ishikawa*, Shigeo Uchida, Keiko Tagami and Yasuo
Nakamaru, National Institute of Radiological Sci.
Novel Synthetic Clays for Soil Remediation. Sridhar Komarneni*, The Pennsylvania State Univ
Plant-Based Plume-Scale Mapping Reveals Tritium-Transport Extent and Processes in Desert
Soils. Brian J. Andraski*1, David A. Stonestrom2, C.
Amanda Garcia3, Robert L. Michel2, Michael J.
Johnson1 and David L. Decker4, (1)U.S. Geological
Survey, (2)USGS, (3)Graduate Program of Hydrologic Sciences, (4)Desert Research Institute
Plant Uptake and Behavior of Depleted Uranium
in Arid Zone Soils. April L. Ulery*1, Ramona R.
Parra 1, Victoria Anne 2 and Yohei Hashimoto 3,
(1)New Mexico State Univ, (2)U.S. Forest Service,
(3)Dept of Soil Science, North Carolina State Univ
Environmental Fate of Radium in Ion-Exchange
Backwash Waste Stream, and Septic-Tank Sludge
and Liquids, Southern New Jersey. Zoltan
Szabo*1, Eric Jacobsen1, Thomas F. Kraemer1 and
Bahman Parsa2, (1)U.S.Geological Survey, (2)New
Jersey Department of Health and Senior Services
In Situ Formation of Colloidal Phases and Their
Role in Radionuclide Transport. James Harsh*1,
Markus Flury1, Youjun Deng1, Kholoud Mashal2
and Gang Chen 3 , (1)Washington State Univ,
(2)Hashemite Univ, (3)FAMU-Florida State Univ
Behavior of Cs, Sr and U in Soil Solution at Rhizosphere of Brassica rapa L. Akira Takeda*, Hirofumi Tsukada, Yuichi Takaku and Shun’ichi
Hisamatsu, Institute for Environmental Sciences
Estimation of the Effect of Farmland on the Behavior of 129I Released from Malfunctioning
Atomic Facilities in Japan. Nobuharu Kihou*1,
Hideshi Fujiwara1 and Kouichi Yuita2, (1)National
Institute for Agro-Environmental Sciences, (2)Formerly, National Institute of Agro-Environmental
Sciences
Modelling of Caesium-137 Behavior in a SoilPlant System. Onggarbek Alipbeki*, Kazakh National Agricultural Univ
Influence of Soil Production Processes on Differential Mobility of Fallout Radionuclides in Taiwan. Narasimham L. Vemuri* and Chih-An Huh, Institute of Earth Sciences
Tracing Stochastic Behavior of Rock Bearing
Soils Using 137Cs: Pinglin, NE Taiwan.
Narasimham L. Vemuri* and Chih-An Huh, Institute
of Earth Sciences
Influence of the Long-Term Fertilizing on the
Radioactivity of the Soil and Different Degree of
Adopting of Radionucleides from the Wheat and
Corn. Mirko Grubišic*, Institute for technology of
nuclear and other raw materials
The Assessment of Manure Application on Potential Mobility and Bioavailability of 137Cs in Tropical Soils. Maria Angélica Wasserman*1, Antonio
Passos Portilho1, Aline G. Viana1, Flavia Bartoly1,
Daniel.V. Pérez2, Ana C. Ferreira1, Valéria Argolo1
and Carlos Eduardo Menezes3, (1)Instituto de Radioproteção e Dosimetria /CNEN, (2)Centro Nacional
de Pesquisa de Solos/EMBRAPA, (3)Colégio Agrícola Nilo Peçanha, Universidade Federal Fluminense
135-32
135-33
135-34
760b Laboratory and Field Experiments to Study the
Mobilization and Preconcentration of Uranium
from Soils and Various Rock Materials by Fungi.
Colette MUNIER-LAMY and Jacques BERTHELIN*, LIMOS UMR 7137 CNRS-UHP Nancy I Faculté des sciences
761a In Situ Study of the Biochemical Cycle of Iodine
in a Peat Bog. Sophie Maillant* 1, Genevieve
Villemin1, Marsha Sheppard2 and Elisabeth LeclercCessac3, (1)Laboratoire Sols et Environnement
UMR 1120 INPL-INRA, (2)ECOMatters Inc.,
(3)Andra
761b Radiological Characteristics of the Plant Species
Taken from the Checking Area within 30 Km Influence Zone of the Volgodonsk Nuclear Plant.
Andrej Pronin* and Tamara Abramova, Rostov State
Univ
SESSION NO. 136
Transfer—Poster
136-1
466a Sieving Crusts and Water Repellency. Albert SoleBenet*1, Sergio Contreras1, Juan Puigdefábregas1
and Yolanda Cantón2, (1)E.E.Z.A./C.S.I.C., (2)Universidad de Almería
136-2
466b Return Flow Generating Point on a Variably Saturated Layered Hillslope Surface. Sanjit Kumar
Deb*, Masaru Mizoguchi and Tsuyoshi Miyazaki,
Graduate School of Agricultural and Life Sciences,
The Univ of Tokyo
136-3
467a Rheometry in Soil Mechanics: Structural
Changes in Mineral Suspensions, Clay-Rich and
Silty Soils. Wibke Markgraf*, Rainer Horn and
Stephan Peth, Institute for Plant Nutrition and Soil
Science, CAU Kiel
136-4
467b Effective Cross Section: A Structural Parameter
to Consider Water Repellency in Soil Hydrology.
Heiner Stoffregen* 1, Gerd Wessolek 1, Karsten
Täumer1 and Jirka Simunek2, (1)Technical Univ
Berlin, (2)Univ of California Riverside
136-5
468a Soil Crusting Susceptibility Evaluated by Means
of Turbidimetry. Sergio Pellegrini*, Nadia Vignozzi, Elisa Batistoni and Andrea Rocchini, CRAISSDS
136-6
468b A Multi-Scale Approch for the Assessment and
Quantification of Seedbed Soil Structure. Brian.
S. Atkinson*, Sacha. J. Mooney and Debbie. L.
Sparkes, Agricultrural and Environmental Sciences,
School of Biosciences, Univ of Nottingham
136-7
469a Soil Structure Dynamics of Paddy Fields as a
Function of Cultivation and Time. Imke Janssen*
and Rainer Horn, Institute of Plant Nutrition and
Soil Science, CAU Kiel
136-8
469b Subsoil Compaction and Preferential Flow Paths
Formation. Aminat Umarova* and Evgeny Shein,
Moscow State Univ
136-9
565a Influence of Various Grazing Intensities on Soil
Stability, Soil Structure and Water Balance in
Inner Mongolia, P.R. China. Julia Kruemmelbein*,
Stephan Peth and Rainer Horn, Institute of Plant
Nutrition and Soil Science, CAU Kiel
136-10
565b Hydrological and Geomorphological Implications
of Different Types of Soil Surface Crusts in Semi-
136-11
566a
136-12
566b
136-13
567a
136-14
567b
136-15
568b
136-16
664a
136-17
664b
136-18
665a
136-19
665b
136-20
666a
136-21
666b
136-22
667a
arid Rangelands in Se Spain. Albert Sole-Benet*1,
Yolanda Cantón 2, Gabriel DelBarrio 1, Roberto
Lázaro1 and Juan Puigdefábregas1, (1)E.E.Z.A./
C.S.I.C., (2)Universidad de Almeria
Analysis of Fragmentation Fractal Dimension of
Soil Particle-Size Distribution Obtained from
Mass-Time and Mass-Size Data. Roberto R.
Filgueira*, Pablo R. Gelati, Lidia L. Fournier,
Guillermo O. Sarli and C. German Soracco, Facultad de Ciencias Agrarias y Forestales-Universidad
Nacional de La Plata
Structural Attributes of a Clayey Hapludox Cultivated No Tillage System the Culture Sequences
in Succession and Rotation. Jorge Luiz Piccinin*,
Museum Paraense Emílio Goeldi–CCTE, Carlos
Roberto. Espíndola, Univ of Campinas–UNICAMP,,
Eleno Torres, Brazilian Agricultural Research Enterprise (Embrapa Soja) and Odilon Ferreira Saraiva,
Brazilian Agricultural Research Enterprise (Embrapa Soja)
A Generalized Approach to Predict Shrinkage
Using Water Potential. Thomas Baumgartl*, Centre for Mined Land Rehabilitation
Crop Yield and Physical Attributes of a Clayey
Oxisol under Diferent Soil Management Systems
and Crop Rotation. Jorge Luiz Piccinin*1, Eleno
Torres2, Lincoln Zotarelli3, Odilon Ferreira Saranva2
and Carlos Roberto Espindola 4 , (1)Museum
Paraense Emílio Goeldi, (2)Brazilian Agricultural
Research Enterprise (Embrapa Soja), (3)Univ of
Florida, Agronomy Dept, (4) Univ of Campinas
UNICAMP
The Regularities of Changes in Soil Surface Properties Due to the Soil Formation and Field Agricultural Technogeneses. V.F. Utkaeva*,
V.V.Dokuchaev Soil Science Institute
Synchrotron Computed Microtomography for
Assessing Changes in Porosity as Influenced by
Compaction. Clark J. Gantzer*1, Stephen Anderson1
and Shmuel Assouline2, (1)Dept of Soil, Environmental and Atmospheric Sciences, Univ of Missouri-Columbia, (2)Inst. of Soil, Water and Environmental Sciences
Effects of Polyacrylamide Molecular Weight, Soil
Texture and Electrolyte Concentration on Drainable Porosity and Aggregate Stability. A.I. Mamedov*1, S. Beckmann2, C. Huang1 and G.J. Levy3,
(1)USDA-ARS, National Soil Erosion Research
Laboratory, (2)Univ of Regensburg, Dept of Landscape Ecology and Soil Science, (3)Institute of Soil,
Water and Environmental Sciences
Shrinkage modelling as a Tool to Quantify Soil
Structural Changes: Insights and Perspectives.
Pascal Boivin*, Institute of Research for Development
Tillage Management to Improve Soil Physical
Conditions for Crop Growth. Dong Wang*, James
Kurle and James Percich, Univ of Minnesota-Twin
Cities Campus
The Effect of Magnesium on the Age-Hardening
of Soil. Gemma E. Nichol*1, Judy Tisdall2 and Nick
Uren2, (1)Dept of Primary Industries, (2)La Trobe
Univ
Influence of No-Till on Hydrophysical Properties
of Argiudols of the Center of Santa Fe–Argentina.
Roberto P. Marano, Hugo A. Micheloud and Silvia
Imhoff*, Facultad de Ciencias Agrarias, Universidad
Nacional del Litoral
Mass Fractal Dimension of Soil Aggregates; Minimum Number of Experimental Data. C. German
107
POSTERS
SESSION NO. 136
SESSION NO. 136
136-23
136-24
667b
764a
136-25
765a
136-26
765b
136-27
766a
136-29
767a
Soracco 1 , Guillermo O. Sarli 1 , Roberto R.
Filgueira*1 and Daniel Gimenez2, (1)Facultad de
Ciencias Agrarias y Forestales-Univ Nacional de La
Plata, (2)Rutgers Univ
Concentric Biophysical and Chemical Gradients
within Macro-Aggregates Add a New Dimension
to Soil Structure Formation. Alvin Smucker*, Eun
Jin Park, Curtis Dell and Rainer Horn, Dept of Crop
and Soil Sciences, Michigan State Univ
Transport of Suspended Solids from a Rural
Catchment to a Small Water Course in Humid
Temperate Climate. M.L. Rodríguez-Blanco1, M.
M. Taboada-Castro*1, M.T. Taboada-Castro1 and J.
L. Oropeza-Mota2, (1)Univ de A Coruña, (2)C.P.
Instituto de Recursos Naturales. Especialidad de
Hidrociencias
Soil Evaluation for Sustainability under Different
Cropping Systems Using Organic and Inorganic
Fertilizers. Pradeep K. Sharma* and Sudhir Verma,
CSK Himachal Pradesh Agricultural Univ
New soil quality indices produced by image analysis techniques applied to the soil porous system.
Giacomo Mele*1, Angelo Basile1, Roberto De Mascellis1, Bruno Di Matteo1 and Fabio Terribile2,
(1)CNR ISAFOM, (2)Disspa Univ Di Napoli Federico II
Quantification of the Effects of Cereal Root Anchorage Failure Using X-ray Computed Tomography and Image Analysis. Sacha J. Mooney*,
Univ of Nottingham and Peter Berry, ADAS
Extent of Hardsetting Behavior of Soils in Region
10, Philippines and their Effects on Maize Plant
Growth and Yield. Nonilona P. Daquiado*, Central
Mindanao Univ
SESSION NO. 137
137-6
473a
137-7
473b
137-8
474a
137-9
474b
137-10
568a
137-11
569b
137-12
570a
137-13
570b
137-14
471b
137-15
571a
137-16
571b
2.1B Soil Hydrology, Structure, and Micromorphic
Propoerties (Soil Porous System)—Poster
Convenor: Miroslav Kutilek, Soil and Tillage Research
137-1
137-2
137-3
137-4
137-5
108
470a Darcian Description of Water Transfer in Evaporating Unsaturated Soil and Hydraulic Conductivity Function. Alexandr M. Globus*, Tatiana
Neusypina and Alexandr Topazh, Agrophysical Research Institute
470b Scale Dependent Physical Protection of Organic
Matter in Soils. Axel Lamparter*, Jörg Bachmann,
Marc-Oliver Goebel, Susanne K. Woche and Walter
R. Fischer, Institute of Soil Science
471a Influence of Organic Matter Input on Earthworm Burrow Properties and Consequences on
Soil Water Movement. Guenola Pérès*, Univ of
Rennes1, Stefan Schrader, FAL. Federal Agricultural Research Centre, Institute of Agroecology,
Daniel Cluzeau, Univ of Rennes1, Vincent Hallaire,
UMR INRA/Agrocampus Soil Agronomy Spatialization and Christian Walter, INRA Agrocampus
Rennes, UMR SAS
472a Changes of Nonrigid Pore Structure upon
Predrying Intensity and Frequency. Xinhua Peng*
and Rainer Horn, Institute of Soil Science and Plant
Nutrition
472b Computed Tomography for Measurement of Soil
Macroporosity as Affected by Stiff-Stemmed
Grass Hedges. Achmad Rachman, Indonesian Soil
Research Institute, Stephen H. Anderson*, Univ of
Missouri-Columbia, Clark J. Gantzer, Dept of Soil,
Environmental and Atmospheric Sciences, Univ of
Missouri-Columbia and Ranjith P. Udawatta, Center for Agroforestry, Univ of Missouri-Columbia
Physical Interpretation of Soil Hydraulic Functions in Bi-Modal Soils with Log-Normal Pore
Size Distribution. Miroslav Kutilek*, Soil and
Tillage Research and Libor Jendele, Cervenka Consulting
Physically-based Explanation of the Brooks and
Corey Parameters in Terms of Partial Drainage
of Random Mass Prefractals. Edmund Perfect*,
Univ of Tennessee
Linking the Gardner and Campbell Models for
Predicting Unsaturated Hydraulic Conductivity
in Near-Saturated Soil. Ken Kawamoto*, Dept of
Civil and Environmental Engineering, Saitama Univ,
Per Moldrup, Environmental Engineering Section,
Dept of Life Sciences, Aalborg Univ, Ty P.A. Ferré,
Dept of Hydrology and Water Resources, Univ of
Arizona, Markus Tuller, Soil and Land Resources
Division, Ag. Sci. 113, Univ of Idaho, Ole H. Jacobsen, Dept of Agroecology, Institute of Agricultural
Research Centre Foulum and Toshiko Komatsu,
Graduate School of Science and Engineering,
Saitama Univ
Estimation Model of Field Capacity and Wilting
Point on Soil Water Retention Curve from Soil
Physical Characteristics in Korean Soil. Seungoh
Hur*1, Yeon-Kyu Sonn1, Kang-Ho Jung1, SangKeun Ha1 and Jeong-Gyu Kim2, (1)National Institute of Agricultural Science and Technology, (2)Div.
Env. Science & Ecol. Eng. Korea Univ
Soil Hydrological Properties of Andisols in Japan
in Relation to the Dispersion-Coagulation Behavior. Katsutoshi Seki*, Tsuyoshi Miyazaki, Hiromi Imoto and Masaru Mizoguchi, The Univ of
Tokyo
Exploring the Relationship between Solute Transport and Soil Macropore Structure. Jonathan E.
Holland*, Univ of Melbourne
Agroforestry and Grass Buffer Influences on CTMeasured Pore Characteristics. Ranjith P.
Udawatta*, Center for Agroforestry, Univ of Missouri-Columbia, Stephen H. Anderson, Dept of Soil,
Environmental and Atmospheric Sciences and Clark
J. Gantzer, Dept of Soil, Environmental and Atmospheric Sciences, Univ of Missouri-Columbia
General Theoretical Framework for Estimating
Soil Water Retention from Textural Data. John R.
Nimmo*1, William N. Herkelrath1 and Ana M. Laguna Luna2, (1)US Geological Survey, (2)Univ of
Córdoba
Temperature Dependent Capacitance Scaled Frequency. Ali Fares*, Natural Resources & Environmental Management Department and Syamsuddin
Hamdhani, University of Hawaii
Pore System Characteristics of Pavement Seam
Materials in Urban Areas. Thomas Nehls1, Gerd
Wessolek* 1 , Grzegorz Jozefaciuk 2 , Zofia
Sokolowska3 and Heiner Stoffregen1, (1)Technical
Univ Berlin, (2)Dept of Agrophysics, Polish Academy of Sciences, (3)Dept of Agrophysics, Polish
Academy of Sciences,
Perudic and Near-Perudic Soil Moisture Regimes
in the Central Appalachians. E.J. Ciolkosz*1, D.A.
Miller2, W.J. Waltman2, Sharon Waltman3, T.M.
Prescott4, S.G. Carpenter4 and A.R. Topalanchik4,
137-17
572a
137-18
572b
137-19
573a
137-20
573b
137-21
574a
137-22
574b
137-23
668a
137-24
668b
137-25
669a
137-26
669b
137-27
670a
137-28
670b
137-29
671a
(1)Dept of Crop and Soil Sciences, The Pennsylvania State Univ, (2)Earth and Environmental Systems Institute, The Pennsylvania State Univ,
(3)USDA-NRCS-NGDC, (4)USDA-NRCS, MLRA
13 Region
Water Retention and Color in Fine Earth and
Soil Core Samples. Manuel Sanchez-Maranon1,
Jaume Bech* 2, Raul Ortega 1, Isabel Miralles 1,
Gabriel Delgado1, Juan Manuel Martin-García1 and
Rafael Delgado1, (1)Univ de Granada, (2)Univ de
Barcelona
Quantification of Soil Micromorphology from
Images of Soil Sections. Daniel Gimenez*1, Adolfo
Posadas2 and Hyen Chung Chun1, (1)Rutgers Univ,
(2)International Potato Center
Observation and Analysis of Microscale Heterogeneity of Infiltration and Water Flow in Chernozem and Black-Chestnut Soils. Vyacheslav N.
Semenov* and Anatoli Zeiliguer, Moscow State
Univ of Environmental Engineering
An Upscaling Algorithm for Simulating Water
Flow in Unsaturated Soils under Flood Irrigation
at Field Scale. Li Ren*1, Meng Mao1, Zhiming
Chen2 and Renduo Zhang3, (1)Dept of Soil and
Water Sciences, China Agricultural Univ, (2)Institute
of Computational Mathematics, Chinese Academy
of Sciences, (3)Univ of Wyoming
Numerical Simulation of Atrazine Leaching at
Field Scale During Summer Maize Growing Season under Meteorological Condition. Meng Mao*
and Li Ren, Dept of Soil and Water Sciences, China
Agricultural Univ
Modeling Saturated Hydraulic Conductivity in
Clay Soils at Guilan Province (Iran) Using Artificial Neural Networks. Meysam Doai*, Mahmoud
Shabanpour Shahrestani and Farid Bagheri, Guilan
Province-Guilan University-Agriculture Faculty
Superficial Tension of Biologically Active Water
for Using in Soil-Plant Systems. Nemat Mamedov*, Geys Garibov and Sh. Sh. Alekperov, Baku
State Univ
Leaf Water Potential in Corn and Cotton in Relation to Root Zone Soil Water Status and Depth
of Rooting. Ram Baboo Sharma*, Indira Gandi
Agricultural Univ
Cyclic Swelling Behavior of Superabsorbent
Polymers in Soil Porous Media. Soheila
Ebrahimi*1, Mehdi Homaee1 and Babak Ebrahimi2,
(1)Tarbiat Modaress Univ, (2)IUST
Spatial Distribution of Nitrogen-Fixing and Denitrificating Microorganisms in Soils with Preferential Flow. Atsushi Suetsugu*, Arid Land Research
Center, Tottori Univ
Modeling Soil Organic Matter in Intensive Cropping in China’s Huang-Huai-Hai Plain. Li
Baoguo*, College of Resources and
Environment,China Agricultural Univ and Lei
Hongjun, College of Resources and Environment,
China Agricultural Univ
Development and Evaluation of a Simplified
Mechanistic-Stochastic Method for Field-Scale
Solute Transport Prediction. Jaehoon Lee*, Univ
of Tennessee, Biosystems Eng. & Soil Science Dept
and Francis X. M. Casey, North Dakota State Univ
Numerical Analysis of Multifractal Spectrum on
2-D Black and White Images. Ana M. Tarquis*, V.
Méndez, M.T. Castellanos and M.C. Moratón, Dpto.
Matemática Aplicada–E.T.S. Ing. Agrónomos–Polytechnic Univ of Madrid
137-30
137-31
137-32
137-33
137-34
137-35
137-36
137-37
137-38
137-39
137-40
137-41
671b A Probabilistic Approach to the Identification of
Soil Textural and Structural Input Variables for
the Estimation of Saturated Hydraulic Conductivity. Allan Lilly, Macaulay Land Use Research Institute, Attila Nemes*, Univ of California Riverside,
Walter J. Rawls, USDA-ARS Hydrology and Remote Sensing Laboratory and Yakov A. Pachepsky,
USDA/ARS/BA/ANRI/ESML
672a Gas Transport Parameters along Field Transects
of a Volcanic Ash Soil. Augustus Resurreccion*1,
Toshiko Komatsu1, Ken Kawamoto2, Per Moldrup3
and Dennis Rolston4, (1)Graduate School of Science and Engineering, Saitama Univ, (2)Dept of
Civil and Environmental Engineering, Saitama Univ,
(3)Environmental Engineering Section, Dept of Life
Sciences, Aalborg Univ, (4)Dept of Land, Air, and
Water Resources, Univ of California, Davis
672b Use of Class Pedotransfer Functions to Predict
Water Retention Properties of Soils: Are They
Still of some Interest?. Hassan Al Majou*1, Ary
Bruand2, Odile Duval3 and Isabelle Cousin3, (1)Institut des Sciences de la Terre (ISTO), (2)Université
d’Orléans, (3)INRA
673a Critical Water-Absorption Rate when a Plant
Absorbs Water from a Soil-Water System
through Its Rooting System. Michihiro Hara*,
Kazuyoshi Miyamoto and Bikash C. Sarker, Iwate
Univ
673b Hydraulic Characteristics of Mountainous Soils
in Korea. Kang-Ho Jung*1, Seungoh Hur1, YeonKyu Sonn1, Yeong Sang Jung2 and Sang-Keun Ha1,
Technology, (2)Kangwon National University
674a Particle Size Distribution and Mineralogy of
Brazilian Ferralsols: Significance for the Structure and Hydraulic Properties. Adriana Reatto*1,
Euzébio Medrado Silva1, Ary Bruand2, Eder de
Souza Martins 1 , Isabelle Cousin 3 and Michel
Brossard 4 , (1)Empresa Brasileira de Pesquisa
Agropecuária (Embrapa Cerrados), (2)Université
d’Orléans, (3)INRA, (4)IRD
674b Field and Numerical Study of Chlorotoluron
Transport in the Soil Profile Affected by NonEquilibrium Flow. Radka Kodesová*1, Martin
Kocárek 1 , Josef Kozák 1 and Jirka Simunek 2 ,
(1)Czech Univ of Agriculture in Prague, (2)Univ of
California Riverside
768a Effect of Dry Layer Thickness on the Evaporation
from Surfaces of Different-Sized Glass. Michiko
Hayano*, JSPS research fellow / JIRCAS
768b Effect of Agricultural Sulfur on Chemical Properties and Hydraulic Conductivity (under SalineSodic Conditions) of Different Calcareous Soils
from Dry Region of Iran. Ali Kasraian* and Abdol
Majid Sameni, Shiraz Azad Univ
769a Infiltration Water Sampling Using an Automated
Suction-Controlled Flux Sampler. Yasushi Mori*,
Shimane Univ, Naoko Higashi, Arid Land Research
Center and Mitsuhiro Inoue, Arid Land Research
Center, Tottori Univ
769b The Effect of Induced Electrical Gradients During Hyperfiltration in Clay. J.P. Gustav Loch*,
Utrecht Univ, Faculty of Geosciences and Katja
Heister, Utrecht Univ, Dept of Earth Sciences
770a PedoTransfer Functions for Estimating the Water
Release Curve and Resistance to Penetration
Curve of Soils of Sante Fe–Argentina. Silvia
Imhoff*1, Alvaro Pires da Silva2, Pablo Ghiberto1
and Miguel Pilatti 1 , (1)Facultad de Ciencias
Agrarias, Universidad Nacional del Litoral,
(2)ESALQ, Universidade de Sao Paulo
109
POSTERS
SESSION NO. 137
SESSION NO. 137
137-42
137-43
137-44
137-45
137-46
137-47
137-48
137-49
770b The Diversion Capacity of Curved Capillary Barriers in Layered Slopes. Tsuyoshi Miyazaki* and
Michinao Kojima, The Univ of Tokyo
771a Effects of Flow Field Properties on Partitioning
Interwell Tracer Test (PITT). Junko Nishiwaki*,
Tsuyoshi Miyazaki and Masaru Mizoguchi, The
Univ of Tokyo
771b Different Stocking Rate Effects on Soil Hydraulic
Conductivity Measured with Tension-Infiltrometers in Catamarca (Argentina). Pablo J. Ghiberto,
Osvaldo Felli, Miguel A. Pilatti and Silvia Imhoff*,
Facultad de Ciencias Agrarias, Universidad Nacional
del Litoral
772a Infiltration from Surface Disc and Strip Sources.
Arthur Warrick* and Naftali Lazarovitch, Univ of
Arizona
772b Preferential Water Flow in the Subsoil of an Andisol in Relation to the Initial Water Content and
Amount of Rainfall under Field Conditions.
Sadao Eguchi*, National Institute for Agro-Environmental Sciences and Shuichi Hasegawa, Graduate
School of Agriculture, Hokkaido Univ
773a Use of Polyacrylamide to Reduce Seepage From
Unlined Irrigation Canals: Small Scale Tests.
Richard Susfalk1, Michael Young*1, Max Schmidt2,
Brian Epstein3, John Goreham1, Jay Swihart4 and
Delbert Smith 4 , (1)Desert Research Institute,
(2)Water Solutions of Colorado, (3)Hydrologic Solutions, LLC, (4)US Bureau of Reclamation
773b Soil Water Characteristics of Mixed Conifer and
Deciduous Forest in Low Mountain Area in Beijing China. Lishui Nie*, Michigan State Univ
774b Vegetation-Induced Changes of Soil Properties in
Buffer Zones in a Clay and a Sandy Soil in Finland. Kimmo Rasa*1, Mari Räty1, Markku YliHalla1, Rainer Horn2 and Liisa Pietola1, (1)Dept of
Applied Chemistry and Microbiology, Univ of
Helsinki, (2)Institute of Plant Nutrition and Soil Science, CAU Kiel
SESSION NO. 138
138-5
827a
138-6
827b
138-7
828a
138-8
828b
138-9
829a
138-10
829b
138-11
830a
138-12
830b
138-13
831a
138-14
831b
138-15
832a
138-16
832b
138-17
833a
Sequestration—Poster
138-1
825a Stability of the Zinc-Humic /Fulvic Complexation
Equilibria of Soils of Terai Agroecological Region of West Bengal (India). Amlan Bhattacharya*
and Dibyendu Mukhopadhyay, Uttar Banga Krishi
Viswavidyalaya
138-2
825b Structural Changes of Sugar Industry’s Refuse
during Vermicomposting and Composting.
Kazem Hashemimajd*, Mohaqeq Ardebili Univ,
Ahmad Golchin, Zanjan Univ and Hiecke Knicker,
Institute for Soil Research, Technical Univ of Munich, Weihenstephan
138-3
826a Long-Term Black Carbon (Bio-Char) Dynamics
in Cultivated Soil. Binh Thanh Nguyen*, Johannes
Lehmann and James Kinyangi, Cornell Univ
138-4
826b Vegetation Change and Organic Matter in Chernozems: Peculiarities of State Reflected by Physical Fractionation and Stable Isotope Analyses.
Maria Nobles, Alabama A&M Univ, Evgeny
110
Morgun*, Dept of Soil Science, Moscow State Univ,
Thomas W. Boutton, Texas A&M Univ and Kirk
Jessup, Dept Rangeland Ecology and Management,
Texas A&M Univ
Characterisation and Stability of the Organic
Matter of the Plaggic Anthrosols from Central
Europe, Northwest and North Russia. Olga Kalinina*1, Oleg Chertov1, Marina Nadporozhskaya1 and
Luise Giani2, (1)St.Petersburg State Univ, (2)Carl
von Ossietzky Univ
Are Recalcitrant Biomacromolecules Potential
Sinks in the Global Carbon Cycle?. Klaus Lorenz*
and Rattan Lal, Carbon Management and Sequestration Centre, School of Environment and Natural Resources, FAES/OARDC, The Ohio State Univ
Compositions, Aspects of Structures, and Clay
Associations of Soil Humic Components. Michael
H.B. Hayes*, Univ of Limerick, André J. Simpson,
Dept of Physical and Environmental Sciences, Univ
of Toronto, Scarborough College, C. Edward Clapp,
USDAARS & Dept of Soil, Water & Climate, Univ
of Minnesota and James Burdon, Univ of Birmingham
Simulation of Soil Tillage Effects on Soil Organic
Matter Turnover. Dmitri Chatskikh*1, Bjorn M.
Petersen1, Soren Hansen2, Jorgen E. Olesen1 and
Jorgen Berntsen1, (1)Danish Institute of Agricultural Sciences, (2)The Royal Veterinary and Agricultural Univ
The Role of Arbuscular Mycorrhizal Fungi in
Aggregate Stability and Soil Carbon and Nitrogen Storage in Tallgrass Prairie. Gail Wilson* and
Charles Rice, Kansas State Univ
Characterization of Stable and Labile Soil Organic Matter Using a Novel Multiple Elemental
Scanning Thermal Analysis. Y. Ping Hsieh*,
Florida A&M Univ
Organic Carbon Status of a Laterite and a Red
Soil under Long Term Rice Cultivation in Karnataka,India. K. Sudhir, Geo Jose*, H.C. Prakasha
and N.A. Janardhan Gowda, Univ of Agricultural
Sciences
Soil Organic Matter Dynamics in Relation to
Tractor Tillage and Bio-Residues in Fodder Production Systems. Banwari Lal Suman*, Indian
Grassland and Fodder Research Institute
Soil Carbon Conservation Approaches in Intensive Cropping System. Ramaiah Kutralingam
Kaleeswari*, Kalpana Rengabasham and Devasenapathy Palanisamy, Tamilnadu Agricultural Univ
Biochemical Origin of Humic Acid and their Role
in Soil C Sequestration. Fabrizio Adani*, Dipartimento di Produzione Vegetale–Università degli Studi
di Milano
Mangrove Leaf Tannins: Their Fate and Role in
Dissolved Organic Nitrogen Cycling in Subtropical Coastal Environment. Nagamitsu Maie*1,
Rudolf Jaffé1 and Oliva Pisani2, (1)Southeast Environmental Research Center, Florida International
Univ, (2)Department of Chemistry & Biochemistry,
Florida International University
Effect of Temperature on the Dynamics of Different Soil Organic Matter Fractions. Michelle Haddix1, Megan Steinweg1, Richard Conant*1, Alain
Plante2, Eldor Paul1 and Johan Six3, (1)Natural Resource Ecology Lab, (2)Villanova Univ, (3)Dept of
Plant Sciences, Univ of California-Davis
Enriching Sugarcane Bagasse Compost by Sulfur,
Nitrogen Fixing (Azotobacter Chroochoccum)
and Phosphate Solubilizing Bacteria (Enterobac-
138-18
833b
138-19
834b
138-20
835b
138-21
138-22
138-23
925a
925b
926a
138-24
926b
138-25
927a
138-26
927b
138-27
928a
138-28
928b
138-29
929a
138-30
929b
ter Cloacae). ladan Razikordmahalleh*, Department of Environment
Destabilization of SOM Following Overgrazing
and Aggregate Deterioration in a Steppe
Ecosystem in Inner Mongolia (China). Markus
Steffens*, Angelika Koelbl and Ingrid KoegelKnabner, Lehrstuhl für Bodenkunde TU Muenchen
Exploring Atypical Stabilization Pathways Using
Pool-Based Modeling. Saran Sohi*, Rothamsted
Research
Dynamics of Soil Microbial Biomass C, N & P in
a Tropical Irrigated Agro Ecosystem Due to Continuous Application of Farmyard Manure and
Inorganic Fertilizers under Intensive Cultivation
in a Vertic Ustropept. Duraisamy Selvi*, Ponnusamy Santhy and Palaniappa Pillai Malarvizhi,
Tamil Nadu Agricultural Univ
Patterns of Enzymic Activities in a Boreal Peatland. Petra Vávrová*1, Chris Freeman2 and Raija
Laiho1, (1)Peatland Ecology Group, Dept of Forest
Ecology, Univ of Helsinki, (2)School of Biological
Sciences, Univ of Wales
Direct and Residual Effect of Lignite Humic Acid
(Potassium Humate) on Productivity in Turmeric
– Maize Cropping System in Alfisol. Kolappan
Baskar*, TNAU
Biomass and cCarbon Partitioning in Rice and
Wheat, and Active Carbon Pools in their Rhizosphere when Grown under Elevated Carbon Dioxide in a Typic Haplustept. Subhendu Bhadraray*,
Thulasi Viswanathan and Deo Pal, Indian Agricultural Research Institute
Soil Carbon Sequestration: The Influence of Organic Resource Quality and Quantity. E. Yeboah*,
Soil Research Institute, M.K. Abekoe, Soil Science
Dept, G.N.N. Dowuona, Univ of Ghana, Legon,
Bernard Vanlauwe, Tropical Soil Biology And Fertility Institute Of CIAT and S.G.K. Adiku, Univ Of
Ghana
Carbon Dioxide Emissions in the Atmosphere in
Relation to Different Soil Managements. Carlo
Piovanelli, Stefania Simoncini, Alessandro Agnelli,
Camilla Gamba, Marco Platinetti and Marcello
Pagliai*, CRA-ISSDS
Increasing Long Term Soil Carbon Sequestration in Agriculture and Forestry: The Role of
Phytoliths. Leigh A. Sullivan* and Jeff Parr, Southern Cross Univ
Microbial Response to the Addition of Glucose
and 14C-[U]Glucose in Western Australian Soils.
F.C. Hoyle*1, D.V. Murphy1 and P.C. Brookes2,
(1)Univ of Western Australia, (2)Rothamsted Research
Chemical Properties of Earthworm Casts Created from Different Organic Wastes. Sang-Beom
Lee*, National Institute of Agricultural Science and
Technology
Significance of Soil Acidity to Sequestrate Organic Carbon in Forest Soils. Shinya Funakawa*,
Kazumichi Fujii, Atsunobu Kadono and Takashi
Kosaki, Graduate School of Agriculture, Kyoto Univ
Responses of Plant Growth and Nutrient Cycling
under Elevated CO2: A Meta-Analysis. Kees Jan
van Groenigen1, Marie Anne de Graaff1, Johan Six1,
Bruce Hungate2, Nico Van Breemen3 and Chris van
Kessel*1, (1)Dept of Plant Sciences, Univ of California-Davis, (2)Dept of Biological Sciences and
Merriam-Powell Center for Env. Research, Northern
Arizona Univ, (3)Laboratory for Soil Science and
Geology, Wageningen Univ
138-31
138-32
138-33
138-34
138-35
138-36
138-37
138-38
138-39
138-40
138-41
138-42
930a Critical Considerations for Accurate Soil CO2
Flux Measurement. Liukang Xu*, Dayle K. McDermitt, Michael D. Furtaw, Rodney A. Madsen,
Jonathan M. Welles, Richard L. Garcia, Daniel J. Anderson and Tanvir H. Demetriades-Shah, LI-COR
Biosciences
930b Carbon Pools and Microbial Activity of the Former Agricultural Lands in Russia. Irina N.
Kurganova*1, Dana Lenoir2 and Valentin Lopes de
Gerenyu1, (1)Institute of Physicochemical and Biological Problems in Soil Science, (2)Gulliver
Preparatory School
931a Influence of No Tillage and Conventional Tillage
and Crop Rotation on Soil Carbon and Nitrogen
Accumulation and Soil Aggregation in a Rhodic
Ferralsol. Lincoln Zotarelli*1, Eleno Torres2, Robert
Boddey 3, Segundo Urquiaga 3 and Bruno J. R.
Alves3, (1)Univ of Florida, Agronomy Dept, (2)Embrapa Soja, (3)EMBRAPA-Agrobiologia
931b Soil Carbon Sequestration as a Function of Initial Carbon Content in Different Crop Management Systems of a Long-Term Experiment.
Senthil K. Subramanian*, A. N. Kravchenko and G.
P. Robertson, Michigan State Univ
932a Conservation Tillage and Cover Cropping Induced Changes in Total Carbon and Aggregate
Protected Carbon. Jessica Veenstra*, William Horwath and Jeffrey Mitchell, Univ of California, Davis
932b Effects of Topography and Texture on Spatial
Variability of Total C in Different Management
Systems. Alexandra.N Kravchenko*, Senthil K.
Subramanian, Xinmei Hao, G. Phillip Robertson and
Alvin J.M. Smucker, Michigan State Univ
933a Variation of Carbon Dynamics in US Agricultural Soils over a 16-Year Period. Erandathie
Lokupitiya*1, Keith Paustian2, F. Jay Breidt3, Ravindra Lokupitiya4 and Steve Williams2, (1)Natural Resource Ecology Laboratory and Dept of Soil and
Crop Sciences, (2)Natural Resource Ecology Laboratory, (3)Dept of Statistics, (4)Dept of Atmospheric
Science
933b Microbial Activity and Greenhouse Gases Production in Soil Aggregates. Natalia A. Vasilieva,
Evgeny Yu. Milanovsky, Alexei L. Stepanov and
Lev A. Pozdnyakov*, Dept of Soil Science, Moscow
State Univ
934a Potential Carbon Sequestration and Soil Aggregation in Reestablished Grassland. DoKyoung
Lee1, Dae-Kil Heo2, Vance N. Owens1, James J.
Doolittle 3, Arvid Boe 4 and Doug Y. Chung* 2,
(1)Plant Science Dept, (2)Chungnam National Univ,
(3)South Dakota Agricultural Experiment Station,
(4)Plant Science Department
934b Evaluation of Carbon Sequestration in the Organic Matter of the Arable Sandy Soil Using Data
of the Long-Term Field Experiment with Fertilizers. Anastasiya Tulina*, Institute of Physicochemical and Biological Problems in Soil Science, Russian Academy of Sciences and Nina Stavrova,
Novozybkov Agricultural Experimental Station
935a Long Term Dissolved Organic Carbon Fluxes in
Streams of Central Scotland. Catherine L. Wearing*, Ian C. Grieve and David W. Hopkins, School
of Biological and Environmental Sciences
935b Contributions of Corn Root Activities and Rhizosphere Soils to Total Carbon Dioxide Production. Dong Chen1, C. Edward Clapp*2, Jean-Alex E.
Molina3, Antonio J. Palazzo4, Michael H.B. Hayes5
and Yi Zhang3, (1)California Dept of Water Resources, (2)USDA-ARS & Dept of Soil, Water and
111
POSTERS
SESSION NO. 138
SESSION NO. 138
138-43
1025a
138-44
1025b
138-45
1026a
138-46
1026b
138-47
1027a
138-48
1027b
138-49
1028a
138-50
1028b
138-51
1029a
138-52
1029b
138-53
1030a
138-54
1030b
138-55
1031a
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112
1031b
Climate, Univ of Minnesota, (3)Univ of Minnesota,
Dept of Soil, Water and Climate, (4)USACOE, Cold
Regions Research & Engineering Laboratory,
(5)Univ of Limerick
Microbial Determinants of Soil Carbon Response
to Climate Warming. Teresa Balser*, Univ of Wisconsin-Madison
Calculating the Agricultural Greenhouse Gas
Budget at the County Level in California. Steven
De Gryze*1, Johan Six1, Santhi Wicks2, Rosa CatalaLuque2 and Richard Howitt2, (1)Dept of Plant Sciences, Univ of California-Davis, (2)Agricultural and
Resource Economics, Univ of California-Davis
Effect of Long Term Fertilization and Rotation on
Soil Organic Carbon of Burozem. Han Xiaori*,
Yin Hongbin, Xie Fang, Yang Jinfeng and Cao
Hongjie, Land and Environment College, Shenyang
Agriculture Univ
Sequestration and Vertical Distribution of Organic Carbon and Total Nitrogen under WarmSeason Grasses Relative to Croplands. Rex A.
Omonode*1, E.J. Kladivko2, William W. McFee2
and T. J. Vyn2, (1)Purdue Univ, Dept of Agronomy,
(2)Purdue Univ
Effects of Tillage on Soil Aggregate Distribution
and Its Content in Glomalin and Carbohydrates.
Fernando Borie*1, Alfredo Morales1, Rosa Rubio1,
María Aguilera2 and Gilda Borie2, (1)Universidad de
La Frontera, (2)Universidad de Chile
Long-Term Subsurface Drainage Intensity Effects on Soil Organic Carbon, Plant Biomass Production, and Carbon Balance. Rex A. Omonode*,
Purdue Univ, Dept of Agronomy and Eileen Kladivko, Purdue Univ
Long-Term Changes in Soil Organic Carbon
under Agricultural Plant Communities in a Temperate Mediterranean Climate of SE Australia.
Philip J. Newton*1, Tim S. Clune1 and Isa AM.
Yunusa2, (1)Dept of Primary Industries, (2)Univ of
Technology, Sydney
Role of Cell Wall Components on the Decomposition of Maize Roots in Soil: Impact on Carbon
Mineralization. Gaylord E. Machinet*1, Isabelle
Bertrand1, Brigitte Chabbert2 and Sylvie Recous1,
(1)INRA Agronomie, (2)INRA UMR FARE
Change of Functional Parameters and Contents
of Humus in Buried and Fallow Soils. Serafim N.
Chukov*, Alexander G. Ryumin and Alexander S.
Koposov, Saint-Petersburg State Univ
Short-Term Effects of Tillage Practices on Soil
Organic Matter of a Clay Loam Soil in Northeast
China. Xiaoping Zhang*, Aizhen Liang and Huajun
Fang, Northeast Institute of Geography and Agriecology
Ecosystem Responses to Uncoupling Mycorrhizal
Symbiosis: Above- and Belowground C and N
Dynamics. Paul White*, Charles Rice, Tim Todd
and Gail Wilson, Kansas State Univ
Soil Organic Matter Stabilization and Associated
Degradation Threshold Dynamics. James
Kinyangi*1, Johannes Lehmann1, Alice Pell1, Janice
Thies1, Solomon Ngoze1, Susan Riha1, David M.
Mbugua2 and Louis Verchot2, (1)Cornell Univ,
(2)World Agroforestry Center
Free Amino Acids in Eroded Typical Serozem
Soil of Uzbekistan. Laziza Gafurova*, Tashkent
State Univ of Agriculture
Spatial Analysis of Model Performance, Illustrated by Soil Carbon Dioxide Emissions. M.J.
138-57
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138-59
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138-60
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138-61
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138-62
1034b
138-63
1035a
138-64
1035b
138-65
1036a
138-66
1125a
138-67
1125b
138-68
1126b
Pringle and R. Murray Lark*, Environmetrics
Group, Bioinformatics and Biomathematics Division, Rothamsted Research
Effects of Soil Erosion on CO2 Evolution of
Serozem Soil from Semi Arid Region of Uzbekistan. Laziza Gafurova*, Tashkent State Univ of
Agriculture
Mineralisation of Miscanthus-Derived C in Three
Differently Textured Soils and its Incorporation
into Microbial Biomass. Katja Schneckenberger*
and Yakov Kuzyakov, Institute of Soil Science and
Land Evaluation, Univ of Hohenheim
Quantification of Organic Carbon in Soil Fractions by DRIFT-PLS for Use in Models. Michael
Zimmermann* 1 , Jens Leifeld 1 , Michael W. I.
Schmidt2 and Jürg Fuhrer1, (1)Swiss Federal Research Station for Agroecology and Agriculture,
(2)Dept of Geography, Univ of Zurich
Soil Organic Matter and Microbiology of Mollisols, Vertisols and Oxisols: Effect of Native and
Agroecosystems. Karina Fabrizzi*1, Charles Rice1,
Telmo Amado2, Jackson Fiorin3, Pedro Barbagelata4 and Ricardo Melchiori4, (1)Kansas State Univ,
(2)Soil Dept, (3)FUNDACEP, (4)INTA Parana
Cropping Intensity and Tillage effects on Carbon
Sequestration and Enzyme Activities. Maysoon M.
Mikha*, Verónica Acosta-Martínez and Merle F.
Vigil, ARS-USDA
Soil Organic Matter of an Inceptisol and a Mollisol under the Same Vegetation. Ana-Patricia Fernandez-Getino*, Dpto. Edafologia, E.T.S.I.
Agronomos, UNIV Politecnica de Madrid, Francisca Guerrero, Dpto. Edefologia, E.T.S.I.
Agronomos, Univ Politecnica de Madrid and JoseMaria Gasco, Dpto. Edafologia, E.T.S.I. Agronomos,
Univ Politecnica de Madrid
Sequestration Characteristics of Soil Organic
Matter at the Rice-Corn Rotation Fields in Tropical-Subtropical Area with Model Evaluation.
Cheng-Peng Hsu1, Chia M. Chang1, Tai-Lee Hu2
and Chenfang Lin*1, (1)Dept of Soil and Environmental Sciences, National Chung Hsing Univ,
(2)Dept of Environmental Engineering & Science
Assessment of Soil Carbon Turnover in the Long
Term Fertilizer Experiment and Validation of
RothC -26.3 Model. Ganesh S. S*, Dhakshinamoorthy M, Kumaraperumal R, Anandakumar G and Devarajan S, Tamil Nadu Agricultural Univ
Examining the C Saturation Concept in a Temperate Agricultural System. Haegeun Chung*1,
Johan W. Six1 and John H. Grove2, (1)Dept of Plant
Sciences, (2)Plant and Soil Science Dept
Soil Carbon Balance of Rice-Based Cropping
Systems of the Indo-Gangetic Plains. Shibu M.
Ebrahim1, Herman Van Keulen*2, Peter Leffelaar1
and P. K. Aggarwal3, (1)Wageningen Agricultural
Univ, (2)Plant Research International, Wageningen
Univ and Research centre, (3)Indian Agricultural
Research Institute
CPMAS 13C-NMR Spectra of Size-Fractions of
a Soil Humic Acid Separated by Preparative SizeExclusion Chromatography. Pellegrino Conte*,
Dipartimento di Scienze del Suolo, della Pianta e dell’Ambiente, Università di Napoli Federico II and
Alessandro Piccolo, Università di Napoli Federico
II
Enhancing the Productivity of Crops and Grasses
while Reducing Greenhouse Gas Emissions
through Bio-Char Amendments to Unfertile
Tropical Soils. Marco A. Rondon*1, Diego Molina1,
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1128b
138-73
1129b
138-74
1130a
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1130b
138-76
1131a
138-77
1131b
138-78
1132a
138-79
1132b
138-80
1133a
Maria Hurtado 1 , Juan Ramirez 1 , Johannes
Lehmann2, Julie Major2 and Edgar Amezquita3,
(1)Centro Internacional de Agricultura Tropical–
CIAT, (2)Cornell Univ, (3)CIAT
Soil Carbon Dioxide and Nitrous Oxide Efflux in
Agricultural Watersheds with Agroforestry and
Grass Contour Buffer Strips. Peter Motavalli*1,
Neal Bailey2, Ranjith P. Udawatta3 and Kelly Nelson2, (1)Univ of Missouri-Columbia, (2)Univ of
Missouri, (3)Center for Agroforestry, Univ of Missouri-Columbia
Intermittent Chisel Tillage Effects on Soil Organic Carbon and Total Nitrogen Relative to Continuous No-Till and Chisel Plow Systems. Rex A.
Omonode*1, Anita Gal1, Diane E. Stott2, Scott
Abney3 and Tony J. Vyn4, (1)Purdue Univ, Dept of
Agronomy, (2)USDA-ARS National Soil Erosion
Research Laboratory, (3)Purdue Univ, Dept of
Botany and Plant Pathology, (4)Purdue Univ
Changes in Total Soil Organic Carbon Due to
Crop Rotation and Bio-Cover under No-Tillage
Production. Jason P. Wight*1, Fred Allen2 and Donald D. Tyler2, (1)Univ of Tennessee, Dept of Plant
Sciences, (2)Univ of Tennessee
Influence of Soil Texture and Management Practices on Soil Organic Carbon Stocks. S.K. Gami*,
J.M. Duxbury and J.G. Lauren, Cornell Univ
Lignin Degradation in an Arable Soil: How Does
the input of Plant Residues Affect this Process?.
Anett Hofmann*, Alexander Heim and Michael W.
I. Schmidt, Dept of Geography, Univ of Zurich
Dynamics of Carbon in Long Term Maize Experiment Determined by 13C Natural Abundance.
Paola Gioacchini*, Daniela Montecchio, Ornella
Francioso, Gianni Giordani, Giovanni Toderi and
Claudio Ciavatta, Dipartimento di Scienze e Tecnologie Agroambientali Università di Bologna
Greenhouse Gases Emission from Arable Land
Cropping Systems of the Tokachi Region of
Hokkaido, Japan—Importance of Soil Organic
Matter Decomposition. Takuji Sawamoto*, Faculty
of Dairy Science, Rakuno Gakuen Univ, Nobuhisa
Koga, National Agricultural Research Center for
Hokkaido Region and Haruo Tsuruta, Center for
Climate System Research, The Univ of Tokyo
A Model for Soil Organic Matter Turnover Proposed from Laboratory and Field Labelling Experiments and Sensitivity Analysis. Marc Pansu*
Sr., IRD and Pierre Bottner Sr., CNRS
Fate of 13C and 15N Labelled Mustard Litter
(Sinapis Alba) in an Agricultural Crop Land.
Angelika Koelbl*, Margit von Luetzow and Ingrid
Koegel-Knabner, Lehrstuhl für Bodenkunde TU
Muenchen
Influence of Long-Term Plastic Film-Covering
on Soil Organic C and Microbial Biomass C and
N in Brown Earth. Wang Jingkuan*, Li Jinfeng, Li
Shuangyi, Li Shipeng and Gao Yanmei, Shenyang
Agricultural Univ
Carbon Management Index in Soil under Tillage
Systems, Cropping Systems, and Irrigation in
South of Brazil. Frederico C. B. Vieira*, Cimélio
Bayer, Josiléia Zanatta, Fabiano D. De Bona and
João Mielniczuk, Federal Univ of Rio Grande do Sul
The GEFSOC Soil Carbon Modeling System- A
Tool for Regional and Country Scale Soil Carbon
Inventories and Land Use Assessments. Mark
Easter* 1 , Keith Paustian 1 , K. Killian 1 , Steve
Williams1, Ting Feng1, E. Milne2, Rida Al-Adamat3,
Niels Batjes4, Tapas Bhattacharyya5, Carlos E.P.
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138-82
1134a
138-83
1134b
138-84
1135b
138-85
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1136b
Cerri6, Kevin Coleman7 and Peter Kamoni8, (1)Natural Resource Ecology Laboratory, (2)The Dept of
Crop and Soil Sciences, Colorado State Univ, (3)The
Badia Research and Development Programme,
(4)ISRIC-World Soil Information, (5)National Bureau of Soil Survey and Land Use Planning, (6)Centro de Energia Nuclear na Agricultura, (7)Rothamsted Research, (8)Kenya National Agricultural Research Laboratory
The Effects of Soil pH and Microorganisms
Source on N Mineralization and Nitrification.
Asher Bar-Tal*1, Benjamin O. Danga2, Dror Minz1,
Isaiah I.C. Wakindiki2, Josephine Ouma2, Larissa
Kautski1, Shoshana Suryano1 and Aviva Hadas1,
(1)Institute of Soil, Water and Environmental Sciences, Agricultural Research Organization,
(2)Egerton Univ
Five Decades of Soil Organic Matter Study: The
History of NCERA-59. Deborah Allan*, Univ of
Minnesota, Douglas Archibald, Penn State Univ,
Larry J. Cihacek, North Dakota State Univ, Richard
Dick, Ohio State Univ, Rhae Drijber, Univ of Nebraska, Serita Frey, Univ Of New Hampshire,
William R. Horwath, Univ of California, Peter Motavalli, Univ of Missouri, Daniel Olk, National Soil
Tilth Lab, Charles Rice, Kansas State Univ, Sieglinde
Snapp, Michigan State Univ, Alex Stone, Oregon
State Univ, Ronald Turco, Purdue Univ, Michelle
Wander, Univ of Illinois and Ray R. Weil, Univ of
Maryland
Soil Organic Carbon and Nitrogen Content and
Distribution in a Vertisol under Mixed Land-Use.
David Sotomayor-Ramírez*, Univ of Puerto Rico–
Agronomy and Soils Dept, Yusmary Espinoza, Instituto Nacional de Investigaciones Agrícolas (INIA),
Centro Nacional de Investigaciones Agropecuarias
(CENIAP), Veronica Acosta-Martinez, USDA-ARS
and Luis Pérez-Alegría, Univ of Puerto Rico
Microbial Activities in Dark Brown Volcanic Ash
Soils Was Affected by Different Fertilizer Application Methods in Citrus Orchard. Jae-Ho Joa*,
Han-Choel Lim, Seung-Gap Han, KyungHwan
Moon and Seung–Jong Jeon, National Institute of
Subtropical Agriculture, RDA
Soil Cations Availability in an Intensive AgroForestry System under Elevated CO2 and Fertilization. Alessandra Lagomarsino1, Sara Marinari*2,
M. Cristina Moscatelli2, Paolo De Angelis1 and Stefano Grego2, (1)Dept Forest Environment and Resources–Univ of Tuscia, (2)Dept Agrobiology and
Agrochemistry–Univ of Tuscia
Model Evaluation to Assess Organic Carbon
Stocks and Changes in Soils of the Indo-Gangetic
Plains, India. Tapas Bhattacharyya*1, Dilipkumar
Pal1, KS Gajbhiye1, P Chandran1, SK Ray1, C Mandal1, Mark Easter2, Keith Paustian2, Steve Williams3,
K. Killian3, Kevin Coleman4, Pete Falloon5, David
Powlson6, Niels Batjes7 and E. Milne8, (1)National
Bureau of Soil Survey and Land Use Planning,
(2)Natural Resource Ecology Laboratory, (3)Natural Resource Ecology Laboratory, Colorado State
Univ, (4)Rothamsted Research, (5)The Met Office,
Hadley Centre for Climate Prediction and Research,
(6)Rotahmsted Research , Agriculture and Environment Division, (7)ISRIC-World Soil Information,
(8)Dept of Crop and Soil Sciences, Colorado State
Univ
113
POSTERS
SESSION NO. 138
SESSION NO. 139
SESSION NO. 139
2.2B Adsorption Processes in Soils–Basis for Ecological
Soil Functions—Poster
139-13
941b
139-14
942a
139-15
942b
139-16
943a
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943b
139-18
944a
139-19
944b
139-20
1038a
139-21
1039a
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1039b
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139-24
1040b
139-25
1041a
Convenor: Martin H. Gerzabek, Institute for Soil Research,
University of Natural Resources and Applied Life Sciences
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840a Geometric Characterization of Pore Space for
Colloid Transport and Retention. Elena Rodriguez* and Steven L. Bryant, Dept of Petroleum
and Geosystems Engineering, The Univ of Texas at
Austin
841a Nature, Mineralogy and Reactivity of AluminumArsenate Coprecipitates. A. Violante*, M. Ricciardella, S. Del Gaudio and M. Pigna, Università di
Napoli- ITALY
841b A Concentration-Dependent, Multi-Term Free
Energy Relationship for Sorption of Organic
Compounds to Soils Based on the Hexadecane Dilute-Solution Reference State. Joseph Pignatello*
and Dongquiang Zhu, Connecticut Agricultural Experiment Station
842a Determination of Point of Zero Charge of Manganese Oxides Using an Improved Salt Titration
Method. Wen Feng Tan*1, Fan Liu1, Qiao Yun
Huang1 and Ji Zheng He2, (1)Faculty of Resourcs
and Environment, Huazhong Agricultural Univ,
(2)Research Centre for Eco-Environmental Sciences,
CAS,
842b Desorption Kinetics of Boron in Alluvium Derived Soils of North-West India in Relation to
Soil Characteristics. SANJAYARORA*, S.K.Univ
of Agricultural Sciences and Technology-J and D.S.
CHAHAL, Dept of Soils, Punjab Agricultural Univ
843a Sulphate Sorption by Agricultural Soils in Western Australia. Geoffrey Anderson*, Dept of Agriculture
843b Relation between the Molecular Composition of
Organic Matter and the Sorption of Iodine. Sophie Maillant*1, Pierre Faure2, Alain Rouillier2,
Frederic Lannuzel2 and Elisabeth Leclerc-Cessac3,
(1)Laboratoire Sols et Environnement UMR 1120
INPL-INRA, (2)UMR CNRS 7566–G2R, Universite
Henri Poincare, (3)Andra
844a Heavy Metal Contents in the Soils around the
Novocherkassk Power Station. Saglara
Mandzhieva*1, Tatiana Minkina1, Samokhin Aleksei1 and Olga G. Nasarenko2, (1)Rostov State Univ,
(2)Don Agrarian Univ
844b Aging Effects on Sorption-Desorption and Dissipation of Simazine in Soil. Jussara B. Regitano*,
Univ of São Paulo/CENA, William Koskinen,
USDA-ARS/Univ of Minnesota and Michael Sadowsky, Univ of Minnesota
940a Effects of Aging on Bioavailability of Simazine in
Soil. Jussara B. Regitano*, Univ of São
Paulo/CENA, William Koskinen, USDA-ARS/Univ
of Minnesota and Michael Sadowsky, Univ of Minnesota
940b Plant Growth Inhibitory Activity of L-DOPA as
Affected by Adsorption and Transformation Reactions of Soils. Syuntaro Hiradate*, Akihiro Furubayashi and Yoshiharu Fujii, National Institute for
Agro-Environmental Sciences (NIAES)
941a Response of Sorption Properties of Soils to Soil
Development, Land-Use and Management. Martin H. Gerzabek*1, Georg J. Lair1, Peter Winkler1,
Michael Novoszad2, Georg Haberhauer2, Hans Lischka3 and Daniel Tunega2, (1)Institute for Soil Re-
search, Univ of Natural Resources and Applied Life
Sciences, (2)Dept of Environmental Research, (3)Institute for Theoretical Chemistry, Univ of Vienna
Modelling the Competition from Fe(III) and
Al(III) on Trace Metal Binding to a Spodosol
Mor Layer. Jon Petter Gustafsson*1, Ingmar Persson 2, Dan Berggren Kleja 3 and Joris W.J. Van
Schaik 2, (1)KTH (Royal Inst. of Technology),
(2)Swedish Univ of Agricultural Sciences (SLU),
(3)Swedish Univ of Agricultural Sciences
Partition of Cu among Model Soil Constituents.
Nadia Martínez-Villegas* and Carmen E. Martínez,
Dept of Crop and Soil Sciences, Penn State Univ
Argentinean Soils and N-(Phosphonomethyl)Glycine. A Comparative Study of the Adsorption Process. Hector R. Tevez, Facultad de
Ciencias Forestales- Univ. Nac. de Santiago del Estero, Romina C. Pessagno, INQUIMAE- FCENUBA, Maria Dos Santos Afonso*, INQUIMAEFCEyN-UBA and Rosa Maria Torres Sanchez,
CETMIC
Characteristics of Cobalt Reactions in Some Alluvial Soils as Affected by Rate and Time of Soil
Incubation. A.M. Zaghloul* and Nadia Gad, National Research Centre
The Development of a Rhizosphere Model with
Chemical Speciation. Krisztian Szegedi*1, Doris
Vetterlein2, Reinhold Jahn1 and Heinz-Ulrich Neue2,
(1)Institute of Soil Science and Plant Nutrition, Martin Luther Univ, (2)Centre for Environmental Research UFZ
Can Potassium Affect Root Length Density of
Wheat?. Ghorban Ali Roshani*1, G. Narayanasamy2
and S.C. Datta2, (1)Golestan Agricultural Research
Center, (2)Indian Agricultural Research Institute
Copper Geochemistry in an Acidic, Sandy Soil:
Sorption-Desorption, Aqueous Speciation and
Mobility. Edward Burton*1, Ian Phillips2, Darryl
W. Hawker2 and Dane T. Lamb2, (1)Southern Cross
Univ, (2)Griffith Univ
Effect of Cu on the Growth and Nodulation of
Cowpea (Vigna unguiculata). Peter Martin Kopittke* and Neal William Menzies, The Univ of
Queensland
Sorption of Cr(III) on Mixed Montmorillonite
Al-Fe Humic Complexes: Experiments and Modelling. Claudio Colombo*1, Antonella Di Cerce1,
Giuseppe Palumbo1 and Vidal Barrón2, (1)Dipartimento SAVA Molise University, (2)Universidad de
Córdoba
Comparison of Some Soil Extractants for Determination of the Plant Available Boron Content.
Imre Vágó*, Univ of Debrecen Dept of Agricultural
Chemistry
Filterstrip Attenuation of Open Dairy Feedlot
Effluent and its Effect on Soil Physical and Chemical Properties. Dennis L. Busch*, U.W.-Platteville,
Pioneer Farm, Christopher Baxter, UW Platteville,
Tom Hunt, Univ of Wisconsin-Platteville Pioneer
Farm and Dave Owens, United States Geological
Survey
Estimation of Thermodynamic Properties of Hydroxides, Oxides and Layered Double Hydroxides
from the Electronegativities of the Elements. G.
Bourrié* 1 , F. Trolard 1 and Donald Sparks 2 ,
(1)Géochimie des Sols et des Eaux, INRA, (2)Univ
of Delaware
Effect of Organic Matter and Salinity on EDTAExtractable and Solution Species of Cadmium
and Lead in Three Soils. Ali Abbaspour1, Mah-
139-26
1041b
139-27
1042a
139-28
1042b
139-29
1043a
139-30
139-31
1043b
1044b
139-32
1137a
139-33
1137b
139-34
139-35
139-36
139-37
1138a
1138b
1139a
1139b
moud Kalbasi*1, Shapoor Hajrasuliha1 and Amir
Fotovat2, (1)Dept of Soil Science, Faculty of Agriculture, (2)Ferdowsi Univ of Mashhad
Quantitative and Mechanistic Analysis of Sulfate
Adsorption Isotherms on y-Al2O3 and Kaolinite.
Baizhong Xu*, Forestry Bureau of Deqing County,
Liqun Xu, Zhejiang Forestry Academy, Li-Ming He,
Zhejiang Forestry Univ/County of San Diego and
Lucian Zelazny, Virginia Tech
P XANES Studies of Biosolids-Amended Soils.
Derek Peak*, Univ of Saskatchewan
Attachment of Manure-Borne Escherichia coli to
Soil. Andrey Guber*1, Yakov A. Pachepsky2 and
Daniel Shelton2, (1)Univ of California, (2)USDA/
ARS/BA/ANRI/ESML
Effect of Settings on the Result of a pH-Stat Titration: Soil Acidity and Estimated Lime Requirement. Lászlo Tolner*1, Mark Rékási2, Imre Vágó3,
Peter Czanik4, György Zsigrai5 and Zoltán Kovács1,
(1)Szent István Univ, Dept of Soil Science and Agricultural Chemistry, (2)Research Institute for Soil
Science and Agricultural Chemistry, (3)Univ of Debrecen, Dept of Agricultural Chemistry, (4)Szent
Istvan Univ, (5)Univ of Debrecen Research Institute
Karcag
Agricultural Management Effects on Soil Organic Matter Hydrophobicity. Sara Marinari1,
Katia Liburdi*1, Danilo Corradini2 and Stefano
Grego1, (1)Dept Agrobiology and Agrochemistry–
Univ of Tuscia, (2)National Research Council
(CNR), Institute of Chemical Methodology (IMC)
Analysis of the Spatially Heterogeneous Distribution of Copper in Contaminated Soils Using
Electron Microscopy and X-Ray-Microfluorescence Spectroscopy. Astrid Jacobson*1, Sylvie
Dousset2, Philippe Baveye1 and Francis Andreux3,
(1)Cornell Univ, (2)Université de Bourgogne–CST–
Géosol, (3)Microbiologie et Géochimie des Sols–
INRA Université de Bourgogne
Evaluation of Acid Neutralization Capacity of
Silandic and Aluandic Andosols Using Comprehensive Sample Population. Toyoaki Ito*, Naoto
Kikawa and Masahiko Saigusa, Field Science Center, Grad. School of Agricultural Sci.e, Tohoku Univ
Fate of Fipronil in Soils under Sugar Cane Cultivation from the Northeast of Brazil: Adsorption
and Degradation. Carmem S. M. Masutti*, Fundação Universidade Federal do Vale do São Francisco and Ahmet Mermut, Dept of Soil Science,
Univ of Saskatchewan
An Evaluation of Organic Amendments for Nonpoint Source Pollution Attenuation in Mitigation
Wetlands. Emily K.D. Stockman*1, Deborah J.
Picking1 and Petrus L.M. Veneman2, (1)Univ of
Massachusetts, Amherst, (2)University of Massachusetts, Amherst
Influence of Low Molecular Weight Organic
Acids on the Release of P and Soil Organic Matter from Highly Weathered Acid Soils. Kiran
Rana1, Cliff Johnston1, Gnanasiri Premachandra1,
Darrell Schulze1, J. R. Okalebo*2, Caleb O. Othieno2
and Antonio Marcus Coehlo3, (1)Dept of Agronomy, Purdue Univ, (2)Moi Univ, (3)Embrapa Maize
and Sorghum
Aflatoxin Sorption by Smectite Clay Modified
with Aluminum Ions. Maria Guadalupe Tenorio
Arvide*, Ines Kannewischer and Joe B. Dixon,
Texas A&M Univ
Surface Charge and Phosphate Adsorption Characteristics of ZrO2/Fe3O4 Compounds. Kosuke
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139-40
1141a
139-41
1141b
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139-45
1143b
Okamoto*1, Masanori Okazaki1, Tadashi Shimizu2,
Ichiro Midorikawa2 and Akihiro Omori2, (1)Tokyo
Univ of Agriculture and Technology, (2)Asahi Kasei
Chemicals Corporation
Phosphorus Availability as Influenced by Different Application Rates of Elemental Sulphur to
Soils. Mohamed Abbas Rasheed*, Soils and Water
Use Dept, National Research Centre
Phosphorus Sorption Related to Extractable Aluminum and Iron in Some Podzols (Spodosols) in
Michigan, USA. Antoni Szafranek*, Dept of Soil
Science and Soil Conservation, Warsaw Univ of
Technology and Delbert L. Mokma, Dept of Crop
and Soil Sciences, Michigan State Univ
Specific Surface of Oxisols Determined by SoilMoisture Potential. Roberto R. Filgueira*1, Hugo
A. Ruiz2, Carlos E.G.R. Schaefer2 and Guillermo O.
Sarli1, (1)Facultad de Ciencias Agrarias y ForestalesUniversidad Nacional de La Plata, (2)Departamento
do Solos-Universidade Federal de Viçosa
Distribution Coefficient (KD) of Heavy Metals in
Brazilian Soils. Marcio Roberto Soares*, Federal
Univ of São Carlos and Luís Reynaldo Ferracciú
Alleoni, Univ of São Paulo
Comparative Study of Cadmium, Copper, Nickel
and Zinc Adsorption by Brazilian Variable
Charge Soils. Ernesto Rinaldi Mouta*, José Carlos
Casagrande and Marcio Roberto Soares, Federal
Univ of São Carlos
Surface Electric Properties of Mucks from Potentiometric Titration. Dorota Matyka-Sarzynska*,
Institute of Agrophysics
Phosphorus Status of Red Soils as Influenced by
Continuous Fertilization under Finger Millet–
Hybrid Maize System at Bangalore–India. C.M.
Vinutha*, S.M. Jayaprakash, B.R. Jagadeesh, N. Vasuki and K. Sudhir, Univ of Agricultural Sciences
Soil Hygroscopicity as Related to Water Vapour
Adsorption Isotherms and Surface Area Prediction of Certain Soils. Abdel-monem Mohamed
Amer*, Soil Science Dept, Faculty of Agriculture,Menoufia Univ
SESSION NO. 140
2.3A Microbial Habitat: Evolution, Structure and
Distribution in Soils—Poster
Convenor: Richard Dick, Ohio State University
140-1
140-2
140-3
848b Rapid Biosynthesis Process of Amino Sugars in
Soil by Using NH4+ and Glucose. Hongbo He*
and Xudong Zhang, Institute of Applied Ecology,
849a New Analytical Techniques in Rhizodeposit
Chemistry: Pyrolysis Field Ionization Mass Spectrometry, Liquid Injection Field Desorption Ionization – Mass Spectrometry and Synchrotronbased XANES. Peter Leinweber*, Univ of Rostock, André Schlichting, Steinbeis-Transferzentrum
Soil Biotechgnology and Tom Regier, Canadian
Light Source Inc.
849b The Role of Microbial Chitinoclastic Complex in
Soil. Natalia A. Manucharova* 1 , Alexeys M.
Yaroslavtsev1, Elvira V. Belova1 and Alexei L.
Stepanov2, (1)Moscow Lomonosov State Univ, Dept
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SESSION NO. 140
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140-5
851b
140-6
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140-7
948a
140-8
949a
140-9
949b
140-10
950a
140-11
950b
140-12
951a
140-13
951b
140-14
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116
of Soil Science, (2)Dept of Soil Science, Moscow
State Univ
Decomposition of Cotton Residues in Australian
Soils. Gupta V.S.R. Vadakattu*, M. Hicks and M. L.
Kasper, CSIRO Entomology
Role of Algobacterial Associations in Soil Forming Process. Elena O. Omarova*1, Galina M. Zenova1, Natalia P. Chizhikova2 and Vladimir K. Orleanskii3, (1)Moscow State Univ, Faculty of Soil Science,
(2)Dokuchaev Soil Science Institute, (3)Institute of
Microbiology, Russian Academy of Sciences
Enumeration, Isolation and Identification of Diazotrophic Bacterial Species from Paddy Rice in
Korea. Ui Gum Kang*, Yeongnam Agricultural Research Institute, National Institute of Crop Science
Pedobiological Action of Soil Fauna. Angela PINZON PINTO*, Corporación tecnológica de Bogotá
and Maria ROMERO PINTO, Universidad de Bogotá Jorge Tadeo Lozano
Phosphate Solubilization and Growth Promotion
of Maize (Zea mays L.) by the Rhizosphere Soil
Fungus Penicillium oxalicum. Wansik Shin 1,
Jeounghyun Ryu1, Yongjoo Kim*2, Jinchul Yang2,
Munusamy Madhaiyan 1 and Tongmin Sa 1 ,
(1)Chungbuk National Univ, (2)KG Chemical Corp.
The Effectiveness of Arbuscular Mycorrhizal
Fungi (AMF) Inoculation of Korean Ginseng
(Panax Ginseng C.A. Meyer) Seedlings. Eun Ju
Cho1, Seo Young Jin1, Chi Do We1, Ju Sik Cho1,
Hong Lim Kim2 and Bo Kyoon Sohn*1, (1)Dept of
Biological Environment, Sunchon National Univ,
(2)National Horticultural Research Institute
Characterization of Bacterial Communities Isolated from Rhizosphere Soil of Field Grown Chinese Cabbage (Brassica campestris ssp pekinensis)
by Cultivation Dependent Methods and Screening of Potential Plant Growth Promotion. Selvaraj Poonguzhali1, Munusamy Madhaiyan1, Kyounga Kim1, Daesuck Suh2, Bumki Park2, Jaijoung
Kim*3 and Tongmin Sa1, (1)Chungbuk National
Univ, (2)Namhae Chemicals Corp, (3)Chungbuk
National University
Proteome Analysis of Differentially Displayed
Proteins as a Tool for Evaluating the Effect of the
Natural Soil Mineral Illite Applied as a Soil Conditioner on the Growth of Lettuce. Keun-Yook
Chung*, Chungbuk National Univ
Characterizing Biological and Physical Soil Properties across a Spatial Gradient from In-Row to
Inter-Row in a Long-Term Vegetable Tillage
Study. Laura F. Overstreet* and Greg D. Hoyt, North
Carolina State Univ
Phylogenetic Characterization of a Polychlorinated-Biphenyl-Dechlorinating Microbial Community under Different Anaerobic Treatments.
Andres E. Nunez* and Elisa M. D’Angelo, Dept of
Plant and Soil Science, Univ of Kentucky
Indicative Values of Enzimatic Activity and Biological Properties about Soils from Oaxaca Mexico. Reyes-Ortigoza Amada Laura*, Universidad
Nacional Autónoma de México
Microbial Populations Response to Tillage and
Residue Managements in a Calcareous Soil. Mojtaba Yahyaabadi*, Dept of Soil and Water Research,
Isfahan Agriculture Research Center
Relationship of Glyphosate Application and Foliar Amendment on IAA-Producing Bacteria and
Urease Activity in the Rhizosphere of GlyphosateResistant Soybean. Su-Jung Kim*, Dept of Soil,
Environmental, and Atmospheric Sciences, Univ of
140-17
1047b
140-18
1048a
140-19
1048b
140-20
1049a
140-21
1049b
140-22
1050a
140-23
1050b
140-24
1051a
140-25
1051b
140-26
1146b
140-27
1147a
140-28
1147b
Missouri-Columbia and Robert J. Kremer, USDAARS, Cropping Systems and Water Quality Research
Unit
Identification of Rare Species of Actinomycetes in
Soils of Mongolia. Norovsuren Jadambaa*, Laboratory of Microbiology, Biology Institute of the Mongolian Academy of Sciences, Vitalii I. Savich, Russian State Agricultural Univ–ÌÑÕÀ Timiryazev and
Galina M. Zenova, Faculty of Soil Science, Moscow
State Univ
Correlation between the Secondary Metabolism
of Fluorescent Pseudomonases spp. and their Rhizospheric Competence. Messaoud Benchabane*,
Univ de Blida and Rabah Bakour, USTHB
Occurrence of C. perfringens from Different Cultivated Soil. Crisa Voidarou*1, Sotirios Kandrelis1,
Dimitrios Vassos2, Athina Tzora1, Ioannis Skoufos1,
Athanasios Alexopoulos 3 and Eygenia Bezirtzoglou3, (1)T.E.I. of Epirus, Laboratory of Animal
Health and Infections Diseases, Dept of Animal Production, (2)Univ of Ioannina, Medical School, Hygiene Lab, 45110, (3)Democritus Univ of Thrace,
School of Agricultural Development, Microbiology
Lab
The Influence of Natural Process Steppe Formation on the Complex of Microarthropods (Acarina, Collembola) of Ordinary Chernozem of
Nizhnii Don. N. I. Bulysheva*, A. A. Kazadaev and
A. M. Kremenitsa, The Rostov State Univ
Effect of Waterlogging and Drought on Mycorrhizal Colonisation in Lotus Glaber Roots in a
Saline-Sodic Soil. Rodolfo Mendoza* and Garcia
Ileana, MACN (Museo Argentino de Ciencias Naturales – CONICET)
Short-Term Dynamics of Organic Matter and
Microbial Biomass of Soils after Simulated Rainfall on Dry Cropland under Different Climate,
Soil Texture, and Crop Residue Management.
Sugihara So*1, Funakawa Shinya1, Kilasara Methods2 and Kosaki Takashi3, (1)Graduate School of
Agriculture, Kyoto Univ, (2)Dept of Soil Science,
Sokoine Univ of Agriculture, (3)Graduate School of
Global Environmental Studies, Kyoto Univ
The Study of Salinity and Drought Tolerance of
Sinorhizobium Meliloti Isolated from Province of
Kerman In Vitro and In Vivo Condition. Mahboobeh Abolhasani*1, Amir Lakzian2 and Gholamhossein Haghnia2, (1)MSc student, (2)Ferdowsi
Univ of Mashhad
Abundance and Distribution of Phosphate Solubilizing Bacteria and Fungi in Some Soil Samples
from North of Iran. Alireza Fallah*, SWRI
The Ecology of Earthworms on Five UK Golf
Courses. Mark D. Bartlett*, National Soil Resource
Institute, Karl Ritz, The National Soil Resources Institute, Cranfield Univ, Jim A. Harris, Institute of
Water and Environment, Cranfield Univ and Iain T.
James, Cranfield Centre for Sports Science
The Increase of Fertility and Productivity of Salt
Affected and Poor Arid Soils by Using Biodiversity of Rhizobacteria. Dilfuza Egamberdiyeva*,
Tashkent State Univ of Agriculture
Postradiating Restoration of Ammonifying Bacteria of Chernozem Ordinary in Modelling Experiment. Tatyana V. Denisova*, Rostov State Univ
Viral Ecology in the Floodwater of a Japanese
Rice Field. Natsuko Nakayama*1, Mami Okumura1,
Katsuhiro Inoue2, Susumu Asakawa1 and Makoto
Kimura1, (1)Graduate School of Bioagricultural Sciences,Nagoya Univ, (2)Aichi-ken Anjo Reserch and
Extention Center
140-29
140-30
140-31
140-32
140-33
140-34
140-35
140-36
1148a Distribution Peculiarities of Microflora Numerosity in Sandy Soils of the South of Russia. Marina
A. Repyah* and Vera I. Strelkova, Rostov State Univ
1148b Effect of Acid Rain on A M Fungi Present in Affected Soils. Payal Mago*, Delhi Univ
1149a Ecological Distribution and Seasonal Change of
Soil Microorganisms under Different Agricultural Crops Grown in Semi Arid Soils of Uzbekistan. Dilfuza Egamberdiyeva* and Zulfiya
Kucharova, Tashkent State Univ of Agriculture
1149b Microbial Community Structure in Soil as Dependent on the Rates of N Fertilization. Ilya V. Yevdokimov*1, Andreas Gattinger2, Michael Schloter3
and Jean Charles Munch3, (1)Institute of Physicochemical and Biological Problems in Soil Science,
RAS, (2)GSF – National Research Center for Environment and Health, Institute of Soil Ecology,
(3)GSF – National Research Center for Environment and Health, Institute for Soil Ecology
1150a Using of Bioindicators in Soil-Ecological Researches. Kamil Sh. Kazeev*, Rostov State University
1150b About the Stability of Soils to Oil Contamination
along North Export Pipeline. Babayev Magerram
Najafova Samira* and Magerram P.; Samira I.
Babayev; Najafova, Institute of Soil Science an
Agrochemistry, Institute of Microbiology of Academy of Sciences
1151a Microbial Communities and Enzymatic Activities
as Affected by Various Poultry Litter Application
Rates to Pasture and Cultivated Soils of the Texas
Blackland Prairies Ecosystem. Veronica AcostaMartinez* and Daren Harmel, USDA-ARS
1115b Biotic and Abiotic Factors Contributing to P
Movement in the Landscape. Jane E. Hill*1, Barbara Cade-Menun2 and Menachem Elimelech1,
(1)Yale Univ, (2)Stanford Univ
141-4
141-5
141-6
141-7
141-8
141-9
141-10
141-11
SESSION NO. 141
141-12
2.3B Molecular Approaches to Microbial Ecology in Soils
—Poster
Convenor: James M. Tiedje, Center for Microbial Ecology
141-1
141-2
141-3
853b Microbial Diversity, Activity and Nitrogen Mineralization in Organic Matter Amended Soils.
Christine H. Stark*1, Leo M. Condron1, Alison Stewart 2, Hong-jie Di 1 and Maureen O’Callaghan 3,
(1)Lincoln Univ, (2)National Centre for Bio-protection Technologies, (3)AgResearch
952a Effects of P and N Enrichments on Sediment Bacterial Communities in Florida Bay: Estimation by
PCR-DGGE Analysis. Makoto Ikenaga* and
Joseph N. Boyer, Southeast Environmental Research
Center, Florida International Univ
953a Methane Oxidation in Landfill Cover Soils as
Revealed by PLFA Analyses and ∆13C Measurements. Andrea Watzinger*1, Frank Rasche2, Michael
Pfeffer3, Thomas Reichenauer2 and Michael Stemmer4, (1)Univ of Natural Resources and Applied
Life Sciences, (2)ARC Seibersdorf Research,
(3)Federal Research and Training Centre for Forests,
Natural Hazards and Landscape, (4)Austrian Agency
for Health and Food Safety
141-13
953b Controls on Biological Activity in Soils from
Antarctic Dry Valleys. David W. Hopkins*, School
of Biological and Environmental Sciences, Ashley
D. Sparrow, Dept of Natural Resources and Environmental Sciences, Edward G. Gregorich, Agriculture
& Agri-Food Canada, Bo Elberling, Institute of Geography, Laurence G. Greenfield, Univ of Canterbury and Phil Novis, Manaaki Whenua–Landcare
Research
954a Soil Chemistry and Bacterial Sulfur Oxidation in
Naturally Metalliferous Peat Soils. Tarah S. Sullivan*, Janice Thies and Murray McBride, Cornell
Univ
954b Changes in Soil Microbial Amount and Biomass
During the Development of Chinese Fir Plantation. Ruzhen Jiao*1, Chengdong Yang1, Qiwu Sun1
and jiacheng Zhang 2, (1)Research Institute of
Forestry, Chinese Academy of Forestry, (2).The Research Institute of Forest Ecology, Environment and
Protection, CAF
955b Screening of Natural Multi-functional Bacterium
Strain. Ruzhen Jiao* Sr., Research Institute of
Forestry, Chinese Academy of Forestry
1052b Irrigation with Effluents Affects Microbial Population and Activity in Soil. Dror Minz*1, Tamar
Oved1, Larissa Kautsky1 and Avi Shaviv2, (1)Institute for Soil, Water and Environmental Sciences,
(2)Faculty of Civil & Environmental Engn.
1053a The Impact of Long-Term Fertiliser Amendments
on the Community Structure of Different Microbial Groups. R. Husband*1, Adrian Blackburn1,
David A. C. Manning2 and Anthony O’Donnell1,
(1)Institute for Research on Environment and Sustainability, (2)School of Civil Engineering & Geosciences, Univ of Newcastle
1053b Impact of Soil Storage on Soil Microbial Biomass, Total DNA Yield, Enzyme Activities and
Fatty Acid Microbial Biomarkers. Nicola Lorenz*,
Yong-Bok Lee, Linda Kincaid Dick and Richard
Dick, The Ohio State Univ, School of Environment
and Natural Resources
1054b The Influence of Humic Substances on the Metabolism Microalgae Chlorella vulgaris. Mikhail
S. Golubkov* and Serafim N. Chukov, Saint-Petersburg State Univ
1055a Effect of Plant and Soil on the Diversity of the
Rhizospherical Fluorescent Pseudomonases spp.
in Algeria. Messaoud Benchabane*, Univ de Blida
and Rabah Bakour, USTHB
1055b Histochemical and Histological Studies in Root
Nodules of Mucuna Pruriens. B. Mamatha1, T. N.
Shivananda*2 and R. Siddaramappa1, (1)Univ of
Agricultural Sciences, (2)Indian Institute of Horticultural Research
SESSION NO. 142
2.3P New Strategies for Management of Plant Pathogenic
Soil Microorganisms–Natural Soil Suppression or
Genetically Modified Plants—Poster
142-1
853a Soil Structure-Influenced Population Shifts of
Methanogens in Paddy Soil. Stefan Knauth* and
Rolf Tippkötter, Univ of Bremen, Institute for Soil
Science
117
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SESSION NO. 142
SESSION NO. 142
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142-7
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118
854a Root Exudates of Apple Seedlings (Malus x Domestica Borkh.): What is the Role of Phloridzin
in Apple Replant Disease?. Anett Hofmann* and
Lutz Wittenmayer, Martin Luther Univ, Halle Wittenberg
854b Humic Fractions from Compost can Modulate
the Mycelial Growth of Plant Pathogenic and Antagonistic Soil-Borne Fungi. Elisabetta Loffredo,
Mariagrazia Berloco and Nicola Senesi*, Dip. Biol.
Chim. AgroForest. e Amb.
855a Pathogenic Fungi of Olive Orchards in La Rioja
Soils, Argentina. Beatriz A. Pérez*1, Gervasio Carboni2, Julio M. Sánchez2 and Gustavo A. Cruzate2,
(1)INTA-IMYZA-Castelar, (2)INTA-CIRN-Instituto de Suelos
856a Effects of Field Management Practices on Plant
Health and Rhizosphere. María Soledad Benítez*,
Fulya Baysal-Tustas, Amara Camp and Brian B.
McSpadden-Gardener, Dept of Plant Pathology,
Ohio State Univ, OARDC
856b Survival and Reproduction of Phytophthora
ramorum in Forest Soils. Elizabeth J. Fichtner*,
Shannon C. Lynch and David Rizzo, UC Davis
857a Identification and Antimicrobial Activity of 2Aminobenzoic Acid from Pantoea spp. Strain HB22. Hwangbo Hoon* Sr., Jin Rong De, Cho Min
Young, Na Sang su, Lim Hyoung Woo, Kim Kil
Yong and Kim Yong Woong, Division of Applied
BioScience and Biotechnology, College of Agriculture and Life Science, Chonnam National Univ
857b Inhibition of Meloidogyne Incognita Reproduction by Gelatinolytic Bacteria in Tomato. Jin Rong
De* Sr., Cho Min Young, Jung Na Young, Kim Yong
Woong and Kim Kil Yong, Division of Applied BioScience and Biotechnology, College of Agriculture
and Life Science, Chonnam National Univ
858b Impact of Long-Term Orchard Ground-Cover
Management Practices on Apple Seedling Growth
in an Orchard Soil. Angelika Rumberger*, Dept for
Crop and Soil Science, Ian Merwin, Dept for Horticulture and Janice E. Thies, Dept of Crop and Soil
Sciences, Cornell Univ
956a Biological Control of Verticillium Wilt of Cotton
by Salt Tolerant Rhizobacteria in Extreme Soil
Conditions. Dilfuza Egamberdiyeva*, Tashkent
State Univ of Agriculture
956b Isolation and Characterization of Antifungal Substances from Culture Broth of Burkholderia sp.
Mao Sopheareth*, Jin Rong De, Park Mi Jung, Kim
Yong Woong and Kim Kil Yong, Division of Applied
BioScience and Biotechnology, College of Agriculture and Life Science, Chonnam National Univ
957a Role of Chitinase and Beta-1,3-Glucanase Activities of Fluorescent Pseudomonad NDN1 In Vitro
Inhibition of Macrophomina Phaseolina and its In
Vivo Control. Naveen K. Arora*, Dept of Microbiology, Institute of Biosciences and Biotechnology, C
S J M Univ
957b Blueberry Fungi under Different Soil Conditions
in Buenos Aires Province, Argentina. Beatriz A.
Pérez*1, Gervasio Carboni2 and Julio M. Sánchez2,
(1)INTA-IMYZA-Castelar, (2)INTA-CIRN-Instituto de Suelos
1056a Influence of Cultivation and Agricultural Practices on Metabolic Quotient in Venezuelan Entisols and Inceptisols. Magaly Ruiz*, Univ Romulo
Gallegos and Jorge E. Paolini, Instituto Venezolano
de Investigaciones Científicas (IVIC)
1056b Biocontrol of Late Blight (Phytophthora capsici)
in Pepper by Chitin Broth Containing Multitude
142-16
1057a
142-17
1057b
142-18
1156a
142-19
1157a
142-20
1157b
of Chitinolytic Bacteria. Kim Sung Jae* Sr., Jin
Rong De, Ryu Ji Yeon, Yun Kyoung Mi, Kim Yong
Woong and Kim Kil Yong, Division of Applied BioScience and Biotechnology, College of Agriculture
and Life Science, Chonnam National Univ
Effects of Combined Cultural Practices on Suppression of Soilborne Pathogens and Microbial
Community Patterns in a Plainfield Sandy Loam.
Mafmudije Selimi*, Teresa Balser, Douglas I. Rouse
and Ann MacGuidwin, Univ of Wisconsin–Madison
Reduction of Phytophthora Stem Rot Disease on
Soybeans by the Application of CaCl 2 and
Ca(NO3)2. Takuma Sugimoto*, Kazuhiko Watanabe, Minoru Matsuyama, Masataka Aino and Shinya
Yoshida, Hyogo Agricultural Institute for Agriculture, Forestry and Fisheries
The effect of Inorganic Elements on the Reduction of Phytophthora Stem Rot Disease of Soybean. Takuma Sugimoto, Kazuhiko Watanabe*, Minoru Matsuyama, Mikihiro Sugimoto and Shinya
Yoshida, Hyogo Agricultural Institute for Agriculture, Forestry and Fisheries
Zinc Efficient Rice Genotypes Resistant to Nematode Infection?. Ramasamy Krishnasamy*1, Chinnappan Sudhalakshmi1, U. Surendran1 and A. RajaRajan2, (1)Tamil Nadu Agricultural Univ, (2)Regional Research Station
Induced Resistance Against Pseudomonas Syringae pv. Lachrymans in Cucumber by Pantoea
spp. Strain HB-22. Hwangbo Hoon* Sr., Jin Rong
De, Kim Byung Chun, Kim Kil Yong and Kim Yong
Woong, Division of Applied BioScience and
Biotechnology, College of Agriculture and Life Science, Chonnam National Univ
SESSION NO. 143
Soils Management and Mineral Exploration—Poster
143-1
1158a Soil Evolution as a Function of Parent Material
in Some Forest Areas of Northern Iran. Hassan
Ramezanpour*, Raheleh Hesami and Mohammad
Ali Zanjanchi, Guilan Univ
143-2
1158b Zeolite Synthesis in Polluted Soils Treated with
Coal Fly Ash: a Tool for Heavy Metal Stabilization. Roberto Terzano*1, Matteo Spagnuolo1, Bart
Vekemans2, Laszlo Vincze3, Luca Medici4, Koen
Janssens2, Fabio Tateo5 and Pacifico Ruggiero1,
(1)Dipartimento di Biologia e Chimica Agro-forestale ed Ambientale–Univ of Bari, (2)Dept of Chemistry–Univ of Antwerp, (3)Dept of Analytical Chemistry–Ghent Univ, (4)I.M.A.A.–C.N.R., (5)I.G.G. C.N.R.
143-3
1159a Yields and Leaf-Nitrate Accumulation of Leaf
Vegetables by Different Fertilization. Ju-Young
LEE*, Division of Plant Nutrition, NIAST
143-4
1159b The Study on the Changes of Physico-Chemical
Properties in Salty Paddy Field in Korea. ChulHyun Yoo*1, Byeong-Su Kim1, Chang-Hyu Yang2,
Ji-Ho Jeong3, Jae-Duk Kim1 and kwang-Yong Jung2,
(1)Honam Agricultural Research Institute NICS,
RDA, (2)Honam Agricultural Reasearch Institute
NICS, RDA, (3)Honam Agricultural Rearch Institute
143-5
143-6
143-7
NICS, RDA
1160a Long Term Contribution of K from Different
Mineral Phases in Agricultural Soils as Estimated
by Differential XRD. Ylva Andrist-Rangel1, Magnus Simonsson 2 , Ingrid Öborn* 2 and Stephen
Hillier1, (1)The Macaulay Institute, (2)Dept of Soil
Sciences, Swedish Univ of Agricultural Sciences
1161a Chemical and Mineralogical Properties of Iron
and Aluminum Waste Green Foundry Sands.
Jason De Koff*1, Brad D. Lee1 and Robert Dungan2,
(1)Purdue Univ, (2)USDA-ARS-AMBL
1161b Impacts of Palygorskite and Calcium Carbonate
on the Strength of Their Sand Mixtures. Mohammad Reza Mosaddeghi*1, Mohammad Hajabbasi2
and Hossein Khademi2, (1)Bu-Ali Sina Univ, (2)Isfahan Univ of Technology
144-8
144-9
144-10
144-11
SESSION NO. 144
144-12
2.5A Soil Physicochemical-Biological Interfacial Interactions: Impacts on Transformations and Bioavailability of
Metals and Metalloids—Poster
144-13
Convenor: A. Violante, Università di Napoli- ITALY
144-1
144-2
144-3
144-4
144-5
144-6
144-7
861a Adsorption of Cadmium on Three Soils with Different pH Values as Influenced by Dissolvable
Organic Matter. Hongqing Hu*, Jing Liu, Suwan
Chen and Yongguan Zhu, Huazhong Agricultural
Univ
861b Towards a National Soils Database in the Republic of Ireland. Deirdre Fay* and David McGrath,
Teagasc
862a Silica Polymerization on Goethite and its Influence on Ligand Promoted Dissolution. Todd Luxton* and Matthew Eick, Virginia Tech
863a Feasibility of Zerovalent Iron to Stabilize Cd in
the Paddy Soils Adjacent to the Closed Metal
Mines in Korea. Jae E. Yang*1, Kyung-Yoal Yoo1,
Yong-Sik Ok 1 , Jai Joung Kim 2 and Yi Nam 3 ,
(1)Kangwon National Univ, (2)Chungbuk National
Univ, (3)National Agricultural Cooperative Federation (Nonghyup)
863b Zinc Uptake in Phaseolus Vulgaris (CV. Borlotto
). Marco Sciortino1, Tanja Mimmo*1, Andrea Simoni1, Claudio Marzadori1 and Giorgio Gianquinto2,
(1)Dept of Agroenvironmental Sciences and Technologies, Alma Mater Studiorum – Univ of Bologna,
(2)Dipartimento di Agronomia Ambientale e Produzioni Vegetali, Univ degli Studi di Padova
864a Bioremediation of Soils Contaminated with
Heavy Metals Using Phosphate Rock and
Biosolids. Lenom J. Cajuste*1, Lenom Cajuste Jr.2,
Patricia Hernández-R1, Cecilia García-O1 and Jaime
Cruz-Díaz1, (1)Colegio de Postgraduados, (2)Univ
of Arizona
864b Phytoextraction of Heavy Metal Contaminated
Soil by Hyperaccumulator Sedum alfredii Hance
with Mixed Chelant in a Co-Crop System. Ze-Bin
Wei1, Qi-Tang Wu*1, Ying Ouyang2 and Jean Louis
Morel3, (1)College of Natural Resource and Environment, South China Agricultural Univ, (2)Dept
of Water Resources, St. Johns River Water Management District, (3)INPL(ENSAIA)/INRA, Laboratoire Sols et Environnement
144-14
144-15
144-16
144-17
144-18
144-19
865a Potassium Solubilization from Silicatic Rocks by
Aspergillus Niger. Márcia M. Rosa, Maria-Leonor
Lopes-Assad* and Sandra-Regina Ceccato-Antonini, UFSCar- Univ Federal de São Carlos
865b Mixing of Anthropogenic and Geogenic Lead
Through Biogeochemical Cycling at a Temperate
Moist Forest Ecosystem in Japan. Yuko Itoh*, Kyotaro Noguchi, Masamichi Takahashi and Shuichiro
Yoshinaga, Forestry and Forest Products Research
Institute, Japan
866b Kinetics of Radiocesium Released from Contaminated Soil by Fertilizer Solutions. Po-Neng Chiang*1, Ming-Kuang Wang1, P.M. Huang2 and JengJong Wang3, (1)National Taiwan Univ, (2)Dept of
Soil Science, Univ of Saskatchewan, (3)Institute of
Nuclear Energy Research
867a Characteristics of Heavy Metal Contamination in
Residual Mine Tailings Near Abandoned Metalliferous Mines in Korea. Goo-Bok Jung*, Won-Il
Kim, Jong-Sik Lee, Jin-Ho Kim and Jeong-Taek
Lee, National Institute of Agricultural Science and
Technology
867b Fractionation and Potential Mobility of Heavy
Metals in Tailings and Paddy Soils near Abandoned Metalliferous Mines. Goo-Bok Jung*, WonIl Kim, Jong-Sik Lee, Jin-Ho Kim and Mun-Hwan
Koh, National Institute of Agricultural Science and
Technology
868a Bio-Availability of Heavy Metals in Soils Treated
with Lime-Stabilized Biosolids and Irrigated with
Wastewater. Juan Pedro Flores-Margez*1, Esaul
Jaramillo-Lopez1, Naomi Waissman Assadian2,
George D Di Giovanni2, Federico Perez-Casio1 and
Baltazar Corral-Diaz1, (1)Univ Autonoma de Ciudad
Juarez, (2)Texas A&M Univ
868b Adsorption and Redox Reactions of Heavy Metals on Synthesized Manganese Oxide Minerals.
Fan Liu*, Huazhong Agricultural Univ, Xiong Han
Feng, College of Resources and Environment,
Huazhong Agricultural Univ and Wen Feng Tan,
Faculty of Resourcs and Environment, Huazhong
Agricultural Univ
869a Effect of Organic Matter, Zinc and Phosphorus
on the Mobilisation of Lead in Soils. Dilip Kumar
Das*, Sumita Subudhi and Pintu Sur, Dept of Ag.
Chem. and Soil Science, Bidhan Chandra Krishi
Viswavidyalaya
869b Birnessite Reduction by Iron(II) Organic Complexes. Jonathan L. Edwards* and Christopher J.
Matocha, Univ of Kentucky
960a Aluminum Status of Synthetic Al-Humic Substance Complexes and their Influence on Plant
Root Growth. Tadashi Takahashi* 1 , Masami
Nanzyo1 and Syuntaro Hiradate2, (1)Faculty of
Agric. Tohoku Univ, (2)Natl. Inst. of Agro-Env. Sci.
960b Clay Mineralogy and Trace Elements Content in
Volcanic Polluted Soils from South Italy. Mariavittoria Zampella1, Paola Adamo*1, Laurent Caner2,
Sabine Petit2 and Dominique Righi2, (1)Dipartimento di Scienze del Suolo, della Pianta e dell’Ambiente, Univ di Napoli Federico II, (2)Univ de
Poitiers, UMR CNRS 6532 HydrASA
961a Extractability of Cu, Cr, Ni, Pb and Zn in Some
Chilean Biosolids-Amended Soils Using BCR Sequential Extraction Procedure. Inés Ahumada*1,
Adolfo Maricán1, Cristina Pedraza1, Pablo Richter1,
M. Adriana Carrasco2, Gabriela Castillo3 and Loreto
Ascar1, (1)Facultad de Ciencias Químicas y Farmacéuticas Univ de Chile, (2)Facultad de Ciencias
Agronómicas Univ de Chile, (3)Facultad de Ciencias
Físicas y Matemáticas Univ de Chile
119
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SESSION NO. 144
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144-21
144-22
144-23
144-24
144-25
144-26
144-27
144-28
144-29
144-30
144-31
144-32
144-33
120
961b The Effect of Soil Sterilization on Zn, Cu, Fe,
and Mn Uptake by Maize. Samaneh Aryabod, Amir
Fotovat*, Amir Lakzian and Gholamhossein Haghnia, Ferdowsi Univ of Mashhad
962a Modelling the Impact of Microbial Activity on
Iron Discharge from Saturated Soil Columns.
Andreas Fritzsche*1, Britt Pagels1, Kai Totsche2 and
Ingrid Kögel-Knabner 1 , (1)Lehrstuhl für
Bodenkunde (Soil Science), TU München,
(2)Universität Jena
962b Experimental Study of Heavy Metals Distribution, Attenuation and Mobility inTwo Oklahoma
Soils Amended with Sewage Sludge. Kefeni Kejela*, USDA/NRCS and Dee Ann Sanders, Associate Professor, School of Civil and Environmental Engineering, Oklahoma State Univ
963a Distribution and Contamination of Zn, Cd and
Pb, and Establishment of Local Referende Value
for the Vazante (MG)–Brazil. Meubles Borges Junior*, UNEC, Jaime W. V. Mello, Univ Federal de
Vicosa and Carlos E.G.R. Schaefer, Depto do SolosUniv Federal de Viçosa
963b Lead Phytoextraction from Soil by Corn, Sunflower, and Cotton Species Applying EDTA and
Sulfuric Acid. Ebrahim Fattahi Kiasari, Amir Fotovat*, Alireza Astaraei and Gholamhossein Haghnia,
Ferdowsi Univ of Mashhad
964a Colloid Mobilization and Heavy Metal Transport
in Reclaimed Soils Following Coal Mining. Jarrod
Miller*1, Anastasios Karathanasis1 and Ole Wendroth2, (1)Univ of Kentucky, Dept of Plant and Soil
Sciences, (2)Univ of Kentucky
964b Weathering of Ni-Bearing Minerals in the Rhizosphere of Hyperaccumulator Plants. Vanessa
Chardot 1, Guillaume Echevarria 1, Emmanuelle
Montargès-Pelletier2, Geneviève Villemin1, Laurent
Michot2 and Jean Louis Morel*1, (1)LSE ENSAIAINPL/INRA, (2)LEM INPL/CNRS
965a Lead Behavior in a Contaminated Calcic Cambisol Profile. Marie CECCHI*1, Camille DUMAT2,
Philippe PRADERE3, Ricardo BIDEGAIN4, Eric
PINELLI 1 and Maritxu GUIRESSE 1 , (1)INPENSAT AEE, (2)Pierre et Marie Curie Univ,
(3)STCM, (4)LAra Europe Analyses
965b Crop Rotation and Crop Residue Biocycling Affect on the Availability of Heavy Metals to the
Subsequent Crop. Lisa M. Eastley*1, Cynthia
Grant2, Don Flaten1 and Mario Tenuta1, (1)Dept of
Soil Science, (2)Agriculture & AgriFood Canada,
Brandon Research Centre
966a Metals-Organic Interactions and Their Ecological Significance.Symposium 2.5A. Galina V. Motuzova* Jr., Moscow State Univ, Faculty of Soil Science
966b Forms and Q/I relationship of Potassium in SubMontane Region of Maharashtra, Western India.
Kashinath Ragho Sonar*, Mahatma Phule Agricultural Univ
967a Impacts of Long-Term Land Application of Poultry Litter on Metal Status in Soil. Irenus A.
Tazisong1, Zhongqi He*2, Zachary N. Senwo1 and
Donglin Zhang3, (1)Alabama A&M Univ, (2)USDAARS, (3)Univ of Maine
967b Obtaining environmentally Sound Mixtures of
Anthropogeomorphic Materials for Land
Restoration. Marta Camps Arbestain*, NEIKER
and Felipe Macias, Univ de Santiago de Compostela
968a The Biogeochemical Cycling of Manganese in a
Forested Ecosystem of the Canadian Shield.
Nathalie Gingras*, Dépt de geographie, Univ de
144-34
968b
144-35
969a
144-36
969b
144-37
1060a
144-38
1060b
144-39
1061a
144-40
1061b
144-41
1062a
144-42
1062b
144-43
1063a
144-44
1063b
144-45
1064a
144-46
1064b
Montréal and François Courchesne, Dépt de
Géographie, Univ de Montreal
A Column Study Using Mixtures of Anthropogeomorphic Materials. Ander Santesteban1, Rocio
Melendez1, Fernando Blanco1, Miriam Pinto1, Maria
Luisa Ibargoitia1, Felipe Macias2 and Marta Camps
Arbestain*1, (1)NEIKER, (2)Univ. Santiago de
Compostela
Heavy Metals in Contaminated Calcareus Soils:
Distribution, Mobility and Bioavailability. Ivanka
Anguelova 1 , Gueorgui Anguelov* 1 and Ivan
Atanassov2, (1)Florida A&M Univ, (2)Institute for
Sustainable Development
Maize Genotype Responses to CaCO3 in Soils.
Hero Gollany*, Columbia Plateau Conservation Research Center and Thomas Schumacher, South
Dakota State Univ
Chemical Interactions of Arsenate, Arsenite,
Phosphate, and Silicate with Iron(II,III) Hydroxycarbonate Green Rust. Chunming Su* and
Richard T. Wilkin, United States Environmental Protection Agency
Transformations in the Speciation of Arsenic in
Poultry Litter. Jennifer Seiter*, William W. Saylor
and Donald Sparks, Univ of Delaware
Oxidation and Mobilization of Selenium by Rhizosphere Processes and Chemicals. Libbie
Oram*1, Daniel G. Strawn1, Greg Moller1, Jodi L.
Johnson-Maynard1, Mathew Marcus2 and Sirine
Fakra2, (1)Univ of Idaho, (2)Lawrence Berkeley
National Laboratory
Kinetics and Mechanism of Mineralogically- and
Biologically- Assisted Arsenic Transformation:
A Macroscopic Assessment. Brandon Lafferty*,
Michael Borda, Andrew Madison, Jeffry Fuhrmann
and Donald Sparks, Univ of Delaware
Relation between Selenium Immobilisation and
Anoxic Conditions in Soil Columns at Constant
Water-Table. Claire-Sophie Haudin1, Elisabeth
Leclerc-Cessac 1, Pierre Renault 2 and Siobhán
Staunton*3, (1)Andra, (2)Institut National de la
Recherche Agronomiqe, (3)INRA, Rhizosphère &
Symbiose
The Volatilization of Arsenic in Poultry Litter
and Litter Amended Soils. Masayuki Shimizu*
and Donald L. Sparks, Univ of Delaware
Competitive Sorption of Arsenate and Phosphate
onto Synthetic Hematites with Different Particle
Morphology. M. Pigna 1, Claudio Colombo* 2,
Giuseppe Palumbo2 and Antonio Violante3, (1)Univ
di Napoli, (2)Dip. SAVA Molise Univ, (3)Univ of
Naples FedericoII, Portici (Napoli) I
Arsenic Fractions, Adsorption and Potential Release of Arsenite and Arsenate from Two Soils of
South West Bangladesh Irrigated with As Contaminated Water. Maria Martin*, DIVAPRA, Univ
of Turin, Grugliasco (Torino), Elisabetta Barberis,
DIVAPRA, Univ of Turin and Antonio Violante,
Univ of Naples FedericoII, Portici (Napoli)
Effect of Soil Ageing on Selenium/Particulate Organic Matter Association. Christophe Chabroullet*1, Frederic Coppin1, Arnaud Martin-Garin1 and
Jean-Paul Gaudet2, (1)IRSN, (2)Univ of Grenoble–
BP 53
Predicting Anion Adsorption Affinity on Andisols
by the Triple Layer Model. María de la Luz Mora*,
Paula Cartes, Erika Vistoso and Alejandra A. Jara,
Univ de La Frontera
144-47
144-48
144-49
144-50
144-51
144-52
144-53
144-54
144-55
144-56
144-57
1065a Fate, Transport, and Bioavailability of Arsenic in
Poultry Amended Soils. Sheila Gardner* and J.
Thomas Sims, Univ of Delaware
1065b Arsenic Attenuation upon Bioreduction of Ferrihydrite. Yoko Masue*, Thomas Borch, Ben Kocar
and Scott Fendorf, Dept of Geological and Environmental Sciences, Stanford Univ
1066a Effect of Humic Acid Coating on Arsenite Adsorption on Ferrihydrite-Kaolinite Complexes.
Maria Martin*1, Luisella Celi1, Elisabetta Barberis1,
Antonio Violante2, Leonard M. Kozak3 and P. M.
Huang3, (1)DIVAPRA, Univ of Turin, Grugliasco
(Torino), (2)Univ of Naples FedericoII, Portici
(Napoli), (3)Dept of Soil Science, Univ of
Saskatchewan
1066b Structural Perturbations of Aluminum Hydroxides and the Impact on their Kinetics of Arsenate
Adsorption. Maria Martin*1, Guifen Yu2, Elisabetta
Barberis1, Antonio Violante3, Leonard M. Kozak4
and P. M. Huang5, (1)DIVAPRA, Univ of Turin,
Grugliasco (Torino), (2)Institute of Soil Science,
Chinese Academy of Sciences, (3)Univ of Naples
FedericoII, Portici (Napoli), (4)Dep. of Soil Science, University of Saskatchewan, Saskatoon, SK
Canada, (5)Dept of Soil Science, Univ of
Saskatchewan
1067a Validation of a Multicomponent Freundlich Type
Equation to Describe Mutual Interactions of Selenite and Phosphate on Andisols. Paula Cartes*1,
Alejandra A. Jara1, Noora Hyyryläinen2 and María
de la Luz Mora1, (1)Univ de La Frontera, (2)Univ of
Helsinki
1067b Thermodynamic Description of Sulfate Behavior
on Allophanic Synthetic Compound. Alejandra A.
Jara*, Paula Cartes and María de la Luz Mora, Univ
de La Frontera
1068a Biogeochemical Cycling of As in a Paddy SoilRice Plant System in Bangladesh. Jessica
Dittmar*1, Andreas Voegelin1, Ruben Kretzschmar1,
Linda C. Roberts2, Stephan J. Hug2, Ganesh C.
Saha3, M. Ashraf Ali3 and A. Borhan M. Badruzzaman3, (1)Institute of Terrestrial Ecology, Swiss Federal Institute of Technology Zurich (ETH), (2)Swiss
Federal Institute of Aquatic Science and Technology
(EAWAG), (3)Bangladesh Institute of Engineering
and Technology
1068b Culturable Bacterial Populations in Arsenic Polluted Soils of the South West Bangladesh. Elena
Dell’Amico1, Lucia Cavalca1, Laura Terruzzi1, Luigi
Allievi1, Maria Martin2 and Vincenza Andreoni*1,
(1)Univ degli Studi di Milano, (2)DIVAPRA, Univ
of Turin
1069a Kinetics and Mechanism of Mineralogically- and
Biologically-Assisted Arsenic Transformation: A
Spectroscopic Assessment. Michael Borda*1, Brandon Lafferty1, Andrew Madison1, Michael Martin2,
Jeffry Fuhrmann1 and Donald Sparks3, (1)Univ of
Delaware, (2)Lawrence Berkeley National Laboratory, (3)University of Delaware
1162a Impact of Microbial Processes on the Fate of Metals in Groundwater. Piet Seuntjens, Ludo Diels*,
Karolien Vanbroekhoven, Sandra Van Roy and
Kristof Tirez, Flemish Institute for Technological
Research
1162b Effect of Organic Matter Inputs on Copper Speciation, Bio-Availability and Leaching in Two
Vineyard Soils. Jean M. F. Martins*1, Marianne
Griesel2, Christophe Barnier2 and Lorenzo Spadini3,
(1)CNRS–LTHE, (2)LTHE, (3)LGIT/Univ. Grenoble I
144-58
144-59
144-60
144-61
144-62
144-63
144-64
144-65
144-66
144-67
144-68
144-69
1163a Soil Copper Impact as Affected by Organic
Inputs: A Biological and Chemical Approach.
Julien Sebastia1, David Lejon2, Jean M. F. Martins*3,
Isabelle Lamy4, Lorenzo Spadini5, Jean Leveque6
and Lionel Ranjard2, (1)Unité de Science du SolINRA, (2)Laboratoire de Microbiologie et
Géochimie des sols, INRA/CMSE,, (3)CNRS–
LTHE, (4)Unité de Science du Sol- Versailles,
(5)LGIT/Univ. Grenoble I, (6)Microbiologie et
Géochimie des Sols–INRA Univ de Bourgogne
1163b Interaction of Phosphatase with a Chilean Andisol Clay in the Presence of Manganese and
Molybdenum. Maria De la Luz Mora1, Roxana
López1, Maria A. Rao2, Liliana Gianfreda*2 and
Analí Rosas1, (1)Depto de Ciencias Químicas, Univ
de La Frontera, (2)Dept of Soil, Plant and Environment Sciences, Univ of Naples Federico II
1164a Cell-Surface Electrical Potential: A Demonstration of its Importance for Ion Bioavailability and
a Simplified Method for its Computation. Thomas
B. Kinraide*, Agricultural Research Service, USDA
1165a Plant Growth in a Chromium Contaminated Site
Affected by Different Fertilizers. Farideh Karbasi*, Bu- Ali Sina Univ
1165b Change In Soil Biological Activity Under ManCaused Factors Of The Landfills of Solid Municipal Wastes’. Dina Nevidomskaya*, Rostov State
Univ
1166a Geochemical and Biochemical Properties of
Coalmine Tailings of North Eastern Collieries of
Assam, India. Hari Prasanna Deka Boruah*, Regional Research Laboratory, (CSIR), Jorhat
1166b The Dissolution and Bioavailabilty of Cu from a
Cu-contaminated Orchard Sandy Loam under
the Influence of Dissolved Organic Matter.
Jonathan WC Wong*, Dept of Biology, Hong Kong
Baptist Univ
1167a Bioavailability and Phytoremediation of Mercury Contaminated Soils. Fengxiang Han*, Yi Su
and David Monts, Mississippi State Univ
1167b Temporal and Spatial Variability of Sulfate-Reducing Bacteria Populations in Metalliferous Sulfur-Rich Organic Soils. Carolina Yáñez*, Mary
Ann Bruns and Carmen Enid Martínez, The Pennsylvania State Univ
1168a Bioavailability of Contaminant Metals in a Mining Impacted Region of Ontario, Canada. Graeme
A. Spiers and Joinal Abedin*, MIRARCO, Laurentian Univ
1168b Physical , Chemical and Morphological Properties of the Soils Developed on 5 Parent Materials
in Northface of Elborz Mountain in Iran. Hassan
Ramezanpour* and Raheleh Hesami, Guilan Univ
1169a Study of Interactions Between Thiobacillus Bacteria and Mycorrhizal Fungi on Some Growth
Characteristics of Wheat Under Greenhouse
Conditions. Hosein Besharati*, Soil and Water Institute of Iran
121
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SESSION NO. 144
SESSION NO. 145
SESSION NO. 145
145-15
Compounds in Soil Environments—Poster
Convenor: Baoshan Xing, University of Massachusetts
145-1
145-2
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145-5
145-6
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145-9
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774a Study on The Adsorption of Bensulfuron-methyl
by Main Zonal Soils in Central-South China Region. Tian-Zhi Ouyang, Dept of Applied Chemistry,
Wuhan Univ of Technology and Xue-yuan Li*, College of Resources and Environment, Central China
Univ of Agriculture
775a Leaching of Pesticides in Tea Soil. Shivani Jaggi*,
Institute of HImalayan Bioresource Technology
776a Studies on Sorption, Movement and Persistence
of Soil Applied Pesticides in Different Soils. Rajannan Jayakumar*, Tamil Nadu Agricultural Univ
776b Effects of Urea on Interaction Between Sulfonlurea herbicides and Catalase by Flurescene
Spectroscopy. Fabing Ye*, Dept of Chemistry,
Huazhong Agriculture Univ, Tian-Zhi Ouyang, Dept
of Applied Chemistry, Wuhan Univ of Technology
and Yuanyan Dong, Dept of Chemistry, Huazhong
Agriculture Univ,
872a Layered Double Hydroxides for Efficient Delivery of Pesticides. Man Park*, Dept of Agricultural
Chemistry, Kyungpook National Univ and Sridhar
Komarneni, Pennsylvania State Univ
872b Behaviors of Layered Double Hydroxides in Soils.
Man Park1, Young Jin Seo*2, Choong Lyeal Choi3,
Jong Hee Lee4 and Pyoung Yeol Kim4, (1)Dept of
Agricultural Chemistry, Kyungpook National Univ,
(2)Kyeongsangbukdo Agricultural Technology Administration, (3)Kyungpook National University,
(4)Kyungpook National Univ
873a Soil Organic Matter Amphiphility and WaterStable Aggregates Formation. E.Yu. Milanovsky*
and E.V. Shein, Moscow State Univ, Soil Science
Faculty
873b Humus Regime, Colloid Forms and Fractional
Structure of Humus in Red-Brown and Brown
Soils. Saeed Zeraat Kar*, Kharkov National Agrarian Univ
874a Higher Accumulation of Organic P in Chemical
Fertilizer Treatment than Compost Treatment.
Chang Hoon Lee* and Pil Joo Kim, Division of Applied Life Science, Gyeongsang Univ
874b Release of DOM from Mucks in the Presence of
Phosphates. Dorota Matyka-Sarzynska* and Zofia
Sokolowska, Institute of Agrophysics
875a P Desorption in Andisols with Anion Exchange
Resin Membranes Sequential Extraction. Miguel
A. Negrin1, Jose Manuel Hernández-Moreno*1,
Francois Bartoli2 and Montserrat Espino1, (1)Univ
de La Laguna, (2)Laboratoire Sols et Environnement
ENSAIA/INRA
875b Transport and Concentration of Allergens and
Light Organics in Dust. Richard E. Zartman* and
William F. Jaynes, Texas Tech Univ
876a Pedotransfer Functions for Mineralization and
Retention of Waste Waters. Francisco Bautista*,
Depto de Ecología, FMVZ. Univ Autónoma de Yucatán and Yameli Aguilar, Univ Autónoma de Yucatán
876b Adsorption of Carbofuran in Wet Zone Soils of
Sri Lanka. Janitha A. Liyanage* 1, Ransilu C.
Watawala 1, Ananda P. Mallawatantri 1 and Rai
Kookana2, (1)Dept of Chemistry, (2)CSIRO Land
and Water
145-16
145-17
145-18
145-19
145-20
145-21
145-22
145-23
145-24
145-25
145-26
145-27
145-28
145-29
877a Molecular Ratio of PAH as a Tool to Reveal Ancient Farming Practice from Paleo-Paddy Soils in
the Yangtze Delta of China. Yuanhua Dong*, Zhihong Cao, Jiuhai Li, Hui Wang, Qiong An, zhengyi
Hu, Linzhang Yang, Xinggui Lin and Rui Yin, Institute of Soil Science, Chinese Academy of Sciences
877b Importance of Kerogen Carbons in Soils and Sediments from the Pearl River Delta and Estuary,
China. Yong Ran*1, Ke Sun1 and Baoshan Xing2,
(1)Guangzhou Institute of Geochemistry, (2)Dept
of Plant, Soil, and Insect Sciences, Univ of Massachusetts
878a Are Soil Organic Colloids Effective in Entrapping
Prion Proteins?. Maria A. Rao*, Fabio Russo and
Liliana Gianfreda, Dept of Soil, Plant and Environment Sciences, Univ of Naples Federico II
878b Dynamics of Chemical and Biochemical Soil
Properties in the Presence of Organic Pollutants.
Maria A. Rao, Rosalia Scelza, Giuseppina Iamarino,
Fabio Russo and Liliana Gianfreda*, Dept of Soil,
Plant and Environment Sciences, Univ of Naples
Federico II
972a The Effects of Tillage on the Amount and Distribution of Carbon in a Clay Loam Soil. Xueming
Yang*, C. F. Drury, W. D. Reynolds and C. S. Tan,
Agriculture & Agri-Food Canada
972b Selection of Chilean Native Wood-Rot Fungi for
Bioremediation of Allophanic Soil Contaminated
with Chlorophenols. Gonzalo R. Tortella, Rubilar
Olga Margarita, Mora Maria de la Luz and Diez
Maria Cristina*, Univ de La Frontera
973a Bioremediation of PAHs Contamination Soil by
Biosurfactants Producing Bacteria A. calcoaceticus BU03 under Thermophilic Composting Systems. Jonathan WC Wong*, Dept of Biology, Hong
Kong Baptist Univ
973b Remediation of Petroleum Contaminated Soils
by Lime Addition. Chris D. Collins*1, Dan Lothian1
and Vito Schifano2, (1)Reading Univ, (2)Arcadis
GMI
974a Sorption of Chlorinated Phenols by Allophanic
Soils. Mara X. Cea, Barbara S. Fuentes, M. Cristina.
Diez* and María de la Luz Mora, Univ de La Frontera
974b Quantity and Chemical Composition of Dissolved
Organic Carbon (Doc) in B and C Horizons of an
Arable Soil. A. Lavaud 1, A. Chabbi* Sr. 2, C.
Rumpel2, V. Jacquemet3, E. Gherman3 and J.-P.
Croué Sr. 4, (1)LCEE-CNRS-Univ de Poitiers,
(2)INRA, (3)Anjou Recherche-Véolia Water
Maisons Laffitte, (4)LCEE-CNRS-Université de
Poitiers
975a Surfactant Adsorption and Movement in a HighHumic Andisol. Munehide Ishiguro*, Yoshihumi
Kameoka and Takahiro Torigoe, Okayama Univ,
Faculty of Env. Science and Tech.
975b The Adsorption/Desorption of Metal Ions, Phosphate, Organic Substances on Goethite and Influence Factors. Feng-lin Xu* and Xue-yuan Li,
Huazhong Agricultural Univ
976a Transport and Degradation of Isotopically Labelled Black Carbon Subjected to Incubation
under Controlled Laboratory Conditions. André
Hilscher* and Heike Knicker, Lehrstuhl fuer Bodenkunde, TU-Muenchen
976b Oxidation of Black Carbon Along a Climosequence. Chih-Hsin Cheng* and Johannes Lehmann,
Cornell University
977a Physical and Physico-Chimical Stabilization of
Organic Matter in the Subsoil. Christophe Moni*,
145-30
145-31
977b
978a
145-32
978b
145-33
1072a
145-34
1072b
145-35
1073a
145-36
1073b
145-37
1074a
145-38
1074b
145-39
1075a
145-40
1075b
145-41
1076a
145-42
1076b
145-43
1077a
Abad Chabbi, Cornelia Rumpel and Claire Chenu,
INRA
Thermal Analysis of Humic and Fulvic Acids Extracted from Composts Prepared with Different
Materials and Mineral Enrichments. Claudivan C.
Lima*1, Eduardo de S. Mendonça2, Ivo R. Silva2 and
Asunción Roig3, (1)Escola Agrotécnica Federal de
Satuba, (2)Univ Federal de Viçosa, (3)CEBAS-CSIC
Study on the Contents of Shallow Profile Soil and
Biomass Carbon under Different Plant Processes.
Kun Shi*, Dalian Jiaotong Univ
Theoretical Calculations of Glyphosate Adsorption in Montmorillonite Interlayers. George
Khoury, Todd Gehris and Lorena Tribe*, Penn State
Berks
Glyphosate Adsorption on Pure Soil Component
(Montmorillonite): Mineral Structure Modifications View by XPS and DRX Techniques.
Guillermo Zampieri, Comisión Nacional de Energía
Atómica Centro Atómico Bariloche, Maria Dos Santos Afonso, INQUIMAE-FCEyN-UBA and Rosa
Maria Torres Sanchez*, CETMIC
Sorption of Glyphosate and Phosphate by Tropical Variable-Charge Soils. Ole K. Borggaard*,
Anne Louise Gimsing and Casper Szilas, Royal Veterinary & Agricultural Univ
Sorption of Aflatoxin by Clays and Modified
Clays. William F. Jaynes*, Richard Zartman and
Wayne Hudnall, Texas Tech Univ
Water-Stable Aggregates of Back Soil under
Long-Term Application of Chemical Fertilizers
and Recycled Organic Manures. Xiaozeng Han*1,
Shouyu Wang1 and Baoshan Xing2, (1)Northeast Institute of Geography and Agro-ecology, Chinese
Academy of Sciences, (2)Dept of Plant, Soil, and Insect Sciences, Univ of Massachusetts
Properties of Organo-Mineral Particles. Joan
Breiner*, Michael Anderson, Harry Tom and Robert
Graham, Univ of California, Riverside
Sorption, Desorption, and Biodegradation of Alanine in Soil. Holger Fischer* and Yakov Kuzyakov,
Univ of Hohenheim
The Effect of Catechol Interaction with the Maillard Reaction on Abiotic Humification as Catalyzed by Birnessite. A.G. Hardie*1, L.M. Kozak2
and P.M. Huang2, (1)Univ of Saskatchewan, (2)Dept
of Soil Science, Univ of Saskatchewan
Tracing the Fate of Lignin-Derived Carbon in
Particle Size Fractions of Soils by Compound
Specific 13C isotope Analysis. Alexander Heim*
and Michael W. I. Schmidt, Dept of Geography,
Univ of Zurich
Protection of DNA by Clay Minerals and Various
Colloidal Particles from an Alfisol. Qiao Yun
Huang*, Faculty of Resourcs and Environment,
Huazhong Agricultural Univ
Characterization of Adsorbed Dicarboxylic Acids
onto Minerals. Seunghun Kang* and Baoshan Xing,
Dept of Plant, Soil, and Insect Sciences, Univ of
Massachusetts
DRIFT Infrared Spectroscopy Studies of Organic
Matter Interactions at Mineral Surfaces. Joan
Elizabeth Thomas*1, Robert Schmidt1, Michael Kelley1 and Elizabeth Canuel2, (1)Jefferson Laboratory
Free Electron Laser Group and Dept of Applied Science, The College of William and Mary, (2)Dept of
Physical Sciences, Virginia Institute of Marine Sciences
145-44
145-45
145-46
145-47
145-48
145-49
145-50
145-51
145-52
145-53
145-54
145-55
145-56
145-57
1077b Adsorption of Humic Acid on Minerals as Examined by FTIR, NMR, and Elemental Analysis.
Saikat Ghosh*, Seunghun Kang, Prasanta C.
Bhowmik and Baoshan Xing, Dept of Plant, Soil,
and Insect Sciences, Univ of Massachusetts
1078a Sorption of Sulfonamide Antimicrobials to
Humic-Clay Complexes. Juan Gao*, Univ of Wisconsin, Madison and Joel A. Pedersen, Univ of Wisconsin
1078b Investigating the Role of Organo-Clay Complexes
in Phenanthrene Sorption. Xiaojuan Feng*, André
J. Simpson and Myrna J. Simpson, Dept of Physical
and Environmental Sciences, Univ of Toronto, Scarborough College
1169b Humin as a Fractal Nanomaterial. James A. Rice*,
South Dakota State Univ
1170a In-Situ U Stabilization by Microbial Metabolites;
Sequestration of U by Melanin and its Sorption
to Minerals. Anna S. Knox* and Charles Turick, Savannah River National Laboratory
1171a Phenanthrene Sorption and Leaching Dynamics
in Two Agricultural Soils. Samira Amellal*, Arnaud
Boivin, Michel Schiavon and Corinne Perrin Ganier,
Laboratoire Sols et Environnement, ENSAIAINRA/INPL
1172a Effects of Ionic Strength on MES Sorption and Ni
Sorption Kinetics at the Goethite-Water Interface. Brian Rosen*, Ryan Tappero, Kristian Paul
and Donald Sparks, Univ of DE
1172b Some Unique Characteristics of Humic Acid in
the Vertisols of Central China. Shanmei Wu*,
Nanjing Agricultural Univ/Univ of California,
Xirong Gao, Nanjing Agricultural Univ, Changqing
Lu, Institute of Soil Science and Qing Xu, Cotra
Costa College
1173a Phytoremediation and Site Management of Soil
Contaminated with Pentachlorophenol (PCP)
and Heavy Metals in New Zealand. Siva
(Sivalingam) Sivakumaran*, Tessa Mills, Iris Vogeler, Brent Clothier, Cara Norling and Ian McIvor,
HortResearch
1173b Quantification and Qualification of Clay Minerals of Tropical Soils by the Rietveld Method of
Structure Refinement. Marcelo Metri Correa, Univ
Federal Rural de Pernambuco, Mauricio P. Fontes*,
Dpto de Solos, Joao Carlos Ker, Univ Federal de
Viçosa and Vidal Barrón, Univ de Córdoba
1174a The Role of Organic Acids in Manipulating Nutrient Levels in Calcareous Soils. Zahra Khademi*,
Soil and Water Research Institiute, David L. Jones,
Univ of Bangor and MJ Malakouti, Tarbiat Modares
Univ, Soil and Water Research Institute
1174b Effect of Tillage Practices on Soil Organic Carbon as Affected by Soil Texture in Southwest
Michigan. X. Hao* 1, Alexandra Kravchenko 2,
Senthil K. Subramanian2, G. P. Robertson3 and A.J.M
Smucker4, (1)Dept Crop and Soil Science, Michigan
State Univ, (2)Michigan State Univ, (3)Crop & Soil
Sciences Dept, Michigan State Univ, (4)Dept of
Crop and Soil Sciences , Michigan State Univ
1175a Study of the Stability of Organic Matter in Forest Soils from the Basque Country (N Spain).
Zuriñe Madinabeitia1, Marta Camps Arbestain*2 and
Felipe Macias1, (1)Univ de Santiago de Compostela,
(2)NEIKER
1175b Fortified Water and Soils Extraction-Efficiency of
Triclopyr (3, 5, 6- trichloro-2 pyridinyloxyacetic
acid) with Four Organic Solvents. Desh Duseja*
and Gary Kriner, Tennessee State Univ
123
POSTERS
SESSION NO. 145
SESSION NO. 146
SESSION NO. 146
3.0A Long-term Agronomic Experiments: Their Importance for Science and Society—Poster
146-1
1225a Long-term Agricultural Experiments: The Necessity for Change and the Need for Continuity.
David S. Powlson*1, Paul R. Poulton1, Andrew J.
Macdonald1 and Zhao Bingqiang2, (1)Agriculture
and Environment Division, Rothamsted Research,
(2)Chinese Academy of Agricultural Sciences, Institute of Agricultural Resources and Regional Planning
146-2
1225b Soil Water Profiles Using TDR with Strip Lines.
Giuliano Vitali*, DiSTA–Univ.Bologna and Eugenio
Magnanini, DCA–Univ. Bologna
146-3
1226a Long-Term Application of Farmyard Manure
and Fertilizers Effects on Soil Quality in Northwestern China. Shengmao Yang*1, Shengmao
YANG2, Sukhdev.S. Malhi3, Feng-Min Li2, Dongrang Suo4, Yu Jia2, Ping Wang2, Tianwen Guo5 and
Jianguo Wang5, (1)Soil and Fertilizer Institute,
Gansu Academy of Agricultural Sciences, (2)The
Key Laboratory of Arid and Grassland Agroecology,
Lanzhou Univ, Ministry of Education, (3)Agriculture
and Agri-Food Canada, (4)Institute of Agricultural
Sciences of Zhangye Prefecture, (5)Institute of Soil
and Fertilizer, Gansu Academy of Agricultural Sciences
146-4
1226b Soil Chemistry After Fifteen Years Intensive Applications of Swine Lagoon Effluent. Ardeshir
Adeli*, Dennis E. Rowe and Karamat R. Sistani,
USDA-ARS
146-5
1227a Accumulative Effect of Long-term Conservation
Tillage Methods on Irrigated Corn in San Luis
Potosi, Mexico. Miguel A. Martinez-Gamiño* and
Cesario Jasso-Chaverria, INIFAP
146-6
1227b Nitrogen Fertilization Effects on Soil and Crop
Management Efficiency of Winter Wheat in
Long-term Experiment. Peter Pepo*, Agricultural
Univ of Debrecen
146-7
1228a The Bioassay Procedure for N & P Availability
Determination: Can We Learn More?. David
Bonfil*1, Israel Mufradi1, Silvia Asido1 and Gershon Kalyan2, (1)Agricultural Research Organization, (2)Fertilizers and chemicals LTD.
146-8
1228b Long-Term Fertilization on Sustenance of HighProduction Farming in an Inceptisol. Malarvizhi
Palaniappa pillai*, Selvi Duaisamy and Gopalakrishnan Mylesamy, Professor, Dept of SS&AC, Tamil
Nadu Agricultural Univ
146-9
1229a Soil Nutrient Availability and Balance under
Long-Term Fertilization and Garden Land Cropping System. Malarvizhi Palaniappa pillai* and
Selvi Duaisamy, Professor, Dept of SS&AC, Tamil
146-10 1229b Sustainable Soil Management in Lowland Rice
Ecosystems: Experiences from Long-Term Experiments. Roland J. Buresh*, W.M. Larazo, E.V.
Laureles, M.I. Samson and M.F. Pampolino, International Rice Research Institute
146-11 1325a Crop Rotation, Nutrient Management, and Biomass Removal Effects on Soil Organic Matter
Content. Krisztina Eleki*1, Richard Cruse1, László
Fodor2, Lajos Szabó2 and Sándor Holló3, (1)Iowa
State Univ, (2)Károly Róbert College, (3)Fleischmann Rudolf Agricultural Research Institute
146-12 1325b Simulation on Nitrogen and Soil Organic Matter
in Paddy Soils under Long-Term Application by
WNMM. KI-DO PARK*1, Chang-Young Park2,
124
146-13
1326a
146-14
1326b
146-15
1327a
146-16
1327b
146-17
1328a
146-18
1328b
146-19
1329a
Yong Li3, Deli Chen4, Jae-Saeng Lee2, Il-Soo Son2,
Dong-Wook Lee2, Ui-Gum Kang2 and Sung-Tae
Park2, (1)Yeongnam Agricultural Research Institute,
NICS, RDA, (2)National Yeongnam Agricultural
Research Institute, R.D.A, (3)The Univ of Melbourne, (4)The University of Melbourne
Effects of Long-Term Application of Compost
and Silicate on Nitrogen Mineralization and Soil
Chemical Properties of Korean Paddy Soil.
Chang-Young Park*, Ki-Do Park, Il-Soo Son, DongWook Lee, Ui-Gum Kang and Ho-Young Kim,
Yeongnam Agricultural Research Institute, NICS,
RDA
Net Soil Nitrogen Mineralization and Nitrification of a Lowland Subtropical Rain Forest in
Southern Taiwan. Chun-Chih Tsui*, Dept Agricultural Chemistry, National Taiwan Univ and ZuengSang Chen, Dept of Agricultural Chemistry, National Taiwan Univ
Effect of Long-Term Application of Rice Straw on
the Plant Available Silicon of Paddy Soil. Noriko
Kobayashi*1, Akiko Chida2 and Masahiko Saigusa1,
(1)Field Science Center, Graduate School of Agricultural Science, Tohoku Univ, (2)Miyagi pref. Motoyoshi Agricultural Extension Center
Long-Term Agroecosystem Experiments and
Sample Archives at USDA-ARS-NGPRL. Mark A.
Liebig*, John R. Hendrickson and Kristine A.
Nichols, USDA-ARS
Changes in Soil Properties after 10 Years at the
Beltsville Farming Systems Project, a Long-Term
Experiment to Assess the Sustainability of Conventional and Organic Cropping Systems. Michel
A. Cavigelli*, USDA-ARS-SASL
Nitrogen Sufficiency Diognosis in Corn in the
Southwest of Paraná, Brazil. Alexson Bobato*1,
Tangriani S. Assmann1 and Luiz A. C. Lucchesi2,
(1)CEFET, (2)Univ Federal do Paraná
Long-Term Agronomic Trials from The Mediterranean Region: A Critical Perspective. John
Ryan*, ICARDA
SESSION NO. 147
3.0B Emerging Topics in Soil Use and Management
—Poster
147-1
1329b The role of nitrification inhibitors in mitigating
nitrogen and cation losses in grazed pasture. Jagrati Singh1, Nanthi Bolan*1 and Surinder Saggar2,
(1)Soil and Earth Sciences, (2)Landcare Research
147-2
1425a Use of slow release type nitrogen fertilizer and its
effect on soil quality. Jorge Hernandez and Rosalia
I. Garcia*, Southern Illinois University
147-3
1425b Effect of nitrogen fertilizer on biological yield
and morphological characteristics of balm
(Melissa officinalis L.) under field condition. mohammad reza Ardakani*1, bohloul Abbaszadeh2,
ebrahim Sharifi ashourabadi2, farzad Paknejhad3
and mohammad hossain Lebaschi2, (1)nuclear research center for agriculture and medicine-atomic
energy organization of iran, (2)research institute of
forests and rangelands, (3)islamic azad universitykaraj branch
147-4
1426a Effect of solid nitrogen application on biological
yield, essential oil percentage and essential oil
SESSION NO. 148
1426b
147-6
1427b
147-7
1428a
147-8
1428b
147-9
1429a
147-10
1429b
147-11
1525a
147-12
1525b
147-13
1526a
147-14
1526b
147-15
1527a
147-16
1527b
147-17
147-18
1528a Korean Soil Database: Perspectives on Geospatial Information for Agri-Environment. Suk
Young Hong*, Sang Kyu Rim, Gab Sue Jang, Yi
Hyun Kim, Jee Min Lee and Han Kang Kwak, National Institute of Agricultural Science and Technology, RDA
1528b A new way to measure soil salinity comes with a
conversion factor. Tina Dalby, Agronomy and Soil
Science and Peter Cull*, ICT International Pty Ltd
SESSION NO. 148
3.0W Sustainable Soils and Life on Land—Poster
148-1
1432a Romanian Soil Irrigation Feasibility. Ion Seceleanu* Sr., National Institute for Research and Development for Soil Science, Agrochemistry and Environmental Protection-ICPA
148-2
1433a Preliminary Results from Special Lysimeters on
the Recultivated Dump of the Former Lignite
Mine Witznitz, Germany. Ulrike Haferkorn*,
Staatliche Umweltbetriebsgesellschaft
148-3
1433b Microbial Community Composition and Function in Hardwood and Coniferous Forests in the
Basque Country: Effect of Forest Management
Practices. Nahia Gartzia-Bengoetxea*1, Ander
González-Arias1, Javier Aróstegui2, Ellen Kandeler3
and Inazio Martínez de Arano1, (1)NEIKER-Basque
Institute for Agricultural Research and Development, Forestry Unit, (2)Universidad del País
Vasco/Euskal Herriko Unibertsitatea, Department
of Mineralogy and Petrology, (3)Institute of Soil
Science, Soil Biology Section, University of Hohenheim
148-4
1434a Dynamics of N Leaching Losses of a Haplic
Phaeozem with Agricultural Use in the Central
German Dry Region on the Basis of Long Term
Lysimeter Measurements. Steffi K. Knoblauch*,
Thuringian State Institute of Agriculture
148-5
1434b Leaching of Some Pollutants into Drainage Water
in Croatia. Ivan Šimunic* and Franjo Tomic, Faculty of Agriculture
148-6
1435a Why Soil Exists?. Davit Kirvalidze*, Georgian State
Agricultural Univ, Soil Science Dept and Izolda Jacobashvili, Georgian State Agricultural Univ, Dept
of Agrochemistry
148-7
1435b Long-Term Trends in Soil Fertility under Agricultural Plantations in Tropical Regions. Alfred
Hartemink*, ISRIC–World Soil Information
148-8
1436a Extractable Phosphorus Following Fertilizer Application from Rice Soils. Md. Rafiqul Islam* and
Md. Abu Saleque, Bangladesh Rice Research Institute, Gazipur-1701, Bangladesh
148-9
1436b Use of the Nutrient Management Expert System
NuMaSS to Improve Management of Nitrogen in
Maize-Based Systems in Hillsides of Honduras
and Nicaragua. Marco Trejo* Sr., MIS Consortium, Miguel Ayarza, CIAT, T. Jot Smyth, NC State
Univ and Denise Finney, Crop Science Dept
148-10 1532a Select Enzyme Activities as Affected by LongTerm Management Practices. Frieda Eivazi*, Lincoln Univ and M.R. Bayan, The E-TEC Group, LLC.
148-11 1532b Transition of the Natural 15N Abundance (∆15N)
in Paddy Soil Affected by Long-Term Application
125
POSTERS
147-5
yield of balm (Melissa officinalis L.) under greenhouse condition. bohloul Abbaszadeh*1, ebrahim
Sharifi ashourabadi1, mohammad reza Ardakani2,
farzad Paknejhad3, davood Habibi3 and mojtaba
Adraki3, (1)research institute of forests and rangelands, (2)nuclear research center for agriculture and
medicine-atomic energy organization of iran, (3)islamic azad university-karaj branch
Estimation for Nitrogen Status of Rice Plant by
Reflectance Indices of Ground-Based Remote
Sensors. Soon-dal Hong* 1, Seong-Soo Kang 1,
Hyun-Cheol Jeong1, Sukyong Hong2 and Yi-Hyun
Kim2, (1)Chungbuk National University, (2)National
Institute of Agricultural Science and Technology,
RDA
Extractability of Trace Elements in Raw, Heated,
and Granulated Poultry Litters. Gurpal Toor*,
University of Arkansas and Brian Haggard, USDAARS/Bio & Agric. Eng. Dept.
Poultry Litter Application Creates Nutrient Accumulation in Sorghum-Sudangrass Soils. Rebecca Gilfillen*, Byron Sleugh and Todd Willian,
Western Kentucky University
Site-Specific Soil Management for Pineapple Production in a Tropical Peat. Siva Balasundram*,
Ahmad Husni and Osmanu Ahmed, Universiti Putra
Malaysia
Soil and leaf nutrients norms for sweet orange(citrus sinensis osbeck) grown on marathwada region
of maharashtra. Sahebrao More*, Marathwada
Agricultural University, Parbhani , Maharashtra
,India and Harihar Krishnarao Kausadikar, Marathwada Agricultural University , Parbhani , Maharashtra , India
Liming in Green Harvested Sugar Cane Cultivated under Conventional and No-Tillage Systems. Denizart Bolonhezi*1, Heitor Cantarella2,
Fábio L.F. Dias2, Osvaldo Gentilin Junior1, Antonio
L. Cerdeira3, Manoel Dornellas3 and Miguel A. Mutton4, (1)Estação Experimental APTA–Centro Leste,
(2)Instituto Agronômico, (3)EMBRAPA–Environment, (4)UNESP
Soil Fertility Degradation and Management in
the Highlands of Kenya. Solomon Ngoze*1, Susan
J. Riha1, J.M. Kinyangi1, Johannes Lehmann1, Louis
Verchot2, David M. Mbugua2 and A.N. Pell1, (1)Cornell University, (2)World Agroforestry Centre
The characteristics of soil organic matter under
different stages of degraded grassland in a sandy
desertification aera on Ordos Plateau, northwestern China. Yizhong Lv*, College of Resources and
Environment, China Agricultural University
Cemetery soils: A window on the past?. Samuel B.
Geleta*, Christopher H. Briand, Kimberly C. Clark,
Michael E. Folkoff, Irene K. Miller and Brent J. Zaprowski, Salisbury University
Spatial variability of microbial properties in
prairie soils. Eirini Katsalirou*, Shiping Deng and
David Nofziger, Oklahoma State University
Utilizing green normalized difference vegetation
indices (GNDVI) for production level management zone delineation in irrigated corn. T.M.
Shaver*, R. Khosla and D.G. Westfall, Colorado
State University
Classification and Mapping of Soils of Sri Lanka
for Sustainable Land Management. Ranjith B.
Mapa*1, Anil R. Dassanayake1, Robert G. Eilers2 and
Tee B. Goh3, (1)Soil SCience Society of Sri Lanka,
(2)Canadian Society of Soil Science, (3)Canadian
Society of Soil SCience
SESSION NO. 148
148-12
1533a
148-13
1533b
148-14
1534a
148-15
1534b
148-16
1535a
148-17
1535b
148-18
1536a
148-19
1536b
148-20
1537a
148-21
1537b
126
of Compost in the Cool Region of Japan. Mizuhiko
Nishida*1, Kaori Iwaya2, Hirokazu Sumida3 and
Naoto Kato1, (1)National Agricultural Research Center for Tohoku Region, (2)Aomori Prefectural Agriculture and Forestry Research Center, (3)National
Agriculture and Bio-oriented Research Organization
Brassicaceae Seed Meal as a Soil Amendment to
Improve Plant-Available Nitrogen and Yields in
Organic Farming Systems. Jodi Johnson-Maynard*1, Alina Rice2 and Matthew Morra1, (1)Univ of
Idaho, (2)USDA-NRCS
Water Quality and the Relation with Different
Types and Uses of Soil in Distrito Federal (Df),
Brazil, Using GIS. Marina R. Bilich* and Marilusa
P. C. Lacerda, Univ of Brasilia
Earthworm Communities in Different Soil Habitats of the Eastern Palouse Region. Yaniria
Sanchez-de Leon*, Katherine Smetak and Jodi Johnson-Maynard, Univ of Idaho
Indicators of Soil Health: Rapid Assessment of
Soil Quality Using Laboratory Procedures and
VNIR Reflectance Spectroscopy. Bianca N. Moebius*1, Harold M. Van Es1, George Abawi1, David
Wolfe1, Omololu J. Idowu2, Janice E. Thies3, Daniel
J. Clune3, Robert R. Schindelbeck1, Ali Volkan Bilgili1, W. Dean Hively4 and Beth Gugino1, (1)Cornell
Univ, (2)Dept of Crop and Soil Sciences, (3)Dept of
Crop and Soil Sciences, Cornell Univ, (4)USDAARS Environmental Quality Laboratory
Production of Dry Matter of Corn and Mobility
of P and K in Soils That Received Application of
Dejections of Swine. Lani Joao Luiz*, Univ Federal
de Viçosa and Correa Gilberto Fernandes, Univ Federal de Uberlandia
Tillage and Rotation Effects on Greenhouse Gas
Fluxes in Long-Term Corn-Soybean Systems. Rex
A. Omonode*, Purdue Univ, Dept of Agronomy,
Anita Gal, Szent Istvan Univ, Soil Science and Agrochemistry Dept, D.R. Smith, USDA-ARS, National
Soil Erosion Research Laboratory and T. J. Vyn,
Purdue Univ
Long-Term Effects of Cropping Systems on Soil
Aggregate Stability. Kulbhushan Grover* and
Heather Karsten, The Pennsylvania State Univ
Crop Intensification—Forage Production and the
Soil Water Balance. Ymène Fouli* 1 , Sjoerd
Duiker1, Al Rotz1, Marvin Hall1 and David Johnson2,
(1)Penn State Univ, (2)Penn State South East Research and Extension Centre
Soil Nutrients Capture, Availability and Recycle
Potentials of the Locally Available Woody and
Non-Woody Species in the Guinea Savannah of
Nigeria. Oluwole A. Fatunbi*, Univ of Fort Hare,
Yukihiro Hayashi, Nihon Univ, Guanglong Tian,
Metropolitan Water Reclamation District of Greater
Chicago and Gideon O. Adeoye, University of
Ibadan
Response of Soybean (Glycine max L. Merril) to
Lime and Phosphorus Fertilizer Treatments on
an Acidic Alfisol of Nigeria. E. A. Akinrinde* and
M. O Anetor, Agronomy Dept, Univ of Ibadan
SESSION NO. 149
Social Trade-offs—Poster
149-1
1234a Analysis of Different Statistical Models forAssessing Potential Distribution of Forest Types in
Southern Spain. Maria Anaya*1, Rafael Pino2, Antonio Jordan1, Lorena Martinez-Zavala1, Nicolas
Bellinfante1 and Isidoro Gomez1, (1)Dept Cristallography, Mineralogy and Agricultural Chemistry (Univ
of Sevilla), (2)Dept of Statisthics and Operational
Research
149-2
1234b Crop Yield Assessment in Traditional Cordia
Africana Lam. Tree Intercrop Based Farms in
West Wellega. Diriba Nigusie Debele*, Forestry
Research Center
149-3
1235a Spatial Changes of the Main Land Use Types in
Beijing Suburban from 1993 to 2004. Xiao-gang
Cui*, De-hai Zhu and Tai-lai Yan, College of Information and Electronic Engineering,Chinese Agriculture Univ
149-4
1235b A Decision Support System Based on Soil Ecological Criteria: Results from the European ECOGEN Project. Jerome Cortet*1, Marko Bohanec2,
Martin Znidarsic2, Marko Debeljak2, Bryan Griffiths3, Sandra Caul3, Jacqueline Thompson3 and Paul
H. Krogh4, (1)Institut National Polytechnique de
Lorraine–ENSAIA, (2)Jozef Stefan Institute, Dept of
Knowledge Technologies, (3)Scottish Crop Research
Institute, (4)National Environmental Research Institute
149-5
1236a Analysis of Landscape Pattern Using GIS According to Land Use at Agricultural Area in
Korea. Myung Chul Seo*, Seung Gil Hong, Yeon
Kyu Sonn, Kwang Lai Park and Pil Kyun Jung, National Institute of Agricultural Science and Technology
149-6
1236b Analysis of Landscape Patterns Based on Land
Use Using GIS Application at Two Agricultural
Areas in Korea and Its Comparison. Seung Gil
Hong*, Myung Chul Seo, Yeon Kyu Sonn, Kwang
Lai Park and Kee Kyung Kang, National Institute of
Agricultural Science and Technology
149-7
1237a Non Polluting Eco-Friendly Herbal Weed Management for Crop Production. Mohd. Afroz Sultan*, Institute of Agriculture, Palli Siksha Bhavana,
Visva-Bharati, Srineketan, G.C. De, Institute of Agriculture, Palli Siksha Bhavana, Visva-Bharati, Anisur
Rahman Khan, ICAR Research Complex For Eastern Region and S.S. Singh, RWC-CIMMYT, India
149-8
1237b European Soil Visual Assessment—Field Guide.
Beata Houskova* and Luca Montanarella, Institute
for Environment & Sustainability, Joint Research
Centre
149-9
1238a Influence of Household Characteristics on Land
Use/Management and Holding Size in the Subhumid Agroecosystems of Western Ethiopia. Nega
Emiru* and Abebe Yadessa, Oromia Agricultural
Research Institute
149-10 1238b Using the Logic Model to Build Partnerships for
Abating Ammonia Emissions from Dairy Farms.
J. Mark Powell*1, Ellen Taylor-Powell2, Richard
Klemme2, Timm Johnson3, Larry Bruss4 and Tom
Misselbrook5, (1)USDA-ARS, (2)Univ of Wisconsin Cooperative Extension, (3)Wisconsin Dept Ag.
Trade and Consumer Protection, (4)Wisconsin Department of Natural Resources, (5)Institute for
Grasslands and Environmental Research
149-11 1239a Sustainable Agriculture in Azerbaijan (East Shirvan). Chingiz K. Alekperov*, Tel-Aviv Univ George
149-12
149-13
149-14
149-15
149-16
149-17
149-18
149-19
149-20
149-21
149-22
149-23
149-24
149-25
S. Wise Faculty of Life Sciences
1240a Groundwater Quality Parameters in Hassan District under Different Land Use Cover. Bhanu
Prakash*, Univ of Agricultural Sciences
1240b Impact of Engineering Interventions on the Soil
Management-a Success Story. Ajay Sehgal*, Indian Forest Service
1334a SWAT Model of Phosphorus Transport to Lake
Allatoona. David E. Radcliffe* and Zhulu Lin, Univ
of Georgia
1334b Study of Physical and Chemical Soil Properties
Variations in Relation to Forest Types and Some
Topographic Factors in the North of Iran. Ali
Salehi*, Natural Resources Faculty, Guilan Univ
and Ghavamoudin Zahedi Amiri, Natural Resources
Faculty, Tehran Univ
1335a Fluxes of Carbon and Sulfate Dynamics in SaltAffected Coastal Soils in Northern Germany. Md.
Harunor Rashid Khan* 1 , Hans-Peter Blume 2 ,
Tadashi Adachi3, Ulrich Pfisterer4 and Udo MuellerThomsen4, (1)Dept of Environmental Management
Engineering, Faculty of Environmental Science and
Technology, (2)Univ of Kiel, (3)Dept of Environmental Management Engineering, (4)Division of
Soil Ecology, Res. and Tech. Center-West Coast,
Univ of Kiel
1335b Soil Reclamation and Optimal Land Use in the
Coastal Area of the Red River Delta, Northern
Vietnam. Thai Hung Dinh*1, Shigeko Haruyama1
and Van Tiem Le2, (1)Institute of Environmental
Studies, Graduate School of Frontier Sciences, The
Univ of Tokyo, (2)Vietnam Agricultural Science Institute
1336b Change without Stick or Carrot: Adoption of Improved Soil Management Practices in Pennsylvania. Sjoerd Duiker*, Penn State Univ
1337a Assessing Potential Changes in Soil Salinity from
Irrigation Using Electrical Resistivity Technology.
Mike Sharp*, David Hopkins, Dean Steele and
Ramesh Gautam, North Dakota State Univ
1337b Conservation Agriculture Approach for Poverty
Reduction and Food Security in Sofala Province,
Mozambique. J.P.C. Taimo*, PROMEC, Ademir
Calegari, Iapar and Manfred Schug, Direcção
Provincial de Agricultura de Sofala / CIM
1338a Organic Matter and Soil Aggregation under
Crop-Pasture Rotation in Tropical Environment.
Julio Cesar Salton*1, João Mielniczuk2 and Cimélio
Bayer2, (1)Embrapa Western Agriculture, (2)Federal Univ of Rio Grande do Sul
1338b Soil Use and Management Effects on Aggregate
Stability and Hydraulic Conductivity Within
River Njoro Watershed in Kenya. Isaiah I.C.
Wakindiki*, Zachary G. Mainuri and Maina Gichaba,
Egerton Univ
1339a Terrain Analysis as a Base of Soil Productivity in
Tushka Basin, Upper Egypt. Alaa Eldin H. Elnahry*, National Authority for Remote Sensing and
Space Sciences
1339b Soil Resource Assessment of Garhwal Himalayan
Mountains in India. D. Martin*, S.K Mahapatra,
C.B Sachdev, Tarsem Lal, Kalpana Kambli and J.P
Sharma, National Bureau of Soil Survey and Land
Use Planning, ICAR
1437b Productivity Index in Typic Natrudolls in CenterSouthwestern of Buenos Aires Province, Argentina. Gustavo A. Cruzate*, Julio M. Sánchez,
Gervasio Carboni and Ricardo C. Díaz, INTACIRN-Instituto de Suelos
149-26
149-27
149-28
149-29
149-30
149-31
149-32
1438a Sugarcane Productivity in Acrustox under Different Water Availability Conditions. Hélio do
Prado*1, Antônio Carlos Machado Vasconcelos1,
Marcos Guimarães de Andrade Landell1, Dilermando Perecin2, Quirijn Jong Van Lier3 and Mauro
Alexandre Xavier 1 , (1)Centro de Cana IAC,
(2)FCAV UNESP, (3)Escola Superior de Agricultura
Luiz de Queiroz, USP
1439a Irrigation Sustainability and Economic Evaluation in South Italy Based on the Land Use/Soil
System: a Gis Approach for Water Managment.
Rosario Napoli*1, Paolo Bazzoffi1, Andrea Fais2,
Pasquale Nino2, Nicola Laruccia3, Francesco Abbattista1 and Silvia Vanino1, (1)Istituto Sperimentale per
lo Studio e la Difesa del Suolo, (2)Istituto Nazionale
di Economia Agraria, (3)Private Consultant
1439b The Use of the Lands and Its Adequacy in Distrito
Federal, Brazil. Fabio Alves de Carvalho* and Marilusa Pinto Coelho Lacerda, Univ de Brasilia
1538a Devils Lake Basin Water Utilization Test Project.
David Hopkins*, Dean Steele, Mike Sharp and
Ramesh Gautam, North Dakota State Univ
1538b No-Till Requires Better Soil. Frédéric Thomas*,
Farming Communication
1539a Land Use Plannning for Andhra Pradesh (India).
Alluri Padma Raju*, Acharya N.G. Ranga Agricultural Univ and Poonam Mala Kondaiah, Dept of
Agriculture
1539b Experiences of the Introduced Hungarian National Agri-Environmental Program. Viktor
Grónás1, Márta Belényesi2, Julianna Magyari2 and
Csaba Centeri*3, (1)Szent Istvan Univ, Dept of Landscape Ecology, (2)Szent Istvan Univ, Dept of Geoinformatics, (3)Szent Istvan Univ, Dept of Nature Conservation
SESSION NO. 150
3.1B Translating Soil Science into Agricultural &
Environmental Policy—Poster
150-1
1340a Decoupling Indicators of Soil Erosion for AgroEcosystem Assessment. Xiubin He* Sr., Institute of
Mountain Hazards and Environment, Junliang Tian
Sr., Institute of Soil and Water Conservation, CAS
and Wei Jie Sr., Institute of Mountain Hazards and
Environment, CAS
150-2
1340b Soil Survey of the United States: National Cooperative Soil Survey—Committees and Partnerships. M. Levin*, NRCS-USDA
150-3
1341a Managing Soil Quality for Agricultural Sustainability: A Review with Emphasis on Chinese Mollisols. Xiaobing Liu*1, Stephen J. Herbert2, A. M.
Hashemi2 and Xingyi Zhang1, (1)Northeast Institute of Geography and Agroecology, Chinese Academy of Sciences, (2)Dept of Plant, Soil, and Insect
Sciences, Univ of Massachusetts
150-4
1341b The European Perspective on Soil Quality.
Gergely Tóth*, Luca Montanarella, Nicola Filippi,
Vladimir Stolbovoy and Florence Carre, European
Commission Joint Research Centre Institute for Environment and Sustainability
150-5
1342a Folad-Mobarekeh Industrial Effluent Water
Quality and Effect on Ground Water Resources.
127
POSTERS
SESSION NO. 150
SESSION NO. 150
150-6
1342b
150-7
1343a
150-8
1343b
150-9
1440a
150-10
1440b
150-11
1441a
150-12
1441b
150-13
1442a
150-14
1442b
150-15
1443b
150-16
1540a
128
Hamid Reza Rahmani*, Esfahan Agricultural and
Natural Resources Research Center
Long-Term Effects of Conservation Tillage on
Soil Quality under Rainfed Semi-Arid Conditions (Southwestern Spain). Felix Moreno*1, Jose
M. Murillo1, Engracia Madejon1, Ignacio F. Giron1
and Francisco Pelegrin 2 , (1)IRNAS (CSIC),
(2)EUITA (Univ of Seville)
Productivity and Soil Quality as Affected by Fencing in Mixed Mub-catchment in North-east Tract
of Punjab, India. M. S. Hadda*, Dept of Soils and
K. B. Thapa, Dept of Soils
Mathematical Decision Theory Applied to Soil
Quality. Juan Grau*1, Jose M. Anton1, A. Saa2, M.
Cruz Díaz 2 and Ana M. Tarquis 3 , (1)Dpto.
Matemática Aplicada–E.T.S. Ing. Agrónomos–Polytechnic Univ of Madrid, (2)Dpto. Edafología–E.T.S.
Ing. Agrónomos–Polytechnic Univ of Madrid,
(3)Dpto. Matemática Aplicada–E.T.S. Ing.
Soil Functional Capability Classification Map of
the World. Sonya Ahamed1, Deborah Balk1, Rafael
Flor1, Marc Levy1, Cheryl Palm1, Pedro Sanchez*1,
Adam Storeygard1 and Stanley Wood2, (1)Columbia
University, (2)IFPRI
Background Levels of Potentially Toxic Elements
in NW Argentinian Soils. Nuria Roca1, Mabel
Pazos* 1 and Jaume Bech 2 , (1)Facultad de
Agronomía–UNCPBA, (2)Univ de Barcelona
Transition of Korean Soil Quality. Won Kyo
Jung*, You Hak Kim, Myeong Sook Kim and Han
Kang Kwak, National Institute of Agricultural Science and Technology
The Water Quality Status of River and Groundwater in Fluvio-marine Deposit Area in Southeastern Korea. Jeeyeon Ko*, Jae-saeng Lee, Choonsong Kim, Ki-yeol Jung, Yeong-dae Choi, Eul-soo
Yun, Choon-sik Kim and Seong-tae Park, National
Institute of Crop Science, Yeongnam Agricultural
Research Institute
Framework and Components of a New Land
Evaluation System in Hungary. Tamás Németh*1,
András Bidló2, Zoltán Gaál3, Bálint Heil2, Tamás
Hermann4, András Makó4, Ferenc Máté5, Ferenc
Speiser6, István Szûcs7, Gergely Tóth1, Tibor Tóth1,
György Várallyay1 and József Vass8, (1)Research Institute for Soil Science and Agricultural Chemistry
of the Hungarian Academy of Sciences, (2)Univ of
Western Hungary, (3)Univ of Veszprém Faculty of
Economics, (4)Univ of Veszprém Georgikon Faculty
of Agriculture, (5)Univ of Veszprém Georgikon Faculty of Agriculture, (6)Univ of Ve szprém Faculty of
Information Technology, (7)Szent István Univ,
(8)Univ of Veszprém Faculty of Information Technology
Nature and Causes of Soil Fertility Gradients:
Defining Soil Organic Carbon Thresholds for Improved Nutrient Use Efficiency on Granitic Sandy
Soils. Paul Mapfumo*, Univ of Zimbabwe
Evolution of the Mineral Status of Soil Plant Continuums: The Case of Sugarcane Grown on Tropical Ferralsols of Northern Côte d’Ivoire. Nguessan A. Kouassi* Sr., Centre national de recherche
agronomique de Côte d’Ivoire
Available Micronutrients Status in the Traditional Arecanut Growing Soils of Karnataka.
Vishwanath Shetty*, C. Narayanaswamy, H.V.
Rudramurthy, T.S. Vageesh and M. Hegde, College
of Agriculture and Zonal Agricultural Research Station
150-17
150-18
150-19
150-20
150-21
150-22
150-23
150-24
150-25
150-26
1540b Simulated Rainfall Impact on Carbon Dioxide
Emissions from Corn and Soybean Cropping Systems on a Mollisol. Roop Kamal*1, Diane E. Stott2,
Doug Smith2 and Dennis L. Bucholtz3, (1)Univ of
Nebraska, (2)USDA-ARS National Soil Erosion Research Laboratory, (3)USDA-ARS-MWA, National
Soil Erosion Research Laboratory
1541a Phosphorus Indices: Southern Similarities and
Differences. Sam E. Feagley*, Texas A&M Univ,
Deanna Osmond, North Carolina State Univ, Miguel
Cabrera, Univ of Georgia, Gene E. Hardee,
USDA/NRCS, Charles C. Mitchell, Auburn Univ, R.
Mylavarapu, Univ of Florida, Philip Moore, USDAARS, James L. Oldam, Mississippi State Univ,
William Thom, Univ of Kentucky, Agronomy,
Forbes Walker, Univ of Tennessee, Hailin Zhang,
Oklahoma State Univ and J. Stevens, New Mexico
State Univ
1541b Soil Quality Indicators Response to Long-Term
Grazing Exclusion as a Recovering Strategy in
Some Rangelands in Central Iran. Mohammad
A. Hajabbasi*, Isfahan Univ of Technology, College
of Agriculture, Dept of Soil Science, Mehdi Sharifi,
Agriculture and Agri-Food Canada and Mohsen
Sheklabadi, Isfahan Univ of Technology, College
of Agriculture, Soil Science Dept
1542a Effect of Farming Production in Peri-Urban
Small-Scale Vegetable Farming Systems on N, P
and K Balances at Plot Level. Biao Huang*1,
Xuezheng Shi1 and Ingrid Öborn2, (1)State Key Laboratory of Soil and Sustainable Agriculture, Institute
of Soil Science, the Chinese Academy of Sciences,
(2)Dept of Soil Sciences, Swedish Univ of Agricultural Sciences
1542b Incorporating N Fixation Uncertainty into Nitrogen Budgets for Organic Vegetable Farms.
Katie Monsen* and Carol Shennan, Univ of California Santa Cruz
1543a A Proposal for the Formal Designation of Rare
and Threatened Soils. Patrick Drohan* and Timothy Farnham, Univ of Nevada, Las Vegas
1543b Phosphorus Loss from Agriculture to Water in
Ireland. Hubert Tunney*1, Ger Kiely2, Phil Jordan3,
Richard Moles4, Karen Daly1, Ger Morgan2, Isabelle
Kurz 1, Declan Ryan 5, Eleanor Jennings 6, Ken
Irvine6, Nicholas Holden7, Donnacha Doody1, David
Bourke1, Paul Byrne4, Colin O’Reilly1, Owen Carton1 and Deirdre Fay1, (1)Teagasc, (2)Univ College
Cork, (3)Univ of Ulster, (4)Univ of Limerick,
(5)Teagsc, (6)Trinity College Dublin, (7)Univ. College Dublin
1544b Soils in Distance Education Programs—an Essential Science Online. Ronald J. Reuter*, Oregon
State Univ and Carol Bronick, Oregon State University
1545a Evaluation of the Texas Phosphorus Index. Sam
E. Feagley*1, Fred Jacoby1, Laura Harstad1, Todd
Carpenter1, Jim Akin1, Tom Hallmark1, Frank Hons1
and Robert Knight2, (1)Texas A&M Univ, (2)Rangeland Ecol. & Mgmnt. Dept
1545b N Rapid Assessment in Relation to Crop Production in Zimbabwe. Justice Nyamangara*, Univ of
Zimbabwe, Dept of Soil Science & Agricultural Engineering
SESSION NO. 151
3.2A Environmental Impacts of Soil Erosion–Measuring
and Modeling On- and Off-Site Damages of Soil Erosion
—Poster
151-1
1244a The Potential Effect to Flocculate Clay Particles
by a Biopolymer, Fe and Al Alone and Combined.
Manuel Antonio Henríquez Rodríguez*, UCLA,
José María Gascó Montes, ETSIAAgrónomos UPM
and Juana Pérez Arias, ETSI Agrónomo UPM
151-2
1244b Soil Wind Erosion on Agricultural Field and Its
Impact on Air Quality: Measurement and Modelling. Guanglong Feng*, Washington State Univ
and Brenton Sharratt, USDA-ARS
151-3
1245a Wind Erosion Effects on Soil Properties: A Case
Study at Big Spring, Texas. R. Scott Van Pelt* and
Ted M. Zobeck, USDA-ARS
151-4
1245b Direct Suspension as an Important Process of
Wind Erosion within the Columbia Plateau. Brenton Sharratt*, USDA-ARS and Guanglong Feng,
Washington State Univ
151-5
1246a Reducing Phosphorus Movement from Soil Contaminated by Over Addition of Manure. L. Darrell Norton*, S. J. Livingston, A. I. Mamedov and C.
Huang, USDA-ARS National Soil Erosion Research
Laboratory
151-6
1246b The Environmental Effects of Phosphorus Losses
Due to Runoff and Erosion from Agricultural
Fields. Ghasem Rahimi*, Steve Robinson and
Stephen Nortcliff, Dept of Soil Science, The Univ of
Reading
151-7
1247a Development of an Environmental Soil Test to Determine the Intrinsic Risk of Sediment and Phosphorus Mobilization in Runoff from European
Soils. Paul Withers*, ADAS Consulting UK
151-8
1248a Phosphorus Fractions in the Soil Surface as Affected by Tillage System. Antonio Delgado*, Juan
Velasco, Concepcion Saavedra, Purificacion Pajuelo,
Maria Dolores Hurtado and Francisco Perea, Univ
of Seville
151-9
1248b Effect of Soil Condition and Amendments Application on Phosphorous Loss. A.I. Mamedov*, C.
Huang, L.D. Norton and D.R. Smith, USDA-ARS,
National Soil Erosion Research Laboratory
151-10 1249a Predicting Transport of Soil Phosphorus in Landscape in Response to Manure Application. Yongsheng Feng*, Univ of Alberta and Xiaomei Li, Alberta Research Council
151-11 1249b Catchment Characterization and Targeting of
BMPs to Control Sediment and Phosphorus in
Land Runoff Using the PSYCHIC Decision Support Tool in the UK. Paul Withers* and Eunice
Lord, ADAS Consulting UK
151-12 1250a Effectiveness of Cropping on Runoff and Soil
Losses on Diverse Environmental Settings in
Brazil. Sonia C. F. Dechen*1, Isabella C. DeMaria1,
Jerry A. Ngailo2, Orlando M. Castro1 and Sidney R.
Vieira1, (1)Instituto Agronômico, (2)Ministry of
Agriculture and Food, Agricultural Research Institute Mlingano, National Soil Service
151-13 1250b Effect of Strip Cropping System on Reduction of
Soil Loss in Korean Highland. Gye-Jun Lee*,
Chol-Soo Park, Jeong-Tae Lee, Yong-Seon Zhang
and Seon-Woong Hwang, National Institute of Highland Agriculture, RDA
151-14 1251a Assessment of Water Quality near the Sloping
Uplands in Nakdong River Basin, Korea. Jinho
Joo*, Jae E. Yang, Yeong Sang Jung, Dae-Hoon
151-15
1251b
151-16
1252a
151-17
1252b
151-18
1253a
151-19
1254a
151-20
1254b
151-21
1255a
151-22
1255b
151-24
1256b
151-25
1257a
151-26
1257b
151-27
1344a
151-28
1344b
Kim, Su-chan Yang, Kyung-Yoal Yoo and Yong-Sik
Ok, Kangwon National Univ
Changes of Chemical Properties from Runoff
and Leachate in Soil Applied with Different Agricultural By-Products. Jinho Joo*, Chol-Soo Park,
Won-Jung Lee, Kyung-Yoal Yoo, Jae E. Yang and
Yong-Sik Ok, Kangwon National Univ
Effectiveness of PAM in Controlling Soil Erosion
in a Highly Degraded Soil of the Tropics Under
Steep Slopes. Gustavo Martínez* and Rafael
Ramos-Santana, Univ. of Puerto Rico
The Impacts of a Severe Rainfall on Soil Properties in Steep-Slope Agricultural Areas. ByungKeun Hyun*, National Institute of Agricultural Sciences and Technology
Chemical Treatment to Reduce Turbidity in Borrow Pit Discharges. Joshua W. Vetter* and Richard
A. McLaughlin, North Carolina State Univ
New Data on Comparison of Soil Erosion Models. Csaba Centeri*1, Zoltan Szalai2, Gergely Jakab2
and Karoly Barta3, (1)Szent Istvan Univ, Dept. of
Nature Conservation, (2)Geographical Research Institute Hungarian Academy of Sciences, (3)Univ of
Szeged, Dept. of Physical Geography and Geoinformatocs
Mathematical Representation of the Morphological Evolution of Rills. Ruth Maria Bianchini de
Quadros*, Environment Ministry
Effects of Soil Slaking and Sealing on Infiltration
– Experiments and Model Approach. Juergen
Schmidt*, Technical Univ Freiberg
Assessing the Impact of Soil Erosion by Water on
Soil Particle Size Fractions and Soil Organic Matter Pools in an Eroding Landscape. N.S. Nwokporo*, S. Nortcliff and J.S. Robinson, Dept of Soil
Science, Univ of Reading
Using Magnetic Spherules for Measuring Soil
Erosion and Pollutant Transfer. Alexander N. Gennadiyev*1, Kenneth Olson2 and Serge S. Chernyanskii1, (1)Moscow State Univ, Faculty of Geography,
(2)Univ of Illinois, Dept of Natural Resources and
Environmental Sciences
The Effects of Forest Clearance and Subsequent
Land Use on Erosion Losses and Soil Properties
in the Golestan National Park, Iran. Mohammad
K. Kianian1, Sadat Feiznia2, Amin Saleh Pour Jam*2
and Alireza Zahirnia1, (1)Univ of Tehran, (2)Univ of
Tehran
Effect of Tillage and Chemically-Weeded Fallowing on Measured Wind Erosion on Sunflower
Stubble Land in the Northern Great Plains, USA.
Stephen D. Merrill*1, Ted M. Zobeck2, Donald L.
Tanaka1, Lawrence J. Hagen3, Joseph M. Krupinsky 1 , John E. Stout 2 and Brenton Sharratt 1 ,
(1)USDA-ARS, (2)USDA-ARS, Cropping Systems
Research Lab, (3)USDA-ARS, GMPRC, Wind Erosion Research Unit
The New Italian Atlas of Sediment Yield from
Basins. Paolo Bazzoffi*1, Francesco Abbattista2,
Silvia Vanino1 and Rosario Napoli2, (1)Consiglio
per la Ricerca e la Sperimentazione in Agricoltura Istituto Sperimentale per lo Studio e la Difesa del
Suolo, (2)CRA Experimental Institute for Soil Study
and Conservation
An Extreme Close-Range Photogrammetric
Method for Monitoring Soil Erosion. William Ypsilantis*, Neffra Matthews, Tom Noble, Victoria Josupait and Dennis Murphy, USDI, Bureau of Land
Management
129
POSTERS
SESSION NO. 151
SESSION NO. 151
151-29
151-30
151-31
151-32
151-33
151-34
151-35
151-36
151-37
151-38
151-39
151-40
151-41
151-42
130
1345a Erodibility Status of Soils under Different Landuses in Shiwalik Hills of Himachal Pradesh,
India. J.C. Sharma*, Dept of Soil Science & WM,
Dr Y. S. Parmar Univ of Horticulture and Forestry
and Vipin Kumar, Dept of Soil Science & WM, Dr
Y. S. Parmar Univ of Horticulture and Forestry
1345b SWAT for Soil Erosion Simulation at Highland
Watershed. Jae-Hoon Ahn*1, Sung-Gu Heo2, KiSung Kim2, Myung Sagong3, Kyoung Jae Lim2 and
Chol-Soo Park1, (1)National Institute of Highland
Agriculture, (2)Dept. of Agricultural Eng., Kangwon
National Univ, (3)Korea Railroad Research Institute
1346a Use of DEMs for Predictive Gully Soil Erosion
Mapping in Lebanon. Rania C. Bou Kheir*, National Council for Scientific Research, Remote Sensing Center and John Wilson, Univ of Southern California, Dept of Geography, College of Letters, Arts
and Sciences, GIS Research Laboratory
1346b Modeling Soil Erosion in Central Greece. Sid. P.
Theocharopoulos*1, Heleni Florou2, F. Tsouloucha1,
Stamatina Karagianni-Christou1, Panagiotis Tountas1
and Maria Ntoula1, (1)National Agricultural Research Foundation, Soil Science Institute, (2)Democritos, Environmental Radioactivity Lab
1347a The Impact of Climatic Changes on Land Capability in the Picasa Lagoon Area, Buenos Aires
Province, Argentina. Gervasio Carboni*, Julio M.
Sánchez and Juan C. De La Fuente, INTA-CIRN-Instituto de Suelos
1347b Tillage and Crop Rotation Affect Bulk Density
and Penetration Resistance. Ivica Kisic*, Ferdo
Basic, Milan Mesic, Krunoslav Sajko and Zeljka
Zgorelec, Faculty of Agriculture
1348a Influences of Soil Types and Slope Gradients for
Nutrient Loss and Soil Erosion in Korean Highland. Cholsoo Park*, Gye-Jun Lee, Jeong-Tae Lee,
Yong-Seon Zhang and Yong-Ik Jin, National Institute of Highland Agriculture, RDA
1348b The Roles of Clay Minerals and Gypsum on Marl
Soils Stability South of Tehran, Iran. Toraj Asadi*,
Islamic Azad Univ, Bandar Abbas Branch and Ali
Reza Zahirnia, Soil and Watershed Managment Research Institute
1353a Evaluation of Modeled Soil Erodibility Estimates
Using Lab-Scale Simulated Rainstorms in Submountainous Region of Northern India. Anshuman Kohli*, Regional Agricultural Research Station and K. L. Khera, Dept of Soils
1353b Using Vetiver Technology to Mitigate Sediment
Transport for Erosion Control and Water Quality Improvement at a Typical Watershed in
Southern Guam. Mohammad H. Golabi*, Univ of
Guam
1354a Space-time Kalman Filtering of Soil Redistribution. Gerard B.M. Heuvelink*1, Jeroen M. Schoorl1,
Tom Veldkamp1 and Dan J. Pennock2, (1)Wageningen University and Research Centre, (2)University
of Saskatchewan
1354b Evaluating Soil Survey Data for Optimum Producing of Watermelon and Cucumber. Sug Jae
Jung*, National Institute of Agricultural Science
and Technology
1355a Erosion Rates of Different Particle Sizes from
Roads and a Wildfire, Colorado Front Range.
Zamir Libohova* 1 , Lee MacDonald 2 and Jay
Pietraszek2, (1)USDA-NRCS, (2)Colorado State
Univ
1355b The PO4/NO3 Ratio in Seepage Waters as an Indicator for the Macropore Contribution to Leach-
151-43
151-44
ing. Martin Kuecke*, Deok Hoon Yoon and JoergMichael Greef, Institute of Crop and Grassland Science, Federal Agricultural Research Center
1356a Runoff, Sediment Loss, and Aggregate Stability
Under Center Pivot Irrigation. Gary A. Lehrsch*
and D. C. Kincaid, USDA-ARS
1356b Effects of Hydraulic Parameter, Bed Slope and
Rock Fragment Cover on Soil Detachment Rates.
Ali Jafari Ardakani*, Soil Conservation and Watershed Managment Institute and Ali Reza Zahirnia,
Soil and Watershed Managment Research Institute
SESSION NO. 152
Enhancing Productivity and Sustainability—Poster
152-1
1453a Effect of 20 years of Cropping, Fertilization,
Farm Yard Manure and Groundnut Shells Application on Water Retention, Chemical and Biological Properties of Alfisol and Pod Yields of Rainfed Groundnut under Arid Climate. Cherukumalli
Srinivasarao*, M Vijayasankar Babu, KPR Vittal, B
Venkateswarlu, T Yalamanda Reddy, Sumanta
Kundu and PN Gajbhiye, Central Research Institute for Dryland Agriculture
152-2
1453b Nitrogen Fertilizer Management for Corn Crop
Under No-till in Brazilian Cerrado. Edson Cabral
da Silva1, Takashi Muraoka*2, Paulo C. O. Trivelin 1 , Salatier Buzetti 3 and Geovane Lima
Guimarães3, (1)Center for Nuclear Energy in Agriculture, (2)Center for Nuclear Energy in AgricultureUniv of S. Paulo (USP), (3)UNESP
152-3
1454a Landscape and Conservation Management Effects on Soil Hydraulic Properties for an Epiaqualf. Pingping Jiang*1, Stephen H. Anderson2,
Newell Kitchen3, E. John Sadler3 and Kenneth A.
Sudduth3, (1)Univ of Missouri, (2)Department of
Soil, Environmental and Atmospheric Sciences,
(3)USDA-ARS
152-4
1455a Drought Avoidance Using Skiprow Corn at
Akron, Colorado. Merle F. Vigil*, David Nielsen,
Brien Henry, Joseph Benjamin, Robert Klien and
Francisco Calderon, USDA-ARS, Central Great
Plains Research Station
152-5
1549a Agricultural Use of Residues of the Cotton Acid
Deleting Process. Evangelia Vavoulidou, Anthi
Dinirkou, Periklis Papadopoulos* and Christos
Paschalidis, Soil Science Institute of Athens, NAGREF
152-6
1549b Management of Vertisols with Limited Water
Availability for Improving the Productivity of
Durum and Aestivum Wheats. Uma Kant Behera*1, Hira Nand Pandey2 and P. K. Varma2, (1)Indian Agricultural Research Institute, (2)IARI, Regional Station
152-7
1550a Conservation Agriculture for Cotton Production
in a Coastal Plain Soil of Central Alabama, USA.
Francisco J. Arriaga*, Kipling Balkcom, Andrew
Price, Jason Bergtold, Ted Kornecki and Randy
Raper, USDA-ARS
152-8
1550b Influence of Tillage, Crop Rotation and Phosphorus Fertility on Grain Sorghum Yields. John
E. Matocha* 1, M. Richardson 2 and Steve Livingston1, (1)Texas A&M Agricultural Research and
152-9
152-10
1551a
1551b
152-11
1552a
152-12
1552b
152-13
1553a
152-14
1553b
152-15
1554a
152-16
1554b
Extension Center, (2)Texas Agricultural Experiment
Station–Corpus Christi
Effect of Tillage, N Fertilizer and Crop Residue
on Yield, Nutrient Uptake, Soil Quality and
Greenhouse Gas Emissions. Sukhdev.S. Malhi*1,
Reynald Lemke 1 , Z. H. Wang 2 and Baldev S.
Chhabra3, (1)Agriculture and Agri-Food Canada,
(2)Northwest Agriculture and Forestry Univ, (3)Univ
of Alberta
Potassium Availability, Distribution and Categorization of Various Soil Types Under Different
Rainfed Production Systems of India. Cherukumalli Srinivasarao*, Central Research Institute for
Dryland Agriculture
Effect of in situ Moisture Conservation and Nutrient Management Practices on Soil Properties
and Yield of Redgram in a Rainfed Alfisol. A.
Raja Rajan* and R. Sabarinathan, Tamil Nadu Agricultural Univ
Ground Cover and Irrigation Effects on Soil Fertility, Mineral Nutrition, and Productivity of
Sweet Cherry. Xinhua Yin*1, Janet Turner1, Clark
Seavert1, Rita Guiliani2, Roberto Núñez-Elisea1 and
Helen Cahn1, (1)Oregon State Univ, (2)Oregon State
University
Recycling and Integrated Ue of Agriculture Based
Organic Sources of Nutrients in Rainfed Sunflower Crop (Helianthus annus L.) in Semiarid
Tropical Alfisol. Kishori Lal Sharma*, Central Research Institute for Dryland Agriculture
Sugar-beet Vinasse Increases the Effectiveness
of Iron Sulphate and Vivianite Correcting Iron
Chlorosis. Antonio Delgado* and Ana De Santiago, Univ of Seville
Effect of Nitrification Inhibitor Combined with
Nitrogen Fertilizers on Soil Microbial Activity
and Net Nitrification Under Cotton Cultivation.
Dilfuza Egamberdiyeva*, Tashkent State Univ of
Agriculture and Swetlana Poberejskaya, Institute of
Inorganic and Organic Chemistry
Earthworm Activity and Physical Soil Quality of
Maize-based Cropping Systems under Conventional vs. Conservation Agriculture in the Highlands of Central Mexico. Mirjam Pulleman*1, Antonio Castellanos Navarrete2, Lijbert Brussaard2,
Ron de Goede2 and Maja Kooistra3, (1)CIMMYT,
(2)Wageningen Univ and Research Centre,
(3)Kooistra Micromorphological Services
SESSION NO. 153
3.2C Water Use Challenges for the Future—Poster
153-1
1258a Modeling Floodplain Filtration for Improvement
of River Water Quality. Jong-Bae Chung*1, SeungHyun Kim2, Byeong-Ryong Jeong1 and Young-Deuk
Lee1, (1)Daegu Univ, (2)Yeungnam Univ
153-2
1258b Effect of Saline Irrigation and Zinc on the Concentration and Uptake of Zinc by Mustard (Brassica Juncia). Micky Gupta* and R.D Kaushik,
Chaudhary Charan Singh Haryana Agricultural Univ
153-3
1259a Potable Quality of Hand Pump Water as Influenced by Irrigation with Metals Contaminated
153-4
1259b
153-5
1260a
153-6
1260b
153-7
1261a
153-8
1261b
153-9
1262a
153-10
1262b
153-11
1263a
153-12
1263b
153-13
1264a
153-14
1264b
153-15
1265a
153-16
1265b
153-17
1358a
Effluents. Sanjay Sachan, S.K. Singh* and P.C. Srivastava, G.B.Pant Univ of Agriculture and Technology
Set Points for Scheduling Potato Irrigation Using
Capacitance Probes. Ashok Alva*, USDA-ARS
The Effects of the Interaction between Sodium
and Potassium on Growth, Yield and Fruit Quality of Tomato in Southwestern Nigeria. Mary K.
Idowu* and Emmanuel A. Aduayi, Dept of Soil Science
Mycorrhizal Colonization Promotes Nutritional
Qualities of Tomato under Water Deficit Conditions. Kizhaeral S. Subramanian*, Dept of Soil Science & Agricultural Chemistry
The Physiologycal Role of Nitrate on Resistance
of Water Stress in Two Sainfoin Species. A.Z.
Yaghobi* and K.F. Rahimzadeh, Tehran Univ
Microbial Biomass and Different Extractable Organic Carbon Pools as Influenced by Sodic Water
Irrigation, Gypsum and Organic Amendemnts
under Rice-Wheat System. Joginder Kaur*, O.P.
Choudhary and Bijay Singh, Dept of Soils, Punjab
Agricultural Univ
Water Productivity Functions of Onion (Allium
Cepa L) Under Micro Sprinkler Irrigation in
Lower Gangetic Plain of India. Supradip Sarkar*
and Subhendu B. Goswami, Bidhan Chandra Krishi
ViswavidyalayaI
Does Drip Irrigation Degrade Soil Structure in
Vineyards?. Dougal R. Currie* 1, Cameron D.
Grant1, Robert S. Murray1 and Michael McCarthy2,
(1)Univ of Adelaide, (2)SARDI
Effect of Irrigation Management and Planting
Methods on Broccoli under Stored Rainwater
Resource. Sheetal Sharma* Sr.1, O. C Kapur2 and
S.S Masand2, (1)CSKHPKV, Palampur, Himachal
Pradesh, (2)CSK HPKV Palampur
Heavy Metals in Waters and Sediments of Natural Lakes of District Nainital, India. Ajay P.
Singh*1, Prakash C. Srivastava1 and Prashant Srivastava2, (1)Dept of Soil Science, G.B. Pant Univ of
Agriculture and Technology, Pantnagar 263145, Uttaranchal, (2)Faculty of Agriculture, Food and Natural Resources, The Univ of Sydney, Australia
Performance of HYDRUS-1D to Simulate Water
and Salt Movement in Rice (Oryza sativa L.)
Crop in Relation to Different Salinity Irrigations.
Vinod Phogat*, A.K. Yadav and Sanjay Kumar, CCS
Haryana Agricultural Univ
The Effects of Strategic N Fertilizer Application
During the Cool Season on the Soil Nitrogen Dynamics in a Perennial Ryegrass-White Clover
Pasture in the Western Cape Province of South
Africa. Johan Labuschagne*1, M. B. Hardy1 and G.
A. Agenbag2, (1)Dept of Agriculture Western Cape,
(2)Univ of Stellenbosch
Agricultural and Climatic Impacts on the
Groundwater Resources of a Small Island: Measuring and Modelling Water and Solute Transport in Soil and Groundwater on Tongatapu. Marijn Van der Velde*1, Steve R. Green2, Marnik Vanclooster3 and Brent E. Clothier2, (1)Univ of Louvain
(Louvain-la-Neuve), (2)HortResearch, (3)Univ of
Louvain
Water and Nitrogen Dynamics as Influenced by
Agro-Management Practices under Rice Crop in
Haplustalf. S. Kar* and Samarendra Sahoo, Indian
Institute of Technology
Soil Matric Potential under Two Moisture Levels
with Surface Irrigation. Rafael Figueroa*, Antonio
131
POSTERS
SESSION NO. 153
SESSION NO. 153
153-18
1358b
153-19
1359a
153-20
153-21
1359b
1360a
153-22
1360b
153-23
1361a
153-24
1361b
153-25
1362a
153-26
1363a
153-27
153-28
1363b
1364a
153-29
1364b
153-30
1365a
132
Gallegos, Cirilo Vazquez, Salvador Berumen, Enrique Salazar and J. Dimas Lopez, Univ Juárez del
Estado de Durango
Evaluation on the Reuse Efficiency of Drainage
from Plastic Film House in Korea. Jong-Sik Lee*,
Goo-Bok Jung, Jin-Ho Kim, Won-Il Kim and JeongTaek Lee, National Institute of Agricultural Science
and Technology
Delineating Site-Specific Irrigation Management
Units Using Geospatial ECa Measurements. Dennis Corwin*1, Scott M. Lesch2, Peter Shouse1,
Richard Soppe3 and James Ayars4, (1)USDA-ARS,
George E. Brown Jr. Salinity Laboratory, (2)Univ of
California, Riverside, (3)Water Watch, (4)USDAARS, Water Management Research Laboratory
Bioavailability and Toxicity of Residual Boron
Originating from Saline Irrigation Water. Uri
Yermiyahu*1, Joon Zilberman2, Alon Ben-Gal1 and
Rami Keren1, (1)Agricultural Research Organization, (2)Shaham
Effect of Tillage, Irrigation and Nutrient Levels
on Seedling Emergence, Yield and Water Use Efficiency of Rabi Sunflower (Helianthus annus L.)
in Rice Based Cropping System. Singarao Meduri*
and Praveen Kumar, Acharya N.G. Ranga Agricultural Univ
Mitigating the Effects of Electrical Conductivity,
Soil Texture, and Temperature on a Low-Cost
Soil Moisture Sensor. Colin S. Campbell*, Gaylon
S. Campbell, Douglas R. Cobos and Brody Teare,
Decagon Devices, Inc.
Distributed Water Transfers in an Andosol under
Banana Plant. Sansoulet Julie*1, Cabidoche YvesMarie1 and Cattan Philippe2, (1)Institut National
Recherche Agronomique (INRA), (2)Centre International de Recherche Agronomique pour le
Développement (CIRAD)
Arsenic Accumulation in Evaporation Basins for
Agricultural Drainage Disposal, California, USA.
Suduan Gao*1, Ji-hun Ryu2 and Kenneth K. Tanji2,
(1)USDA-ARS, (2)Univ of California, Davis
Fertigation Effect on Corn Yield and its Compounds in San Luis Potosi, Mexico. Cesario JassoChaverria*1, Miguel A. Martinez-Gamiño1 and Jesus
Huerta-Diaz2, (1)INIFAP, (2)Facultad de Agronomia, UASLP
Assessment of Water Purification by Estimating
Nitrogen Balance Combined Different Data at
Paddy Farming in Korea. Myung Chul Seo*, Kee
Kyung Kang, Hong Bae Yun and Byung Geun Hyun,
National Institute of Agricultural Science and Technology
Partial Root Drying: an Alternative Irrigation
Management to Improve the Water Use Efficiency of Potato Crops. Adolfo Posadas*, Roberto
Quiroz, Guliver Rojas and Miguel Malaga, International Potato Center
Nitrate Leaching in Different Soils and Cropping
Systems in Lombardy (Italy). Stefano Brenna*
and Marco Pastori, ERSAF
Analysis of Water Flux and Solute Transport for
a Clay Soil under Different Groundwater Conditions in Southern Italy. Domenico Ventrella*,
Nicola Losavio, Luisa Giglio, Rita Leogrande and
Mirko Castellini, CRA-Istituto Sperimentale Agronomico
The Speciation and Accumulation of Selenium
in Agricultural Evaporation Basins in California, USA. Ji-hun Ryu1, Suduan Gao*2 and Kenneth
K. Tanji1, (1)Univ of California, Davis, (2)USDAARS
153-31
153-32
153-33
153-34
153-35
153-36
153-37
153-38
153-39
153-40
153-41
153-42
153-43
153-44
153-45
1365b Growth, Yield and Water Productivity of Tomato
under Different Watering Level and Plastic
Mulches. Salvador Berumen-Padilla*, Rafael
Figueroa-Viramontes, Juan Jose Martinez-Rios, Cirilo Vazquez-Vazquez, Jose Dimas Lopez-Martinez
and Enrique Salazar-Sosa, Facultad de Agricultura
y Zootecnia de la Univ Juarez del Estado de Durango
1458a Effect of Irrigation Using Wastewater on Heavy
Metal Contents of Soils under Vegatable in
Tabriz, Iran. Azita Behbahaninia*, Azad Univ,
Rodehen Branch, Dept of Environment and Ramin
Salmasi, Azad Univ, Rodehen Branch, Dept of Environment
1458b Ten Years of Phosphorus Best Management Practices in the Everglades Agricultural Area. Samira
Daroub*, Timothy Lang, Orlando Diaz and Ming
Chen, Univ of Florida
1459a Changes in the Conservative Features of Chernozems under the Impact of Secondary Hydromorphism. Svetlana O. Rozhdestvenskaya*, Faculty of Soil Science, Moscow Sate Univ
1459b Preferential Nitrate Leaching in the Hill of
Potato. Peggy Macaigne*, François Anctil and
Léon-Etienne Parent, Univ Laval
1460a Performances of Three Late-Season Sugarcane
Varieties under Soil Water Deficit at the Yield
Formation Stage in Northern Ivory Coast. Crépin
Péné*, Ferké Research Station/Sugarcane Program
and M. Kéhé, Regional Scientific Coordination of
Korhogo
1460b Nitrate-N Leaching to Subsurface Drains as Affected by Drainage Intensity and Agronomic
Management Practices. Eileen J. Kladivko*, Purdue Univ
1461a The Environmental Evolvement of the Hetao Irrigation District : An Equilibrium between the
Combat Facing Irrigation Induced Soil Salinity
and the Respect of the Receiving Media. Bernard
Vincent*1, Jingwei Wu2, Alain Vidal1, Jinzhong
Yang2, Sami Bouarfa1 and Juxiu Tong2, (1)Cemagref, (2)Wuhan Univ
1461b Effect of Water Availability on Sugarcane Responses to N Fertilization. Robert Wiedenfeld*
and Juan Enciso, Texas Agricultural Experiment Station
1462a Nitrogen Spatial Distribution and Transformation in a Florida Sandy Soil Cropped with Tomatoes under Seepage Irrigation. Shinjiro Sato*,
Monica Ozores-Hampton and Kelly Morgan,
SWFREC/Univ of Florida
1462b Modelling the Processes of Soil Salinization and
Sodification in Irrigated Lands: New Approaches. Ildefonso Pla* Sr., Lleida Univ
1463b Water Use Efficiency of Potato Between Sprinkler
and Drip Irrigation Systems Under Field Condition. Kyung-Hwan MOON*1, Han-Choel Lim1 and
Hae-Nam Hyun2, (1)National Institute of Subtropical Agriculture, (2)Cheju National Univ
1560a Leaching of As from Arid Calcareous Soil under
Wheat and Safflower Cultivation – a Column
Study. Gholamabbas Sayyad*1, Majid Afyuni1,
Karim Abbaspour2, Mousavi Sayed-Farhad1 and
Rainer Schulin3, (1)Isfahan Univ of Technology,
(2)EAWAG, (3)ETHZ Institute of Terrestrial Ecology (ITÖ)
1560b Improving Input Efficiency in Agriculture. Charan Jeet Singh Sethi*, Punjab Agricultural Univ
1561a Effect of Saline Water Irrigation and Zinc Application on Post Harvest Soil in Mustard (Brassica
153-46
153-47
153-48
153-49
1561b
1562a
1563a
1563b
juncea). Micky Gupta* and R.D Kaushik, Chaudhary Charan Singh Haryana Agricultural Univ
Soil–crop Response under Wastewater Irrigation: A Case Study in Sub-Humid Orissa. Madhumita Das*, R. B. Singhandhupe, K. Kanan, E.
Antony and H. Chakrabarty, Water Technology Centre for Eastern Region
Reduced Tillage for Efficient Management of
Crop Residue, Irrigation Water, and Fertilizer Nitrogen in Wheat Grown in Rotation with Rice.
N.S. Pasricha*, S.K. Bansal, Komal Singh and Moin
Deen, Potash Research Institute of India, Gurgaon,
Haryana
Effect of Irrigation Levels and Emitters Depth on
Soil Moisture and Salinity Distribution and
Water Use Efficiency of Tomato. Abdrubalrasol
Al-Omran* and Sami Al-Damry, Soil Science Dept,
King Saud Univ
Effect of the Moisture Sensor-controlled Automatic Irrigation System on Potato Production in
the Plastic Film House. Kyung-Hwan Moon*1,
Han-Choel Lim1, Seung-Jong Jun1 and Hae-Nam
Hyun2, (1)National Institute of Subtropical Agriculture, (2)Cheju National Univ
SESSION NO. 154
154-7
154-8
154-9
154-10
154-11
154-12
154-13
Environment—Poster
154-1
1178a Effect of Different Compacted Phosphatic Fertilizers on Enzymes Activity in. C.A Srinivasamurthy*, M.V. Ravi, Sujata F Harlapur, G.N.
Thippeshappa, A.S. Kumaraswamy, S. Bhaskar, N.G.
Basavaraju, B. Gayathri, M.N. Ravikumar, K.G.
Ankegouda, M.V. Bhargavi, G. RAVI, V.R. Ramakrishna Parama and R. Siddaramappa, Univ of Ag Sciences
154-2
1266a Effect of Nitrogen and Phoshorus Fertilizers on
Seed Quality and Yield of Commom Bean (Phaseolus vulgaris L). Joshua O. Belle*, Forest Dept
154-3
1266b Enriching Sugarcane Bagasse Compost by Sulfur,
Nitrogen Fixing (Azotobacter chroochoccum) and
Phosphate Solubilizing Bacteria (Enterobacter
cloacae) Bagasse Decomposition and Produced
Compost Enrichment. ladan Razikordmahalleh*,
Department of Environment
154-4
1267a Dynamics of Water-Soluble Phosphorus in Surface-Applied Broiler Litter. Liliana Ines Picone*,
Facultad Ciencias Agrarias-Univ Nacional Mar del
Plata, Miguel Cabrera, Univ of Georgia, Armando S.
Tasistro, Agricultural and Environmental Services
Laboratories, Univ of Georgia and David E. Kissel,
Agricultural and Environmental Services Laboratories, Univ of Georgia
154-5
1267b Speciation of Phosphorus in Manures and Manure-Amended Soils. Babasola Ajiboye*1, Olalekan
Akinremi1 and Yongfeng Hu2, (1)Univ of Manitoba,
(2)Canadian Light Source Inc.
154-6
1268a Comparative Efficiency of Sulphur Fortified
Mono-Ammonium Phosphate. N.S. Pasricha*,
Potash Research Institute of India and Ramendra
Singh, Mosaic India Pvt. Ltd.,
154-14
154-15
154-16
154-17
154-18
154-19
154-20
1268b Changes in Soil PAvailability as Affected by Plant
Extracts. Paulo S. Pavinato* and Ciro A. Rosolem,
College of Agricultural Sciences–São Paulo State
Univ
1269a Latex Sludge—An Alternate Cheap Phosphorus
Source in Crop Production. Simi Sathyaseelan,
Dept of Soil Science & Ag Chemistry, College of
Agriculture, Vellayani and Sumam George*, Dept of
Soil Science & Ag Chemistry, College of Agriculture, Vellayani.
1269b P-Fertilizer Use Efficiency of Tomato on Two Soil
Types in Viet Nam Studied Using 32p Labelled
Technique. Tran Kong Tau* Sr., Vietnam National
Univ, Hanoi
1270a Studies on VA-Mycorrhizal Fungi (VAM ) as a Potential Biofertilizer in an Acid Alfisol of Northwestern Himalayas. V.K. Suri*, Anil K. Choudhary, Girish Chander and T.S. Verma, CSK HP Ag
Univ, Dept of Soil Science
1270b Managing Phosphorus-Enriched Soils: Effects of
Iron Amendment on Temporal Dynamics of
Bioactive Phosphorus Pools. Thanh H. Dao*, Eton
E. Codling and Robert C. Schwartz, USDA-ARS
1271a P-dynamics in the Hypersaline Ponds Used for
Cultivation of Artemia Franciscana in the
Mekong Delta of Vietnam. Khoi Chau Minh*1,
Guong Vo Thi1, Margriet Drouillon2, Pieter Pypers2
and Roel Merckx2, (1)Soil Science and Land Management Dept, Can Tho Univ, (2)Division of Soil
and Water Management, Dept of Land Management,
K.U. Leuven
1271b Utilization of Solid Waste from Phosphoric Acid
Industry as a Phosphorus Source to Upland Rice.
Ramegowda Suma*, Chengappa Preethu and Reddy
Prabhakara, Univ of Agricultural Sciences
1272a Agronomic Evaluation of Two Phosphate Rocks
and Preliminary Testing of a Phosphate Rock
Decision Support System. L. I. Prochnow*1, L. C.
Tessaro2, S. H. Chien3, U. Singh3, S. A. Smalberger3
and M. M. Cunha4, (1)Dept of Soil and Plant Nutrition, ESALQ-Univ of Sao Paulo, (2)Mato Grosso
Research Foundation, (3)IFDC, (4)Intertrade Group
1272b Soil Phosphorus Fractionation Dynamics and
Phosphorus Sorption in a Continuous MaizeWheat Cropping System. K. N. Sharma* Sr., Punjab Agricultural Univ
1273a Direct Application of Phosphate Rock in
Bangladesh Agriculture. S. A. Haque*, Bangladesh
Agricultural Univ
1273b The Effect of Different Phosphoric Fertilizers:
Fluoride and Strontium in a Soddy-Podzolic SoilPlant System. Olga V. Shelepova*, Potatueva Yalia,
Karpova Elena, Sidorenkova Nadezhda and Ignatov
Vitalij, Dolgoprydnaya Agrochemical Experimental
Station
1274a Phosphorus Release and Bioavailability Form
Agri-Waste Amended Soils under Chloride and
Sulphate Salts. Zahoor Ahmad*, Haytham El
Sharkawi, Toshimasa Honna, Sadahero Yamamoto,
Muhammad Irshad and Faridullah n/a, Tottori Univ
1274b Phosphorus Leaching in Soils: Effect of Soil Type,
Soil Phosphorus Saturation, and Animal Manures Generated from Modified Diets. Gurpal
Toor*, Univ of Arkansas, J. Thomas Sims, Univ of
Delaware and Brian Haggard, USDA-ARS/Bio &
Ag Eng. Dept
1275a Genotypic Responses of Corn to Phosphorus Fertilizer Rates in Calcareous Soils of Turkey.
Hayriye Ibrikci*1, Can A., Ulger1, Kursat Korkmaz1,
Abdullah Oktem 1 , Gokhan Buyuk 1 , Omer
133
POSTERS
SESSION NO. 154
SESSION NO. 154
154-21
1275b
154-22
1276a
154-23
1276b
154-24
1277a
154-25
1277b
154-26
1278a
154-27
1278b
154-28
1366a
154-29
1366b
154-30
1367a
154-31
1367b
154-32
1368a
154-33
1368b
154-34
134
1369a
Konuskan1, Boujamaa Amar2, Ebru Karnez1, Gonul
Ozgenturk 1 , Hacer Oguz 1 and John Ryan 3 ,
(1)Cukurova Univ, (2)Institut Mondial du Phosphate, (3)ICARDA
Direct and Residual Effects of Phosphorus Fertilization of Rainfed Sorghum (Sorghum vulgare
L.) and Its Effect on P Adsorption and Availability in Semi-Arid Tropical Alfisols. Kishori Lal
Sharma*, Central Research Institute for Dryland
Agriculture
Drying and Rewetting Cycles and Phosphorus
Dynamics. Clayton R. Butterly*1, Petra Marschner1,
Ann McNeill1 and Jeff Baldock2, (1)The Univ of
Adelaide, (2)CSIRO Land and Water
Evaluation of Differential Phosphorus Uptake
and Utilization Efficiency of Brasscia Cultivars to
Applied Phosphorus. Akhtar M. Shahbaz*1, Adachi
Tadashi1, Oki Yoko1, Khan M.H. Rashid1, Murata
Yoshiyuki2 and Kurimoto Hiroyuki1, (1)Dept of Environmental Management and Engineering, Graduate School of Environmental Science, (2)Dept of
Biological Resources Chemistry, Graduate School of
Natural Science and Technology
Effects of Soil Management and Fertilization on
Phosphate Accumulation in Andisols of Northern
Japan. Chihiro Mizota*, Masayuki Tani, Masanori
Koike and Katsuhisa Kuramochi, Obihiro Univ of
Agriculture and Veterinary Medicine
Residual Effects of Phosphorus and Soybean
Crop on Maize in the Guinea Savanna.
Iheanyichukwu J. Ogoke*, Federal Univ of Technology and Adeniyi O. Togun, University of Ibadan
Models Estimating Fertilizer Requirements to
Increase Available Soil Phosphorus. Gerardo
Rubio*, Maria Julia Cabello and Flavio Gutierrez
Boem, Univ Buenos Aires Fac. Agronomia
Alum WTR Amendments to Field Plots Having
Soils with High Soil Phosphorus Test Levels. Lee
W. Jacobs* and Brian J. Teppen, Michigan State
Univ
Phosphorus Runoff Losses from Beef Production
Systems as Affected by the Field Slope on a Volcanic Ash Soil. Marta A. Alfaro*, Francisco Salazar,
Nolberto Teuber, Sergio Iraira and Luis Ramirez,
INIA Remehue
The Effect of Residue Characteristics on Phosphorus Availability and Plant Phosphorus Uptake. Shahriar M. Iqbal*, Else Bünemann, Petra
Marschner and Annie McNeill, The Univ of Adelaide
Relative Availability of Manure Phosphorus
Compared to Fertilizer. Carrie A.M. Laboski*1,
Emily G. Sneller1 and Sarah K. Marshall2, (1)Univ
of Wisconsin-Madison, (2)USDA-ARS
The Use of Industrial Byproducts as Liming
Agents and Phosphate Fertilizers. Baiq Emielda
Yusiharni* and Bob Gilkes, School of Earth and Geographical Sciences, The Univ of Western Australia
Biosolid Applications of Phosphorus to Agricultural Soils in the UK. N. J. Flynn*, Univ of Reading, Dept of Geography and Paul Withers, ADAS
Consulting UK
Use of Struvite, a Novel P Source Derived from
Wastewater Treatment, in Wheat Cultivation.
Sanussi Y. Ahmed1, Robert S. Shiel1 and David A.
C. Manning*2, (1)School of Agriculture, Food and
Rural Development, Univ of Newcastle, (2)School
of Civil Engineering and Geosciences, Univ of Newcastle
Dynamics of Forms of Phosphorus in an Inceptisol under Long-Term Cultivation with Rice-
154-35
1369b
154-36
1370a
154-37
1370b
154-38
1371a
154-39
1371b
154-40
1372a
154-41
1372b
154-42
1373a
154-43
1373b
154-44
1374a
154-45
1374b
154-46
1375a
154-47
1375b
154-48
1376a
Wheat-Jute Cropping System. G.C. Hazra*,
Sukanta Chakrabortty and Biswapati Mandal, Bidhan Chandra Krishi Viswavidyalaya
Differences in Plant Growth and Phosphorus Uptake Among Three Riparian Grass Species. John
Kovar*, USDA-ARS Natl. Soil Tilth Lab. and Norbert Claassen, Institute of Agricultural Chemistry
Relative Efficacy of Graded Levels of Coated Diammonium Phosphate in Groundnut (Arachis
hypogaea L.). Gopalakrishnan Mylesamy*, Dept
of Soil Science and Agricultural Chemistry,Tamil
Nadu Agricultural Univ and Subbiah Karuppan,
Agricultural Research Station, Tamil Nadu Agricultural Univ
Stability of the South Russian Black Soil Phosphate Stock. Nataliya Kravtsova* 1 , Olga
Biryukova 1, Vladimir Kryshchenko 1 and Ivan
Yel’nikov2, (1)Rostov State Univ, (2)Soil Institute
after V.V. Dokuchaev
Assessing Phosphorus Dynamics in Calcareous
Soils Amended with Organic Matter. Paul Grossl*,
Utah State Univ, Richard Koenig, Washington State
Univ and Stephen Trolove, Crop and Food Research
Impact of Soil Calcium Carbonate Content and
Phosphorus Source on Phosphorus Runoff. Adriane L. Elliott*1, Ronald Schierer2, Jessica G. Davis1
and Reagan M. Waskom1, (1)Colorado State Univ,
(2)USDA-Natural Resources Conservation Service
Effects of Phosphorus-Based Manure Compost
Applications on Corn Production and Soil Phosphorus Accumulation in Upland Andosol. Toyoaki
Ito, Teppei Komiyama* and Masahiko Saigusa, Field
Science Center, Graduate School of Agricultural
Science, Tohoku Univ
Phosphorus-Based Application System of Animal Manure Composts for Environmentally Conscious Paddy Rice Production: Two-Year Estimation. Toyoaki Ito, Norimasa Tanikawa* and
Masahiko Saigusa, Graduate School of Agriculture
Science, Tohoku Univ
Impact of Subsurface Hydrology on Phosphorus
Translocation in Karst Topography. Janice Branson*, Tennessee Tech Univ
Properties of Phosphorus Forms in Leachate
from Soils with Long-Term Manure Additions.
Charles Hyland*1, Shinjiro Sato2, Zhongdong Lan3,
Quirine Ketterings 1 and Johannes Lehmann 1 ,
(1)Cornell Univ, (2)SWFREC/Univ of Florida,
(3)Chinese Academy of Sciences
Phosphorus Risk Indicators: Correlation with
Water Quality in the Eastern Prairie Region of
Canada. Esther Salvano and Don N. Flaten*, Dept
of Soil Science, Univ of Manitoba
The Role of Oyster Shell Meal in the Reactions of
Phosphate with Soils. Byeong yeon Ha, Chang
hoon Lee, Chang oh Hong and Chan Yu*, Division
of applied Life Science, Gyeongsang Univ
Effect of Long-Term Tillage Treatments and P
Fertilizer on Arbuscular Mycorrhizal Colonization and Growth of Sunflower. Aiguo Liu*, Shabtai Bittman and Tom Forge, Pacific Research Center, AAFC
Effects of Rock Phosphate and Triple SuperPhosphate on Orange Trees. Akbar Gandomkar*,
Esfahan Agricultural and Natural Resource Research
Center
Response of Arbuscular Mycorrhizal Fungi to
Phosphorus Fertilization of Soils as Affected by
Soil Conditions. N. Mathimaran, R Ruh, J Jansa and
E. Frossard*, ETH
154-49
154-50
154-51
154-52
154-53
154-54
154-55
154-56
154-57
154-58
154-59
154-60
154-61
1376b Transformations of Inorganic-P Fractions in Soil
and their Bio-Availability to Plants in Raya-Soybean (B. Juncea L.-Glycine max L.) Crop Rotation. N.S. Dhillon* and Varinderpal Singh, Dept of
Soils, Punjab Agricultural Univ
1464a Effect of Long-term Fertilization and Cropping
on Forms of Potassium and Fixation Characteristics of K in a Red Soil. S.M. Jayaprakash*, C.M.
Vinutha, K. Sudhir and H.C. Prakasha, Univ of Agricultural Sciences
1464b Assessment of Phosphate Release from Agricultural Soils Using a Flow-Through Reactor System. Emmanuel Frossard*, Paolo Demaria and
Sokrat Sinaj, Group of Plant Nutrition ETH
1465a Phosphorus Storage Capacity of Soils under Various Animal Operations. Vimala D. Nair*, Willie
Harris, P. K. R Nair and Donald Graetz, Univ of
Florida
1465b Phosphorus Enriched Soils in the Mid Atlantic
USA: Leaching Potential and Response to Cropping Systems. Robert Kratochvil* and Frank Coale,
Univ of Maryland
1466a Soil Phosphorus De-Stratification to Reduce Export of Phosphorus in Surface Runoff from a
Sub-Catchment Used for Intensive Grazing. Warwick J. Dougherty*1, Phil Davies2, David Chittleborough1, Jim Cox2 and David M. Nash3, (1)Soil and
Land Systems, School of Earth and Environmental
Sciences, (2)CSIRO Land and Water, (3)Dept of
Primary Industries
1466b Sequential Fractionation as an Operational Tool
to Study P Forms and P Release Potential in Soils
and Sediments. Antonio Delgado* and Concepcion
Saavedra, Univ of Seville
1467a Spatial Variability of Soil Test Phosphorus Across
Manure Amended Dairy Soils. Anil K. Somenahally*1, David Weindorf2, Landon Darilek2, James
Muir3 and Roger Wittie1, (1)Tarleton State Univ,
(2)Tarleton State University, (3)Texas A&M Experiment Station
1467b Use of Water Treatment Residuals as a Best Management Practice to Bind P in Upland and Wetland Ecosystems. Jeff Novak*1, Ariel A. Szogi2,
Don Watts1, Nicholas Basta3, Elizabeth Dayton1 and
Thecan Caesar4, (1)USDA-ARS, (2)USDA-ARS
Coastal Plain Soil, Water and Plant Research Center, (3)The Ohio State Univ, (4)USDA-ARS-NPARL
1468a The Utilization of Different Organic Acids as
Models for Studying the Influence of Organic
Matter on Phosphorus Insolubilization Process in
Calcareous Soils. Camilla Giovannini*, Ilaria
Braschi, Ornella Francioso, Andrea Simoni and
Carlo Emanuele Gessa, Dipartimento di Scienze e
Tecnologie Agroambientali
1468b Sorption-Desorption Behavior of Phosphorus and
Potassium in Four Soil Series of Isfahan. Khodabakhsh Panahi Kordlaghari*, Isfahan Agricultural
and natural Resources Research Center
1469a Dynamic and Abailability of Potassium in Soils
Andisols and Inceptisols Dedicated to the Potato
Cultivation in the Highland Cundiboyacense.
Francisco Jiménez* Sr., Monomeros
1469b Identification and Quantification of Organic and
Inorganic forms of Phosphorus in Animal Manures Generated by Dietary Modification. Gurpal
Toor*, Univ of Arkansas, Derek Peak, Univ of
Saskatchewan, Barbara Cade-Menun, Stanford Univ,
J. Thomas Sims, Univ of Delaware and Brian Haggard, USDA-ARS/Bio & Agric. Eng. Dept.
154-62
154-63
154-64
154-65
154-66
154-67
154-68
154-69
154-70
154-71
154-72
154-73
154-74
154-75
1470a Soil Quality. Richard Doe*, Univ of Cape Coast
1470b Novel Soil Amendment to Restrain Movement of
P and Other Anions from Pastures for the Protection of Water Bodies: Laboratory, Pilot and Field
Studies. Gordon J. Churchman*1, Britta Pittan2 and
David J. Chittleborough1, (1)Univ of Adelaide,
(2)Christian-Albrechts-Univ zu Kiel
1471a Modelling Phosphate Adsorption by Agricultural
and Natural Soils. You Jiao*, William H. Hendershot and Joann K. Whalen, McGill Univ
1471b Phosphorus Foraging Root Growth of Brassica
Plants in Humus-Rich P-Deficient Soils. Masami
Nanzyo*, Hitoshi Kanno and Tadashi Takahashi,
Graduate School of Agricultural Science, Tohoku
Univ
1472a Statewide, County-Based and Whole Farm Phosphorus Balances. Quirine M. Ketterings*, Caroline Rasmussen, Johan C. Mekken and Karl J. Czymmek, Cornell Univ
1472b Improvement of Rice Productivity by Application
of Azotobacter Inoculum. Narayan C. Mandal*,
Arijit Mukhopadhyay and Ramhari Pal, Dept of
Botany; Visva-Bharati
1473a Utilization of Nitrogen and Phosphorus by Some
Promising Rice Parental Lines. Velugubantla Adinarayana* and Karu Koteswar Reddy, Acharya N.G.
Ranga Agricultural Univ
1473b Influence of REDOX on the Rhizosphere Chemistry of Upland Soils. A.B. De–Campos*1, C.T.
Johnston1, C. Huang2 and L.D. Norton2, (1)Agronomy Dept, Purdue Univ, (2)USDA-ARS
1474b Phosphorus Balance and Changes in P Fractions
over Time and Soil Depth on a Long-Term N x P
Fertility Trial on a Black Vertosol, North Eastern
Australia. Xiaojuan Wang* 1 , David Lester 2 ,
Christopher Guppy1 and Peter Lockwood1, (1)Univ
of New England, (2)Nutrient Management Systems
1475a Optimization of Phosphorus and Potassium Management in Lowland Rice in Bangladesh through
Site Specific Nutrient Management Approach.
M. Murshedul Alam*1, Roland J. Buresh2, J.K.
Ladha2 and Mrs Shanta Foyjunnessa3, (1)International Rice Research Institute Bangladesh Office,
(2)International Rice Research Institute,
(3)Bangladesh Rice Research Institute
1475b Long-Term (43 years) Fate of Soil Phosphorus as
Related to Cropping Systems and Fertilization.
T.Q. Zhang*, C.S. Tan, C.F. Drury and D.W.
Reynolds, Greenhouse and Processing Crops Research Centre, Agriculture and Agri-Food Canada
1476a Soluble Phosphorus Availability in Subsurface
Drip Irrigated Agriculture: Transformations of
Soluble Inorganic and Organic Forms from Reclaimed Water in Soil and the Effect of the Rizosphere. M. Pino Palacios-Díaz*1, Vanessa MendozaGrimón1, Esteban Del-Nero1, Juan Ramón Fernández-Vera2, Francisco Rodriguez-Rodriguez2 and Jose
Manuel Hernández-Moreno3, (1)Univ de Las Palmas
de Gran Canaria, (2)Granja Agrícola Experimental
del Cabildo de Gran Canaria, (3)Univ de La Laguna
1476b Performance, Soil Phosphorus Mobilization and
Rhizospheric Effects of some Grain Legumes
Grown in Oxisols of Western Kenya. Jane J. Kapkiyai* and John M. Duxbury, Cornell Univ, Crop and
Soil Sciences Dept
1564b Evaluation the Effects of Substitute of Triple
Super-Phosphate with Rock Phosphate in Citrus
Tree Nutrition. Akbar Gandomkar*, Esfahan Agricultural and Natural Resource Research Center
135
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SESSION NO. 154
SESSION NO. 155
SESSION NO. 155
155-14
3.3B Nutrient Use Efficiency and Global Agriculture
—Poster
155-1
1609a Varietal Differences in Mineral Nutrition of Corn.
Lykashov Aleksei Georgievic*, Rostov State Univ,
Dept of Soil Science and Agrichemistry
155-2
1609b Effect of Vermicompost, Inorganic and Bio Fertilizer Application on Fodder Yield and Quality
in Maize + Cowpea Intercropping System. M.R.
Backiyavathy* and G. Vijayakumar, Tamil Nadu
Agricultural Univ
155-3
1610a Mineralization of Crop Residues and the Fate of
Residue-Nitrogen as Affected by Tillage Practices and Litter Quality. Martin Potthoff*1, Horst
H. Steinmann2, Friedrich Beese3 and Rainer G. Joergensen1, (1)Dept of Soil Biology and Plant Nutrition, Univ of Kassel, (2)The Research Centre for
Agriculture and the Environment, (3)Institute of Soil
Science and Forest Nutrition
155-4
1610b Horticultural Crop Biofertilization with Arbuscular Mycorrhizal Fungi. Cabrera A. Rodriguez*
Sr., Instituto Nacional de Ciencias Agricolas
155-5
1611a Carbon, Nitrogen and Phosphorus Mineralization in Soils Amended with Native Shrub
Residues in Semi-Arid Senegal. E. Dossa*, Oregon
State Univ, Richard Dick, Ohio State Univ, Mamadou Khouma, ISRA and Aminata Badiane,
USAID
155-6
1611b The Effect of the Grazing System on Nitrogen
Losses, Production and Quality of a Mixture of
Pasture in Southern Chile. Rolando Demanet*,
Carlos Canseco, Pedro Núñez and María de la Luz
Mora, Univ de La Frontera
155-7
1612a Nitrogen and Sulfur Supply to a Degrading Signal Grass Pasture: Soil and Plant Concentrations. Francisco A. Monteiro* and Edna M. BonfimSilva, Soils and Plant Nutrition Dept, Luiz de
Queiroz College of Agriculture, Univ of São Paulo
155-8
1612b Copper Fertilizer Management for Optimum
Crop Yield and Quality in the Canadian Great
Plains. Sukhdev.S. Malhi*, Agriculture and AgriFood Canada and Rigas Karamanos, Western Co-operative Fertilizers Limited
155-9
1721b Sustaining Crop Production in the Developing
World through “The Nutrient Buffer Power Concept”. K.P.Prabhakaran Nair*, Government of Kerala, Agricultural Reforms Committee
155-10 1613a Optimization of Corn Grain Composition with
Variable Rate Nitrogen Fertilization. Matias L.
Ruffo*1, Matt Wiebers2 and Frederick E. Below1,
(1)Univ of Illinois, Dept of Crop Sciences, (2)Mosaic Crop Nutrition
155-11 1613b Sulphur Fertilizer Management for Optimum
Seed Yield and Quality of Canola in the Canadian
Great Plains. Sukhdev.S. Malhi*, Agriculture and
Agri-Food Canada, Jeffrey Schoenau, Univ of
Saskatchewan and Cynthia Grant, Agriculture &
AgriFood Canada
155-12 1614a Movement of Water, N-forms and Potassium in a
Sandy Soil Cropped with Vegetables under Drip
Irrigation. Kamal A. Mahmoud*, Peter NkediKizza and Kelly Morgan, Univ of Florida
155-13 1614b Cover Crop and Nitrogen Rate Management for
Sustainable Production of Sweet Corn under NoTill. Muchha R. Reddy*, North Carolina Agricultural and Technical State Univ, Nishantha W.A.R.
Fernando, North Carolina A&T State Univ and Carl
R. Crozier, North Carolina State Univ, Soil Sci. Dept
136
155-15
155-16
155-17
155-18
155-19
155-20
155-21
155-22
155-23
155-24
155-25
155-26
1615a Wastewater Re-Use in Soilless Environments. R.
Michitsch*1, C. Chong2, R.P. Voroney2 and B.E.
Holbein3, (1)Dalhousie Univ, (2)Univ of Guelph,
(3)SUBBOR
1615b Yields and Sugar Content in Melon(Cucumis
melo) by the Different Nitrogen and Potassium
Fertilization Levels in Protected Cultivation. Ju
Young Lee* 1, Jae-Hong Park 1, Byoung-Choon
Jang1, Suck-Kee Jung1, Byung-Koo Ahn2, So-Hyeon
Park3, Su-Yeon Lee3, Yang-Ho Park3, Ku-Suk Jung3,
Ki-Sang Lee3 and Young-Sang Yoon3, (1)Division of
Plant Nutrition, National Institute of Agricultural
Science and Technology, RDA, (2)Kochang Watermelon Experiment Station, (3)Kongju National University
1616a Issues with Re-Using Organic Based Wastewaters
in Soilless Applications. R. Michitsch*1, C. Chong2,
B.E. Holbein3 and R.P. Voroney2, (1)Dalhousie Univ,
(2)Univ of Guelph, (3)SUBBOR
1616b Effect of Steelmaking Slag and Converter Sludge
on Some Properties of Acid Soil under Tea Planting. Seyedeh Fatemeh Kiaee Jamali* 1 , Akbar
Forghani1 and Ahmad Shirinfekr2, (1)Guilan Univ,
(2)Tea Research Center
1617a Defining Useful Limits for Spectral Reflectance
Measures in Corn. W.E. Thomason*, S.B. Phillips,
J.G. Warren and F.D. Raymond, Virginia Tech
1617b Study on Availability of Phosphorus in Amendment Soils with Different Organic Matters. Akbar
Forghani* and Ebrahim Javanmard, Guiln Univ
1618a Temporal Change of Soil Phosphorus Fractions
Observed by Field Microplot Cylinder Experiments. Zhongqi He*, C. Wayne Honeycutt, Timothy Griffin and Ann-Marie Fortuna, USDA-ARS
1618b Effect of Nitrogen Levels and Microelements on
Agronomic Characters and Growth Analysis of
Forage Maize(S.C 704). Mohammad Reza Ardakani*1, Nour Ali Sajedi2, Mojtaba Jafarzadeh3,
Mohammad Ali Khodshenas3 and Mojtaba Adraki4,
(1)Nuclear Research Center for Agriculture and
Medicine, Atomic Energy Organization of Iran,
(2)Islamic Azad Univ, Arak Branch, (3)Islamic Azad
Univ, Broujerd Branch, (4)Islamic Azad Univ, Karaj
Branch
1619a The Study of Effects Zn, Fe and Mn on Quantity
and Quality of Grain Wheat. Mohammad Reza Pol
Shekane Pahlavan*, Gholam Ali Keykha, Gholam
Reza Eatesam, Hossein Akbarimoghaddam, Shir Ali
Koohkan and Mohammad Reza Naroueirad, Agricultural and Natural Resources Research Center
1619b Effect of Foliar Application of Iron and Sulphur
in Alleviation of Iron Chlorosis in Acid lime (Citrus aurantifolia, Swingle). Pravinchandra C. Patel*,
Main Forage Research Station, Anand Agricultural
Univ, Anand-388110(Gujarat State)
1620a Soil Water Micronutrients and Heavy Metals
Under Turf. Zhongchun Jiang*, SUNY Cobleskill
1620b Sulfur and Nitrogen Deficiency Reduces Radiation Interception, Biomass Production and Grain
Yield in Wheat. Fernando Salvagiotti*, Univ of
Nebraska and Daniel Miralles Sr., Faculty of Agronomy, Univ of Buenos Aires
1621a Meeting the Rice Production and Consumption
Demand Of West Africa with Improved Soil and
Water (Sawah) and Nutrient Management Technologies. Kwame Osafredu Asubonteng*1, Benjamin Adiyiah1, Tsugiyuki Masunaga2 and Toshiyuki
Wakatsuki3, (1)Soil Research Institute, (2)Faculty of
Life and Environmental Science, Shimane Univ,
(3)Faculty of Agriculture, Kinki Univ
155-27
155-28
155-29
155-30
155-31
155-32
155-33
155-34
155-35
155-36
155-37
155-38
1621b Effect of Traditional Range Burning on ShortTerm Soil Chemical Changes and Perfomance of
Introduced Forage Legumes in Semi-Arid Rangelands of Kenya. P.N. Macharia*, Kenya Agricultural
Research Institute-Kenya Soil Survey, C.K.K. Gachene, Univ of Nairobi and J.G. Mureithi, Kenya Agricultural Research Institute-Legume Research Network Project
1622a Mineralization of C and N from Banana Crop
Residues in Soil and Role of N from Residues in
Banana Nutrition during a Crop Cycle. Line
Thieuleux*1, Recous Sylvie1, Sierra Jorge1, OzierLafontaine Harry1, André Lassoudière2 and Oliver
Robert 2 , (1)Institut National de Recherche
Agronomique, centre Antilles-Guyane, Unité
Agropédoclimatique, (2)Centre de coopération International en Recherche Agronomique pour le
Développement
1622b Ammonia Volatilization from Nitrogen Fertilizers
in Pampean Agroecosystems of Argentina.
Roberto Alvarez* and Haydee Steinbach, Facultad
de Agronomía, Univ de Buenos Aires
1623a A Novel Approach to Regulate Nitrogen Mineralization Using Protease Inhibitors. Kuldip
Kumar*1, Carl Rosen1 and Michael P. Russelle2,
(1)Univ of Minnesota, (2)USDA-ARS-PSRU and
Dept of Soil, Water and Climate
1623b Nitrate Nitrogen Production during Fallow Periods in Pampean Soils of Argentina. Roberto Alvarez* and Haydee Steinbach, Facultad de
Agronomía, Univ de Buenos Aires
1624a Advanced Screening Method for the Selection of
Salt Tolerant Crops Using Agar Plate. Sei Joon
Park1, Myoung Yong Shim1, Ju-Young Lee2, Sang
Eun Lee2, Su-Yeon Lee2, Sung Yung Yoo2 and Tae
Wan Kim*3, (1)Institute of Ecological Phytochemistry, Hankyong National Univ, (2)Division of Plant
Nutrition, National Institute of Agricultural Science
and Technology, (3)Department of Plant Resources
Science, Hankyong National Univ
1624b Effect of Lignite Fly Ash Application on the
Amount of Certain Heavy Metals in Lychee Orchard’s Soils of Northern Thailand. Jiraporn
Inthasan*1, Niwat Hirunburana2, Ludger Herrmann3
and Karl Stahr3, (1)Dept of Soil Resources and Environment, Faculty of Ag Production, Maejo Univ,
(2)Dept of Soil Science and Conservation, Faculty
of Agriculture, Chiang Mai Univ, (3)Institute of Soil
Science and Land Evaluation, Hohenheim Univ
1625a Genotypic Variability in Nitrogen Utilization Efficiency in Wetland Rice. KV Rao*, Kavitha B,
Rama Prasad AS, Surekha K and Gandhi G, Directorate of Rice Research
1625b Zinc Fractions of Selected Calcareous Soils of
Tehran Province, Iran and Their Relations with
Soil Properties. Adil Reyhani Tabar*, Najaf Ali
Karimian, Mohamad Ardalan and Gholam Reza Savaghebi, Univ of Tehran
1626a Effect of Long-term Application of FYM and
Fertilizer N on Available P, K and S Content of
Soil. Ram Phal Narwal* and Manju Chaudhary, Dept
of Soil Science
1626b Effects of Growing Corn Plant and Some Fertilizers on Zinc Fractions in a Calcareous Soil. Adil
Reyhani Tabar*, Mohamad Ardalan, Najaf Ali
Karimian and Gholam Reza Savaghebi, Univ of
Tehran
1627a Evaluation of Nitrogen Status in Japanese Agricultural Soils. Shuji Sano*, Laboratory of Soil Science, Graduate School of Agricuture, Kyoto Univ,
155-39
1627b
155-40
1628a
155-41
1628b
155-42
1629a
155-43
1709a
155-44
1709b
155-45
1710a
155-46
1710b
155-47
1711a
155-48
1711b
155-49
1712a
155-50
1712b
155-51
1713a
155-52
1713b
155-53
1714a
Junta Yanai, Kyoto Prefectural Univ and Takashi
Kosaki, Kyoto Univ
Interaction Effect Between Zn and P on the Yield
Attributes and Content of Zn in Stevia rebaudiana. Kuntal Das*, St. John’s Pharmacy College and
Raman Dang, Al-Ameen College of Pharmacy
Monitoring Nitrogen Uptake and Mineralization
by Brassica Cover Crops in Maryland. Amy Kremen* and Ray R. Weil, Univ of Maryland
Simulation of Nutrient Requirement and Use Efficiency in Irrigated Wheat Using the QUEFTS
Model. Debtanu Maiti*, Dept of Agricultural Chemistry and Soil Science, Faculty of Agriculture, Bidhan Chandra Krishi Viswavidyalaya, WB
A Review of the Green Manuring Work Conducted at the South African Sugarcane Research
Institute over the Past 80 Years. Ruth Rhodes*,
South African Sugarcane Research Institute
Illite Layer Dynamics in Soils: Evidence and Implications. Pierre Barré*1, Bruce Velde2 and Luc
Abbadie1, (1)Biogeochemistry and Ecology of Continental Environment Laboratory UMR 7618, (2)Geology laboratory of the Ecole Normale Supérieure
UMR 8538
Potassium Dynamics in Greek Red Mediterannean Soils. A. D. Simonis*, P. H. Koukoulakis and
N. Gandidis, NAGREF–Soil Science Institute
Effects of Vermicompost, Urea and Zinc Sulfate
on Zinc Fractions in a Calcareous Soil. Adil Reyhani Tabar*, Mohamad Ardalan, Najaf Ali Karimian
and Gholam Reza Savaghebi, Univ of Tehran
Assessment and Use of Accumulated Fertilizer
Phosphorus in a 30-Year Study in Subtropical
Region for Sustainable Crop Production and Environmental Safety. Milkha S. Aulakh*, Punjab
Agricultural Univ
A New Buffer that Mimics the SMP Buffer for Determining Lime Requirement of Soil. Frank
Sikora*, Univ of Kentucky
Spatial and Temporal Distribution of Nitrifying
Bacteria and N Transformation Rates in Tropical
Rainfed Rice Soil. Paromita Ghosh* 1 , A.K.
Kashyap2 and P. P. Dhyani1, (1)G. B. Pant Institute
of Himalayan Environment and Development,
(2)Dept of Botany, Banaras Hindu Univ
Imapct of 10-Year Rice-Wheat Cropping System
and Integrated Nutrient Management on Soil
Properties and Crop Productivity in a Gypsum
Amended Sodic Soil. Anand Swarup* Sr. and N.P.S
Yaduvanshi, Central Soil Salinity Research Institute
Soil Available N: Relationships between PPNT
and PSNT Test. Bao-Luo Ma*, Agriculture and
Agri-Food Canada
Can Sorghum Genotypes Avoid Phosphorus Poisoning?. Rafael G. Camacho* Sr.1, Euripedes Malavolta Sr.2, Jose P. Guerrero Sr.1 and Tomas Camacho
Jr.1, (1)Romulo Gallegos Univ, (2)CENA/USP
Sustaining Productivity of Wheat-Soybean Cropping System through Integrated Nutrient Management Practices in the Vertisols of Central
India. Uma Kant Behera*, Indian Agricultural Research Institute and Hira Nand Pandey, IARI, Regional Station
Assessment of Soil Test Based Potassium Requirement for Low Land Rice in Udic Haplustalf under
the Influence of Silicon Fertilization. Palanisamy
Balasubramaniam* and Sanjeeviraja Subramanian,
Tamil Nadu Agricultural Univ
137
POSTERS
SESSION NO. 155
SESSION NO. 155
155-54
155-55
155-56
155-57
155-58
155-59
155-60
155-61
155-62
155-63
155-64
155-65
155-66
155-67
155-68
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1714b Trying a New Potassium Uptake Model by
Wheat. Ghorban Ali Roshani*1, G. Narayanasamy2
1715a Nutrient Dynamics and Balance in Sole Soybean
in a Nigerian Derived Savanna. Vincent O. Aduramigba-Modupe*, Institute of Agricultural Research and Hassan Tijani-Eniola, Dept of Agronomy, Univ of Ibadan,
1715b Nature and Properties of Soil Humic Substances
and the Available Nutrient Status as Influenced
by the Incorporation or Organic Residues. D.
Shirisha* and Palli Chandrasekhar Rao, College of
Agriculture, Angr Agricultural Univ
1716a Can Potassium Affect Root Influx Parameters of
Wheat?. Ghorban Ali Roshani*1, G. Narayanasamy2
1716b Targeted Yield Concepts for Fertilizer Requirements of Wheat in Vertisols. Kashinath Ragho
Sonar*, Retired From Mahatma Phule Agricultural
Univ, Rahuri, Maharashtra and Ashok Patil, Mahatma Phule Agricultural Univ
1717a Yield and P-Use Efficiency of Five Maize Cultivars under Two P Levels in a Derived Savanna of
Nigeria. Vincent O. Aduramigba-Modupe*, Institute
of Agricultural Research
1717b Optimization of Mineral Nutrition of Plants on
the Basis of Information-Logical Models. Elena G.
Pivovarova* and Lidiya M. Burlakova, Altai State
Agricultural Univ
1718a Critical Soil Nutrient Level for Carrot under Targeted Yield Approach in Integrated Plant Nutrition System for Ultic Hapludalf. Ramar Uma
Devi* and Palanimuthu Murugesaboobathi, Tamil
1718b Alfalfa (Medicago sativa L.) Forage Production
under Subsurface Drip Irrigation Interacting
with Manure. Cirilo Vazquez*, Enrique Salazar,
Jose Dimas Lopez, Rafael Zuñiga, Fernando Jasso,
Rafael Figueroa, Antonio Gallegos and Salvador
Berumen, Durango Univ
1719a Chlorosis in Sugarcane. R. B. Somawanshi*, Mahatma Phule Agricultural Univ, Rahuri
1719b Ecological Monitoring of the South Russian
Plants Nutriment Quality. Olga Biryukova*1, Natalya Kravtsova1, Ivan Yel’nikov2 and Vladimir
Kryshchenko1, (1)Rostov State Univ, (2)Soil Institute after V.V. Dokuchaev
1720a Productivity of Iron Efficient Spanish Bunch
Groundnut Genotypes as Influenced by Iron
Management in Calcareous Vertisols under Rainfed Farming Situations. Lokanath H. Malligawad*
and Narayan S. Hebsur, Univ of Agricultural Sciences
1720b Increasing Efficiency of Applied Fertiliser Phosphate Using Tools of Source, Dose and Method of
Application: World Phosphate Institute, Morocco
Experience at Farmer’S Fields in India. G. Dev*,
Consultant in India, World Phosphate Institute and
A. Nassir, World Phosphate Institute
1721a Fertilizer Optimization for Cassava (India). S.
Kamaraj and Palaniappan Muthuvel*, Tamil Nadu
Agricultural Univ
1722a Residual Benefits of Two Cowpea Genotypes and
Natural Fallow to Subsequent Maize in the
Northern Guinea Savannah of Nigeria. E.N.O.
Iwuafor*1, Yusuf A.A.1, Olufajo O.O1, R. Abaidoo2
and N. Sanginga3, (1)Soil Science Dept, Faculty of
155-69
1722b
155-70
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Agriculture/Institute for Agricultural Research, Ahmadu Bello Univ, (2)International Institute of Tropical Agriculture, (3)Tropical Soil Biology and Fertility Institute of CIAT(TSDF-CIAT)
P utilization Efficiency of Mycorrhizal (Glomus
fasciculatum) Peanut in the Coastal Soils of South
India. Panchaksharam Tholkappian* and Muthukumara Deiveekasundaram, Dept of Microbiology,
Faculty of Agriculture, Annamalai Univ
Effect of Zinc and Cadmium Concentrations on
the Rates of their Absorption by Rice (Oriza
sativa L.) Part 1: Vegetative Growth. MJ Malakouti*, Tarbiat Modares Univ, Soil and Water Research Institute and A. Charati, Azad Islamic Univ,
Science and Research Division
Nitrogen Mineralization in Alkaline Soils Treated
with Lime-Stabilized Biosolids and Residual
Wastewater at the North of Mexico. Juan Pedro
Flores-Margez*, Federico Perez-Casio, Zulema Poncio-Acosta and Erika Salas-Galvan, Univ Autonoma
de Ciudad Juarez
The Effects of Integrated Application of Micronutrient on Wheat in Low Organic Carbon Conditions of Alkaline Soils of Western Iran. Reza
Soleimani*, Soil and Water Research Institute
Effect of Zinc and Cadmium Concentrations on
the Rates of Their Absorption by Rice and on
Some Growth Characteristics of the Plant (Oriza
sativa L) Part 2: Yield and Composition. MJ
Malakouti*, Tarbiat Modares Univ, Soil and Water
Research Institute and A. Charati, Azad Islamic Univ,
Science and Research Division
Study of Balanced Fertilization Technology and
Nutrient Management for Bamboo Forest. Dekui
Niu*, College of Land Resource and Environment,
Jiangxi Agricultural Univ and Xiaomin Guo, College
of Forestry, Jiangxi Agricultural Univ
Long-term Effects of Fertilizer Application on
the Fertility of Paddy Field. Masoud Kavoosi*,
Rice Research Institute of Iran
Tillage and Residue Management Effects on Yield
and Nitrogen Use Efficiency in Wheat Following
Rice in the Indo-Gangetic Plains of India. Yadvinder Singh*1, Bijay Singh1, J.K. Ladha2, Rajiv Gupta1
and Ravinderpal Pannu1, (1)Dept of Soils, Punjab
Agricultural Univ, (2)International Rice Research Institute
Nutritional Disorders in Fruit Trees on the Calcareous Soils of Iran. MJ Malakouti*, Tarbiat
Modares Univ, Soil and Water Research Institute
Precise N Fertilizer Recommendation Based on
Available Organic and Inorganic Soil N Is Essential for Optimum Grain Yields and Farmers’
Profit. Konrad Mengel*, Justus Liebig Univ
Interaction of Potassium with Nitrogen on Rice
Plant. Masoud Kavoosi*, Rice Research Institute of
Iran
Effect of Root Exudates on Potassium Dynamics
in Wheat and Sugar Beet Rhizosphere. Kambiz
Bazargan*, Soil and Water Research Institute, Norbert Claassen, Institut fur Agrikulturchemie and MJ
Malakouti, Tarbiat Modares Univ, Soil and Water
Research Institute
The Effect of Fertilizer Application with Zinc on
Yield and Some Yield Components of Chickpea
Varieties. Aysen Akay*, Sulcuk Univ Agricultural
Faculty, Dept of Soil Science
The Transformation of Nitrogen in Paddy Soil
under Different Climatic Conditions and Differ-
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ent Chemical Fertilizers. Kyeong-Bo Lee*1, ChanWon Park2, Deog-Bae Lee3 and Jae-Duk Kim2,
(1)Honam Agricultural Research Institute, NICS,
RDA, (2)Honam Agricultural Research Institute
NICS, RDA, (3)National Institute of Agricultural
Science Technology, RDA
The Effects of Three Split Applications of Nitrogen on Spring Safflower in Low Organic Matter
Soils of Western Iran. Reza Soleimani*, Soil and
Water Research Institute
New York Statewide Assessment of N2O Losses
from Maize under Different Crop Management
Scenarios Using GIS and the LEACHMN Model.
Ivy Y. S. Tan*, Harold M. van Es, Jeffrey J. Melkonian and Stephen D. DeGloria, Cornell Univ
Effect of Secondary Nutrients Application on a
Long-Term Yield of Two Crop Sequences in Pampean Argentina. Ricardo J. Melgar* 1 , Hillel
Magen2, Patricia Imas2, Fernando Salvagiotti3, Ricardo Melchiori1, Edgar Lovera1, Alfredo Bono1
and H. Echevarria1, (1)INTA, (2)International Potash
Institute, (3)Univ of Nebraska
Long-term Assessment of Nitrogen Management
Practices on Grain Yield, Nitrogen Uptake and
Use Efficiency in Irrigated Corn. Kefyalew
Girma*, Kyle Freeman, Brian Arnall, Roger Teal,
Starr Holtz and William Raun, Oklahoma State Univ
Continuous Application of Fertilizer and Manure
on Crop Yield and Uptake of Nutrients in
Maize—Wheat Cropping System. P. C. Kanthaliya* and Arvind Verma, Dept of Soil Science ,
Rajasthan College of Agriculture, Mahara Pratap
Univ of Agriculture and Technology
Effect of Sources and Doses of Magnesium on
Two Varieties of Potato in Highland Soils of
Colombia. Leila A. Rojas*, Clemencia Gómez and
Edgar Villaneda, Corporación Colombiana de Investigación agropecuaria, CORPOICA
The Effect of Various Periodic Silicate Fertilizations on Yield of Rice, Characters of Nutrient
Adsorption and the Change of Silicate Amount in
Soil. Yang Ju Park1, Byung Hwa Kang2, Sun Jin
Sung1, Myung Hoon Han1, Jong Ho Sun1, Dong
Cheol Seo3, Yong Hwa Cheong1, Bo Kyoon Sohn1,
Jong Soo Heo3 and Ju Sik Cho*1, (1)Dept of Biological Environment, Sunchon National Univ,
(2)Hyoseok Co. Ltd., (3)Division of Applied Life
Science, Gyeongsang National Univ
NIitogen and Phosphorus Contributions from
Litterfall in Shade Gown Coffee (Coffea arabica)
Plantations in the Venezuelan Andes. Arellano
Rosalva*1, Jorge Paolini2, Miguel Robles1 and Elda
Villegas1, (1)Univ de Los Andes Núcleo Univ Rafael
Rangel, (2)Instituto de Investigaciones Científicas
(IVIC)
Evaluation the Effect of Endomycorrhiza (Glomus spp.) on Tomato under Stress Conditions.
Huang Shan-Ney* Sr., TDARES,R.O.C
The Effect of Green Revolution Technology during the Period of 1970-2003 on Sawah Soil Properties in Java, Indonesia in Relation to the Land
Management Practices. Darmawan Darmawan*1,
Kazutake Kyuma 2, Arsil Saleh 3, H. Subagjo 3,
Tsugiyuki Masunaga4 and Toshiyuki Wakatsuki5,
(1)Shimane Univ, (2) Kyoto Univ, (3)Center for Soil
and Agroclimatic Research and Development,
(4)Faculty of Life and Environmental Science, Shimane Univ, (5)Faculty of Agriculture, Kinki Univ
Nitrogen Management in Lowland Rice by the
Use of Leaf Color Chart through Farmer Partic-
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155-101 1818b
155-102 1819a
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155-104 1820a
155-105 1820b
155-106 1821a
155-107 1821b
155-108 1822a
155-109 1822b
155-110 1823a
ipatory Approach in Bangladesh. M. Murshedul
Alam*1, J.K. Ladha2, Roland J. Buresh2, Harun U.
Rashid3 and Akhter Khan3, (1)International Rice
Research Institute Bangladesh Office, (2)International Rice Research Institute, (3)Bangladesh Rice
Research Institute
Effects of New Nitrogen Technologies and Rates
on Corn in Southern Illinois. Stephen A. Ebelhar*1, Carl. D Hart1 and Jorge D. Hernandez2,
(1)Univ of Illinois, (2)Southern Illinois Univ
Relationship between Nitrogen Use Efficiency
and Response to Fertilizer in Winter Wheat. D.B.
Arnall*, B. S. Tubana, K. Girma, W. R. Raun, K. W.
Freeman and R. K. Teal, Oklahoma State Univ
Total N and Nitrate-N Concentrations Through
the Soil Profile as Affected by Soil Management
Practices. Byron Belvitt*, Robert Taylor and James
Shuford, Alabama A&M Univ
Uptake into Rice Grain by Different Spilt Dressings of Nitrogen Using N15. Ju-Young Lee*, Division of Plant Nutrition, NIAST
Nitrogen and Irrigation Management to Improve
Water Use Efficiency and Reduce Nitrate Leaching of Pepper and Tomato Crops in Florida. Lincoln Zotarelli*1, Johannes M. Scholberg1, M. D.
Dukes2 and Rafael M. Carpena2, (1)Univ of Florida,
Agronomy Dept, (2)Univ of Florida
Nitrogen Dynamics in Paddy Soil Applied with
Sewage Sludge by 15N—Dilution Method. Naomi
Asagi* 1 , Hideto Ueno 1 and Toyoharu Ando 2 ,
(1)Univ Farm, Fac. Agr., Ehime Univ, (2)NishidaKosan Co. Ltd.
Mulch and Nitogen Fertilizer Effects on Pumpkin
Yield and Quality. A. Wyenandt* and J. Heckman,
Rutgers Univ
Comparison of Two Passive Sampler Methods
for Measuring Ammonia Losses. Miguel Cabrera*, Nicolas Vaio, John Rema and David Kissel,
Univ of Georgia
Spatial Yield Response of Corn to Two N Levels.
William Cox*1, Harold M. Van Es1 and Tawainga
Katsvairo2, (1)Cornell Univ, (2)Univ of Florida
Increasing Nitrogen and Phosphorus Fertilizer
Use Efficiency by Using the Nitrification Inhibitor
3, 4-Dimethylpyrazole Phosphate (Dmpp) in
Chile. Rodrigo Ortega*, Univ Técnica Federico
Santa María, Joaquin Orellana, Compo Agro Chile
Ltda. and Mauricio Molina, Pontificia Univ Católica
de Chile
Application of Rice Straw Compost for Sustainable Rice Production. Vien Minh Duong*1, Takeshi
Watanabe2, Man Hong Luu3, Tien Khang Vu3 and
Thi Kim Phuong Nguyen1, (1)Cantho Univ, (2)Japan
International Research Center for Agricultural Sciences, (3)Cuu Long Delta Rice Research Institute
Effect of Application of Potassium, Magnesium
and Sulphur Fertilizers for Yield and Quality on
Sugarcane Production in an Acid Red Soil Area.
Hongwei Tan*, Liuqiang Zhou, Rulin Xie and Meifu
Huang, Guangxi Academy of Agricultural Sciences
Effect of K Application with Varying Temperature and Moisture Regimes on Different Forms of
Soil K and Other Nutrients in Vertisol. S. C.
Gupta*1, K. R. Vegh2 and Josef Koncz2, (1)RAK
College of Agriculture, (2)Research Institute for Soil
Science and Agricultural Chemistry
Direct and Residual Effects of Balanced Fertilization in Field Crops of the Pampas of Argentina.
Fernando Garcia* 1 , Miguel Boxler 2 , Jorge
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155-112 1824a
155-113 1824b
155-114 1825a
155-115 1825b
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155-119 1827b
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155-121 1828b
155-122 1901a
140
Minteguiaga2, Hugo Blanco2, Raul Houssay2, German Deza Marin3 and Angel Berardo4, (1)PPI-PPIC
Southern Cone, (2)CREA Southern Santa Fe,
(3)ASP, (4)Fertilab-FCA-INTA
Interaction of Organic Manures and Granular
Size of Inorganic NPK Fertilizers on Nutrient
Uptake and Grain Yield of Irrigated Rice in Vertisols. Subbaiah SV*, Rama Prasad AS, Kumar RM
and Surekha K, Directorate of Rice Research
Effect of Gel-Based Controlled Release Fertilizers on Crop Yield and Nutrient Use Efficiency.
Ding Hong* and Zhang Yu-shu, Institute of Soil and
Fertilizer, Fujian Academy of Agricultural Sciences
Distribution of Non-Exchangeable K in Soil Profile in a Brachiaria-Maize Cropping System. Rodrigo A. Garcia, Juliano C. Calonego, Carlos A.C.
Crusciol and Ciro A. Rosolem*, São Paulo State
Univ
Nitrate Leaching Pattern from Slow Release Fertilizer under Polyethylene Film Mulching and
Non-Mulching in Sesame (Sesamum indicum L.).
Dong-Wook Lee**, Ki-Do Park, Chang-young Park,
Il-Soo Son, Ui-Gum Kang and Sung-Tai Park, National Yeongnam Agricultural Research Institute,
R.D.A
Differences in the Temperature Quotients of Ammonia Emission on the Fertilized Soils from
Florida and Washington. Guodong Liu*1, Yuncong Li 1 and Ashok Alva 2 , (1)Univ of
Florida/TREC, (2)USDA-ARS
Nitrous Oxide Emission from Two Soils under
Commercial N Fertilizer and Swine Slurry Application in a Rhizotron Experiment. Marek K.
Jarecki*1, Timothy B. Parkin2, Alvarus S.K. Chan1,
Jerry L. Hatfield3, David W. Meek4 and Raymond A.
Jones5, (1)AgCert Services, Inc., (2)USDA-ARS,
(3)National Soil Tilth Lab, (4)National Soil Tilth
Laboratory, (5)AgCert Canada Co.
Residual and Cumulative Effect of Boron Use in
Rice-Wheat System in Calcareous Soils of Pakistan. Abdul Rashid*1, M. Yasin1, R. Ullah1 and
M.A. Ali2, (1)National Agricultural Research Center, (2)Adaptive Research, Agriculture Dept
In-Season Nitrogen Fertilization to Improve Nutrient Use Efficiency in Maize. M. A. Al-ali* and
Thomas Morris, Univ of Connecticut
Leaf Sampling Period Effect on the Efficiency of
the DRIS Method Applied to Apple Culture in
South Brazil. Gilmar R. Nachtigall, Embrapa Grape
and Wine and Antonio R. Dechen*, Escola Superior
de Agricultura “Luiz de Queiroz”
Root Growth, Nutrition and Yield of Common
Bean as Affected by Surface Application Lime
and Gypsum under a No-Tillage System. Carlos
A.C. Crusciol*, São Paulo State Univ and Rogério
P. Soratto, Mato Grosso do Sul State Univ, College
of Agronomy
Multinutrient Extraction of Soils by EDTA Ion
Exchange Resin. Bernardo van Raij*, Aline R.
Coscione, Heitor Cantarella and Monica Ferreira
Abreu, INstituto Agronômico
Potassium Release and Fixation in Contrasting
Soil Parent Materials and K Fertilizer Application Rates: Estimates Using Soil Balances and
Changes in the Exchangeable Pool. Magnus Simonsson* 1 , Stefan Andersson 2 , Ylva AndristRangel3, Stephen Hillier3, Lennart Mattsson4 and
Ingrid Öborn1, (1)Dept of Soil Sciences, Swedish
Univ of Agricultural Sciences, (2)Dept of Soil Sciences, Swedish Univ of Agricultural Sciences (SLU),
155-123 1901b
155-124 1902a
155-125 1902b
155-126 1903a
155-127 1903b
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155-129 1904b
155-130 1905a
155-131 1905b
155-132 1906a
155-133 1906b
155-134 1907a
(3)The Macaulay Institute, (4)Swedish Univ of Agricultural Sciences, Dept of Soil Sciences
Long-Term Rye-Ryegrass Forage Yields and
Changes in Soil Profile Inorganic Nitrogen as Affected by Rate and Date of Nitrogen Application.
Jagadeesh Mosali*1, Kefyalew Girma2, Jeffrey B.
Ball1 and W.R. Raun2, (1)The Noble Foundation,
(2)Oklahoma State Univ
Corn Yield Response to Spring Applied Controlled-Release Urea vs. Spring Applied Urea.
Jeff Moore*, Randy Killorn and Marianela Gonzalez, Iowa State Univ
Kinetics of Nitrification in Selected Iowa Soils
Treated with Stay-N 2000. D. Rovita* and Randy
Killorn, Iowa State Univ
Nitrogen Management Lessons from Long-Term
Agroecological Trials on Alfisols. Sieglinde
Snapp*1, G. P. Robertson2, Claire McSwiney1 and
Brook Wilke3, (1)Michigan State Univ, (2)Crop and
Soil Sciences Dept, Michigan State Univ, (3)Dept
Crop and Soil Sciences
Nebraska Soil Fertility Project Revisits Corn Recommendations under High Yield Environments.
Charles Shapiro*1, Achim Dobermann2, Richard
Ferguson2, Gary Hergert1, David Tarkalson3, Daniel
Walters2 and Charles Wortmann2, (1)Univ of Nebraska, (2)Dept of Agronomy and Horticulture,
(3)West Central Research and Extension Center
Changes in Phosphorus Fractions of a Mediterranean Calcareous Sandy Soil Following LongTerm Application of P Fertilizer. Dang Thanh
Vu*1, Caixian Tang1 and Roger D. Armstrong2,
(1)La Trobe Univ, (2)Primary Industries Research
Victoria
Quantifying the Impact of Subsurface Drip vs.
Pivot Irrigation on Nitrogen Leaching to a Shallow Aquifer. Omar R. Harvey* and Cristine L.S.
Morgan, Texas A&M Univ, Dept of Soil and Crop
Sciences
Enhancing Nitrogen Efficiency of Rice (Oryza
sativa L.) by Silicate Application in Korean Paddy
Soil. Ki Woon Chang1, Pil Joo Kim*2, Chang Hoon
Lee2 and Yong Bok Lee2, (1)Chungnam National
Univ, (2)Division of Applied Life Science,
Gyeongsang Univ
Effect of Application of Porous Hydrate Calcium
Silicate on Rice Growth and Yield. Hironori
Heinai*1, Masahiko Saigusa1, Hitoshi Okazaki2 and
Kazuo Yoshida2, (1)Field Science Center, Graduate
School of Agricultural Science, Tohoku Univ,
(2)Residential Systems and Materials Laboratory,
Asahi Kasei Corporation
Effective P Fertigation Increases Yield and Quality of Fruit in High Density Apple. Gerald
Neilsen*, Denise Neilsen and Peter Toivonen, Pacific Agri-Food Research Centre
Permanent Raised Bed Cultivation Improves Nitrogen and Water Use in Rice-Wheat Cropping
Systems of South Asia. J.G. Lauren* 1 , J.M.
Duxbury1, M.I. Hossain2, G. Sah3, A.S.M.H.M.
Talukder4 and C. A. Meisner5, (1)Cornell Univ,
(2)Regional Agricultural Research Station, (3)Agricultural Implement Research Centre, (4)Wheat Research Centre, (5)IFDC
Sawah System and Power Tiller, Necessities for
Sustainable Rice Production in Sub-Saharan
Africa—the Case of Nigeria. Oluwarotimi O.
Fashola*, International Institute of Tropical Agriculture, Joshua Aliyu, Watershed Initiative in Nigeria
155-135 1907b
155-136 1908a
155-137 1908b
155-138 1909a
155-139 1909b
155-140 1910a
155-141 1910b
155-142 1911a
155-143 1911b
155-144 1912a
155-145 1912b
155-146 1913a
155-147 1913b
155-148 1914a
(WIN 2001) and Toshiyuki Wakatsuki, Faculty of
Agriculture, Kinki University
Potassium Fixation in Silt, Sand and Clay Fractions of Soils Derived from Granitic Alluvium of
the San Joaquin Valley, California. M. Murashkina, R. J. Southard and G. S. Pettygrove*, Univ of
California
Potassium Dynamics in Vertisols Following Potassium Fertilization and Plant Uptake. Kathryn Taylor1, Balwant Singh*1 and Graeme Schwenke2,
(1)The Univ of Sydney, (2)NSW Department of Primary Industries
Citrus Nitrogen Uptake and Nitrification Rates in
Sandy Soils. Kelly Morgan*, Johan M. Scholberg
and Thomas Obreza, Univ of Florida
Cation Exchange Capacity and Nutrient Contents in Red-Brown and Brown Soils of Crimea.
Saeed Zeraat Kar*, Kharkov National Agrarian Univ
N Transformations of Fresh Poultry Manure
Composts. S. Agyenim Boateng*, Soil Research
Institute
Development of Leaf Nutrient Diagnosis Standards and its Application to Fertilizer Recommendations for Durian in Thailand. Sumitra
Poovarodom* and Nutcharee Boonplang, Dept of
Soil Science, King Mongkut’s Institute of Technology Ladkrabang
Changes of Nitrate Assimilation and Ascorbic
Acid Content in Artificially Wilted Spinach by
Nutrient Solution of High Nitrogen and Low
Potassium. Yang Ho Park*, National Institute of
Agricultural Science and Technology, RDA
Determination of Optimum Application Rates of
Nitrogen Fertilizer for Head Rice Yield in Korea.
Yo-Sung Song*1, Ki-Sang Lee1, Beung-Gan Jung1,
Hee-Joong Jun1 and Young-Sang Yoon2, (1)National
Institute of Agricultural Science and Technology,
RDA, (2)Kongju National Univ
Diagnosis of Leaf-wilting Symptoms of
Melon(Cucumis melo) Caused by an Excess
Salinity in Protected Farming System. Byoung
Choon Jang*, National Institute of Agricultural Science and Technology, RDA
Diagnosis of Leaf-wilt Symptom of Watermelon(Cucurbita ctrullus L.) in Protected Cultivation Caused by Different Factors. Byoung
Choon Jang*, National Institute of Agricultural Science and Technology, RDA
Nitrate Reductase Activity in the Coffee Tree Affected by Levels and Nitrogen Application Systems. Enes Furlani* Jr., Andre Rodrigues dos Reis
and Kuniko Iwamoto Haga, São Paulo State Univ
Changes of Nitrate and Carbonate Contents in
Leaves of Tomato ( Lycopersicon pnennellii) by
Salt Stress. Byoung Choon Jang*, National Institute
of Agricultural Science and Technology, RDA
Boron Soil Test and Leaf Analysis Correlate with
Fruit Yield of Sweet Oranges. Dirceu Mattos Jr.*1,
José A. Quaggio1, Heitor Cantarella2 and Eduardo S.
Stuchi3, (1)Instituto Agronômico (IAC), (2)Instituto
Agronômico, (3)Embrapa Mandioca e Fruticultura
e Estação Experimental de Citricultura de Bebedouro
Sewage Sludge Application Treated by N-Viro
Process in No-Till Soils. Agronomic and Environment Effects. Jetro Turan Salvador*1, Luiz Antonio Corrêa Lucchesi1, Tereza Cristina de Carvalho1, Uéliton Trindade de Oliveira1 and Antonio
Carlos Lacerda2, (1)Univ Federal do Paraná, (2)Alto
Iguaçu Engenharia, Agronomia e Ambiente Ltda
155-149 1914b Physiological Adaptability of Seeding Tomato
Cutivars Under Low Phosphorus Stress. Han Xiaori*, Wang Jing, Zhan Xiumei, Gong Liang, Yu
Chengguang and Yin Hongbin, College of Land and
Environment Science, Shenyang Agricultural Univ
155-150 1915a Emissions of Nutrients on Alpine Cropping Area
of Korea. Kwang Lai Park*, Myung Chul Seo, Kee
Kyung Kang, Deog Bae Lee and Pil Kyun Jung,
National Institute of Agricultural Science and Technology
155-151 1915b Fertilizer Application Methods for Cotton. Enes
Furlani* Jr.1, Nelson Machado da Silva2, Luiz Henrique Carvalho2 and Marcelo Andreotti2, (1)São
Paulo State Univ, (2)Insituto Agronômico
155-152 1916a Soil Fertility Impact on Sandy Soil of Kuwait.
Mahdi Abdal* and Majda Suleiman, Kuwait Institute
for Scientific Research
155-153 1916b Nitrogen Deficiency Diagnostic by the Chlorophyll Meter Evaluation. Enes Furlani* Jr., Andre
Rodrigues dos Reis and Marcelo Andreotti, São
Paulo State Univ
155-154 1917a Site Specific Nutrient Management for Rice in Alkali Soils of India. Abdul Rahim Mohamed Haroon*, R Nagarajan, S Marimuthu, Nagappan Bhuvaneswari, Arumugham Bhaskaran, S Pazhanivelan, S Ravichandiran and M Sheik Dawood, Anbil
Dharmalingam Agricultural College and Research
Institute (TNAU)
155-155 1917b Dynamics of Nitrogen, Phosphorus and Potassium Availability in Soils Amended with BananaTrash Compost. Venecio U. Ultra* Jr.1, Danilo A.
Mendoza2 and Angelina Briones2, (1)Univ of Eastern Philippines, (2)Univ of the Philippines Los
Banos
155-156 1918b Rock Phosphate a Cheap Source of ‘P’ for Crops
in Acidic and Neutral Soils of Karnataka. M.V
Ravi*, Sujata F Harlapur, G.N. Thippeshappa, C.A.
Srinvasamurthy, A.S. Kumaraswamy, V.R. Ramakrishna Parama, R. Siddaramappa, S. Bhaskar, M.V.
Bhargavi, N.G. Basavaraju, G. Ravi, M.N. Ravi
Kumar, B. Gayathi and K.G. Ankegowda, Univ of
155-157 1919a Use of Indigenous Indian Rock Phosphates as
Cheap Source of P to Increase Rice Production.
C.A Srinivasamurthy*, Sunil Kumar, M.V. Ravi, S.
Bhaskar and R. Siddaramappa, Univ of Agricultural
Sciences
155-158 1919b Soil and Crop Nitrogen as Influenced by Tillage,
Cover Crops, and Nitrogen Fertilization. Upendra
Sainju*1, Bharat Singh2, Wayne Whitehead2 and
Shirley Wang2, (1)USDA-ARS-NPARL, (2)Fort
Valley State Univ
155-159 1920a Soil Test Based Fertilizer Recommendation for
Carrot on Ultic Hapludalf of Tamil Nadu,India.
Palanimuthu Murugesaboopathi*, Ramar Uma Devi,
Ramasamy Natesan and Subramanium Thiyageshwari, Tamilnadu Agricultural Univ
155-160 1920b Assesing Optimum Management for Nitrogen
and Fungicides in High Yielding Cultivars of NoTill Wheat. Adriana García Lamothe* and Martha
Díaz de Ackermann, Instituto Nacional de Investigación Agropecuaria, INIA Uruguay
155-161 1921a Responses of Maize-Bean Intercrops to Minjingu
Phosphate Rock and Lime in Terms of Nutrient
Use Efficiency and Economic Benefits on Acid
Soils of Western Kenya. Abigael O. Nekesa*1, John
Robert Okalebo1, Caleb O. Othieno1, Ruth Njoroge1,
Mary Kipsat1, Moses Thuita1 and André Bationo2,
(1)Moi Univ, (2)Tropical Soil Biology and Fertility
Institute of CIAT
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SESSION NO. 155
155-162 1921b Micronutrients Uptake by Wheat as Affected by
Genotypes, N and P. Deepak Kumar*, M.L. Dixit
and Kuldeep Singh, Dept of Soil Science
155-163 1922a Interaction Effect of Phosphorous, Sulphur and
Rhizobium on Growth Yield and Composition of
Black Gram (Phaseolus mungo L). R. P. Singh*,
R. K. Singh, S. N. Singh, P. K, Yadav, J. Singh and
R. S. Singh, Dept of Soil Science & Agricultural
Chemistry, Udai Pratap Autonomous College
155-164 1922b Combining Field and Simulation Studies to Improve Fertilizer Recommendations for Irrigated
Rice in Burkina Faso. Zacharie Segda* Sr., Institut de l’environnement et des recherches agricoles
(INERA), Stephan M. Haefele, International Rice
Research Institute, Marco C.S. Wopereis, Cirad, Abdoulaye Mando, IFDC and Michel P. Sedogo,
INERA
155-165 1923a Survey, Modelling, Diagnosis of Nutrient Constraints and their Validation in Nagpur Mandarin Ochards of Central India. Anupkumar Srivastava* Sr., National Research Centre for Citrus
155-166 1923b Split Application and Levels of K on the Yield of
Maize and Different Fractions of K in Soil. Santhy P. Bala* Sr., Tamil Nadu Agricultural Univ
155-167 1924a Role of Potassium in Crop Production in India.
N.S. Pasricha* and S.K. Bansal, Potash Research Institute of India, Gurgaon, Haryana, India
155-168 1924b Application of Inorganic Nitrogen Levels and
Placements on the Growth and Yield of Wheat.
Fateh C. Oad*, Sindh Agriculture University
155-169 1925a Efficient Use of Fertilizer Phosphorus in Crops in
India. Rayappan Kumaresan*1, Nassir. A. Abderrahim Nassir2 and Tayub Tayub Mrabet2, (1)Tamilnadu Agricultural Univ, (2)World Phosphate Institute, IMPHOS
155-170 1925b Long-Term Effects of Organic and Inorganic Inputs on the Yield, Soil Nutrient Changes and Use
Efficiency in Rice-Wheat Cropping System in
Indo-Gangetic Plains of India. P. K, Mani*, P. K.
Sahu, A. L. Kundu, M. Pramanick, D. Majumdar and
R. C. Samui, Bidhan Chandra Krishi
VIswavidyalaya(BCKV)
155-171 1926a Increasing Fertilizer Efficiency by Sulphur Fertilizer through Balanced Fertilization and Fertilizer Interaction in Chinese Agriculture. Mingxian
Fan*, The Sulphur Institute
155-172 1926b Nitrogen Isotope Signatures in Grain Crops
Treated with Organic and Chemical Fertilizers in
a Four-Year Canola-Barley-Wheat-Canola Rotation. Woo-Jung Choi, Dept of Biosystems and Agricultural Engineering, Institute of Agricultural Science and Technology, Chonnam National Univ,
Muhammad Arshad, Dept of Renewable Resources,
Univ of Alberta and Scott X. Chang*, Univ of Alberta
155-173 1927a Aggregate Associated Sulphur Fractions in Soils
under Long-Term Fertilization Experiment. Bal
Ram Singh*1, Zhihui Yang1 and Sissel Hansen2,
(1)Norwegian Univ of Life Sciences, (2)Norwegian
Centre for Ecological Agriculture
155-174 1927b Plant Nitrogen Recovery from an Enriched 15NManure. Hector Mario Quiroga–Garza*1, Jose Antonio Cueto–Wong1 and William C. Lindemann2,
(1)INIFAP Instituto Nacional de Investigaciones
Forestales, Agricolas y Pecuarias, (2)NMSU Dept of
Agronomy and Horticulture
155-175 1928b The Effects of Organic Resource Quality on Soil
Profile N Dynamics and Maize Yields on Sandy
Soils in Zimbabwe. Florence Mtambanengwe*,
Univ of Zimbabwe
142
SESSION NO. 156
Agroecosystems: Processes & Assessment—Poster
156-1
1636a Evaluation of the Enzymatic Activity of the
Deshidrogenase, Urease and B-Glucosidase in a
Submit Soil to Different Agricultural Uses.
Mariela J. Navas*, Instuto Navional de Investigaciones Agricolas (INIA-Venezuela) and Marta Benito, Univ Politecnica de Madrid
156-2
1636b Long-Term Human and Biophysical Dynamics of
Soil Degradation in the Kenyan Highlands. S. J.
Riha*1, C. B. Barrett1, L.E. Blume1, J.M. Kinyangi1,
C.J. Lehmann1, P.P. Marenya1, David M. Mbugua2,
C.F. Nicholson1, S.O. Ngoze1, D. Parsons1, L.V.
Verchot2 and A.N. Pell1, (1)Cornell Univ, (2)World
Agroforestry Centre
156-3
1637a Transformation Processes of Soil Formation and
Fertility of Chernozems of the Steppe Zone of
the Altai Region. Gennady G. Morkovkin* and Nina
B. Maksimova, Altai State Agricultural Univ
156-4
1637b Fatigue Evidence of Soil Organic Matter in the
Northeastern Mollisol Area of China. Xudong
Zhang* and Hongtu Xie, Key Lab. of Terrestrial
Ecological Process, Institute of Applied Ecology,
156-5
1736a Soil Borne Saprophytic Nematodes on Nutrient
Mobilization in the Western Ghats Region of
Tamil Nadu, India. Selvi Duraisamy*1, Deepa Subramanian2, Subramanian Shanmugam3, Jayakumar
Jayaraman3, Senthamizh Kasinathan4, Thiyageshwari Subramanian4 and Rajkannan Bellie5, (1)Dept
of Soil Science,Tamil Nadu Agricultral Univ,
(2)Dept of Soil Science,TNAU, (3)Dept Agricultural Nematology, TNAU, (4)Dept of Soil Science,
TNAU, (5)Dept. of Soil Science, TNAU
156-6
1736b Influence of Land Use on Soil Nutrient Recovery
in Previously Shifting Cultivation Areas in Lower
Northern Thailand. Jaruntorn Boonyanuphap*,
The United Graduate School of Agricultural Science, Ehime Univ and Katsutoshi Sakurai, Faculty
of Agriculture, Kochi Univ
156-7
1737a Effects of Upland Rice Cultivation on Soil Characteristics in the Arid Region of Iran. Hossein
Torabi-Golsefidi*, Faculty of Agriculture, Shahed
Univ
156-8
1737b Temporal-Spatial Distributions and Variabilities
of Soil Cd, Pb and Zn in Szia, China. Lina Sun*,
Shenyang Key Laboratory of Environmental Engineering and Yaohua Zhang, Liaoning Research Institute of Geology and Mineral Resources
156-9
1834a Geomatics Based Soil Mapping and Hazard Assessment of Cultivated Land in El-Fayoum Depression, Egypt. Rafat Ramadan Ali*, Soils and
Water Use Dept, National Research Centre and
Fouad H. Soliman, Cairo Univ
156-10 1834b Relationships between Extractable Al and Properties of Soil in the Wheatbelt of Western Australia. Tania Liaghati*1, Robert Gilkes1 and Chris
Gazey2, (1)Univ of Western Australia, (2)Dept of
Agriculture, Western Australia
156-11 1835a Penetration Resistance under Zone and StripTillage for Vegetable Cultivation in New York
State. Omololu J. Idowu*1, Anusuya Rangarajan2
and Donald E. Halseth2, (1)Dept of Crop and Soil
Sciences, (2)Cornell Univ
156-12 1835b Geographic Information System to Monitor the
Development of Negative Soil Processes in the
Russian Federation. Natalya V. Kalinina*, Lud-
SESSION NO. 158
1836a
156-14
1836b
156-15
1837a
156-16
1837b
156-17
1934b
156-18
1935a
156-19
1935b
156-20
1936a
156-21
1936b
156-22
1937a
156-23
1937b
SESSION NO. 157
3.4B Combating Global Soil & Land Degradation II. Agroecosystems: Reclamation Strategies—Poster
157-1
1638a Indigenous Farming System for Soil Conservation on Sloping Farmland in Sichuan, China. Xiubin He* Sr., Xinbao Zhang and Anbang Wen, Institute of Mountain Hazards and Environment
157-2
1639a Effects of Arsenic Contaminated Irrigation
Water, Zinc and Organic Matter on the Mobilization of Arsenic in Soils in Relation to Rice (Oryza
sativa L.). Dilip Kumar Das*, Dept of Agricultural
Chemistry and Soil Science, Bidhan Chandra Krishi
Viswavidyalaya
157-3
1639b Managing Soils in the Hills of Nepal through SiteSpecific Integrated Plant Nutrition Systems. Basu
D. Regmi* Sr.1, Neeranjan P. Rajbhandari1, Chhabi
L. Paudel1, Bishnu K. Dhital1, Juerg Merz2 and Juerg
Merz2, (1)Sustainal Soil Management Programme,
(2)Sustainable Soil Management Programme
157-4
1640a Using Adaptive Cluster Sampling Based on Both
the First Sampling Density and the Regulation
Thresholds for Delineating Contaminated Soils
with Kriging. Dar-Yuan Lee*1, Kai-Wei Juang2 and
Wan-Jiun Liao1, (1)Dept of Agricultural Chemistry,
National Taiwan Univ, (2)Dept of Post-modern Agriculture, Mingdao Univ
157-5
1640b Ethno-Management of Plinthic and Ironpan Soils
in the Savanna Regions of West Africa. Rexford
D. Asiamah* and Owusu Dwomo, Soil Research
Institute
157-6
1641a Degradation of Farmers’ Plots and Indigenous
Soil and Water Conservation in Western
Ethiopian Agro-Ecosystems: Evidence and
Lessons Learned from the Field. Nega Emiru*,
Oromia Agricultural Research Institute
157-7
1641b Agroforestry and Soil Sustainability. P. K. R.
Nair*, Univ of Florida
157-8
1738a A New Approach of Soil Structure Characterization in Field Conditions Based on Soil Electrical
Resistivity Measurements. Guy Richard*1, Arlene
Besson2, Philippe Cosenza3 and Isabelle Cousin1,
(1)INRA, (2)geocarta, (3)UMR 7619 SISYPHE
157-9
1738b pH Buffer Capacity and Lime Requirement for
Korean Acid Soils. Yoo-hak Kim* and Han-Kang
Kwak, National Institute of Agricultural Science
and Technology
157-10 1739b Plant Response to Salinity in Gypsum-Saturated
Solutions. Juan Felipe Martinez-Montoya* and Victor M. Ruiz-Vera, Colegio de Postgraduados
157-11 1740b Coal-Fines as a Potential Amendment for Subsoil
Acidity in Western Australia. Y. Pal*1, M. T. F.
Wong2 and R. W. Bell1, (1)Murdoch Univ, (2)CSIRO
SESSION NO. 158
3.5C Combating Global Soil & Land Degradation III.
Agro- and Forest Ecosystems: Physical, Chemical
and Biological Processes—Poster
158-1
1642a Relationship between the Agricultural Management of Broccoli Crop and Microbial Activity of
a Semi-Arid Soil. José Luis Moreno*, Felipe
Bastida, Teresa Hernández and Carlos García, Centro de Edafología y Biología Aplicada del Segura.
CEBAS-CSIC.
143
POSTERS
156-13
mila Kolesnikova and Elena Birukova, V.V.
Unravelling the Mysteries of the Quesungual
Slash and Mulch Agroforestry. Luis Alvarez
Welchez*1, Miguel Ayarza Sr.2, Edgar Amezquita3,
Edmundo Barrios3, Marco Rondon3, Idupulapati
Rao3, Mariela Rivera3, Jellin Pavon4, Oscar Ferreira5, Denis Valladares5, Naman Sanchez5 and
Aracely Castro3, (1)MIS Consortium, (2)Tropical
Soil Biology and Fertility Institute of the International Center for Tropical Agriculture, CIAT,
(3)CIAT, (4)INTA, (5)ESNACIFOR
Towards a Better Understanding of the LongTerm Yield Response of Corn to the Repeated and
Random Seasonal Effects of Fertilizer Nitrogen
and Tillage. J. H. Grove*, Plant and Soil Science
Dept and Eugenia Pena-Yewtukhiw, West Virginia
Univ
Effects of Application Fertilization Organic on
Soil Organic Matter, P, K; Tissues N, P, K and
Yield of Corn. Isabel Arrieche* and Orlando Mora,
Instituto Nacional de Investigaciones Agrícolas de
Venezuela
Soil Compaction and Fertilization Effects on
Spring Barley (Hordeum vulgare L.) and Weeds
Nutrition. Jaan Kuht*, Endla Reintam, Katrin Trükmann, Liina Edesi and Virgo Rääts, Estonian Univ
of Life Sciences
Erosion, Nutrient Loss and their Effects on the
Landscape on Hungarian Sites. Csaba Centeri*1,
Marton Vona2, Akos Malatinszky2 and Akos Pottyondi2, (1)Szent Istvan Univ, Dept of Nature Conservation, (2)Szent Istvan Univ, Dept of Landscape
Ecology
Land Degradation and Agricultural Productivity
in Bangladesh. S. A. Haque*, Bangladesh Agricultural Univ
Impact of Soil Typology and Land Use on Microfungal Communities in the Alma – Kerem-BenZimra Area, Upper Galilee, Israel. Isabella Grishkan*1, Alexander Tsatskin2 and Eviatar Nevo1,
(1)Institute of Evolution Univ of Haifa, (2)Zinman
Institute of Archaeology Univ of Haifa
Recent Evolution of Soil Salinization in China
and its Driving Processes. Jingsong Yang*, Institute of Soil Science, Chinese Academy of Sciences
Identification and Characterization of Hotspots
of Desertification in Southern Karnataka. Naveen
Kumar,v.,Natarajan,A.and Anil Kumar,T.S. Badrinath*, UAS,GKVK,Bangalore-65
Diversity of Biological Forest Ecosystem and their
Impact in Semi-Arid Land, Analysis and followed
by Remote Sensing (ALSAT-1 Data, Steppe of
Algeria). Ahmed Zegrar*, National Center of Spaces
Technics
Copper-Chromium-Arsenic Leaching from
Treated Vineyard Posts. Siva (Sivalingam) Sivakumaran*, Iris Vogeler, Steve Green, Carlo Van Den
Dijssel, Marc Greven, Brent Clothier, Rob Agnew,
Sue Neal and Rogerio Chichota, HortResearch
SESSION NO. 158
158-2
158-3
158-4
158-5
158-6
158-7
158-8
158-9
158-10
158-11
158-12
158-13
158-14
158-15
144
1642b Pollution of Soils and Vegetation by Reforestation
of Exotic Conifers in Pilembera. Maziar Razavi*,
Ph.D. Student of Azad Univ
1643a Assessment of Copper Biotoxicity in Agricultural
Soils of the Aconcagua River Basin (Chile).
Alexander Neaman*1, Marco Cisternas1, Gonzalo
Ávila2 and Hernán Gaete2, (1)Catholic Univ of Valparaiso, (2)Univ of Valparaiso
1643b Development of Biofertilizer Package for Rehabilitation of Degraded Forestland and Enhancement of Soil Organic Carbon in North India. Prity
Sagar* Sr. and Ravindranath N.H., Indian Institute
of Science
1644a Fate and Transport of Biosolids-Borne Triclocarban. Elizabeth A. Hodges* and George A. O’Connor, Soil and Water Science Dept, Univ of Florida
1644b Improvement of Low Fertility Soils (Oxisols) for
High Productivity and Sustainability of CropLivestock Systems in Tropical Savannas of
Colombia. Edgar AMEZQUITA*1, Idupulapati
Rao2, Marco Rondon2, Edmundo Barrios2, Miguel
Ayarza Sr.2, Phanor HOYOS1 and Diego Molina3,
(1)Centro Internacional de Agricultura Tropical
(CIAT), (2)Tropical Soil Biology and Fertility Institute of the International Center for Tropical Agriculture, CIAT, (3)Centro Internacional de Agricultura
Tropical–CIAT
1645a Fate of Fecal Coliforms and Salmonella in Class
B Biosolids-Amended Farmlands. Lakhwinder S.
Hundal*, Albert Cox, Richard Gore, Geeta Rijal,
James Zmuda and Thomas Granato, Metropolitan
Water Reclamation District of Greater Chicago
1645b Restoring Soil Quality and Forests on Mined
Land in the Appalachians: Results and Outcomes
of a 25-year Research Program. James A.
Burger*1, Beyhan Y. Amichev2 and Carl E. Zipper2,
(1)Virgnia Tech, (2)Virginia Tech
1740a Phytostabilization of a Industrial Residue Contaminated with Zn and Cd. Fabiana S. Santos*,
Márcio O.L. Magalhães, Nelson Mazur and Nelson
M.B. Amaral Sobrinho, Soil Department, Federal
Rural Univ of Rio de Janeiro
1741a Reduction of Cd Uptake by Rice in the Winterflooded Paddy Fields. Tadao Aoda*, Niigata Univ
1741b Heap Leaching of Heavy Metal Contaminated
Soil Using Advanced Oxidation Processes for
Treatment of Extractants in a Closed Loop.
Domen Lestan* and Neza Finzgar, Biotechnical Faculty, Univ of Ljubljana
1742a Efficacy of Organic Amendments Integrated with
Gypsum on Amelioration and Crop Productivity
of Sodic Land. Dr. B.R. Gupta* Sr., CSA Univ of
Agriculture and Technology
1742b Effects of Arbuscular Mycorrhizal Fungi Inoculation on Arsenic and Phosphorus Uptake by Trifolium repensin and Oenothera odorata Jacq. in
Arsenic Contaminated Soil. Dae-Yeon Kim*1,
Yun-Jeong Lee2, Nam-In Goo1, Jinho Jung1 and
Jeong-Gyu Kim1, (1)Division of Environmental Science and Ecological Engineering, Korea Univ,
Technology
1743a Application of Cupriavidus Metallidurans CH34
and Escherichia coli to Bio-Remediate Zinc, Cadmium and Copper Contaminated Soils. Jean M. F.
MARTINS* and Veronique Guiné, CNRS–LTHE
1743b Soil Microbial Biomass and Activity under Different Soil Management in a Brazilian Oxisol. Elcio
L. Balota*, Agronomic Institute of Paraná (IAPAR)
and Richard P. Dick, The Ohio State Univ
158-16
158-17
158-18
158-19
158-20
158-21
158-22
158-23
158-24
158-25
158-26
158-27
158-28
1744a Greenhouse Gas Fluxes from Three Ecosystems
in Tropical Peatland of Sarawak, Malaysia. Lulie
Melling1, Ryusuke Hatano2, Kah Joo Goh*3 and
Takashi Inoue2, (1)Dept of Agriculture, (2)Graduate
School of Agriculture, Hokkaido Univ, (3)Advanced
Agriecological Research Sdn Bhd
1744b Toxicities of Soil Cadmium towards Wheat
Triticum aestivum and Its Bioremediation Potential. JUN GONG*, CK Life Sciences Limited and
Siu-Wai Chiu, Dept of Biology, The Chinese Univ
of Hong Kong
1745a Impact of Phosphate on Iron Oxide Bioreducibility and Mineralization. Thomas Borch*1, Yoko
Masue2 and Scott Fendorf2, (1)Colorado State Univ,
(2)Stanford Univ
1745b Nutrient Leaching from Coal Refuse Amended
with Reclamation Rates of Composted or Fresh
Poultry Layer Manure. Richard Stehouwer*, Pennsylvania State Univ
1840a EDTA-Assisted Phytoremediation of Heavy Metals in Biosolids: Comparison of Composted
Biosolids and Soil with Injected Biosolids. M. B.
Kirkham*, Kansas State Univ and M. Stanley
Liphadzi, Water Research Commission
1840b Reclamation of Coal Mine Wastes Using Lime
Cake By-Products in Korea. Jae E. Yang*1, KiCheol Eom2, Jai Joung Kim3, Kyung-Yoal Yoo1 and
Yong-Sik Ok1, (1)Kangwon National Univ, (2)National Institute of Agricultural Science and Technology, (3)Chungbuk National Univ
1841a Microbial Effects on the Fractionation of Cu and
Zn in the Rhizosphere of Forest Soils. Benoît
Cloutier-Hurteau*, Dépt de Géographie, Univ de
Montreal, Sébastien Sauvé, Dépt de Chimie, Univ de
Montréal and François Courchesne, Dépt de
Géographie, Univ de Montréal
1841b Carbon Dynamics Following the Conversion of
Pasture to Rubber-Tree (Hevea brasiliensis) Plantations in Brazil. Maren Oelbermann*1, Dalziza
Oliveira 2 , Claudia Wagner-Riddle 3 , Paulo H.
Caramori2 and Monique Leclerc4, (1)Univ of Waterloo, (2)Instituto Agronomico do Parana (IAPAR),
(3)Univ of Guelph, (4)Univ of Georgia
1842a Degradation of Naphthalene-Benzene-Ul-14c in a
Brazilian Diesel-Contaminated Oxisol. Miriam A.
Albuquerque*, Centro Univ Caratinga, Bruno M.G.
Alves, UNEC and Carlos E.G.R. Schaefer, Dpto do
Solos, Univ Federal de Viçosa
1842b The Fate and Bioavailability of Heavy Metals in
the Solution Phase of Biosolids during Phytoextraction Using Salix reichardtii and Populus balsamifera. Trang T. Huynh*1, Alan J.M. Baker1, W.
Scott Laidlaw1, Balwant Singh2 and David Gregory3, (1)Univ of Melbourne, (2)Univ of Sydney,
(3)Melbourne Water
1844a Excess Phosphorus Loading in Soils Receiving
Swine Waste Inputs. Paul Smithson*, Berea College
1844b Enhancing Petroleum Hydrocarbon Biodegradation Efficiency by Indigenous Microbial Consortia in Semi-Arid Australian Soils. Suman J.
George*, Mark Tibbett, Alyssa Barron and Alexis
Davie, Centre for Land Rehabilitation, School of
Earth and Geographical Sciences, Univ of Western
Australia
1845a Distribution and Relocation of Manure Borne
Natural Estrogens in Agricultural Soils. Josefine
Beck*1, Kai Totsche2 and Ingrid Kögel-Knabner1,
(1)Technische Universität München, Lehrstuhl für
Bodenkunde, (2)Universität Jena, Fachgruppe
Hydrogeologie
SESSION NO. 159
158-30
158-31
158-32
158-33
158-34
158-35
158-36
158-37
158-38
158-39
158-40
158-41
1845b Soil Reclamation and Surface Stabilization at
Owens Dry Lake Using Irrigated Saltgrass. John
B. Dickey*1, Mica H. Heilmann1, Jason K. Smesrud1, Jim L. Jordahl1, Richard Coles1 and Richard
Harasick2, (1)CH2M HILL, INC, (2)LADWP
1941a Speciation of Pb and Zn in Soils Contaminated by
Tailings: An Environmental Risk Study. Nadia
Martínez-Villegas*1, Luisa Ma. Flores-Vélez2, Carmen E. Martínez1 and Karen Turrubiartes-Higuera2,
(1)Dept of Crop and Soil Sciences, Penn State Univ,
(2)Univ Autónoma de San Luis Potosí
1942a Nitrate Leaching from Gorse – A Study from New
Zealand. Guna Magesan*1, Hailong Wang1, Peter
Clinton1 and John McIntosh2, (1)Ensis, (2)Environment Bay of Plenty
1942b Plant and Soil Responses to Biowaste Application
in a Degraded Semi-Arid Ecosystem. Ingrid Walter*1, Fernando Martinez2 and Gabriela Cuevas1,
(1)INIA, Dept of the Environment, (2) INIA, Dept
of the Environmental
1943a Soil Pollution Assessment by Spectroscopic
Analysis. Fawkia Labib Bahna*, A.B. Bishay and
M.S. Abdel Aal, National Research Centre
1943b Reducing Sludge-P Phytoavailability as a Means
to Maximize Soil Capacity for Sludge Disposal.
Xiao-Lan Huang*1, Moshe Shenker 2 and Yona
Chen2, (1)Miami Univ, (2)The Hebrew Univ of
Jerusalem
1944a The Role of Scattered Agroforestry Trees in Soil
Fertility Management in Ethiopia: Synopsis of
Research Results on Indigenous Tree Species.
Abebe Yadessa*1, Tadesse Woldemariam2, Mohammed Adilo2 and Shimels Tadesse2, (1)Center for
Development Research (ZEF), Univ of Bonn,
(2)Ethiopian Agricultural Research Organization,
Forestry Research Center
1944b Soil Indicators for Determining the Impact of
Management on the Stability of Grasslands in
Cattle Exploitation. Sandra Lok*, Institute of Animal Science
1945a Belowground/Aboveground Biodiversity Relationships in the Humid Forest Zone of Southern
Cameroon. Madong A. Birang*, Institut de
Recherche Agricole pour le Développement (IRAD)
and Lijbert Brussaard, Wageningen Univ and Research Centre, Dept of Soil Quality
1945b Ten Year Response of Forest Soil Mesofauna to
Soil Compaction and Organic Matter Loss. Shannon M. Berch*, BC Ministry of Forests, Research
Branch, Jeff Battigelli, Earthworks Research Group
and Jan Addison, Royal Roads Univ
1946a The Research on Dynamic Variations of Soil Nutrient Content of Young Chinese Fir (Cunninghamia Lanceolata) Plantation of Second Rotation. Chengdong Yang*, Xingnan Tu and Ruzhen
Jiao, Research Institute of Forestry, Chinese Academy of Forestry
1946b Hydrological Consequences of Native Shrubs in
Semi-Arid Sahel: Implications on Sahelian Soils
and Agroecosystems. F. Kizito*1, Maria Dragila1,
M. Sène2, J. R. Brooks3, Abel Lufafa1 and Richard
Dick4, (1)Oregon State Univ, (2)Institut Sénégalais
de Recherches Agricoles (ISRA)/CERAAS,
(3)Western Ecology Division, US EPA/NHEERL,
(4)Ohio State Univ
1947a Soil Sampling to Certify the Changes of Organic
Carbon in Mineral Soils. Vladimir Stolbovoy*,
Luca Montanarella, Nicola Filippi, Senthil-Kumar
Selvaradjou and Javier Gallego, European Commission Joint Research Centre Institute for Environment and Sustainability
158-42
1947b Nutrient and Trace Metal Cycling in Small-Scale
Peri-Urban Vegetable Farming Systems in Southeast Asia – A Case Study in Peri-Urban Hanoi.
Manh Khai Nguyen1, Quang Ha Pham2 and Ingrid
Öborn*1, (1)Dept of Soil Sciences, (2)National Institute for Soils and Fertilizers (NISF)
SESSION NO. 159
3.5D Combating Global Soil & Land Degradation IV.
Salinization, Sodification and Other Forms of Degradation in Agricultural and Native Ecosystems—Poster
159-1
1646a Elemental Sulfur and Broadleaf-4 Effects on
Physical and Chemical Properties of Arid Soils.
Abdulrazag Falatah*, King Saud Univ, College of
Food and Agricultrial Sciences
159-2
1646b Genesis of a Saline-Sodic Soil in Tucupido
(Guárico, Venezuela). Jose P. Guerrero*1, Ildefonso
Pla2, Rafael G. Camacho1 and Angel Valera1, (1)Romulo Gallegos Univ, (2)Lleida Univ
159-3
1647a Irrigation by Saline Waters & Controlling Soil
Salinity; A New Approach. Alireza Guiti* Sr., Islamic Azad Univ, Karadj Branch
159-4
1647b Evaluating Management-Induced Changes from
Drainage Water Reuse Using ECa-Directed Sampling: Salinity, Sodicity, and Trace Elements. Dennis Corwin*, USDA-ARS, George E. Brown Jr.
Salinity Laboratory, Scott M. Lesch, Univ of California, Riverside, James Oster, Univ of California ,
Riverside and Stephen Kaffka, Univ of California ,
Davis
159-5
1648a Soil Salinity Control: a New Approach. Alireza
Guiti* Sr., Islamic Azad Univ, Karadj Branch
159-6
1648b Verification of Annual Irrigation Requirements
by Means of Assessment of Indirect Impact on
Soil Quality. Iourii Nikolskii Gavrilov*, Oktiabrina Bakhlaeva, Adolfo Exebio Garcia and Ma. Eugenia Delgadillo Pinon, Colegio de Postgraduados
159-7
1649a Salt-Affected Soils in the Baikal Region, Russia.
Galina I. Chernousenko*, V.V.Dokuchaev Soil Science Institute
159-8
1649b Structural Aggregates’ Stability in Soils Irrigated
with Sodic-Saline Water and Subsequently Reclaimed. Giovanna Cucci*, Angelo Caliandro and
Giovanni Lacolla, Università di Bari–Dipartimento
di Scienze delle Produzioni Vegetali
159-9
1746a The Spatial Distribution of Soil Salinity: Detection and Prediction. Akmal Akramhanov, CIMMYT, Christopher Martius*, Center for Development Research (ZEF) and Paul L.G. Vlek, Center for
Development Research
159-10 1746b Black Carbon from Rice Residues as Soil Amendment and for Carbon Sequestration. Stephan M.
Haefele*1, J.K. Ladha1 and Yothin Konboon2, (1)International Rice Research Institute, (2)Ubon Rice
Research Center
159-11 1747a Assessment of the Origin of Surface Salinity
Problems in the Surroundings of Evaporation
Ponds in a Semi-Arid Environment. Thomas
Baumgartl*, Kate Secombe, Mansour Edraki and
David Mulligan, Centre for Mined Land Rehabilitation
145
POSTERS
158-29
SESSION NO. 159
159-12
159-13
159-14
159-15
159-16
159-17
159-18
159-19
159-20
159-21
159-22
159-23
159-24
159-25
146
1747b Evaluating the Effects of Tailwater Irrigation on
Soil Salinity and Discharge Water Quality.
Heather V. Graham*1, Nigel W.T. Quinn2 and Kate
Hucklebridge2, (1)Occidental College, (2)Lawrence
Berkeley National Laboratory
1748a Soils of Taiga and Their Evolution in the Course
of Forest Successions. Lev O. Karpachevskiy*,
Moscow State Univ, Faculty of Soil Science,
Mikhael L. Karpachevskiy, Moscow State Univ and
Tatiana A. Zubkova, Moscow State Univ, Facultty of
Soil Science
1748b Effect of Flooding Treatment to Desalinize Greenhouse Soil after Vegetable Cropping. Minkyeong
Kim*, Keean Roh, Myungchul Seo, Yeonkyu Sonn,
Namjong Lee and Munhwan Koh, Division of Agricultural Environment and Ecology, National Institute
of Agricultural Science and Technology
1749a Soil Genetics as Affected by Topography and
Depth of Saline and Alkali Ground Water under
Semi-Arid Condition in Southern Iran. MK Kianian*, Univ of Tehran
1749b Soil Salinity in the Gobi (Mongolia). Ye.I.
Pankova*, V.V.Dokuchaev Soil Science Institute
1846a Salinity Hazard Assessment of Paddy Soils in
Thailand Using Innovative Ground Geophysics.
Jean-Pierre Montoroi* Sr., Institut of Research for
Development, Olivier Grünberger Sr., IRD–Land
Development Dept, Nordine Bouzid Jr., Zonge Engineering and Research Organization, Inc., Yannick
Enet Jr., Paris XII Univ, Jean-Luc Maeght Sr., IRDLDD, Somsak Sukchan Sr., LDD-Office of Soil Survey, Kriengsak Srisuk Sr., GroundWater Research
Center and Suwanchai Nadee Sr., GWRC, Khon
Kaen Univ
1846b Weeds and Wildfires: Soil Temperature and CO2
Affect Plant Diversity at a Mine Fire. Daniel
Ressler* and Erin Markel, Susquehanna Univ
1847a Effects of Salinity, Sodicity, and Clay Mineralogy
on Soil Physical and Hydraulic Properties. Victor
M. Ruiz Vera, Colegio de Postgraduados, Campus
San Luis Potosi and Laosheng Wu*, Univ of California-Riverside
1847b Soil Quality Classification of Salt Affected Sites
Using Two Combined Multivariate Analysis
Methods and Vegetation Associations: A Case
Study at the Former Texcoco Lake, Mexico.
Norma Fernandez-Buces* and Christina Siebe
Grabach, Instituto de Geología, Univ Nacional
Autónoma de México
1848a Chemical Properties of Soil and Yield of Sunflower as Influenced by Application of Saline
Water and Gypsum. J.R. Kadam*, Mahatma Phule
Krishi Vidyapeeth and AM Deokar, Dept of Agri
Chem & Soil Sciences
1848b Effect of Irrigation-Induced Salinity and Sodicity on Sugarcane Yields, Soil Chemical and Microbial Properties. Richard John Haynes* and
Diana N. Rietz, Univ of KwaZulu-Natal
1849a Micronutrients (Cu, Zn, Fe, Mn, Mo) Status of a
Sodic Soil under Cultivation of Aromatic Crops.
R. P. Singh*, R. K. Singh, S. N. Singh and R. S.
Singh, Dept of Soil Science and Agricultural Chemistry, Udai Pratap Autonomous College
1849b Spatial Variability of Soil Salinity Due to the Presence of Atriplex spp. (saltbush). Reza Soleimani*,
Soil and Water Research Institute
1948a Modelling of Prevention of Salt Affected Sandy
Soil Degradation on Upper Sieo Watershed by
Different Tree Species Plantation. Bubpha Toparkngarm*1, Vidhaya Trelo-ges1, Samang Homchuen1
159-26
and Somsak Sukchan Sr. 2, (1)Khonkaen Univ,
(2)LDD-Office of Soil Survey
1948b Halophytic Shrub Plantations and Their Role in
Rehabilitation of Salt-Affected Soils at the Coast
of the Aral Sea. Nina I. Shevyakova1, Lev O.
Karpachevskiy* 2 , S. Lutts 3 and Vladimir V.
Kuznetsov1, (1)Timiriazev Institute of Plant Physiology, (2)Moscow State Univ, Faculty of Soil Science, (3)Univ Catholique de Louvain
SESSION NO. 160
3.5P New Methods for Large-Area Assessment of Soil
160-1
1650a Anthropogenic Soil Contamination on Large
Scale: Methods of Investigation, Assessment and
Rehabilitation by Examples of Eastern Germany.
Karsten Grunewald* Sr., Univ of Technologies Dresden
160-2
1650b Thermal Conductivity in Clayey and Sandy Materials. Juana Pérez Arias*1, Manuel Antonio Henriquez Rodríguez2, Ana M. Tarquis1 and José María
Gascó Montes 1 , (1)ETSI Agrónomos-UPM,
(2)UCLA-agronomía
160-3
1651a NIR Spectroscopy for Large Area Assessment of
Ecosystem Responses to Everglades Restoration.
Matthew Cohen*, Sabine Grunwald, Mark Clark
and Ramesh Reddy, Soil and Water Science, Univ of
Florida
160-4
1651b Spatial Modelling of Soil Organic Carbon in a
Tropical Agricultural Landscape of Western
Kenya. Tom Owiyo*1, Keith Shepherd2 and Stephen
D. DeGloria1, (1)Cornell Univ, (2)World Agroforestry Centre (ICRAF)
160-5
1652b Instruments to Evaluate the Agroecological and
Environmental Deterioration in Motatan River
Basin, Venezuela. José Mendoza*1, Edgar Jaimes1,
Neida Pineda1, Yalitza Ramos2 and Juana Linares3,
(1)Soil and Water Reasearch Group, Los Andes
Univ, (2)Univ Bolivariana de Venezuela, (3)Univ de
Los Andes
160-6
1653a Mapping Soil Salinity Using a Combined Spectral
Response Index for Bare Soil and Vegetation: A
Case Study in the Former Lake Texcoco, Mexico.
Norma Fernandez-Buces* 1 , Christina Siebe
Grabach1, José Luis Palacio2 and Silke Cram3, (1)Instituto de Geología, Univ Nacional Autónoma de
México, (2)Dirección General de Estudios de Posgrado, Uinv Nacional Autónoma de México, (3)Instituto de Geografía, Univ Nacional Autónoma de
México
160-7
1653b VNIR (350-2500 nm) and MIR (2500-25000 nm)
Diffuse Reflectance of Soil Organic Matter for
Calcareous Soils in North Central Montana.
David J. Brown*, Montana State Univ, Genevieve
Steward, Montana State Univ–Bozeman and Keith
D. Shepherd, World Agroforestry Centre (ICRAF)
160-8
1750a Land Degradation Surveillance: A Spatial Framework for Characterization, Research and Development. Markus Walsh*, K. D. Shepherd, A. Awiti
and T-G Vagen, World Agroforestry Centre (ICRAF)
160-9
1750b Apparent Soil Electrical Conductivity: Past, Present, and Future Trends in Application. Dennis
SESSION NO. 161
1751a
160-11
1751b
160-12
1752a
160-13
1752b
160-14
1753a
160-15
1753b
160-16
1850a
160-17
1850b
160-18
1851a
160-19
1851b
160-20
1852a
160-21
1852b
160-22
160-23
160-24
Beef Pastures in New Zealand. J.L. Moir*1, U.
Fertsak2, K.C. Cameron1 and H.J. Di1, (1)Centre for
Soil and Environmental Quality, (2)Institute of Hydraulics and Rural Water Management
1853a Assessment of Total, Stable and Labile Carbon
Using Visible, Near-Infrared Diffuse Reflectance
Spectroscopy. Gustavo M. Vasques*1, Sabine Grunwald2 and James O. Sickman1, (1)Soil and Water Science Dept, Univ of Florida, (2)Soil and Water Sci.
Dept, Univ of Florida
1853b Chesapeake Bay Riparian Forest and Wetland
Buffer Inventory and Analysis Using a Geographic Information Systems Approach. Raymond C. Crew* and Rick L. Day, Penn State Univ
1953a Spatial and Continuous Soil Information Monitoring by Field Server. Masaru Mizoguchi* 1,
Masayuki Hirafuji 2, Tokihiro Fukatsu 2, Takuji
Kiura2, Kazuya Fujisawa3, Mitsuru Wada3 and Seishi
Ninomiya2, (1)The Univ of Tokyo, (2)National Agricultural Research Center, (3)Matsushita Electric
Works, Ltd
SESSION NO. 161
Communications—Poster
161-1
1654a Country Almanacs: Geo-Referenced Soil, Social,
and other Data for Modelling, Analysis and Policy Planning. Craig A. Meisner*1, Paul Wilkens1,
Md. Anwar Iqbal2, A. Kamrul Habib3, D.N.R. Paul4,
Abed H. Chowdhury2 and Donbox Sarker5, (1)IFDC,
(2)Bangladesh Agriculture Research Council, (3)Soil
Resources Division Institute, (4)Bangladesh Rice
Research Institute, (5)CIMMYT
161-2
1654b Junior Master Gardener. Sonnie Feagley*, Randy
Seagraves and Lisa Whittlesey, Horticultural Sciences
161-3
1655a Web-Based Technology Transfer (the “Open-Access File Cabinet”): An AFSRC Example. K. Dale
Ritchey*, Douglas Boyer and David P. Belesky,
USDA-ARS Appalachian Farming Systems Research Center
161-4
1655b Regional Nutrient Quota System for Reducing
Nutrient Input in South Korea. Youn Lee* and
Hongbae Yun, National Institute of Agricultural Science and Technology, RDA
161-5
1754a Improving the Relevancy of Soil Science to Nutrient Management Policy: A Multidisciplinary Investigation of Soil and Manure Management.
Peter Kleinman* 1 , Andrew Sharpley 1 , John
Schmidt 1 , Curtis Dell 1 and Douglas Beegle 2 ,
(1)USDA Agricultural Research Service, (2)Penn
State Univ
161-6
1754b Participatory Process to Develop a General Permit for Regulation of Concentrated Animal Feeding Operations (CAFOs) in Connecticut. Thomas
Morris* 1, Walter Smith 2, Joseph Neafsey 2 and
Joseph Wettemann 3 , (1)Univ of Connecticut,
(2)USDA, Natural Resources Conservation Service,
(3)Connecticut Dept of Environmental Protection
161-7
1755a Activities of the Southern Extension-Research
Activity Group 17 (SERA 17) to Develop ScienceBased Policies and Best Management Practices to
Minimize Phosphorus Losses from Agriculture.
147
POSTERS
160-10
Corwin*, USDA-ARS, George E. Brown Jr. Salinity Laboratory
Rapid Techniques for Large-Area Detection of
Soil Physical Degradation. C. T. Omuto*, Univ of
Nairobi and K. D. Shepherd, World Agroforestry
Centre (ICRAF)
Mapping Soil Salinity Risk Using Multivariate
Geostatistics. Annamaria Castrignanò*1, Nicola
Lopez1, Stefania Fanni2 and Rita Puddu2, (1)CRA–
Agronomic Research Institute, (2)CRAS-ERA
Sardegna
Evaluation of the Fitorremediation in Soil Polluted by Diesel. Osmar R. Brito*, Alex G. Pavanelli,
Carmen L.B. Guedes, Lucimara J. Koga and Rafael
M. Brito, UEL
Crop Production and Soil Salinity in the Tsunami
Affected Areas of the Eastern Coast of Aceh
Province, Indonesia. Teuku Iskandar1, Achmad
Rachman*2, M. Nur1, Malem McLeod3, Kasdi Subagyono2, Natalie Moore4 and Peter Slavich4, (1)Aceh
Assessment Institute for Agricultural Technology,
(2)Indonesian Soil Research Institute, (3)NSW Dept
of Primary Industries, Tamworth, (4)NSW Dept of
Primary Industries
Impact of Intensified Agriculture Practices in the
Nazas-Aguanaval Watershed, Northern Mexico.
Jose L. Gonzalez Barrios*1, Luc Descroix2, Juan
Estrada Avalos1, Rodolfo Jasso Ibarra1, Ignacio
Sanchez Cohen1, Guillermo Gonzalez Cervantes1
and Ignacio Orona Castillo1, (1)INIFAP, (2)IRD
Development of a Geographic Information System to Map Salinity Hazard in the Lower Macquarie River Valley. John Triantafilis* 1, Sam
Buchanan1 and Inakwu Ominy A. Odeh2, (1)The
Univ of New South Wales, (2)The Univ of Sydney
Microwave Remote Sensing of Soil Moisture from
a Rover and Robotic Areial Platform: The Alabama Experiments. Frank Archer*1, Anatolij
Shutko1, Tommy L. Coleman1, Alexander Haldin2,
Igor Sidorov3 and Evgeniy Novichiknin2, (1)Center
for Hydrology, Soil Climatology and Remote Sensing (HSCaRS); Alabama A&M Univ, (2)Institute of
Radioengineering and Electronics (IRE); Russian
Academy of Science (RAS), (3)Institute of Radioengineering and Electronics (IRE), Russian Academy of Sciences (RAS)
Effects of Sample Preparation on VNIR (3502500 nm) Diffuse Reflectance Predictions of Soil
Organic and Inorganic C for Soils in North Central Montana. David J. Brown*, Montana State
Univ and Genevieve Steward, Montana State Univ–
Bozeman
Salinity Risk Modelling in Semi-Arid Australia:
A Case Study in the Bourke Irrigation District,
NSW. Sam Buchanan* and John Triantafilis, The
Univ of New South Wales
Long-Term Salinization Dynamics of Irrigated
Soils in the Golodnaya Steppe (Uzbekistan) as
Determined from the Remote Sensing Data. Ekaterina V. Vilchevskaya* and Natalya V. Kalinina,
V.V. Dokuchaev Soil Science Institute
Quantifying Effects of Afforestation and Deforestation on Soil and Forest Floor Carbon Budgets
throughout the Conterminous USA from 1900 to
2050. Peter B. Woodbury*1, Linda S. Heath2 and
James E. Smith2, (1)Crop and Soil Sciences Dept,
Cornell Univ, (2)USDA Forest Service, Northeastern Research Station
The Spatial Distribution and Area Coverage of
Urine Depositions in Grazed Dairy or Sheep and
SESSION NO. 161
161-8
161-9
Forbes Walker*1, Chris Gross2 and Jerry Lemunyon2, (1)Univ of Tennessee, (2)USDA/NRCS
1755b Quantifying Sprawl and its Threat to Prime
Farmland. Maaike J. Broos* and Rick L. Day, Penn
State Univ
1854a The New York CAFO Program: Succesfully Connecting Science, Policy, Regulation, and Implementation. Karl J. Czymmek* and Quirine M. Ketterings, Cornell Univ
162-12
1661b
162-13
1756a
162-14
1756b
162-15
1757a
162-16
1757b
162-17
1758a
162-18
1758b
162-19
1759a
162-20
1759b
162-21
1856a
162-22
1856b
162-23
1857a
162-24
1857b
SESSION NO. 162
for Soils, Water Quality and Sustainability—Poster
162-1
1656a Effect of Organics on the Productivity of Spanish
Bunch Groundnut under Rainfed Farming Situations. Lokanath H. Malligawad* and Parameshwarappa K.G., Univ of Agricultural Sciences
162-2
1656b Organic Approach to Soil and Crop Management
for Eco-Friendly Green Chilli Production.
Kalpana Rengabashyam*1, Kaleeswari.Kutralingam
Ramaiah2 and Devasenapathy Palanisamy2, (1)Dept
of Agronomy, Tamil Nadu Agricultural Univ,
(2)Tamil Nadu Agricultural Univ
162-3
1657a Functional Diversity of Soil Microbial Communities Estimated by Biolog GN Substrate Utilization Patterns under Organic Land Use in Korea.
Yun-Jeong Lee*1, Jae-Hong Roo1, Sang-Beom Lee1,
Yong-Hwan Lee1 and Hyo-Jin Lim2, (1)National Institute of Agricultural Science and Technology,
(2)Hankyong National Univ
162-4
1657b Impact of Organic and Inorganic Sources of Nutrients on Quality and Yield of French Bean
(Phaseolus vulgaris L.). Veerabhadraiah,
Chamegowda, Badrinath*, UAS,GKVK,Bangalore560065
162-5
1658a The Effects of Hairy-Vetch and Rye, as Green
Manure Crops, on Biomass Production and Nitrogen Utilization of Red Pepper. Jwa-Kyung
Sung*, Organic Farming Division, National Institute
of Agricultural Science and Technology
162-6
1658b Application of Innovative Biotechnology in Composting Fish Waste and Improving Nutrient
Value. Fu-Hsian Chang*, Bemidji State Univ
162-7
1659a Evolution of Soil-Crop System after Three Year
of Aplication the Pig Slurry with Fertilizer Organic in Crop of Broccoli. Miriam Llona* Sr. and
Ángel Faz II, Univ Politecnica de Cartagena
162-8
1659b Effect of Enriched Compost on Crop Growth and
Soil Properties. K. Srikanth*, Gopalan organics,
Gopalan Enterprises International Pvt. Ltd
162-9
1660a Organic Farming Increases Nitrate Leaching
from Soils under Cold-Temperate Conditions.
Gunnar Torstensson, Lars Bergström, Lennart Mattsson and Holger Kirchmann*, Swedish Univ of Agricultural Sciences, Dept of Soil Sciences
162-10 1660b How Will an Increase in Ecological Agriculture
Affect Soil Carbon Balances in Sweden?. Olof
Andrén*1, Thomas Kätterer1 and Holger Kirchmann2, (1)SLU, Dept of Soil Sciences, (2)Swedish
Univ of Agricultural Sciences, Dept of Soil Sciences
162-11 1661a Influence on Agricultural Environment by Application of Food Waste Compost. Kyu Ho So*, Jong
Sik Lee, Ki Seog Seong and Myung Chul Seo, Na-
148
tional Institute of Agricultural Science and Technology
Factors Influencing the Soil Nutrient Status of
Organic Vegetable Farms in Northeastern US.
Thomas Morris*1, Jianli Ping1, Robert Durgy1,
George Hamilton2, Stefan Seiter3, Eric Sideman4
and Karen Anderson5, (1)Univ of Connecticut,
(2)Univ of New Hampshire Cooperative Extension,
(3)Linn-Benton Community College, (4)Maine Organic Farmers and Gardeners Association, (5)Northeast Organic Farmers Organization-New Jersey
Influence of Plant Litter and Animal Excreta on
Leaching of Dissolved Organic Nitrogen and Carbon in Pastoral Soil. Anwar Ghani*, Moira Dexter,
Martin Kear, Stuart Lindsey and Stewart Ledgard,
AgResearch, Ruakura Research Centre
Correlation of Land Management Practices to
the Incidence of Fusarium Wilt of Tomato. Dan O.
Chellemi*1, Erin N. Rosskopf1 and Jim H. Graham2,
(1)USHRL, USDA-ARS, (2)CREC, Univ of Florida
Assessing the Quality of Plant Residues and Managing their Breakdown Rate to Enhance the Sustainability of Lowland Rice Cropping Systems.
Gina Villegas Pangga*, Farming Systems and Soil
Resources Institute and Graeme Blair, Dept of
Agronomy and Soil Science, Univ of New England
Vermicompost : A Potential Organic Nutrient
Source for Organic Farming. K. Ushakumari*,
Sailajakumari M S and Sheeba P S, Kerala Agricultura Univ, College of Agriculture,
Effect of Organic Farming on Soil Quality, Nutrient Uptake, Yield and Quality of Indian Spice.
Sadanandan A.K Dr* and S. Hamza, Indian Institute
of Spices Reseach
Effects of Organic Farming on the Labile Carbon
Pool in Soils. Katia Liburdi*, Dept Agrobiology
and Agrochemistry, Univ of Tuscia, Karsten Kalbitz, Univ of Bayreuth, Dept of Soil Ecology, Sara
Marinari, Dept Agrobiology and Agrochemistry,
Univ of Tuscia and Stefano Grego, Dept Agrobiology and Agrochemistry, University of Tuscia
Effect of Pre-Treated and Enriched Coirdust
Compost on the Yield and Uptake of Major and
Micronutrients by Corn Crop. Anand H.S.*1,
Suseela Devi L.2 and Pardhasaradhi V1, (1)Advinus
Therapeutics Private Limited, (2)Univ of Agricultrural Sciences
Soil Physical and Chemical Properties in Age
Chronosequence of Organic Farms. Yoshiaki Ikemura*, New Mexico State Univ and Manoj K.
Shukla, Dept of Agronomy and Horticulture
Fungal/Bacterial Ratios in Grasslands with Contrasting Nitrogen Management. Franciska T. De
Vries1, Ellis Hoffland1, Jaap Bloem2, Nick Van Eekeren3 and Lijbert Brussaard*1, (1)Wageningen Univ
and Research Centre, Dept Soil Quality, (2)Wageningen Univ and Research Centre, Alterra,
(3)Louis Bolk Institute, Dept Organic Agriculture
Study on the Utilization of Food Waste Slurry.
KYU HO SO*, Jong-Sik Lee, Ki-Seog Seong and
Gun-Yeob Kim, National Institute of Agricultural
Science and Technology
Difference in Nitrogen Mineralization Properties of Various Organic Inputs in Korean Paddy
Soil. Jae-Hoon Shin*, Jong-Chul Yun, Du-Hoi Choi
and Han-Myeong Kim, National Institute of Agricultural Science and Technology
Organic Production Systems for Pecans. Joe Bradford*, USDA-Agricultural Research Service
SESSION NO. 163
162-26
162-27
162-28
162-29
162-30
162-31
162-32
162-33
162-34
162-35
162-36
162-37
162-38
1858a The Effects of Phosphate Solubleizing Bacteria
(PSB) on Potato Yield at Iran Environment.
Hamid Madani*, Islamic Azad Univ Arak Branch
1858b The Effects of Applied Organic Materials for Improving Soil Physico-Chemical Properties in
Paddy Fields. Yong Hwan Lee*, Sang Min Lee,
Jwa Kyung Sung, Young Ho Kim, Du Hoi Choi and
Gab Hee Ryu, Organic Farming Division,
NIAST(National Institute of Agricultural Science
and Technology)
1859a Cow Manure Biodegradation in Corn Under Drip
Sub-Irrigation System. Enrique Salazar*, Jose
Dimas, Cirilo Vazquez, Manlio Ramirez, Manuel
Fortiz and Rafael Zuniga, Durango Univ
1859b Nutrient Supply Ability of Hairy Vetch and Rye
as Green Manure in Organic Farming System.
Sang-Min LEE*, NIAST
1953b Tillage Systems and Organic Fertilization in
Maize Forage. Jose Dimas Lopez 1 , Enrique
Salazar*2, Alfonso Avalos Jr.1, Cirilo Vazquez Jr.2
and Rafael Zuniga Jr.2, (1)Univ Juarez del estado de
Durango, (2)Durango Univ
1954a Ragi Crop Yield and Physical Properties of the
Vertisols as Influenced by Residual Effect of Coir
Pith Based Compost with other Organics and Inorganics. A. R. Sushma1, Basavaraja P.K.*2, M. S.
Badrinath1 and S. Sridhara3, (1)Univ of Agricultural
Sciences, (2)AICRP on STCR, (3)College of Agriculture and Zonal Agricultural Research Station
1954b Potassium Balances and Changes of Exchangeable Potassium in Swedish Long-Term Soil Fertility Experiments on Different Soil Types. Stefan
Andersson*1, Magnus Simonsson1, Lennart Mattsson1, Anthony Edwards2 and Ingrid Öborn1, (1)Dept
of Soil Sciences, Swedish Univ of Agricultural Sciences (SLU), (2)The Macaulay Institute
19555a Assessment of the Influence of Organic Farming
on Water Quality by Measuring and Modelling
Drainage Water Quality. Frauke Deunert and
Nicola Fohrer*, Dep. Hydrology & Water
Ressources Management, Ecology Centre CAU Kiel
1955b Comparing Phosphorus Budgets under Biodynamic and Conventionally Managed Irrigated
Dairy Farms. Lucy L. Burkitt*, Tasmanian Institute
of Agricultural Research, Univ of Tasmania, Doug
R. Small, Environmental & Agricultural Consulting
Pty Ltd, John W. McDonald, Veterinary & Nutrition
Consultant and William J. Wales, Dept of Primary Industries
1956b Production of Plant Growth Hormones and Subtilin from Organic-Biodynamic Manures. Karuppan Perumal* V and Varadarajan Stalin, Shri Amm
Murugappa Chettiar Research Center
1957a Impact of Air-jection™ on Yield and Quality of
Vegetables Grown in California. Dave Goorahoo*1, Diganta Adhikari1, David Zoldoske1, Angelo
Mazzei2 and Richard Fannuchi3, (1)California State
Univ-Fresno, (2) Mazzei Injector Corporation, (3)
Mazzei Injector Corporation,
1957b Soil Fertility Status of Ultisols as Influenced by
Arecanut Based Cropping System and Nutrient
Management through Organic Matter Recycling.
Ravi Bhat* and Sujatha S, Central Plantation Crops
Research Institute, Regional Station
1958a Productivity and Quality of Wheat and Basmati
Rice as Influenced by Organics. Ajit S. Kharub*,
Directorate of Wheat Research (ICAR)
1958b Germination of Maize as Affected by Rates and
Time of Poultry Manure Application. S. Agyenim
Boateng*, Soil Research Institute
162-39
162-40
1959a Composting of Rice Straw and Hardwood Bark
with Oilseed Sesame Cake and Rice Bran. SangBeom Lee*, National Institute of Agricultural Science and Technology
1959b Effect of Inoculation of Trichoderma harzianum
on the Rate of Sugarcane Bagasse Decomposition
and Produced Compost Enrichment. ladan
Razikordmahalleh*, Dept of the Environment
SESSION NO. 163
4.1B Role of Organic Matter for Soil Properties and Consequences for Environmental Functions—Poster
163-1
2501a Long-Term Fertilization and Rainfall Effects on
Soil Organic Carbon Changes of a Haplic Luvisol. László Márton*, Research Institute for Soil Science and Agricultural Chemistry of the Hungarian
Academy of Sciences
163-2
2501b Nitrogen Mineralizing Ability of Gray Forest Soil
and Leached Chernozem. Tatyana V.
Kuznetsova* 1 , Anastasiya Tulina 1 , Alexander
Kuznetsov1, Nataliya Semenova1, Elena Nadezhkina 2 and Vyacheslav Semenov 1, (1)Institute of
Physicochemical and Biological Problems in Soil
Science, Russian Academy of Sciences, (2)Penza
State Agricultural Academy
163-3
2502a Towards a Common Humus Form Classification,
A First European Approach: Few Generic Top
Soil References as Functional Units. Augusto
Zanella*1, Michael Englisch2, Bernard Jabiol3, Klaus
Katzensteiner4, Rein de Waal5, Herbert Hager6, Bas
van Delft7, Ulfert Graefe8, Jean-Jacques Brun9, Silvia Chersich10, Gabriele Broll11, Eckart Kolb12,
Roland Baier13, Rainer Baritz14, Roger Langohr15,
Nathalie Cools16, Martin Wresowar4, Gerhard Milbert17 and Jean-François Ponge18, (1)Dept. TeSAF,
Univ of Padova, (2)Federal Research and Training
Centre for Forests, Dept. of Forest Ecology and
Soils, (3)ENGREF, (4)Institute of Forest Ecology,
(5)Alterra, Centre for Ecosystem Studies, (6)Boden
Univ, (7)Alterra, Soil Science Centre, (8)IFAB Institute for Applied Soil Biology, (9)CEMAGREF,
(10)Centro Ecologia Alpina, (11)Univ of Vechta,
(12)Univ of Munich, (13)TU–Munchen, (14)Federal
Institute for Geosciences and Natural Resources,
(15)Univ of Ghent, (16)Institute for Forestry and
Game Management, (17)Geological Survey of
Northrhine-Westphalia, (18)Museum National
d’Histoire Naturelle
163-4
2502b Soil Enzyme Activity as Affected by the Integrated Use of P Sources with Vermicompost and
Phosphobacteria in Cotton (Gossypium Hirsutum) – Pulse (Vigna Ungigulata) MIX in an Inceptisol. Subramanium Thiyageshwari* and Duraisamy
Selvi, Tamil Nadu Agricultural Univ
163-5
2503a Glomalin and Water-Stable Aggregation Measurements in Northern Plains Rangeland Management Studies. Kristine A. Nichols*, USDAARS, John R. Hendrickson, USDA-ARS, Northern
Great Plains Research Laboratory and James E. Millar, USDA-NRCS
163-6
2503b Effect of Organic Manures on Micronutrients
Availability in Different Soils. Sogol Rasoli* and
Akbar Forghani, Guilan Univ
149
POSTERS
162-25
SESSION NO. 163
163-7
163-8
163-9
163-10
163-11
163-12
163-13
163-14
163-15
163-16
163-17
163-18
163-19
163-20
150
2504a Dynamics of Macro and Micronutrients in Lowland Rice as Affected by the Continuous Adoption
of STCR-IPNS Technology in Typic Haplustalf.
Subramanium Thiyageshwari*, P. Murugesa
Boopathi and R. Natesan, Tamil Nadu Agricultural
Univ
2504b Sustaining Soil Health Using Biodigested Organic
Manures and Inorganic Manure in a Rice-Based
Cropping System. Maragatham Narayanan*, Tamil
2505a Soil Specific Surface Area After 40 Years of Different Organic and Mineral Fertilizer Use.
Francesco Morari* and Chiara Pagliarin, DAAPV,
Univ of Padova
2505b Soil Pore Size Distribution after 40 Years of Different Organic and Mineral Fertilizer Use.
Francesco Morari*, Chiara Pagliarin and Luigi Giardini, DAAPV, Univ of Padova
2601a Application of a General Relationship between
Soil Particle Density and Organic Matter to Mollisols of Santa Fe (Argentina). Miguel A. Pilatti,
Pablo J. Ghiberto and Silvia Imhoff*, Facultad de
Ciencias Agrarias, Universidad Nacional del Litoral
2601b Analytical Investigation of Surface Soil Associated with Revegetated Riparian Sites in Gippsland’S Dairy Industry. Yvette F. Cole*, Antonio F
Patti and Samuel B Adeloju, Monash University
School of Applied Sciences & Engineering/Centre
for Green Chemistry
2602a CO2 emission from agricultural soil after green
manuring. Roberto Mancinelli1, Sara Marinari*2,
Alessandra Di Tizio2 and Enio Campiglia1, (1)Dept.
Crop Production, (2)Dept. Agrobiology and Agrochemistry–University of Tuscia
2602b Interactions of recPrP with organic matter of soil
aggregates. Luigi P. D’Acqui*1, Amaranta Pucci1
and Luca Calamai2, (1)Istituto per lo Studio degli
Ecosistemi CNR–ISE, (2)Università di Firenze
2603a Maturity and stability parameters of composts
prepared from farm wastes. Devraj Chauhan*,
V.S. Mor and C.P. Singh, CCS, HAU, HISAR,
HARYANA
2603b Influence of Selected Organic Mulches on Soil
Temperatures, Soil Moisture and Pineapple
(Ananas comosus) Production under Tropical
Monsoon Climate. (None) Komariah*1, Kengou
Itou 2 , Senge Masateru 2 and (None) Afandi 3 ,
(1)United Graduate School of Gifu University,
(2)Agriculture Faculty, Gifu University, (3)Agriculture Faculty, Lampung University
2604a Soil Organic Matter quality after 40 years of different organic and mineral fertilizations in three
soils. Francesco Morari*1, Serenella Nardi2, Antonio
Berti1, Emanuele Lugato1, Paolo Carletti2 and Luigi
Giardini 1 , (1)DAAPV, University of Padova,
(2)Dipto Biotecnologie Agrarie
2604b Response Of Cmic-To-Corg To Land Use And Fertilization In Subtropical Region Of China. Liu
Shoulong* 1 , Wu Jinshu 2 , Su Yirong 2 , Huang
Daoyou 2 , Xiao Heai 2 and Tong Chengli 2 ,
(1)Huazhong Agricultural Univ, (2) Chinese Academy of Sciences
2605a Variation in Some Properties of a Soil Conditioned by Oil Waste. Giovanna Cucci*, Università
di Bari- Dipartimento di Scienze delle Produzioni
Vegetali, Giovanni Lacolla, Università di Bari-Dipartimento di Scienze delle Produzioni Vegetali and
Leonardo Caranfa, Liceo Scient. Polivalente
2605b Cosequences of Organic and Inorganic Sources of
Nutrients on Physico-Chemical Properties of Soil
163-21
2606a
163-22
2606b
163-23
2701a
163-24
2701b
163-25
2702a
163-26
2702b
163-27
2703a
163-28
2703b
163-29
2704a
163-30
2704b
163-31
2705a
163-32
2705b
163-33
2706a
under French Bean Land Use Cover. Veerabhadraiah,T.N.,Chamegowda,T.C Badrinath*, Agriculture
college,UAS,GKVK,Bangalore-560 065
Effect of Lignite Humic Acid and Fertilizers on
the Yield of Onion and Nutrient Availability. Mani
Sangeetha*, Tamil Nadu Agricultural Univ
Soil Organic Matter at Steep-Slopes under Coffee Cultivation. Norma Eugenia García-Calderón*1,
Gustavo Alvarez1, Pavel Krasilnikov1, María del
Socorro Galicia1 and G. Almendros2, (1)Univ Nacional Autónoma de México, (2)Centro de Ciencias
Medioambientales, CSIC
Heavy Metal Content in Humic Acids by PIXE of
Hyposodic Calcaric Phaeozems and Rendzic Leptosols Irrigated with Wastewater, DDR-063, Mexico. Iván E. Reyes Solis* 1 , Norma E. García
Calderón1, Diana E. Servín Ruíz1 and Corina Solís2,
(1)Facultad de Ciencias, UNAM, (2)Instituto de
Física, UNAM
Rotation and Tillage Affects on Soil Organic Carbon and Management of No-Till Acid Soils. Chad
Godsey, Gary Pierzynski*, David Mengel and Ray
Lamond, Kansas State Univ
Optimum Broiler Litter Application Date on
Bermudagrass in Southeastern U.S. K. R. Sistani*1, A. Adeli1, Haile Tewolde1 and Geoff Brink2,
(1)USDA-ARS, (2)USDA-Agricultural Research
Service
Influence of Lignite Humic Acid on the Micronutrient Availability and Yield of Blackgram in an
Alfisol. Ramasay Natesan*, S. Kandasamy, S.
Thiyageshwari and P. Murugesa Boopathy, Tamil
Carbon Dynamics in Salt-Affected Soils. Vanessa
N.L. Wong*1, Richard S.B. Greene1, Ram C. Dalal2,
Brian W. Murphy3 and Surender Mann4, (1)School
of Resources, Environment and Society, The Australian National Univ, (2)Dept of Natural Resources
and Mines, (3)New South Wales Dept of Infrastructure, Planning and Natural Resources, (4)Western
Australia Chemistry Centre
Effect of Municipal Waste Compost Leachate on
Yield and Trace Elements Uptake by Lettuce and
Maize in Calcareous and Non-Calcareous Soils.
Samaneh Aryabod1, Amir Fotovat*1, Amir Lakzian2
and Gholamhossein Haghnia1, (1)Ferdowsi Univ of
Mashhad, (2)Ferdowsi Univ
Soil Carbon Mineralization in Mediterranean
Environment: Effects of Land Use and Management Practices. M. Cristina Moscatelli, Sara Marinari*, Alessandra Di Tizio and Stefano Grego, Dept
Agrobiology and Agrochemistry–Univ of Tuscia
Refining Algorithms in the Phosphorus Loss Assessment Tool for the Lower Coastal Plain of
North Carolina. Laura A. Dell’Olio*, Rory Maguire
and Deanna Osmond, North Carolina State Univ,
Dept of Soil Science
The Organic Carbon stock in the Soils and
Forests of Lombardy (North Italy). Stefano
Brenna* and Silvia Solaro, ERSAF
Long-Term Effects of Inorganic and Organic Inputs on Yield and Soil Fertility in the Rice-Wheat
Cropping System in India. D.S. Mehla 1, J.P.
Singh*1, K.S. Sekhon2, D. Sihag3 and K.K. Bhardwaj1, (1)Dept of Soil Science, (2)PAU Regional Research Station, Bhatinda, (3)Dept of Agriculture,
Haryana
Influence of Orchards Soil Management Practices on Soil Chemical Properties. Enio
Campiglia1, Roberto Mancinelli1, Sara Marinari*2
SESSION NO. 164
2706b
163-35
2801a
163-36
2801b
163-37
2802a
163-38
2802b
163-39
2803a
163-40
2803b
163-41
2804a
163-42
2804b
163-43
2805a
163-44
2805b
163-45
2806b
SESSION NO. 164
4.1PA Soils and Natural Hazards (Knowledge, Assessment and Mitigation)—Poster
164-1
1662a Phytoextraction of Lead (Pb) with Applied
Radish (Rhaphanus Sativa L.). Mehdi Homaee1,
M. Hadi Ghaffariyan* Jr.1 and Mohhamad Bybordi2,
(1)Tarbiate Modarres, (2)Tehran Univ
164-2
1663a Fate of Arsenic in Some Soils of Bangladesh. S.M.
Imamul Huq*1, AFM Manzurul Hoque2, J.C. Joardar3 and J.U. Shoaib2, (1)Dept of Soil, Water and Environment, Univ of Dhaka, (2)Soil Resources Development Institute, (3)Bangladeh-Australia Centre for
Environmental Research (BACER-DU)
164-3
1663b Variability of Soil Physical and Chemical Properties as Affected by Flood Spreading in Musian
Station (South Western Iran). Reza Soleimani*,
Soil and Water Research Institute
164-4
1664b Engineering Property of Marl and its Effects on
Instability of Slopes. Reza Shahalipour*, ZPA
164-5
1762a Influence of Soil Characteristics on Profile Distribution of Trace Elements in Indo-Gangetic Alluvial Plain of India. Kuldeep Singh*, Dept of Soil
Science
164-6
1762b Soil -Plant Transfer of Radiocaesium (Cs-137)
and Dependance on Soil Properties. Sadhasivam
Meena*, Tamil Nadu Agricultural Univ and A. RajaRajan, Regional Research Station
164-7
1763a Remediation of Soil Cadmium Toxicity Using CdZn Interaction for Sustainable Agriculture. D.
Mazumdar, SS Das and SK Patra*, Bidhan Chandra
Krishi Viswavidyalaya
164-8
1861a Improvements to Peroxide Oxidation Procedures
for Analysis of Self-Neutralizing Acid Sulfate
Soils. Angus E. McElnea*, Col R. Ahern and Niki
P. Finch, Queensland Dept of Natural Resources and
Mines
164-9
1861b Distribution of Man Induced Mineral Salts and
Arsenic in the Irrigated Lands of Semi-Arid
North Ethiopia. Fassil Kebede Yimamu*, Mekelle
Univ
164-10 1862a Degradation of Naphthalene-Benzene-Ul-14c in
Microbial- Inocculated Soils from Keller Peninsula, Antarctica. Miriam A. Albuquerque*1, Carlos
E.G.R. Schaefer2, Victor V. Pereira2 and Bruno M.G.
Alves3, (1)Centro Universitário Caratinga, (2)Departamento do Solos-Universidade Federal de Viçosa,
(3)UNEC
164-11 1862b The Preference for Electron Acceptors during
Nitrate Reduction. Teresa Wodarczyk*1, Witold
Stêpniewski2, Magorzata Brzezinska1 and Urszula
Kotowska 1 , (1)Institute of Agrophysics PAS,
(2)Technical Univ of Lublin
164-12 1961a Effect of Applied Phosphorus and Vermicompost
on Removal of Heavy Metals by Leafy Vegetables
in Polluted Soil. Velugubantla Adinarayana* and
Sukruth T. Kumar, Acharya N.G. Ranga Agricultural Univ
164-13 1961b Use of Extractable Iron as a Differentiating Criterion for Soil Series Separation. Shawn McVey*,
USDA-NRCS and The Univ of Connecticut, Harvey
D. Luce, Dept of Plant Science and Thomas Morris,
Univ of Connecticut
164-14 1962b Compared Micromorphology of Alpine Debris
Flow Deposits and Parent Materials. Pascal
Boivin*, Institute of Research for Development, Carole Theler, Swiss Federal Institute of Technology
and John Menzies, Brock Univ
151
POSTERS
163-34
and Andrea Cavalieri1, (1)Dept. Crop Production,
(2)Dept Agrobiology and Agrochemistry–Univ of
Tuscia
Corn Residue Incorporation and Manure Application History Influence Soil Enzyme Activities
and Inorganic Nitrogen Dynamic. Farshid Nourbakhsh*1, Nazila Khorsandi1 and Richard Dick2,
(1)Isfahan Univ of Technology, (2)Ohio State Univ
Study on soil use and management effects on soil
property in different areas of Italy. rossella Papini*, Experimental Institute for Soil and Study Conservation, C.R.A.,
Biochemical,enzymatic and humic fraction transformations during composting of urban and agricultural residues. Bhargavi M.V*, University of
Effects of Long-Term Nitrogen Fertilization and
Crop Rotation on Soil Quality in Westcentral Illinois. Sindhu Jagadamma*1, Rattan Lal2, Robert G.
Hoeft3 and Eric A. Adee3, (1)Ohio State Univ, School
of Natural Resources, (2)Carbon Management and
Sequestration Centre, School of Environment and
Natural Resources, FAES/OARDC, The Ohio State
Univ, (3)Univ of Illinois
Indexing Organic Material Quality: a Novel Approach to Sustain Soil and Crop Productivity. M.
I. Khalil*1, K. Inubushi1 and U. Schmidhalter2,
(1)Chiba Univ, (2)Technical Univ of Munich
Geochemistry, Microstructure and Micromorphology of Brown Isohumic Soils and Calcimagnesic Soils Amended by Organic Residue Composts and Manure (Sfax and Nabeul Regions ,
Tunisia). Hafedh Rigane*1, Imen Ben Mahmoud1,
Mounir Medhioub1, Tahar Gallali2 and Khaled Medhioub3, (1)Earth Sciences Dept, (2)Laboratory of
Pedology, (3)Preparatory Institute of Engineering
Studies
Effect of Integrated Nutrient Management on
the Availability of N, P, K and Cationic Micronutrients in Soils Growing Cabbage (Brassica oleracia var. Capitata L.). Pintu Sur* and Dilip Kumar
Das, Dept of Ag. Chem. & Soil Science, Bidhan
Chandra Krishi Viswavidyalaya
Relationship between Various Soil Organic Matter Pools with Nitrogen Uptake by Wheat. A.P.
Gupta*, Dept of Soil Science, CCS Haryana Agricultural Univ and Ranjan Laik, Dept of Soil Science,
Rajendra Agricultural Univ, Pusa
Evaluation of Greenhouse Gases Emissions from
Soils Amended with Sewage Sludge. Paramasivam Sivapatham* 1, Kenneth Sajwan 1, Gamola
Fortenberry2, Eric Stidum3, LaShasta Robinson1,
Adeniyi Moses1, Ashok Alva4 and Ali Fares5, (1)Savannah State Univ, (2)Florida Agricultural and Mechanical Univ, (3)Rust College, (4)USDA-ARS,
(5)Natural Resources and Environmental Management Dept
Study of Organic Amendments Effect on Chemical and Biological Degredation of Atrazine in
Soil. Gholam Hosain Haghnia*, Ehsan Ranjbar,
Amir Lakzian and Amir Fotovat, Ferdowsi Univ
The Effect of Organic Materials on the Uptake of
Heavy Metals by Maize (Zea mays) in Heavy
Metals Polluted Soil. Jolanta Kwiatkowska* and
Alina Maciejewska, Warsaw Univ of Technology
Duration of Continuous No-Tillage Management
and Soil Nitrogen Status in the Virginia Coastal
Plain. John Spargo* and Marcus Alley, Virginia
Tech
SESSION NO. 164
164-15
164-16
1963a Screening Ricinus communis L. (Castor) Cultivars. Ramasamy Krishnasamy*1, M. Malarkodi1
and T. Chitdeshwari2, (1)Tamil Nadu Agricultural
Univ, (2)Agricultural Research Station
1963b Arsenic Uptake of Five Vegetables from Two Natural Arsenic Contaminated Soils and One Soil
Treated with Arsenic. Majid Afyuni*1, Mohammad Hajabbasi 1 , Mostafa Mobli 1 and Rainer
Schulin2, (1)Isfahan Univ of Technology, (2)ETHZ
165-9
165-10
1665b Effect of Soil Properties on the Quality and Productivity of Coffee in Mountainous Regions of
Sierra Madre del Sur (Southern México). LouisPierre Comeau*, Lab. Edafología, Facultad de Ciencias, UNAM. and Pavel Krasilnikov, (1) Institute of
Biology, KarRC, RAS (2) Facultad de Ciencias,
UNAM
1666b Soil Characteristics for Qualitative Sangiovese
Wine Production in Tuscany (Italy). From the
Experimental Vineyard to the Land Evaluation.
Edoardo A.C. Costantini*1, Pierluigi Bucelli1, Sergio Pellegrini1, Paolo Storchi2 and Roberto Barbetti1, (1)CRA-ISSDS, (2)CRA-ISV
SESSION NO. 165
4.1PB Soil, Wine and Other Quality Crops—Poster
165-1 1565a Yield and Quality of Bhendi (Abelmoschus esculentus) as Influenced by Micronutrients in Comparison with Microfood with/without Organics
and Bio-Fertilizers in an Inceptisol. Selvi Duraisamy*, Dept of Soil Science and Agricultural
Chemistry, Tamil Nadu Agricultural Univ,
Thiyageshwari Subramanian, Dept of Soil Scienceand Agricultural Chemistry, TNAU and Rajkannan
Bellie, Dept of Soil Science and Agricultural Chemistry, TNAU
165-2
1565b Soil Suitability for the Cultivation of the “Mantuan” Pear (Lombardy, Italy). Stefano Brenna*,
ERSAF and Lucio Andreoli, Provincia Mantova
165-3
1566a Effect of Phosphorus and Sulphur application
on Forage Yield, Quality, Nutrient Uptake and
Cyanide Content of Forage of Sorghum
[Sorghum bicolor (L.) Moench]. Pravinchandra C.
Patel*, Main Forage Research Station, Anand Agricultural Univ
165-4
1566b On-Farm Nutrient Management in Cigar Tobacco. Malarvizhi Palaniappa Pillai*, Professor,
Dept of SS&AC, Tamil Nadu Agricultural Univ,
Sharmila Banu Santhu Mohamed, Professor, Dept.
of SS&AC, Tamil Nadu Agricultural Univ and T. Nagendra Rao, Potash and Phosphate Institute of
Canada-India Programme
165-5
1567a Effect of Phosphorus and Potassium application
on Forage Yield, Quality, Nutrient Uptake and
Persistence of Lucerne (Medicago sativa L.).
Pravinchandra C. Patel*, Main Forage Research Station, Anand Agricultural Univ and Anilkumar V.
Kotecha, Main Forage Research Station, Anand
Agricultural University, Anand-388110(Gujarat
State), India
165-6
1567b Soil, Wine and other Quality Crops, a New Frontier of Soil Science. Edoardo A.C. Costantini*,
CRA-ISSDS, Susan Southard, USDA-NRCS and
Jessica G. Davis, Colorado State Univ
165-7
1664a Soil Influence on Nitrogen Availability for Sugar
Beet. Rosa Marchetti*1, Enrico Biancardi2, Piergiorgio Stevanato2 and Gilda Ponzoni1, (1)Agricultural Research Council–Agronomical Research Institute, Modena Section, (2)Agricultural Research
Council–Experimental Institute for Industrial Crops,
Rovigo Section
165-8
1665a Soil Influence on the Ripening and ChemicalOrganoleptic Characteristics of “Frantoio” and
“Moraiolo” Monocultivar Oils. Antonio Cimato1,
Edoardo A.C. Costantini* 2 , Elena Franchini 1 ,
Cristina Attilio1 and Roberto Barbetti2, (1)CNRIVALSA, (2)CRA-ISSDS
152
SESSION NO. 166
4.2A Soil Care and Quality Soil Management—Poster
Convenor: David Dent, ISRIC–World Soil Information
166-1
166-2
166-3
166-4
166-5
166-6
166-7
166-8
166-9
166-10
1568a Mulching for a Healthy Landscape-A Case Study
Iranian Soils. Naser Bassirani*, Zabol Univ
1568b Effect of Cultivation on Some Soil Quality Indicators in Irrigated Arid Lands. Abdelaziz S.
Sheta*, Ain Shams Univ, Faculty of Agriculture,
Soil Science Dept
1569a Effects of Long Term Fertilizer Application and
Intensive Cropping on Dynamics of Soil Micronutrients under Tropical Agro Ecosystem. Duraisamy Selvi*1, Palaniappa Pillai Malarvizhi2 and
Ponnusamy Santhy2, (1)Dept of Soil Science and
Agricultural Chemistry, Tamil Nadu Agricultural
Univ, (2)Dept of Soil Science,TNAU
1570a The Effect of Forest Clearance and Subsequent
Land Use on Erosion Losses and Soil Properties
in the Golestan National Park, Iran. Ali Reza Zahirnia*, Soil and Watershed Managment Research
Institute and Toraj Asadi, Islamic Azad Univ, Bandar Abbas Branch
1570b Current Status of Land and Soil Appraisal in
Russian Federation. Oleg A. Makarov* and Maria
V. Guchok, Moscow State Lomonosov Univ
1571a Interactions between Soil Microbial Communities, Erodability and Tillage Practices. Kathryn E.
Allton*1, Karl Ritz1 and Jim A. Harris2, (1)The National Soil Resources Institute, Cranfield Univ, (2)Institute of Water and Environment, Cranfield Univ
1571b Soil Assessment of New Zealand Apple Orchards
with different Management Practices. Siva
(Sivalingam) Sivakumaran*, Iris Vogeler, Rogerio
Cichota, Brent Clothier, Ian McIvor and Markus
Deurer, HortResearch
1572a Tillage and Rotation Effects on Pore Size Distribution and Soil Hydraulic Conductivity in a
Sandy Clay Loam Soil of the Indian Himalayas.
Ranjan Bhattacharyya*, Ved Prakash, S Kundu and
H S Gupta, Vivekananda Institute of Hill Agriculture
1668a Vermicompost for Sustaining Soil Productivity.
Dhandapni Vasanthi*, Tamil Nadu Agricultural Univ
(TNAU)
1668b Long-Term Effect of Continuous Fertilization on
Rice Yields, Nutrient Response, Nutrient Uptake
and Soil Quality Parameters in Rainfed RiceRice Cropping Sequence. T. J. Ghose* and A. K.
Pathak, Assam Agricultural Univ
166-11
166-12
166-13
166-14
166-15
166-16
166-17
166-18
166-19
166-20
166-21
166-22
166-23
166-24
166-25
166-26
166-27
1669a Evaluation of Different Land Use Systems on
Physical Properties of Rainfed Alfisols. Prabhu
Prasadini*, Nagender Rao, Sreeman Narayana and
Rajya Lakshmi, Acharya N.G. Ranga Agricultural
Univ
1669b Quality Indices and Optimum Levels of Nutrient
in Fruits Grown on the Calcareous Soils of Iran.
MJ Malakouti*, Tarbiat Modares Univ, Soil and
Water Research Institute
1670a Effect of Organic Manure and Hydrogels and
their Mixtures on the Nutritional and Botanical
Properties of Tomato. Abd El-Kader Abd El-Fattah*, National Research Center–Soils and Water use
Dept.
1670b Alternative Anlytical Technique for Determination of Soil Fertility. Karuppan Perumal* V, Shei
Amm Murugappa Chettiar Research Center and Jayaraman Arunkumar, Shri Amm Murugappa Chettiar Research Center
1671a Effectiveness of No Tillage in Reducing Runoff
and Erosion in a Piedmont Location. Charles W.
Raczkowski*1, Gudigopuram B. Reddy1, Manuel
R. Reyes1 and Keith R. Baldwin2, (1)North Carolina A&T State Univ, (2)North Carolina A & T
State Univ
1671b Management of Coastal Salt Affected Soils of
India Using Bio-Resource Technology. Ramaiyan
Singaravel*, Annamalai Univ
1672a The Changes of Soil Quality of the Successive
Chinese Fir Plantation. Qiwu Sun* Sr. and Chengdong Yang, Research Institute of Forestry,CAF
1672b Soil Degradation and Sustainability on Humid
Tropical Islands–Palau. Robert T. Gavenda*,
USDA Natural Resources Conservation Service
1768a The Influence of Land-Use on the Dynamics of
Soil Organic Matter in Northern Kazakhstan.
Yusuke Takata*1, Shinya Funakawa1, Kanat K. Akshalov 2 and Takashi Kosaki 1 , (1)Kyoto Univ,
(2)Barayeb Kazakh Research and Production Center of Grain Farming
1768b Integrated Nutrient Management for Rice. Poli
Raghava Reddy* and Alluri Padma Raju, Acharya
N.G. Ranga Agricultural Univ
1769a Effect of Annual Wormwood (Artemiesia annua)
Crude Extracts on the Biological and Chemical
Properties of Alfisol Soils. M.G. Solomon*, Dept of
Soil Science, Univ of Calabar and O.S. Bello, Dept
of Soil Science ,Univ of Calabar
1769b Test of Active Organic Matter as a Measure of
Soil Quality. K. R. Islam*, Soil and Water Resources, The Ohio State Univ South Centers
1770a Biosolids-Amended Pasture and Cattle Grazing
Impacts on Soil Solution and Water Quality. Gueorgui Anguelov* and Ivanka Anguelova, Florida
A&M Univ
1770b Restoring the Productivity of Sandy Soils by the
Application of Bio-Solids in Saudi Arabia. Ali A.
Al-Jaloud* and Ghulam Hussain, King Abdulaziz
City for Science and Technology (KACST)
1771b Residual Effect of Long-Term Cattle Manure Application on Soil Nitrogen and Phosphorus. Xiying Hao* and Chi Chang, Agriculture & Agri-Food
Canada
1772a The Effect of Sugar Industry Wastes on Extractable Heavy Metals in Soil. Bhanooduth Lalljee*, Faculty of Agriculture,Univ of Mauritius
1772b Effect of Animal Waste Application on Crop
Yield, Soil Physical and Chemical Properties.
Mohammed Zerkoune*, USDA/NRCS
166-28
166-29
166-30
166-31
166-32
166-33
166-34
166-35
166-36
166-37
166-38
166-39
166-40
166-41
166-42
166-43
1867a Effect Tillage and Soil Type on Weed Seed Bank.
Zoheir Yaghobi Ashrafi*, Tehran Univ
1867b Assessment of Crop Residue and N Management
for Sustainability of Rice-Wheat Rotation by
DSSAT3.5. Reshmi Sarkar*, Dept of Agriculture
and Food and Sandipta Kar, Department of Agriculture and Food
1868a The Study of the Characteristics of Hard Pan of
Fluvaquentic Endoaquepts (Jeonbug series) in
Korea. Jae-Duk Kim*1, Chul-Hyun Yoo1, ChangHyu Yang2 and kwang-Yong Jung2, (1)Honam Agricultural Research Institute NICS, RDA, (2)Honam
Agricultural Reasearch Institute NICS, RDA
1868b High Fertilizer Input Resulted in High Yield and
Improved Soil Fertility as Well. Fengrong Zhang*
Sr., Yan Xu and Xiangbin Kong, Dept of Land Resource Science, China Agricultural Univ
1869a Features and Properties of Chernozemic Soils
and Humic Substances in the Eurasian Steppe.
Masayuki Tani*1, Hitoshi Shinjo2, Nobuhide Fujitake3, Hiroaki Sumida4 and Takashi Kosaki2, (1)Obihiro Univ of Agriculture and Veterinary Medicine,
(2)Kyoto Univ, (3)Kobe Univ, (4)Nihon Univ
1869b Nutrient Release from Petrofertilizer (Khondalite) in an Acidic Laterite Soil of South Kerala,
India. Rehana Cottage Soudamini Shehana*, Kerala Agricultural Univ, College of Agriculture
1870a Kinetics and Phosphorus Solubilization during
Composting of Rice Straw with Rock Phosphate
and Industrial Effluents. Singh Kuldeep* II and
Ram Singh Dhaliwal, CCS Haryana Agricultural
Univ
1870b Physiological Mechanism on Interspecific Facilitation for N, P and Fe Utilization in Intercropping Systems. Long Li* and Fu-Suo Zhang, College
of Resources and Environmental Sciences, China
Agricultural Univ
1871a Study the Effect of Calcium on Salt and Cold Resistance During Seed Germination Stage of Medicago polymorpha. Zoheir Yaghobi Ashrafi*,
Kazem Postini and Mohamad Bagher Hoseini,
Tehran Univ
1871b Distribution of Some Micronutrients in Four Pedons of Madhupur Tract in Bangladesh. Md. Hasibur Rahman* and Syed Elahi, Dhaka Univ
1872a Sustainable Agricultural Production. Peter A.
Kramer*, Biological Design
1872b Organic Amendment Based on Wheat Straw: Influence on Soil Biological Properties. Manuel Tejada1, José Luis Moreno*2, Felipe Bastida2, Teresa
Hernández2 and Carlos García2, (1)EUITA-Univ de
Sevilla, (2)Centro de Edafología y Biología Aplicada
del Segura. CEBAS-CSIC.
1966a A Study of the Effects of Land Disposal of a Water
Treatment Residue on Soil Chemical Properties
and Growth of Pasture Grass under Field Conditions. Jeffrey C. Hughes*, Univ of KwaZulu-Natal
and Sicelo M. Buyeye, Mangosuthu Technikon
1966b Sorption and Transformation of Phosphorus and
Heavy Metals in Soils following Addition of a
Water Treatment Residue. Sicelo M. Buyeye*,
Mangosuthu Technikon and Jeffrey C. Hughes, Univ
of KwaZulu-Natal
1967a Evaluation of Common Lime Requirement Methods. Chad Godsey, Gary Pierzynski*, David Mengel and Ray Lamond, Kansas State Univ
1967b Liming and Lime-Broiler Chicken Manure Interactions in Two South African Acid Soils: Effects
on Nitrogen and Carbon Mineralization. Gcinuh-
153
POSTERS
SESSION NO. 166
SESSION NO. 166
166-44
166-45
166-46
166-47
166-48
166-49
166-50
166-51
1968a
1968b
1969a
1969b
1970a
1971a
1971b
1972a
langa G. Jezile*1, Dwayne G. Westfall1, David P.
Turner2 and Wim Van Averbeke3, (1)Colorado State
Univ, (2)ARC-Institute for Soil, Climate and Water,
(3)Tshwane Univ of Technology
Development of Heavy Metal Adsorbed by Granulation of Natural Zeolite. Yong-Seon Zhang*,
Jae-E Yang, Gye-Jun Lee and Seon-Woong Hwang,
National Institute of Highland Agriculture, RDA
Synthesis and Properties of MCPP-LDH Hybrid.
Modabber Ahmed Khan*, Choong-Lyeal Choi,
Dong-Hoon Lee, Man Park, Bu-Kug Lim, JongYoon Lee and Jyung Choi, Kyungpook National
Univ
Pencycuron Application to Flooded Tropical Soils
with or without Cow Manure: Degradation and
Effect on Microbiological Parameters. Raktim
Pal*, Institute of Environmental Studies and Wetland
Management
Effect of High Levels of Vinasse Application on
Soil Fertility and Potash Leaching. Danila Dal
Poz Gonzalo*, José Casagrande, Marcio Soares and
Ernesto Mouta, Federal Univ of São Carlos
Micronutrient Soil Testing by Electro-UltraFiltration (EUF). Diedrich Steffens* Sr., Justus Liebig
Univ and Dietmar Horn Sr., EUF Working Group of
Soil Fertility , South Sugar Beet Co.
How Does Raised Bed Tillage Change Soil Properties, Hydrology and Nutrient Export under
Grain Cropping in South Western Victoria, Australia?. Robert Edis*, Philip Newton, Tim Johnston
and Jonathon Holland, The Univ of Melbourne
How are Soil Nitrogen Dynamics in an Irrigated
Maize System Impacted on by Nitrogen and Stubble Management?. Robert Edis*1, Deli Chen1,
Debra Turner1, Gailing Wang1, Mick Meyer2 and
Clive Kirkby 3 , (1)The Univ of Melbourne,
(2)CSIRO Atmospheric Research, (3)CSIRO Land
and Water
Characterization, In Situ Treatment of Sewage
Effluents and their Impact on Soil Micronutrient
and Heavy Metal Concentrations. Gopi Ramesh*,
Acharya N.G. Ranga Agricultural Univ
167-5
1574b
167-6
1575a
167-7
1575b
167-8
1576a
167-9
1576b
167-10
1577a
167-11
1577b
167-12
1673a
167-13
1673b
167-14
1674a
167-15
1674b
167-16
1675a
167-17
1675b
167-18
1676a
SESSION NO. 167
4.2B Biologically Intensive Agriculture: an Approach to
Combating Hunger for the Poor—Poster
167-1
1572b Sawah Hypothesis for Green Revolution in West
Africa. Toshiyuki Wakatsuki*, Faculty of Agriculture, Kinki Univ, Moro M. Buri, Soil Research Insititute and Oluwarotimi O. Fashola, International Institute of Tropical Agriculture
167-2
1573a Use of Leguminous Shrubs for Improved Soil
and Crop Productivity in the Central Highlands
of Kenya. Daniel N. Mugendi*, Kenyatta Univ
167-3
1573b Economic Evaluation of Locally Available Inputs
for Soil Fertility Replenishment in the Smallholder Farming Systems of Meru South District,
Kenya. Monicah W. Mucheru-Muna* and Daniel N.
Mugendi, Kenyatta Univ
167-4
1574a Role of Potato in Biologically Intensive Agriculture for Food Security and Management of Soil
154
and Environment in Developing Countries. J. P.
Singh*, Central Potato Research Station and S.S.
Lal, Central Potato Research Institute
Treat the Earth Well. Nanga Mady Kaye*, Univ of
Nebraska
The Need to Formally Assess Bio-Intensive Agriculture Practices and their Impact on Kenyan
Smallholder Agriculture. Beth A. Medvecky*, Cornell Univ
The Impact of Biointensive Cropping on Yields
and Nutrient Contents of Collard Greens in
Kenya. Gatua W. Mbugwa*1, Erick C.M. Fernandes2, Max J. Pfeffer2 and Eloy Rodriguez2, (1)Univ
of Wyoming, (2)Cornell Univ
Biologically Intensive Agriculture—Renewing
Earth and Its People. John Beeby*, Molecular Diagnostic Lab, Cornell Univ, John W. Doran, Univ of
Nebraska and USDA-ARS cooperator and John
Jeavons, Ecology Action
Allelopathic Potential of Neem Extract in Horticultural Crops. Rudramuni M.S Rao V.K and
Ravindra V*, Indian Intitute of Horticultural Research
Intensive Agriculture and Precision Farming for
Poverty Alleviation in India. Subhash Chandra*, D.
K. Singh and A. K. Singh, Indian Agricultural Research Institute
Organic Rice Production for Export by Integrated Management under Sustainable Agriculture Concept. Niyomtham B. and Niyomtham V.*,
Rajamangala University of Technology Essan,
Kalasin Campus and Kalasin Pithayasan School
Nutritional Enhancement of Life for People with
HIV/AIDS in Kenya. Eleonore Fosso Seumo and
Eric Rusten*, The Academy for Educational Development
Biointensive Agriculture in Crete, Greece: A
Companion for the Poor and the Rich. Kostas
Bouyouris*, Mediterranean Association for Soil
Health, Farm Planning and Management, Ken Cassman, Univ of Nebraska and Sotiris Babagiouris, Extension Services, Medditeranean Association of Soil
Health
Toward Sustainable Farming Systems in the Republic of Moldova. Boris P. Boincean*, Reearch Institute of Field Crops “Selectia” and John W. Doran,
Univ of Nebraska and USDA-ARS Cooperator
Organic Matter for Improving Nutrient Use Efficiency in Cereal/Legume Cropping Systems in
the West Africa Savanna. Generose Nziguheba*1,
Chike Nwoke1, Gerd Dercon2 and Jan Diels3, (1)International Institute of Tropical Agriculture, (2)Univ
of Hohenheim, (3)Katholieke UnivLeuven Faculty
of Bioscience Engineering
Integrating Multiple Soil Quality Impacts from
Brassica Cover Crops. Ray R. Weil*1, Guihua
Chen1, Jill Dean1, Amy Kremen1, Lisa Stocking1,
Yvonne Lawely1, Bahram Momen1, Sandra Sardanelli1, Inga Zasada2, John Teasdale2 and Stacy
Williams1, (1)Univ of Maryland, (2)U.S. Dept. of
Agriculture- Agricultural Research Service
Organic Iron-Fertilizers from Hornbeam-Leaves,
Outer Tice-Husks, and Charcoal. Pirouz Azizi*,
Dept of Soil Science, Univ Guilan and Bruno Glaser,
Institute of Soil Science and Soil Geography, Univ
of Bayreuth
Nitrogen Transfer between Clover and Wheat in
an Intercropping Experiment. Agathi-Valentini
Pappa*1, Robert M. Rees1 and Christine A. Wat-
167-19
1676b
167-20
1677a
167-21
1677b
167-22
1773a
son2, (1)The Univ of Edinburgh–Scottish Agricultural College, (2)Scottish Agricultural College
Green Manure Impacts on Nematodes, Arbuscular Mycorrhizal and Pathogenic Fungi in Tropical Soils Planted to Common Beans. Edmundo
Barrios*1, George Mahuku2, Jorge Navia3, Lorena
Cortés4, Neuza Asakawa1, Carlos Jara2 and Jenny
Quintero1, (1)Tropical Soil Biology and Fertility Institute of Centro Internacional de Agricultura Tropical (CIAT), (2)Bean Project, Centro Internacional de
Agricultura Tropical (CIAT), (3)Facultad de Ciencias
Agrícolas, Universidad de Nariño, (4)Departamento
de Biología, Universidad del Valle
Denitrification and Nitrate Ammonification by a
Rhizobial Agrobacterium Strain in the Presence
of C2H2 and C2H4. Gero E. Benckiser* Sr., Institute of Applied Microbiology, Justus-Liebig Univ
Giessen
Growth of Six Pistachio Cultivars with Respect to
their Mycorrhizal Status, Soil Types and Phosphorus Uptake. Narges Rohani* and Ali AhmadiMoghadam, Shahid Bahonar Univ of Kerman
N P & K Balance in Swell-Shrink Soil (Vertisol)
as Affected by IPNM in Pigeonpea + Soybean
(2:4) Intercropping System under Rainfed Conditions in Central India. Ramesh Chandra Jain*,
R.A.K. College of Agriculture
168-7
168-8
168-9
168-10
168-11
SESSION NO. 168
168-12
and Human Health—Poster
168-1
1773b Investigating the Fate of Residual Organophosphonate Nerve Agent in Soil. Ronald T. Checkai*1,
Mark V. Haley 1 , Michael Simini 1 , Carlton T.
Phillips1, Charles L. Crouse2 and Kathy L. Matson2,
(1)U.S. Army Edgewood Chemical Biological Center, (2)Geo-Centers, Inc.
168-2
1774a Effects of season and daily changes in nitrate
(NO3°¥) contaminant levels of lettuce. mohammad
reza Momayezi* Sr., agriculture college, Varamin un
168-3
1775a Heavy Metals in Soil-Plant System in a City with
Non-Ferrous Ores Extraction and Processing Industry. Radu LACATUSU* 1 , Anca Rovena
Voiculescu 2 , Beatrice Kovacsovics 2 , Mihaela
Lungu2, Iuliana Gabriela Breaban1, Constantin
Rusu1 and Alexandru Bretan3, (1)“AL.I.Cuza” University IASSY, (2)Research and Development National Institute for Soil Science, Agrochemistry and
Environment Protection-RISSA, (3)Soil Survey and
Soil Testing Office
168-4
1775b Soil Type and Precipitation as Lyme Disease Risk
Indicators. Joseph E. Bunnell*, USGS, US Dept. of
Interior
168-5
1776a Using by-products of steelmaking industry as soil
pH corrective and their effects on Zn, Cu and Cd
of soil and tea plant. Seyedeh Fatemeh Kiaee Jamali* and Akbar Forghni, Guilan University
168-6
1776b Influence of land use change on soil nutrients in
southern Beijing Municipality following land reform. xiangbin Kong*, China Agricultural University
168-13
168-14
168-15
168-16
168-17
168-18
1777a Human Health Risk Due to Food Produced from
Soil Contaminated with Urban Industrial Toxic
Wastes. Asim K. Bhattacharyya*1, Sudarshana
Chandrayan2 and Sutapa Bose2, (1)Jawaharlal Nehru
University / School of Environmental Sciences, New
Delhi-110067. ( India )., (2)Jawaharlal Nehru University / School of Environmental Sciences
1777b Cancer and Non-Cancer Health Risk from Eating Cassava Grown in Some Mining Communities in Ghana. Samuel Obiri* and David.K Dodoo,
Environmental Research Group,Department of
Chemistry
1873a Carcinogenic factors in soil-plant-water system of
some areas from Romania. Radu LACATUSU*,
Mihaela Lungu, Beatrice Kovacsovics, Doina Plaxienco and Carolina Constantin, Research and Development National Institute for Soil Science, Agrochemistry and Environment Protection-RISSA
1873b Improving zinc availability in rice grains: the
role of the soil-plant system in the food chain. Xiaopeng Gao*1, Chunqin Zou2, Fusuo Zhang2, Wen
Jiang1, Kai Chen1, Sjoerd Van Der Zee3 and Ellis
Hoffland3, (1)China Agricultural University, Dept.
Plant Nutrition; Wageningen University, Dept. Soil
Quality, Netherlands., (2)China Agricultural University, Dept. Plant Nutrition, Beijing, PR China,
(3)Wageningen University, Dept. Soil Quality
1874a Antioxidative and Growth-promoting Effects of
Selenium on Soybean Varieties Under Water
Deficit. Davood Habibi*1, Masoud Mashadi Akbar
Boojar2, Mohammad Reza Ardakani3, Ali Mahmoudi3 and Siamak Shafei3, (1)Islamic Azad University-Karaj Branch, (2)University of Tarbiat Moalem,
(3)islamic azad university-karaj branch
1874b Epidemiological study of coccidioidomycosis (valley fever). Joseph Tabor*1, Mary Kay O’Rourke2,
Marc Orbach1, Lisa Shubitz1 and Bridget Barker1,
(1)University of Arizona, (2)Mel and Enid Zuckerman College of Public Health
1875a Crop Cadmium Concentration as Affected by
Cadmium Addition in Phosphorus Fertilizers,
Across Soil Types. Cynthia Grant*, Agriculture &
AgriFood Canada, Don Flaten, Department of Soil
Science, University of Manitoba and Eugene
Gowalko, Canadian Grain Commission
1875b Reduction of cadmium content in Eggplant
(Solanum melongena) by grafting onto root stock
Solanum torvum. Tomohito Arao* 1, Hiroyuki
Takeda2, Eiji Nishihara2 and Takashi Nakano2,
(1)National Institute for Agro-Environmental Sciences, (2)Niigata Horticultural Research Center
1876a Prediction of Cadmium Uptake by Rice in Paddy
Soils near Closed Mine Area. Won-Il Kim*, GooBok Jung, Jong-Sik Lee, Jin-Ho Kim and JeongTaek Lee, National Institute of Agricultural Science
and Technology
1876b Study on Nutrition Absorption Pattern of Vegetable Crops with the Height above Sea Level in
Korean Highland. Jeong-Tae Lee*, Gye-Jun Lee,
Yong-Ik Jin, Chol-Soo Park and Choon-Soo Lee, National Institute of Highland Agriculture, RDA
1877b Cadmium in Austrian wheat and potatoes—an
inventory of sites and varieties. Heide Spiegel*,
Georg Dersch, Michael Oberforster, Klemens
Mechtler and Andreas Baumgarten, Austrian Agency
for Health and Food Safety
1973a Seed priming with molybdenum alleviates molybdenum deficiency and poor nitrogen fixation of
chickpea in acid soils of Bangladesh and India. C.
Johansen1, A.M. Musa1, J.V.D.K. Kumar Rao2, D.
155
POSTERS
SESSION NO. 168
SESSION NO. 168
168-19
1973b
168-20
1974a
168-21
1974b
168-22
1975a
168-23
1975b
168-24
1976a
168-25
1976b
Harris3, A.K.M. Shahidullah1 and J. G. Lauren*4,
(1)Peoples’ Resource Oriented Voluntary Association (PROVA), (2)International Crops Research Institute for the Semi-Arid Tropics (ICRISAT),
(3)CAZS Natural Resources, (4)Cornell University
Arsenic contamination of waters, soils and crops
in Bangladesh. G.M. Panaullah*1, Z.U. Ahmed2,
G.K.M.M. Rahman3, M. Jahiruddin4, A.T.M. Farid5,
M.A.M. Miah6, C. A. Meisner7, R.H. Loeppert8,
J.M. Duxbury2, B. Biswas8, J.G. Lauren2, D.N.R.
Paul9, S.C. Sinh1 and S.R. Waddington1, (1)CIMMYT Office in Bangladesh, (2)Cornell University,
(3)BSMRAU, (4)BAU, (5)BARI, (6)BRRI,
(7)IFDC, (8)Texas A&M University, (9)Bangladesh
Rice Research Institute
Aluminum concentration and forms in tea
(Camellia sinensis L.). Masanori Okazaki*, Arata
Okuyama, Naoya Nakagawa and Shoji Matsumura,
Tokyo University of Agriculture and Technology
Iron, Zinc, and Cadmium Status in the Food
Chain (Soil-Plant-Human) in Central Iran. Amir
Hossein Khoshgoftar*1, Hossein Shariatmadari1 and
Penelope Nestel2, (1)Isfahan University of Technology, (2)HarvestPlus
Some Aspects of Soil Enzyme Activity Application. Evgenia V. Dadenko*, Rostov State University
Chemical extraction methods for various K pools
in a dynamic soil K model. A case study in intensive rice cropping in the Mekong Delta, Vietnam.
My Hoa Nguyen*, Cantho University, Vietnam, Bert
H. Janssen, Wageningen University, Oene Oenema,
Wageningen University and Research Centre and
Achim Dobermann, Department of Agronomy and
Horticulture, University of Nebraska-Lincoln
Effect of Nitrogen, Potassium and Magnesium
on Tuber Yield, Grade and Quality of Potato
Cv.Kufri Giriraj. Sharmila Banu Santhu Mohamed*1, Malarvizhi Palaniappa Pillai1, Thiyagarajan T.M. 1 and T. Nagendra Rao 2 , (1)Dept. of
SS&AC, Tamil Nadu Agricultural University,
(2)Potash and Phosphate Institute of Canada-India
Programme
Native Nutrient Supplying Capacity of Potato
grown Acid Soils of Nilgiri Hills in South India.
Sharmila Banu Santhu Mohamed*1, Malarvizhi
Palaniappa Pillai1, Thiyagarajan T.M.1 and T. Nagendra Rao2, (1)Dept. of SS&AC, Tamil Nadu Agricultural University, (2)Potash and Phosphate Institute
of Canada-India Programme
SESSION NO. 169
169-1
2001b Effect of Anthropic Activities on Concentrations
of Heavy Metals in Different Soil Uses. Jose A.
Acosta*, Ángel Faz Cano and Silvia MartínezMartínez, Technical University of Cartagena
169-2
2002a How does the upland settlement program restrain
land degradation? Experience from Chittagong
Hill Tracts, Bangladesh. Tapan Kumar Nath*, Doctoral Candidate, Department of Forest Science, Graduate School of Agricultural and Life Sciences, The
University of Tokyo and Makoto INOUE, Department of Global Agricultural Sciences, Graduate
156
School of Agricultural and Life Sciences, The University of Tokyo
SESSION NO. 170
4.3P Intensification of Agricultural Production Systems
and the Environment—Poster
170-1
2002b Effect of Industrial, Municipal and Agricultural
Wastes on Peanut Production. Sumana Sarkar*,
Young Collaborator, ICTP, Trieste, Italy ; Export-Import Bank of India and Anisur Rahman Khan, ICAR
Research Complex For Eastern Region
170-2
2003a Soil Erosion Risk in Croatia. Stjepan Husnjak*,
Bogunovic Matko, Vidacek Zeljko, Sraka Mario and
Bensa Aleksandra, Faculty of Agriculture
170-3
2003b Subsurface Drain Losses of No3-N from Stagnosols Fertilized with Different Nitrogen Rates.
Milan Mesic*, Faculty of Agriculture
170-4
2004a Assessment of Nitrate Leaching under Vegetable
Crops: A Case Study of Fluvisol in Southern Bulgaria. Dimitranka I. Stoicheva*, Milena Kercheva
and Venelina Koleva, Nikola Poushkarov Institute of
Soil Science
170-5
2004b Earthworm Communities along a Gradient of
Land Use Intensification in Southern Cameroon.
Madong A. Birang*, Institut de Recherche Agricole
pour le Développement (IRAD), Stefan Hauser, International Institute of Tropical Agriculture, Humid
Forest Ecoregional Centre (IITA), Csaba Csuzdi,
Systematic Zoology Research Group, Hungarian
Academy of Sciences, ELTE Univ and Lijbert Brussaard, Wageningen Univ and Research Centre, Dept
Soil Quality
170-6
2005a Phosphorus Sequestration Ability of Soil in the
Upper North Bosque River Watershed. Landon
Darilek*, David Weindorf and Anil Kumar Somenahally, Tarleton State Univ
170-7
2005b The Risk of Ground Water Contamination by
Chlorate Leaching from Longan Plantations.
Somchai Ongprasert* and Winai Wiriya-alongkorn,
Mae Jo Univ
170-8
2006a Cause-Effect Analysis of the Agroecological and
Environmental Deterioration in High Motatan
Subbasin, Miranda Municipality, Merida State,
Venezuela. José Mendoza*1, Edgar Jaimes1, Neida
Pineda1, Yalitza Ramos2 and Juana Linares3, (1)Soil
and Water Reasearch Group, Los Andes Univ,
(2)Univ Bolivariana de Venezuela, (3)Univ de Los
Andes
170-9
2006b Evaluation of Waste from a Brazilian Siderurgy
Industry as Alternative for Soil Acidity Correction. Renildes Fontes*, Univ Federal de Viçosa
170-10 2007a Nutrient Movement below Concentrated Animal
Feeding Operations. Gary Pierzynski*1, Thomas
M. DeSutter 2 , Grace Vaillant 1 and J. Ham 1 ,
(1)Kansas State Univ, (2)USDA-ARS National Soil
Tilth Laboratory
170-11 2007b Measured and Simulated Soil Carbon Content
after 50+ Years of Management. Kenneth N. Potter*, USDA-ARS
170-12 2008a Effect of N Inhibitors on Urine Patches in Grazed
Pasture System. M. Zaman* and J.D Blennerhassett II, Summit-Quinphos NZ (Ltd)
170-13
170-14
170-15
170-16
170-17
170-18
170-19
170-20
170-21
170-22
170-23
170-24
2008b Ready Insights for the Future: Digital Dissemination of Agronomic and Environmental Knowledge Involved in the Agricultural Development of
Central Brazil. George C. Naderman Jr., NC State
Univ, Mary A. Ochs, Mann Library, Cornell Univ,
David Bouldin, Cornell Univ and K. Dale Ritchey*,
USDA-ARS Appalachian Farming Systems Research Center
2101a Assessing River Water Quality in Watersheds of
Different Agricultural Land Use and Soil Types.
Krishna Prasad Woli*1, Atsushi Hayakawa2, Kanta
Kuramochi 2 , Ryusuke Hatano 3 and Toshiyuki
Nagumo4, (1)Laboratory of Soil Science, Graduate
School of Agriculture, Hokkaido Univ, (2)Graduate
School of Agriculture, Hokkaido Univ, (3)Field Science Center for Northern Biosphere, Graduate
School of Agriculture, Hokkaido Univ, (4)Faculty of
Agriculture, Shizuoka Univ
2101b Georgikon Map-Server and its Role in Reducing
Soil and Phosphorus Loss from the Watershed of
Lake Balaton, Hungary. István Sisák*, Balázs
Bámer and János Busznyák, Univ of Veszprém
Georgikon Faculty
2102a Monitoring the Application of Sewage Sludge to
Agricultural Fields Using Spectral Reflectance
and Remote Sensing. Maruthi Sridhar Balaji
Bhaskar* and Robert K. Vincent, Bowling Green
State Univ
2102b Indicators for a Sustainable Agriculture: A Farmstead Approach to Model N-Trace Gas Emissions
from Agricultural Crop Production Systems in
Germany. Brigitta Szyska*1, Martin Bach1, Lutz
Breuer1, Hans-Georg Frede1 and Changsheng Li2,
(1)Institute of Landscape Ecology and Resources
Management (ILR), (2)Complex Systems Research
Center–Institute for the Study of Earth, Oceans and
Space
2103a Land Disposal of Urban Industrial Solid Waste of
Wazirpur, Delhi: Effect of pH on Plant Available
Sulfur. Gurmeet Singh* and Asim Kumar Bhattacharyya, Jawaharlal Nehru Univ
2103b Soil Microbial Biomass and Diversity Associated
with Crops Genetically Modified for Pesticide
Resistance. Newton Z. Lupwayi*, Agriculture and
Agri-Food Canada and Robert E. Blackshaw, Agriculture and Agri-Food Canada
2104a Modeling Nitrous Oxide Emission from Farm
Dairy Effluent Irrigation in Grazed Pasture Soils
Using NZ-DNDC Model. Rita Bhandral*, Institute
of Natural Resources
2104b The Effect of Water-Field Pore Space on N-Losses
from Arable Soils. Irina N. Kurganova*1, Valentin
Lopes de Gerenyu1, Reinhard Well2, Norman Loftfield2 and Heiner Flessa2, (1)Institute of Physicochemical and Biological Problems in Soil Science,
(2)Institute of Soil Science and Forest Nutrition,
Univ of Göttingen
2105a Experimental Results and Practical Experiences
with the Fluid Fertilizers Point Injection Fertilization in Europe and Potentials to Optimize Fertilization and to Minimize Environmental Pollution. Martin Kücke* and Joerg-Michael Gref, Instituteof Crop and Grassland Science, Federal Agricultural Research Center
2106a Zn and Pb Sobility in Soil at Various Ameliorants Applying. Tatiana Minkina*, Alexei
Samokhin and Saglara Mandzhieva, Rostov State
Univ
2106b Emerging Resource Conservation Technology
through Zero Tillage in Eastern Indo Gangetic
170-25
2107a
170-26
2107b
170-27
2108a
170-28
2108b
170-29
2206a
170-30
2206b
170-31
2207a
170-32
2207b
170-33
2208a
170-34
2208b
Plains. Anisur Rahman Khan*1, Alok Kumar Sikka2,
S.S. Singh3 and Raj K. Gupta3, (1)ICAR Research
Complex For Eastern Region, (2)ICAR Research
Complex for Eastern Region, (3)RWC-CIMMYT,
India
Plant Water Status and Root Dynamics of Winter Corn under Varying Natural Resource Management. Abdhesh K. Singh1, J.P. Singh*1, S.S.
Singh2 and Anisur Rahman Khan3, (1)Rajendra Agricultural Univ, (2)RWC-CIMMYT, India, (3)ICAR
Research Complex For Eastern Region
Soil Test Crop Response Ttudies on Carrot under
Integrated Plant Nutrition System in Ultic Hapludalf of Tamil Nadu (India). Ramar Uma devi*,
Palanimuthu Murugesa Boopathi and Mani
Sangeetha, Tamil Nadu Agricultural Univ
Dinitrotolune (DNT) Transport and Fate in a
Field Controlled Soil Ecosystem. Fawzy M.
Hashem* and Arthur L. Allen, Univ of Maryland
Eastern Shore
Driving Factor Analysis of Typical Salination
Area Land Use Changes in Northeast of China.
Xin Lin*, Tieheng Sun, Lina Sun and Haibo Li,
Shenyang Key Laboratory of Environmental Engineering
Effectiveness of Liming Material to Amend Acidic
Upland Soil and Wheat Productivity. Keshav Raj
Adhikari*, Tribhuvan Univ, Institute of Agriculture
and Animal Science (IAAS), Sangam Shrestha, Center of Excellence, Univ of Yamanashi, Padam Prasad
Adhikari, Dept of Agriculture, Regional Soil Testing
Laboratory, HMG/Nepal and Zueng-Sang Chen, National Taiwan Univ, Dept of Agricultural Chemistry
Influence of Steam-Treated Plant Residues on
Soil Properties, Plant Growth and Drainage
Water Quality. Silvio Yoshiharu Ushiwata*, Graduate School of Science and Techonology, Chiba
Univ, Kazuyuki Inubushi, Faculty of Horticulture,
Chiba Univ and Hiromi Sasa, Ishikawajima-Harima
Heavy Industries Co., Ltd.
Uncertainty Analysis of Human and Environmental Factors on Nitrogen Flow at Different
Spatial Scales. Sonoko D. Kimura*, Graduate
School of Bio-Application and Systems Engineering,
Tokyo Univ of Agriculture and Technology and
Ryusuke Hatano, Graduate School of Agriculture,
Hokkaido Univ
Residual and Contact Herbicide Losses in Surface Runoff from Conservation Tilled Watersheds Planted with Transgenic, Herbicide-Tolerant, Corn and Soybean. Martin J. Shipitalo*1, R.
Malone2 and Lloyd Owens1, (1)USDA-Agricultural
Research Service, (2)USDA-ARS, National Soil
Tilth Laboratory
Glyphosate and Nutrient (N-P) Addition Effect on
Residue Decomposition and Soil Global Biological Activity in the Flooding Pampas (Argentina).
Silvia A. Mestelan*, Facultad de Agronomia–
UNCPBA and Martin Arzadun, Ministerio de Asuntos Agrarios–Chacra Experimental Pasman and Facultad de Agronomia–UNCPBA
Nitrogen Transformation in Soils Amended with
Urban Industrial Waste and Crop Response. Sutapa Bose* 1, S. Chandrayan 2 and A. K. Bhattacharyya2, (1)Jawaharlal Nehru Univ / School of
Environmental Sciences, (2)Jawaharlal Nehru Univ/
School of Environmental Sciences
157
POSTERS
SESSION NO. 170
SESSION NO. 171
SESSION NO. 171
4.4A Case Histories of the Relationships Among Soils
and Societies—Poster
171-1
2201a Marketing Soil Survey Information. Jon Hempel*,
USDA-NRCS-National Geospatial Development
Center and Lynn Betts, Valadis Corporation
171-2
2201b The Use of Sustainable Green Wastewater Treatment Technology Across the Andes , Ecuador,
South America. Ronald L. Lavigne*, University of
Massachusetts
171-3
2202a Finding Common Ground: A New College Course
Examines the Intersection of Soil Science and
Public Health. Elizabeth A. Hodges* and George A.
O’Connor, Soil and Water Science Department, University of Florida
171-4
2202b A Pilot Project:Initiating Production of Upland
Rice in Virgin Inland Swamps of Sierra Leone,
Africa. Eugene Brams*, Texas AM/Prairie View
AM
171-5
2203a Soil and Art—the Aesthetic of Dirt. Gerd Wessolek*, Technical University Berlin
171-6
2203b The Status of Soil Science. Gordon J. Churchman*,
University of Adelaide
171-7
2204a Educating Future Soil Scientists: Using Gardner’s Multiple Intelligences. Rosalie T. Carpenter*, Washington and Jeffeson College and Stephen
Carpenter, USDA Natural Resources Conservation
171-8
2204b Cartoon As a Teaching Aid for Soil Sciences. HaeNam Hyun*, Cheju National University, Yi Nam,
National Agricultural Cooperative Federation
(Nonghyup) and Jae E. Yang, Div. of Biol. Environ.
Coll. of Agri. & Life Sciences, Kangwon National
University
171-9
2205b The ‘Cycle of Life’ in Soil Science. Lloyd Ackert*,
Yale University
SESSION NO. 172
4.4P Soil Science and International Organizations
—Poster
172-1
2301b An Overview of the Recent Soil-Water-Plant Research and Technical Activities of the FAO/IAEA
Programme. Gudni Hardarson*, Lee Heng, Lionel
Mabit, Rachid Serraj, Claude Bernard and Minh
Long Nguyen, FAO/IAEA
172-2
2302a An accessible digital archive of soil maps. SenthilKumar Selvaradjou*1, Luca Montanarella1, Otto
Spaargaren2 and David Dent2, (1)European Commission, (2)ISRIC–World Soil Information
172-3
2302b Dr.Elena Grigorieva. Elena E. GRIGORIEVA*,
Russian Trade Mission in Canada
172-4
2303a ACSAD Experiences in Desertification Combating and Rehabilitation of Degraded lands. Farouk
Saleh Fares*, Gilani Mhimed Abdelgawad and
Abdul Rahim Loulou, ACSAD
172-5
2303b Technical Cooperation and Research Activities of
NRD-UNISS in Northern Africa. Claudio Zucca*1,
Giuseppe Enne1 and Franco Previtali2, (1)Centro
Interdipartimentale di Ateneo NRD–Nucleo Ricerca
Desertificazione, Università di Sassari, (2)Dip.
158
172-6
2304a
172-7
2304b
172-8
2305a
172-9
2305b
172-10
2306a
172-11
2306b
Scienze dell’Ambiente e del Territorio, Università di
Milano–Bicocca
Soil Science Issues in International Organizations. Elena E. GRIGORIEVA*, Russian Trade Mission in Canada
Is there a link between soil properties and anthrax outbreaks?. Mabel Pazos*1, Nuria Roca1,
Ramón Noseda2 and Gustavo Combessies2, (1)Facultad de Agronomía–UNCPBA, (2)Laboratorio Azul
Diagnóstico S.A.
The Food and Agriculture Organization of the
United Nations (FAO) and Soil Issues. Freddy O.
Nachtergaele*, Rudi Dudal and Louise Fresco, Food
and Agriculture Organization of the United Nations
(FAO)
Simplified Delivery System for Internet-based
Soil Science Lessons. George Van Scoyoc*, John G.
Graveel and William W. McFee, Purdue University
History of Dredged Material Management and
Usage in the United States. Christina C. Kennedy*,
US Army Corps of Engineers
Historic and Future Perspectives of 1890 Universities and National Cooperative Soil Survey.
Leslie Glover* II, Natural Resource Conservation
Service
SESSION NO. 173
4.5A History of Soil Science in Developing Countries
—Poster
173-1
2401a Landmarks of History of Soil Science in Sri
Lanka. Ranjith B. Mapa*, Department of Soil Science
173-2
2401b The main moments in the development of soil
classification in Romania. Ioan M. Munteanu*,
RISSA–Research Institute of Soil Science and Agrochemistry
173-3
2402a Discovering Soils in the Tropics: Charter’s Interim System of Tropical Soil Classification.
William R. Effland*1, Rexford D. Asiamah2, T.
Adjei-Gyapong3, E. Boateng3, Christian Dela-Dedzoe4 and Andrew Manu5, (1)USDA/NRCS Soil Survey Division, (2)Soil Research Institute,
(3)CSIR/SRI, (4)CSIR Soil Research Institute,
(5)Iowa State University
173-4
2402b Historical development of soil science in
Malaysia. Selliah Paramananthan*1, Lah J. Uyo2
and Lulie Melling2, (1)Param Agricultural Soil Surveys (M) Sdn. Bhd., (2)Soil Division, Department of
Agriculture Kuching
173-5
2403a The Soil Management Support Services: training
the trainers overseas. Richard Arnold*, USDANRCS (retired)
173-6
2403b Colonial Soil Science in the Former British West
Indies. Benno Warkentin*, oregon state university
173-7
2404a Soil Survey in Puerto Rico: A Brief History. Douglas Helms*, Natural Resources Conservation Service, Friedrich Beinroth, University of Puerto Rico
and Hari Eswaran, USDA Natural Resources Conservation Service
173-8
2404b The History of Soil Science in the Caucasus. Tengiz Urushadze*, Georgian State Agricultural Univer-
173-9
2405a
173-10
2405b
173-11
2406a
173-12
2406b
173-13
2407a
173-14
2407b
173-15
2408a
173-16
2408b
sity, Eric Molchanov, V.Dokuchaev Soil Science Institute, and Unan Kazarian, Armenian Soil Science,
Agro chemistry, Melioration Institute
Soil science publications – History and current
trends. Alfred Hartemink*, ISRIC–World Soil Information
Pedophilosophy (Pedosophy) – a new field of philosophy of science. Ioan M. Munteanu*, RISSA–
Research Institute of Soil Science and Agrochemistry
Soil Science and Philately. Hans-Peter Blume*,
University of Kiel
What has soil science learnt from an early volcanic landscape study in south-east Australia?.
Jonathan E. Holland*, University of Melbourne
Historical evolution of the scientific method and
its application to soil science. Pierfrancesco Nardi*,
Fabio Tittarelli and Paolo Sequi, CRA–Italian Agricultural Research Council–Experimental Institute
for Plant Nutrition
New opportunities of chemical amelioration of
sodic-saline soils in the Ararat Plain in Armenia.
H. S. Hovhannisyan and Gagik Karamyan*, Metta
Group, LLC
The Benguet State University Soil Science Research Information Compendium. Tessie Miga
Merestela*, Department of Soil Science, College of
Agriculture, Benguet State University
Hugh Hammond Bennett’s Journey: Soil Scientist to Soil Conservationist. Douglas Helms*, Natural Resources Conservation Service
174-5
174-6
174-7
174-8
174-9
174-10
SESSION NO. 174
Convention Center, Room 103ABC, First Floor
Better Management—Poster
174-1
2901a Formation of Fe oxides from K-jarosite: effect of
temperature, pH, phosphate, and salt concentration. Vidal Barrón* and José Torrent, Universidad de
Córdoba
174-2
2901b Acidification of groundwater caused by a falling
water table in a sandy aquifer in the Perth Region, Western Australia. Troy JF Cook*1, Ron
Watkins1, Steve Appleyard2 and Ryan J. Vogwill3,
(1)Curtin University of Technology, (2)Department
of Environmental Protection, Perth, Western Australia., (3)Department of Environment
174-3
2902a The influence of metal leakage from acid sulphate soils on estuarine sediments in western Finland. Linda Nordmyr*1, Mats Åström2, Peter Österholm1 and Pasi Peltola2, (1)Department of Geology
and Mineralogy, Åbo Akademi University, (2)Department of Biology and Environmental Science,
Kalmar University
174-4
2902b Effect of toxic metals mobilised from Finnish acid
sulphate soils on terrestrial and aquatic biota
and human health: a literature review. Rasmus
Fältmarsch*, Department of Geology and Mineralogy at Åbo Akademi University and Mats Åström,
Department of Biology and Environmental Science,
Kalmar University
174-11
2903a Revegetation of acid sulfate soil scalds in coastal
New South Wales, Australia. Mark Allan Rosicky1,
Leigh Sullivan*1 and Peter Slavich2, (1)Southern
Cross University, (2)NSW Department of Primary
Industries
2903b Identification and Characterization of AcidityTolerant and Al-Resistant Bacteria Isolated from
Tea Soil. Chau Thi Tuong Ngo*, Hue University of
Sciences and Shinjiro Kanazawa, Faculty of Agriculture, Kyushu University
3001a Role and the effectiveness of phospho-microorganisms with rock phosphate. Bunjirtluk Jintaridth*1, Pittayakorn Limthong2, Tippawan Inthasothi3 and Charoen Charoenchamratcheep2, (1)University of Kentucky, (2)Land Development Department, (3)Office of Science for Land Development
3001b Adaptive Excretion of Ammonia of Ludwigia adscendens, an Adapted Plant in Highly Acidic
Swamps in an Acid Sulfate Soil Area of Viet Nam.
Tomoko Aizawa* 1 , Ve B. Nguyen 2 , Hiroyuki
Kashima1, Noriyuki Iwabuchi1, Isao Hasegawa1,
Satohiko Sasaki1, Mutsuyasu Nakajima1 and Michio Sunairi1, (1)Nihon University, (2)Can Tho University
3002a Distribution and behaviour of sulfur species in
acid sulfate soils, western Finland. Anton
Boman*1, Petri Lintinen2, Sören Fröjdö1 and Mats
Åström3, (1)Department of Geology and Mineralogy, Åbo Akademi University, (2)Geological Survey
of Finland, (3)Department of Biology and Environmental Science, Kalmar University
3002b Physico-chemical amendments of acid sulfate soil
for rice production in Bangladesh. Md. Harunor
Rashid Khan*1, SM Kabir2, MMA Bhuiyan2, HansPeter Blume3, Tadashi Adachi1, Yoko Oki1 and K. R.
Islam4, (1)Department of Environmental Management Engineering, Faculty of Environmental Science
and Technology, Okayama University, (2)Dept. of
Soil, Water and Environment, University of Dhaka,
(3)University of Kiel, (4)Soil and Water Resources,
The Ohio State University South Centers
3016a Information transfer between studies of acid sulfate soils and acid rock drainage. D. McConchie*1,
M. Clark1, J. Jonas2, J. Rouse2 and N. Bardach2,
(1)Southern Cross University, (2)Virotec North
America
SESSION NO. 175
Change—Poster
175-1
2910a Chemical attributes of Ornithogenic Cryosols on
volcanic rocks from Maritime Antartica. Carlos
E.G.R. Schaefer*, Felipe N.B. Simas, Manoel R.
Albuquerque, Liovando M. Costa, Luiz E. Dias,
Victor V. Pereira and Roberto F.M. Michel, Departamento do Solos-Universidade Federal de Viçosa
175-2
2910b The project “Carbon Pools in Permafrost Regions” (CAPP) and the Cryosol Working Group
(CWG): International Platforms for Soil related
Topics of the International Permafrost Association (IPA). Eva-Maria Pfeiffer*, University of Hamburg, Institute of Soil Science, Peter Kuhry, University of Stockholm and Sergey V. Goryachkin, Institute of Geography, Russian Academy of Sciences
159
POSTERS
SESSION NO. 175
SESSION NO. 175
175-3
175-4
175-5
175-6
175-7
175-8
175-9
175-10
175-11
175-12
175-13
175-14
160
2911a Soil organic carbon content and its distribution
in Northern Canada database and overview. MF
Hosssain*, CCRS, Natural Resources Canada
2911b Soils Developed from Volcanics in Keller Peninsula, King George Island, Antarctica: Formation
and Mapping. Marcio R. Francelino* Sr.1, Carlos
E.G.R. Schaefer2, Elpidio I. Fernandes Filho2, Felipe
N.B. Simas2 and Manoel Ricardo Albuquerque3,
(1)Universidade Federal Rural do Rio de Janeiro,
Viçosa, (3)EMBRAPA
2912a Micromorphology and microprobe study of phosphate reaction in ornithogenic cryosols from
Antarctica. Carlos E.G.R. Schaefer*1, Felipe N.B.
Simas1 and Bob Gilkes2, (1)Departamento do SolosUniversidade Federal de Viçosa, (2)School of Earth
and Geographical Sciences, The University of Western Australia
2912b Cambisols and Luvisols—“Zonal” Soils of EastEuropean Tundra. Valentine D. Tonkonogov*,
Dokutchaev Soil Institute, Russian Agricultural
Academy and Sergey V. Goryachkin, Institute of
2913a Are Cryosols on the move? A reflection on the
classification of permafrost-affected soils during
the development of the World Reference Base for
Soil Resources (WRB). Otto Spaargaren*, ISRIC–
World Soil Information
3009b Problem of Gley Diagnostics: Color and Iron
Chemistry in Cryosols of Kolyma Lowland. Yuriy
N. Vodyanitskii, V.V. Dokuchaev Soil Science Institute and Nikita S. Mergelov*, Institute of Geography,
RAS
3010a Frost Action in the Mountain Soils of Central
Europe (Tatra Mts.)—Relict or Contemporary
Processes. Marek Drewnik* Sr., Jagiellonian University
3010b Maps of Cryogenic Conditions and Phenomena in
Soils of Russia. Tatiana V. Ananko, Dmitry Ye.
Konyushkov*, Yevgeny M. Naumov, Ilia A. Sokolov
and Tatiana Ye. Yakusheva, V.V. Dokuchaev Soil
Science Institute
3011a Phosphate minerals in ornithogenic Cryosols of
Maritime Antarctica. Felipe N.B. Simas*1, Carlos
E.G.R. Schaefer1, MArtin Saunders2, Vander Freitas
de Melo3, Marcelo B. Guerra4 and Robert Gilkes5,
Viçosa, (2)University of Western Australia, (3)Universidade Federtal do Parana, (4)Universidadde Federal de Viçosa, (5)School of Earth and Geographical Sciences The University of Western Australia
3011b Quantitative Mineralogical Indices to Diagnose
Cryogenic and Pedogenic Weathering in Soils of
the Northern Part of the East European Plain.
Victor V. Rogov and Dmitri L. Golovanov*, Geographical Faculty, Moscow Sate University
3012a Methane and Carbon Dioxide Release from Eroding Coastline of North Slope, Alaska. Gary J.
Michaelson*1, Ping Chien-Lu1, M. Torre Jorgenson2, Fugen Dou1, Yuri Shur1 and Laodong Guo1,
(1)University of Alaska Fairbanks, (2)Alaska Biological Research Inc
3012b Use of Paleo-Cryosols in Reconstructing Late
Pleistocene Full Glacial Environments of Central Yukon, Canada. C.A. Scott Smith*, Agriculture
and Agri-Food Canada, Paul Sanborn, University
of Northern British Columbia, Duane G. Froese,
University of Alberta, Grant D. Zazula, Simon Fraser
University and John A. Westgate, University of
Toronto
SESSION NO. 176
—Poster
176-1
3101a Comparative Estimation of Influence of a Variable Magnetic Field by Induction of 1500 and
6000 Mktl on Number of Microflora of Chernozem Ordinary, Brown Forest Soil and Grey
Forest Soil. Elena U. Starovoitova*1, Marina A.
Repyah2 and Tatyana V. Denisova1, (1)Rostov State
University, (2)Rostov state University
176-2
3101b Productivity of the Grassland in China and the
Restricting Factors for Its Sustainable Utilization. Liming Liu*, Department of Land Resources
Management, China Agricultural University
176-3
3102a Effect of Anthropogenic Wastes on Heavy Metal
Mobility after 6 Months of Stabilization. Andrea
Zanuzzi and Angel Faz*, Universidad Politécnica de
Cartagena
176-4
3102b Soil chemistry and mineralogy changes induced
by calcium peroxide injection. Michael J. Kirby*,
Shaw Environmental, Inc.
176-5
3201a Heavy Metal Leaching in an Alluvial Mining Soil
Amended with Pig Manure: Soil Column Tests.
DM Carmona G. Sr., Universidad Politécnica de
Cartagena and Ángel Faz Cano*, Departamento de
Ciencia y Tecnologia Agraria, Universidad Politécnica de Cartagena
176-6
3201b The use of rainfall simulators in the quantification of infiltration, run-off and soil losses. Alberto
Sfeir1, Marcelo Varni2, Marcela Piscitelli1, Roberto
J. Crespo*3, Guadalupe Ares3 and Eduardo Usunoff2,
(1)Facultad de Agronomia. Universidad Nacional
del Centro de la Provincia de Buenos Aires,
(2)IHLLA–Universidad Nacional del Centro de la
Provincia de Buenos Aires, (3)Becario CIC–Facultad de Agronomia. Universidad Nacional del Centro
de la Provincia de Buenos Aires
176-7
3202b Biodegradation of the Soil Caused by the Man in
River Basin Amajac, Hidalgo, Mexico. Enrique
Rubinos* Sr.1, Carmen Gutierres Castorena1, Patricio Sanchez Guzman1, Jesus Amado Alvarez1 and
Rafael Zuñiga Sr.2, (1)Instituto de Educacion , investigacion en Ciencias Agricolas del Esdtado de Mexico, (2)Durango University
SESSION NO. 177
—Poster
177-1
3014a Water Quality Originating from Forest Roads in
Southern Brazil. Carla M. Camargo Corra*1 Glaucio Roloff2 and Jorge R. Malinovski1, (1)Forest Science Dept.–Federal University of Paraná, (2)Soil
Science and Agricultural Engineering Dept.–Federal University of Parana
177-2
3015a Micronutrient Status in a Dry Deciduous Tropical Forest of the Scrub Jungle of Mettupalayam,
Coimbatore, India. Subramanium Thiyageshwari*,
Duraisamy Selvi and Sundarajan Amutha, Tamil
Nadu Agricultural University
177-3
177-4
177-5
177-6
177-7
177-9
177-10
177-11
177-12
177-13
177-14
177-15
3015b Determining relationship between energy and
C/N during leaf litter decomposition of Fagus oreintalis in north of Iran under laboratory conditions. vahid Hosseini*, Kurdistan University
3113a Atmosferic deposition and soil solution monitoring in the National parks of Croatia. Boris Vrbek*
and Ivan Pilaš, Forest Research Institute, Jastrebarsko
3113b Participatory Assessment of Soil Properties and
Ecological Diversity across Mt. Malindang Landscape, Southern Philippines. Renato D. Boniao*,
Mindanao State University-Naawan, Rosa Villa B.
Estoista, MSU-Mindanao State University-Marawi,
Ron De Goede, Wageningen University & Research
Centre and Sam James, Kansas University Natural
History Museum and Biodiversity Research Center
3114a Study on Spatial Variance of Soil Nutrients for
Moso Bamboo Forest of fertilization. Xiaomin
Guo*1, Dekui Niu2, Xi Guo2, Guoshi Zhang1, Bin
Zhang1, Dongnan Hu1 and Fang Chen (Corresponding Author)3, (1)College of Forestry, Jiangxi Agricultural University, (2)College of Land Resource &
Environment, Jiangxi Agricultural University, (3)
Wuhan Botanical Garden, Chinese Academy of Sciences,
3114b Forest Management Effects on Extreme Flooding
Events: Evaluating Hydrologic Modeling Approaches. Mary B. Adams*1, Mark H. Eisenbees2,
W. Michael Aust2 and James A. Burger2, (1)USDA
Forest Service, (2)Virgnia Tech., Department of
Forestry
3115b Changes in soil nutrient availability following
land application of biosolids to forest in virginia.
Eduardo C. Arellano* and Thomas R. Fox, Virginia
Polytechnic Institute and State University
3116a Soil Properties along a Toposequence in Mountainous Cloud Forests in Sierra Juárez, Southern
Mexico. Pavel Krasilnikov*1, Norma Eugenia García Calderón2, Noé Velázquez Rosas3 and Elizabeth
Fuentes Romero2, (1)(1) Institute of Biology, KarRC,
RAS (2) Facultad de Ciencias, UNAM, (2)Facultad
de Ciencias, UNAM, (3)Instituto de Ecología,
UNAM
3116b Soil Properties Influencing Compactability of
Forest Soils in British Columbia, Canada. Maja
Krzic*1, Chuck Bulmer2, Francois Teste1, Lesley
Dampier1, Margaret Schmidt3 and Yihai Zhao1,
(1)University of British Columbia, (2)BC Ministry
of Forests, Research Branch, (3)Simon Fraser University
3213a Evolution of phosphorus forms, phosphatae activity, and the relationship between soil nutrition
and tree growth in Larch plantations in northeastern China. Lixin Chen*, College of
Forestry,Northeast Forestry University, Harbin,
150040, China; Research Institute of Forestry,CAF,
Berjing,100091,China and Wenbiao Duan, College
of Forestry, Northeast Forestry University, Harbin,
150040, China
3213b Sediment Yield from Secondary Forest Roads on
Pinus taeda Commerical Plantation in Southern
Brazil Highland. Carla M. Camargo Corra*1, Renato A. Dedecek2 and Jorge R. Malinovski1, (1)Forest Science Dept.–Federal University of Paraná,
(2)Embrapa CNP Florestas
3214a Pine Straw Harvesting Effects on Water Content
of the Soil Vadose Zone. Daniel H. Pote* and David
M. Burner, USDA-ARS
3214b Using ∆15N to trace biosolids-derived nitrogen in
a forest ecosystem. Hailong Wang* and Guna
Magesan, Ensis
177-16
177-17
177-18
177-19
177-20
177-21
177-22
177-23
177-24
177-25
177-26
177-27
177-28
177-29
3215a Clay mineralogical characterization of a toposequence of perhumid subalpine forest soils in
northeastern Taiwan. Chuangwen Pai*, The experimental forest, college of bioresource and agriculture, National Taiwan University, Ming Wang, National Taiwan University and Chih-Yu Chiu, Research Center for Biodiversity
3215b Free oxides properties of Japanese forest soils
developed from volcanic ash and other parent
materials. Akihiro Imaya*, Kyusyu research center,
Forestry and Forest Products Research Institute, Seiichi Ohta, Kyoto University, Yoshiyuki Inagaki,
Shikoku research center, Forestry and Forest Products Research Insitute and Nagaharu Tanaka,
Hokkaido research center, Forestry and Forest Products Research Institute
3311a Carbon sequestration and SOM decomposition
depending on land use change of gray forest and
sod-podzolic soils. Alla A. Larionova*, Sergey S.
Bykhovets, Ilya V. Yevdokimov and Alexandr M.
Yermolayev, Institute of Physico-Chemical and Biological Problems in Soil Science RAS
3311b Soil Losses from Fire Breaks and Pinus taeda
Commercial Plantation in Southern Brazil. Carla
M. Camargo Corra*1, Renato A. Dedecek2 and Jorge
R. Malinovski1, (1)Forest Science Dept.–Federal
University of Paraná, (2)Embrapa CNP Florestas
3312a Changes in soil quality indicators, in adjacent
protected forest and deforested lands in central
Iran. Mohammad A. Hajabbasi*1, Mehdi Sharifi2
and Mohsen Sheklabadi1, (1)Isfahan University of
Technology, (2)Agriculture and Agri-Food Canada
3312b Impact of prescribed management treatments on
selected soil properties in a disturbed forest
ecosystem of Northern Alabama. Maria Nobles*,
Wallace Dillon and Monday Mbila, Alabama A&M
University
3313a Sulfate Adsorption in Forest Soils Affected by
Acid Deposition. Autumn L. Bryson* and Louis
M. McDonald, West Virginia University
3313b Forest Ecosystem Management Practices and
Carbon Storage in North Alabama Soils. Monday
Mbila*, Wallace Dillon Jr. and Maria Nobles, Alabama A&M University
3314a The long-term effects of a single phosphorus fertilizer application on phosphorus availability in
forest soils. Bradley W. Miller*, Virginia Tech and
Thomas Fox, Virginia Tech University
3314b The relationship between soil conditions and declining growth rate of famous aged Pinus tabulaeformis at Jietai temple in Beijing China. Lishui
Nie*, Michigan State University
3315a Influence of different tree species on the chemical properties in rhizosphere and bulk soils. Pura
Marcet Sr., J. Carlos Souto, Saleta Gonzalez* and
Dolores Baamonde, Universidad de Vigo. Escuela de
Ingeniería Técnica Forestal.
3315b Soil C, N, δ13C and δ15N within Size Fractions
Along an Experimental Forest Disturbance
Regime in Atlantic Canada. Asfaw Bekele*, Lisa
Kellman and Hugo Beltrami, Environmental Sciences Reearch Center, St. Francis Xavier University
3410a Effect of applying sewage sludge and Mitilus galloprovincialis Lam. shells on degraded mine soil.
P. Marcet, J. Rey and S. Gonzalez*, Universidad de
Vigo. Escuela de Ingeniería Técnica Forestal.
3410b Stimulation of microorganisms in a mediterranean litter after sewage sludge addition. Sylvie
Neble*1, Lionel Ranjard2, Virginie Nowak2, Jean
Le Petit1 and Steven Criquet1, (1)Laboratory of Mi-
161
POSTERS
SESSION NO. 177
SESSION NO. 177
177-30
3411a
177-31
3411b
177-32
3412a
177-33
3412b
177-34
3413a
177-35
3413b
177-36
3414a
177-37
3414b
177-38
3415a
177-39
3415b
177-40
3515a
177-41
3515b
162
crobial Ecology, (2)INRA–UMR Microbiologie et
Geochimie des sols
Nitrogen Mineralization Rates as a Function of
the Free Organic Matter in Highly Saturated
Chilean Rain Forest Soils. Francisco Matus*, Private, Christopher Lusk, Department of Biological
Sciences, Macquarie University and Christian Maire,
Centro Tecnológico de Suelos y Cultivos, Departamento de Producción Agrícola, Universidad de Talca
Litter decomposition study in young and old forest by chemical and structural analyses. Ornella
Francioso1, Paola Gioacchini*1, Daniela Montecchio 1 , Claudio Ciavatta 1 , Andrea Masia 2 and
Giustino Tonon2, (1)Dipartimento di Scienze e Tecnologie Agroambientali Università di Bologna,
(2)Dipartimento di Colture Arboree Università di
Bologna
Soil NO3 and NH4 over 14 years on a Long Term
Soil Productivity study on the Lower Coastal
Plain of North Carolina. Robert J. Eaton* and Kim
Ludovici, USDA-Forest Service, Southern Research
Station
Validation and Implementation of a Geospatial
Soil Erosion Model for Forest and Rangeland
Management. Chris Renschler*, National Center
for Geographic Information and Analysis (NCGIA),
William J. Elliot, USDA-Forest Service, Jerry
Ritchie, ARS-BARC-HRSL and Mary H. Nichols,
USDA Agricultural Research Service
Modeling the spatial variability of soil organic
matter in a deeply dissected landscape—Bisley
Watershed, Puerto Rico. Kristofer Johnson* and
Fred Scatena, University of Pennsylvania
Soil Organic Matter Stabilization in a Transect of
Forest Types on Soils with Diverse Mineralogy
and Environmental Conditions in the Pacific
Northwest USA. Mark G. Johnson*, U.S. Environmental Protection Agency and Christopher
Swanston, Center for Accelerator Mass Spectrometry
CH4 uptake and N2O emission from the forest
soils in Japan. Tomoaki Morishita*, Shigehiro
Ishizuka, Tadashi Sakata and Masamichi Takahashi,
Forestry and Forest Products Research Institute
Organic Profiles of Forest Soils in Northern Europe: Characteristic Features and Classification
Problems. Olga Bakhmet*, Forest Research Institute, Karelian Research Centre, Russian Academy of
Sciences
Assessing Forest Soil Productivity in Northen
Europe. Natalia Fedorets* and Rozalia Morozova,
Forest Research Institute, Karelian Research Centre,
Do Presences of a Ground Flora Affect Variations in Soil Chemistry in a Fagus Sylvatica Forest Soil?. Frida Andreasson*, Bo Bergkvist and
Anna-Maj Balsberg-Pahlsson, Lund University
Assessment and studying micromorphological
and mineralogical charactricitics of some forest
soils of nowshahr kheyrudkenar(mazandaran
province),iran. m.k kianian*, university of tehran
Deforestation effects on soil bacterial population:
A case study of Guilan province. Amir Bahrami*1,
Maryam Ranjbar Atashi1 and Mahmood Shabanpour2, (1)Guilan University, (2)Iran-Rasht- Guilan
University- Agricultural Faculty- Soil Sci. Group
SESSION NO. 178
Functioning—Poster
178-1
3202a Soil Evaluation for Natural and Anthropogenic
Soils (the TUSEC-Method). Andreas Lehmann*,
Susanne David and Karl Stahr, Hohenheim University (310)
178-2
3301a Aggregation proccess in vegetalised polluted industrial soils: effects on pollutant bioavailability.
Marie-France Monsérié*, Françoise Watteau,
Geneviève Villemin and Jean-Louis Morel,
INPL(ENSAIA)/INRA, Laboratoire Sols et Environnement
178-3
3301b Mapping of soil environmental hazards in urban
areas. Jaroslava Sobocka* and Marian Jaduda, Soil
Science and Conservation Research Institute
178-4
3302a Soils of New York City. Luis A. Hernandez*1,
Richard K. Shaw1, Steven Fischer1 and John Galbraith2, (1)USDA-NRCS, (2)Virginia Tech
178-5
3302b Soil development by urban land use and
management in semi-arid regions, example from
Tehran. Mohammad Baharvand* II, Universitaet
Duisburg-Essen, Fb. Biologie und Geographie, Dept.
Angewandte Bodenkunde and Wolfgang Burghardt,
Universitaet Duisburg-Essen, Fb. Biologie und
Geographie, Abt. Angewandte Bodenkunde
178-6
3303a Urbanization Leading to Alteration of Soil Function of the Zhengzhou City in China. Ke-ning
WU*, Department of Land Science and Technology,
China University of Geoscience
178-7
3303b Impact of Soil Degradation on Water and Life in
a Tropical Region. Shadananan K. Nair*, Centre for
Earth Research & Environment Management
178-8
3304a Effect of Copper in Soil on Bioaccumulated Copper in Earthworm. Kye-Hoon Kim*1, Youn-Seok
Choi1, Ho-Jin Kim2 and Hyun-Haeng Lee2, (1)The
University of Seoul, (2)National Institute of Agricultural Science and Technology
178-9
3304b Measures of body size and body condition in the
black-striped mouse (Apodemus agrarius) as indicators of chronically disturbed environment.
Miroslava V. Velickovic*, .Institute for Biological
Research “Sinisa Stankovic”
178-10 3305a Gaseous Losses From Nitrogen Fertilizers Applied to Vegetable Fields in Nanjing Suburb. Bing
Cao1, Fayun He1, Qiuming Xu2, Bin Yin1 and Guixin
Cai*1, (1)State Key Laboratory of Soil and Sustainable Agriculture, (2)Beijing Academy of Agricultural
and Forestry Sciences
178-11 3305b Importance of historical and present-day land
use for the lability of soil C and N. David Lewis*1,
Jason Kaye2, Charles Redman1 and Ann Kinzig1,
(1)Arizona State University, (2)The Pennsylvania
State University
178-12 3306a Legacies of agriculture in carbon and nutrient
pools of arid urban soils. David Lewis1, Jason
Kaye*2, Corinna Gries1, Ann Kinzig1 and Charles
Redman1, (1)Arizona State University, (2)The Pennsylvania State University
178-13 3306b Bihourly Soil Moisture Depletion Patterns in an
Urban Ecosystem. Charles Kome*, East National
Technology Support Center, USDA/NRCS
178-14 3307a Soil and Site Assessment Card for Connecticut
Rain Gardens. Marjorie Faber*, USDA NRCS
178-15 3307b Lead Distribution in Urban Residential Soils of
Portland, Maine. Samantha Langley-Turnbaugh*
and Travis Wagner, University of Southern Maine
SESSION NO. 178
178-17
178-18
178-19
178-20
178-21
178-22
178-23
178-24
178-25
178-26
178-27
3308a Heavy Metals in Murcia City (Se Spain): Preliminary Data. Jose A. Acosta*, Ángel Faz Cano
and Silvia Martínez-Martínez, Technical University
of Cartagena
3308b Magnetic Properties of Urban Topsoil in Shanghai and Their Environmental Implications. Xuefeng Hu*, Xiao-qing Li, Rong Ye, Yun Pan and Yu
Su, Department of Environmental Science and Engineering, Shanghai University
3309a Mineralogy and Geochemistry of urban soils of
different age and land use in Qingdao, China.
Stefan Norra*1, Nabil Fjer1, Thomas Neumann1,
Doris Stüben1, Fanwei Lee2 and Xianfeng Shu2,
(1)Institute of Mineralogy and Geochemistry, Universitaet Karlsruhe, (2)Qingdao Environmental Protection Bureau
3309b Contribution of technologic materials to the metal
bioavailable fraction of urban soils in Marrakech
(Morocco). Hicham El Khalil* 1 , Christophe
Shwartz1, Ali Boularbah2 and Jean Louis Morel1,
(1)Laboratoire Sols et Environnement, INPL (ENSAIA)/INRA, (2)Laboratoire de Biosurveillance de
l’Environnement
3310b Methodology to study contaminant transport in
variably saturated soils at the bench scale. MarieOdile Simonnot*1, Valérie Gujisaite1, Stéphanie Ouvrard2 and Jean-Louis MOREL2, (1)Laboratory of
Chemical Engineering Science (CNRS-INPL),
(2)Laboratory of Soils and Environment (INRAENSAIA-INPL)
3405a Degradation of phenanthrene and pyrene in soil:
Fenton’s reagent versus potassium permanganate. Marie-Odile Simonnot*1, Paula Tereza De
Souza e Silva1, Marie-Noëlle Pons1, Benicio Barros
Neto2, Valdinete Lins Da Silva3, Mauricio Motta3
and Michel Sardin1, (1)Laboratory of Chemical Engineering Science (CNRS-INPL), (2)Departemento
de Quimica Fundamental, Universidade Federal de
Pernambucco, (3)Departemento de Engenharia
Quimica, Universidade Federale de Pernambuco
3405b Alteration of secondary minerals along a time
series in alkaline soils derived from carbonatic
wastes of soda production. Reinhold Jahn*1, Gritta
Grünewald1, Klaus Kaiser1 and Herbert Pöllmann2,
(1)Institute of Soil Science and Plant Nutrition, Martin Luther University, (2)Institute of Geo Sciences
3406a Total and Extractable Lead and Arsenic Concentrations in US Long-Term Orchard soils. Eton E.
Codling*1, Carrie E. Green1, R. L. Chaney2 and
Andy K. Piri3, (1)USDA-ARS, (2)USDA-ARSANRI, (3)USDA-NRCS
3406b Decontamination of two contaminated soils using
chelating agents applied to leaching cells. D. Kh.
Naghipour*1, H. R. Thomas2 and R. Franciss2,
(1)Guilan University of Medical Sciences, (2)Cardiff
University
3407a Metal Contamination in Urban Soil-Water Environment and Remediation Strategies. Palanisamy
Singaram*, K Lalsuna and Santiago Mahimairaja,
Tamil Nadu Agricultural University
3407b Ecological assessment of a constructed soil on degraded sites. Geoffroy Séré*1, Stéphanie Ouvrard1,
Christophe Schwartz1, Jean-Christophe Renat2 and
Jean Louis Morel1, (1)INPL(ENSAIA)/INRA, Laboratoire Sols et Environnement, (2)TVD-Groupe PE
3408a Distribution and Abundance of Chironomidae
(Diptera) in Tropical Rice Agroecosystem. Salman
Abdo Al-Shami*1, Che Salmah Rawi2, Siti Azizah
Noor3 and Abu Hassan Ahmad3, (1)Univeriti Sains
Malaysia, (2)School of Biological Science, Univer-
178-28
178-29
178-30
siti Sains Malaysia, (3)Scoolh of Biological Science
3408b Compost Use in Urban Landscapes. John J.
Sloan*, Cynthia McKenney, James Heitholt, Wayne
Mackay and James McAfee, Texas Agric. Exp. Stn.
3409a Effectiveness of Biosolids Amendments in Enhancing Soil Fertility and Microbial Ecology in
Golf Course Greens. Guanglong Tian*1, Thomas
Granato1, Dan Dinelli2 and Albert Cox1, (1)Environmental Monitoring and Research Division, R & D
Dept, Metro Water Reclamation District of Greater
Chicago (MWRD-Chicago), (2)North Shore Country Club
3409b A Comparative Study of Soil and Other Adsorbents on Decolorizing Livestock Wastewater. Xin
Chen*1, Kuniaki Sato1, Toshiyuki Wakatsuki2 and
Masunaga Tsugiyuki1, (1)Faculty of Life and Environmental Science, Shimane University, (2)Faculty
of Agriculture, Kinki University, Japan
SESSION NO. 179
Systems for Soil Resources—Poster
179-1
3108a Immobisol as a Proposed Reference Soil Group
of the World: Some Evidences in Ethiopia. Bipin
Bihari Mishra*, Soil Survey & Land Use Planning
Centre and Heluf Gebrekidan, Alemaya University,
Ethiopia
179-2
3108b Genesis and Classification of Soils in Alborz region in the north of Iran. Hossein Torabi-Golsefidi*, Faculty of Agriculture, Shahed University
179-3
3109a Albic Soil Classification Reference in the Northern Subtropical Region of China. Ke-ning WU*,
Department of Land Science and Technology, China
University of Geoscience
179-4
3109b Principles, structure and suggestions for modernization of the Hungarian Soil Classification
System. Erika Micheli* 1 , Peter Hegymegi 1 ,
Gabriella Sz. Kele2 and Zsofia Bakacsi3, (1)Szent Istvan University, Soil Science and Agrochemistry Department, (2)Plant Protection and Soil Conservation
Service, Hungary, (3)Research Institute for Soil Science and Ag. Chemistry of the Hungarian Academy
of Sciences
179-5
3110b National Classification of “Hydromorphic” and
Salt affected soils and their correlation with the
WRB. Marta Fuchs* 1 , Erika Micheli 1 , Peter
Hegymegi1 and Tibor Tóth2, (1)Szent Istvan University, Soil Science and Agrochemistry Department,
(2)Research Institute for Soil Science and Agricultural Chemistry of the Hungarian Academy of Sciences
179-6
3208a National Classification of “Chernozem like”
(steppe) soils and their correlation with the WRB.
Gabriella Sz Kele*, Plant Protection and Soil Conservation Service, Erika Micheli, Szent Istvan University, Soil Science and Agrochemistry Department
and Judit Berényi Üveges, Central Service for Plant
Protection and Soil Conservation
179-7
3208b Wrb Explained. Otto Spaargaren*, ISRIC–World
Soil Information
179-8
3209a National Classification of forest soils and their
163
POSTERS
178-16
SESSION NO. 179
179-9
correlation with the WRB. Tamas Szegi*, Pal Stefanovits and Erika Micheli, Szent Istvan University,
Soil Science and Agrochemistry Department
3209b WRB activities 2002-2006. Erika Micheli*, Szent
Istvan University, Soil Science and Agrochemistry
Department, Otto Spaargaren, ISRIC and Peter
Schad, Lehrstuhl für Bodenkunde (Soil Science),
München
SESSION NO. 179
Systems for Soil Resources—Poster
179-1
3108a Immobisol as a Proposed Reference Soil Group
of the World: Some Evidences in Ethiopia. Bipin
Bihari Mishra*, Soil Survey & Land Use Planning
Centre and Heluf Gebrekidan, Alemaya University,
Ethiopia
179-2
3108b Genesis and Classification of Soils in Alborz region in the north of Iran. Hossein Torabi-Golsefidi*, Faculty of Agriculture, Shahed University
179-3
3109a Albic Soil Classification Reference in the Northern Subtropical Region of China. Ke-ning WU*,
Department of Land Science and Technology, China
University of Geoscience
179-4
3109b Principles, structure and suggestions for modernization of the Hungarian Soil Classification
System. Erika Micheli* 1 , Peter Hegymegi 1 ,
Gabriella Sz. Kele2 and Zsofia Bakacsi3, (1)Szent Istvan University, Soil Science and Agrochemistry Department, (2)Plant Protection and Soil Conservation
Service, Hungary, (3)Research Institute for Soil Science and Ag. Chemistry of the Hungarian Academy
of Sciences
179-5
3110b National Classification of “Hydromorphic” and
Salt affected soils and their correlation with the
WRB. Marta Fuchs* 1 , Erika Micheli 1 , Peter
Hegymegi1 and Tibor Tóth2, (1)Szent Istvan University, Soil Science and Agrochemistry Department,
(2)Research Institute for Soil Science and Agricultural Chemistry of the Hungarian Academy of Sciences
179-6
3208a National Classification of “Chernozem like”
(steppe) soils and their correlation with the WRB.
Gabriella Sz Kele*, Plant Protection and Soil Conservation Service, Erika Micheli, Szent Istvan University, Soil Science and Agrochemistry Department
and Judit Berényi Üveges, Central Service for Plant
Protection and Soil Conservation
179-7
3208b Wrb Explained. Otto Spaargaren*, ISRIC–World
Soil Information
179-8
3209a National Classification of forest soils and their
correlation with the WRB. Tamas Szegi*, Pal Stefanovits and Erika Micheli, Szent Istvan University,
Soil Science and Agrochemistry Department
179-9
3209b WRB activities 2002-2006. Erika Micheli*, Szent
Istvan University, Soil Science and Agrochemistry
Department, Otto Spaargaren, ISRIC and Peter
Schad, Lehrstuhl für Bodenkunde (Soil Science),
München
164
A
A.A., Yusuf, 155-68
Abadie, J., 79-3
Abaidoo, R., 155-68
Abakumov, Evgeniy V., 28-2
Abawi, George, 148-15
Abbadie, Luc, 15-2, 155-43, 58-3
Abbaspour, Ali, 139-25
Abbaspour, Karim, 153-43
Abbaszadeh, Bohloul, 147-3, 147-4
Abbattista, Francesco, 151-27, 149-27
Abd El-Fattah, Abd El-Kader, 166-13
Abdal, Mahdi, 155-152
Abdel Aal, M.S., 158-33
Abdelgawad, Gilani Mhimed, 81-1,
172-4
Abderrahim Nassir, Nassir. A., 155-169
Abdullaev, Ikrom, 75-17
Abe, Kaoru, 116-59
Abedin, Joinal, 118-23, 144-67
Abekoe, M.K., 138-24
Ablett, James, 134-1
Abney, Scott, 138-70
Aboim, Marcela C. R., 16-5
Abolhasani, Mahboobeh, 140-23
Abramova, Tamara, 135-34
Abreu, Cassio Hamilton, 11-2
Abreu, Maria E., 107-9
Abreu, Monica Ferreira, 155-121
Abreu, Xiomara, 75-6
Abtahi, Ali, 129-5, 127-1
Accoe, F., 5-1
Acevedo Sandoval, Otilio A., 126-4
Ackermann, Juliane, 51-3
Ackert, Lloyd, 171-9
Acosta, José Alberto, 93-6, 169-1, 17816, 127-6
Acosta-Martínez, Verónica, 138-61,
138-83, 140-35
Acree, Steven, 63-6
Adachi, Tadashi, 149-16, 174-10
Adamo, Paola, 144-18
Adams, Mary B., 17-5, 177-7
Adani, Fabrizio, 138-14
Addison, Jan, 158-38
Adee, Eric A., 163-37
Adeli, A., 163-25
Adeli, Ardeshir, 146-4
Adeloju, Samuel B, 163-12
Adeoye, Gideon O., 148-20
Adhikari, Diganta, 162-35
Adhikari, Keshav Raj, 170-29
Adhikari, Padam Prasad, 170-29
Adiku, Samuel G. K., 116-31, 138-24
Adilo, Mohammed, 158-35
Adinarayana, Velugubantla, 164-12,
154-68
Adiyiah, Benjamin, 155-26
Adjei-Gyapong, T., 173-3
Adkins, W., 115-56
Adler, Gert, 62-5
Adraki, Mojtaba, 118-7, 147-4, 155-21
Adriano, Domy C., 51-6
Aduayi, Emmanuel A., 153-5
Aduramigba-Modupe, Vincent O., 751, 155-55, 155-59
Afandi, (None), 163-16
Afyuni, Majid, 153-43, 164-16
Ageeb, Gamil W., 121-5, 45-20
Agenbag, G. A., 153-14
Aggarwal, Brajesh, 104-8
Aggarwal, P. K., 138-66
Aggarwal, Vaneet, 79-4, 110-6
Agnelli, Alessandro, 138-25
Agnew, Rob, 156-23
Aguilar, Yameli, 145-13
Aguilar-Márquez, Armando, 93-10
Aguilera, María, 138-47
Aguirre-Gómez, Arturo, 93-10
Agyenim Boateng, S., 162-38, 155-139
Ahamed, Sonya, 150-9
Ahern, Colin, 39-24, 164-8, 10-5, 97-4,
39-17
Ahmad, Abu Hassan, 178-27
Ahmad, H.R., 93-5
Ahmad, Zahoor, 154-18
Ahmadi-Moghadam, Ali, 167-21
Ahmed, Osmanu, 147-8
Ahmed, Sanussi Y., 154-33
Ahmed, Zia Uddin, 168-19, 115-29
Ahn, Byung-Koo, 155-15
Ahn, Jae-Hoon, 151-30
Ahrens, Robert, 42-2
Ahuja, Lajpat, 37-2, 4-1, 116-52, 11615, 25-4
Ahumada, Inés, 144-19
Ailan, A. J., 7-2
Aino, Masataka, 142-17
Aita, C., 2-1
Aizawa, Tomoko, 174-8
Aizpurua, Ana, 60-9
Ajiboye, Babasola, 154-5
Ajmone Marsan, Franco, 95-9
A.K Dr, Sadanandan, 162-17
Akagi, Junko, 123-3
Akay, Aysen, 155-82
Akbarimoghaddam, Hossein, 155-22
Akbas, Fevzi, 115-28
Akef, Mehdi, 125-1
Akin, A., 10-1
Akin, Jim, 150-25
Akinremi, Olalekan, 154-5
Akinrinde, Ezekiel. A, 89-7, 104-13,
148-21
Akis, Rifat, 115-28
Akiyama, Hiroko, 118-11
Akramhanov, Akmal, 159-9
Akshalov, Kanat K., 166-19, 68-4
Al Majou, Hassan, 137-32
Al-Adamat, Rida, 138-80, 36-5
Al-Agely, Abid, 45-26
Al-Ali, M. A., 155-118
Al-Ani, Abdullah Najim, 115-11
Al-Damry, Sami, 153-48
Al-Jaloud, Ali A., 166-24
Al-Kayssi, Abdul Wahab A. R., 115-11
Al-Kirshi, A., 7-2
Al-Omran, Abdrubalrasol, 153-48
Al-Saad, Ziad, 83-10
Al-Shami, Salman Abdo, 178-27
Alam, M. Murshedul, 154-71, 155-96
Alam, T., 81-3
Alary, Karine, 126-9
Albabili, M., 7-2
Albrecht, Stephan, 99-3
Albuquerque, Manoel R., 106-4, 175-1,
175-4
Albuquerque, Miriam A., 89-6, 164-10,
158-24
Alekperov, Chingiz K., 149-11
Alekperov, Sh. Sh., 137-23
Aleksandra, Bensa, 170-2
Aleksei, Samokhin, 139-8
Alex, Thomas C., 127-18
Alexopoulos, Athanasios, 140-19
Alfaro, Marta A., 154-28
Ali, M. Ashraf, 144-53
Ali, M.A., 155-117
Ali, Rafa Ramadan, 91-10
Ali, Rafat Ramadan, 156-9
Alipbeki, Onggarbek, 135-27
Aliyu, Joshua, 155-134
Alkaraghouli, Ali Abas, 115-11
Allan, Deborah, 138-82
Allaway, Mark, 32-1
Allen, Arthur L., 85-4, 170-27, 116-50
Allen, B.L., 127-12, 129-7, 117-11
Allen, Fred, 138-71
Allen, H. Lee, 47-2
Allen, Herbert, 86-1
Allen, Michael F., 129-16
Alleoni, Luís Reynaldo Ferracciú, 13941
Alley, Marcus, 163-45
Allievi, Luigi, 144-54
Allmaras, Raymond, 99-3
Allton, Kathryn E., 166-6
Almendros, G., 163-22, 15-1
Alva, Ashok, 153-4, 163-42, 155-115
Alvarez Villanueva, Felipe Carlos, 11-2
Alvarez Welchez, Luis, 156-13
Alvarez, Gustavo, 163-22
Alvarez, Roberto, 155-31, 155-29
Alves, Bruno J. R., 1-2 , 138-33, 2-3
Alves, Bruno M.G., 158-24, 164-10
Alves, Caroline M., 111-3
Alves, M.C, 123-8
Alves, Ruy V., 128-12
Alyabina, Irina O., 109-6
Amada Laura, Reyes-Ortigoza, 140-14
Amado Alvarez, Jesus, 176-7
Amado, Jesus, 134-4
Amado, Telmo, 138-60, 76-5
Amar, Boujamaa, 154-20
Amaral Sobrinho, Nelson M.B., 158-9
Amellal, Samira, 145-49
Amelung, Wulf, 134-2, 133-21
Amemiya, Yu, 116-10
Amer, Abdel-Monem Mohamed, 13945
Amezquita, Edgar, 16-1, 156-13, 13868, 158-6
Amichev, Beyhan Y., 17-18, 158-8
Amiotte Suchet, Philippe, 47-4
Amos, Dan F., 125-2
Amundson, Ronald, 14-2
Amutha, Sundarajan, 177-2
An, Qiong, 145-15
Anandacoomaraswamy, Aruliah, 45-11
Ananko, Tatiana V., 175-10
Anaya, Maria, 149-1
Anctil, François, 153-35
Anda, Markus, 57-10
Anderson, Daniel J., 138-31
Anderson, Edwin, 109-5
Anderson, Geoffrey, 139-6
Anderson, Karen, 162-12
Anderson, Michael, 145-37
Anderson, Stephen H., 137-5, 31-11,
136-16 , 137-12, 152-3
Andersson, Stefan, 162-31, 155-122
Andina, D., 115-15
Ando, Tadashi, 115-33
Ando, Toyoharu, 155-102
Andraski, Brian J., 45-8, 135-21
Andreasson, Frida, 177-39
Andreoli, Lucio, 165-2
Andreoni, Vincenza, 144-54
Andreotti, Marcelo, 155-151, 155-153
Andreux, Francis, 60-5, 47-4, 139-31,
17-17, 116-62
Andrews, Susan S., 16-4, 103-5
Andriesh, Serafim V., 114-5
Andrist-Rangel, Ylva, 155-122, 143-5
Andrén, Olof, 162-10
Andy, Whitmore, 64-5
Anegundi, K.M., 4-2, 104-1
Anetor, M.O., 148-21
Angers, Denis A., 54-7
Anguelov, Gueorgui, 144-35, 166-23
Anguelova, Ivanka, 144-35, 166-23
Angus, John, 23-6, 31-8
Anjos, Lúcia Helena C., 128-6, 42-10,
118-16, 133-13, 130-2, 128-5, 1305
Ankegouda, K.G., 154-1, 155-156
Anne, Victoria, 135-22
Ansari, Abdullah A., 23-5
Anton, Jose M., 150-8
Antony, E., 153-46
Anusontpornperm, Somchai, 42-8
Aochi, Yukiko O., 110-4
Aoda, Tadao, 158-10
Appleyard, Steve, 174-2
April, Richard H., 126-16
Araki, Tomohiro, 104-4
Arao, Tomohito, 168-14
Araujo, Ednaldo Da S., 3-2
Araujo, Quintino R., 45-26
Araújo, Júlio César Lucena, 130-2
Arbelo, Carmen D., 127-13, 126-21,
126-3
Arce, A., 60-3
Archer, Frank, 160-16
Archibald, Douglas, 138-82, 44-5, 1318
Ardakani, Mohammad Reza, 168-11,
118-7, 155-21, 147-4, 147-3
Ardalan, Mohamad, 23-12, 155-35,
155-45, 155-37
Arellano, Eduardo C., 177-9
Arellano, Rosalva, 122-12
Ares, Guadalupe, 176-6
Argolo, Valéria, 135-31
Arkhangelskaya, Tatiana A., 6-6
Armas, Cecilia M., 126-21
Armas-Espinel, Silvia, 126-1, 126-7
Armstrong, Roger D., 23-2 , 155-128,
70-2
Arnalds, Olafur, 126-18, 126-12, 12613
Arnall, Brian, 155-88, 155-98
Arnold, Richard, 173-5, 32-2, 62-1
Arocena, Joselito M., 92-2
Arora, Naveen K., 142-12
Arora, Sanjay, 139-5
Arriaga, Francisco J., 152-7
Arrieche, Isabel, 156-15
Arrouays, Dominique, 119-20
Arruda, Murilo R., 72-3
Arshad, Muhammad, 155-172
Arunkumar, Jayaraman, 166-14
Aryabod, Samaneh, 163-28, 144-20
Arzadun, Martin, 170-33
Aróstegui, Javier, 148-3
As, Rama Prasad, 155-111, 155-34
Asadi, Toraj, 166-4, 151-36, 23-4
Asagi, Naomi, 155-102
Asakawa, Neuza, 167-19
Asakawa, Susumu, 118-13, 20-5, 14028, 20-6
Ascar, Loreto, 144-19
Ascough, James, 25-4, 116-52
Aseyeva, Elena N., 124-7
Asfary, A. Fares, 9-2
Ashburner, John, 111-2
Ashinov, Yunus N., 113-4
Ashley, Gail, 119-8
Ashraf, Muhammad, 99-5
Ashrafi, Zoheir Yaghobi, 166-36, 16628
Asiamah, Rexford D., 173-3, 157-5
Asido, Silvia, 146-7
Asio, Victor B., 125-8, 124-6
Assmann, Tangriani S., 146-18
Assouline, Shmuel, 136-16
Astaraei, Alireza, 144-24
Åström, Mats, 1-10, 174-4, 39-4, 1743, 174-9
Asubonteng, Kwame Osafredu, 155-26
Atanassov, Ivan, 144-35
Atkinson, Brian. S., 136-6
Attanandana, Tasnee, 4-4
Attilio, Cristina, 165-8
Aulakh, Milkha S., 155-46
Aust, W. Michael, 177-7
Austin, Rob E., 3-3
Avalos, Alfonso, 162-29
Ávila, Gonzalo, 158-3
Avramidis, Elisabethe, 115-44
165
AUTHOR INDEX
Author Index
Awiti, A., 160-8
Ayars, James, 153-19, 100-3
Ayarza, Miguel, 156-13, 158-6, 16-1,
148-9
Azab, Mohamed, 83-6
Aziz, Muhammad A., 93-5
Azizi, Pirouz, 167-17
Aznaurjan, Diana K., 114-3
Bardoux, G., 15-18
Baritz, Rainer, 47-3, 163-3, 62-5, 1714, 28-5
Barker, Bridget, 168-12
Barnes, Melanie A., 117-11
Barnier, Christophe, 144-57
Barouchas, Pantelis E., 127-7
Barrett, C. B., 156-2
Barrios, Edmundo, 16-1, 158-6, 16719, 156-13
B
Barron, Alyssa, 158-27
Baamonde, Dolores, 177-26
Barros Neto, Benicio, 178-21
Baasansuren, Jamsranjav, 132-8
Barrow, Christopher, 68-1
Babagiouris, Sotiris, 167-13
Barry, Glenn, 39-17
Babayev; Najafova, Magerram P.;
Barré, Pierre, 155-43
Samira I., 140-34
Barrón, Vidal, 139-21, 29-3, 174-1, 56Bach, Martin, 170-17
16, 145-53
Bachmann, Jörg, 137-2
Barta, Karoly, 151-19
Backiyavathy, M.R., 155-2
Bartlett, Mark D., 140-25
Bacon, Jeffrey R., 33-1
Bartoli, Francois, 126-13, 145-11
Baddeley, John A., 59-4
Bartoly, Flavia, 135-31
Badiane, Aminata, 155-5, 31-14
Basavaraju, N.G., 155-156, 154-1
Bado, Vincent, 116-54
Bashar, Nseir, 75-7
Badrinath, M. S., 162-30
Basic, Ferdo, 151-34
Badrinath, Naveen, 156-21
Basile, Angelo, 101-1, 136-26
Badrinath, Veerabhadraiah, 115-49,
Baskar, Kolappan, 138-22
162-4, 163-20
Bassirani, Naser, 166-1
Badrinath, Chamegowda,, 115-49, 162- Basta, Nicholas, 154-57
4, 163-20
Bastida, Felipe, 166-39, 158-1
Badruzzaman, A. Borhan M., 144-53
Bationo, André, 155-161, 76-4
Baeumler, Rupert, 83-10
Batistoni, Elisa, 136-5
Bagheri, Farid, 137-22, 57-1
Batjes, Niels, 138-86, 36-5, 138-80
Baghernejad, Majid, 129-5
Battigelli, Jeff, 158-38
Baharvand, Mohammad, 178-5
Baujard, Elise, 116-62
Bahrami, Amir, 177-41, 57-1, 125-1
Baumgarten, Andreas, 168-17
Bahraminezhad, Alireza, 75-15
Baumgartl, Thomas, 136-13, 159-11
Bahri, H., 15-18
Baumhardt, R. Louis, 116-30
Baier, Roland, 163-3
Bautista, Francisco, 145-13, 108-3
Bailey, Neal, 138-69
Baveye, Philippe, 60-5, 139-31
Baize, Denis, 90-7, 119-20
Baxter, Christopher, 139-23
Bakacsi, Zsofia, 179-4
Bayan, M.R., 148-10
Baker, Alan J.M., 158-25
Bayer, Cimélio, 138-79, 149-21
Bakhlaeva, Oktiabrina, 159-6, 123-1
Baysal-Tustas, Fulya, 142-5
Bakhmet, Olga, 177-37
Bazargan, Kambiz, 155-81
Bakour, Rabah, 141-12, 140-18
Bazilevskaya, Katya A., 44-5
Bala, Santhy P., 155-166
Bazzoffi, Paolo, 151-27, 149-27
Balaji Bhaskar, Maruthi Sridhar, 170Beach, Timothy, 8-5
16
Beauchemin, Suzanne, 134-1
Balamerzoev, Marat A., 127-19
Beaudette, Dylan, 115-41
Balasubramaniam, Palanisamy, 155-53 Becerra, Ligia, 122-12
Balasubramanian, Vethaiya, 31-6
Bech, Jaume, 6-7, 124-3, 124-5, 137Balasundram, Siva, 147-8
17, 150-10
Balbino, Luiz Carlos, 64-2
Bechet, Beatrice, 89-10
Baldock, Jeff, 154-22
Beck, Josefine, 158-28
Balduff, Danielle M., 118-20
Becker, Ole, 80-4
Baldwin, Keith R., 166-15
Beckmann, Felix, 101-2
Balesdent, Jerome, 116-44
Beckmann, S., 136-17
Baligar, Virupax, 31-7, 104-14, 45-26
Becx, Gertjan, 133-22
Balk, Deborah, 150-9
Bednarek, Renata, 90-5
Balkcom, Kipling, 152-7
Beebe, Stephen, 104-3
Ball, Bruce C., 59-4
Beeby, John, 167-8
Ball, Jeffrey B., 19-8, 155-123
Beegle, Douglas, 161-5
Ball, William P., 135-9
Beeri, Ofer, 48-9
Balogh, Akos, 33-10
Beese, Friedrich, 155-3
Balota, Elcio L., 158-15
Behbahaninia, Azita, 153-32
Balsberg-Pahlsson, Anna-Maj, 177-39 Behera, Uma Kant, 155-52, 152-6
Balser, Teresa, 142-16, 138-43, 15-13
Beinroth, Friedrich, 16-2, 42-3, 173-7
Balzotti, Chris, 8-5
Bekbaev, U., 23-11
Banerjee, Amlan, 129-15
Bekele, Asfaw, 177-27
Banning, Natasha C., 47-5
Belesky, David P., 161-3
Bansal, S.K., 155-167, 23-15, 153-47
Belinsky, Andrey B., 132-1
Baoguo, Li, 137-27
Bell, J.C., 2-12
Bar-Tal, Asher, 138-81
Bell, R. W., 157-11
Barbagelata, Pedro, 138-60
Bell, Richard, 31-2
Barbarick, Ken, 26-2
Belle, Joshua O., 154-2
Barberis, Elisabetta, 144-49, 144-50,
Bellie, Rajkannan, 156-5, 156-1
144-44
Bellinfante, Nicolas, 149-1
Barbetti, Roberto, 165-8, 165-10
Bello, Olanrewaju S., 89-7, 166-21
Barbier, Bruno, 58-3
Belnap, Jayne, 87-2
Barbosa, Inara O., 115-26, 115-45
Belova, Elvira V., 140-3
Barbosa, Joyce C., 16-5
Below, Frederick E., 155-10
Barczi, Attila, 78-9, 33-10
Beltrami, Hugo, 177-27
Bardach, N., 174-11
Belvitt, Byron, 155-99
166
Belyaev, V. R., 8-1
Belényesi, Márta, 149-32
Ben Mahmoud, Imen, 163-39
Ben-Gal, Alon, 153-20
Benchabane, Messaoud, 141-12, 14018
Benckiser, Gero E., 167-20
Benedetti, Anna, 54-2
Benham, Ellis, 74-1
Benites, Vinícius De Melo, 42-10
Benito, Marta, 156-1
Benjamin, Joseph, 152-4
Bensa, Aleksandra, 107-5
Benítez, María Soledad, 142-5
Berardo, Angel, 155-110
Berch, Shannon M., 158-38
Berding, F., 108-4
Berezkin, Arkadi, 116-26
Berger, Klaus U., 45-16
Berger, Wolfgang, 45-4
Berggren Kleja, Dan, 139-13, 73-2
Bergkvist, Bo, 177-39
Bergström, Lars F., 59-2, 162-9
Bergtold, Jason, 152-7
Berloco, Mariagrazia, 142-3
Bernard, Claude, 172-1
Bernoux, Martial, 25-1, 36-5, 133-19,
11-4
Bernsdorf, Sabine, 45-6
Berntsen, Jorgen, 138-8
Berry, Peter, 136-27
Berthelin, Jacques, 21-5
Berthelin, Jacques, 135-32
Berti, Antonio, 163-17
Bertrand, Isabelle, 36-2, 138-50
Bertsch, Paul, 93-7
Berumen, Salvador, 155-62, 153-17
Berumen-Padilla, Salvador, 153-31
Berényi Üveges, Judit, 179-6
Besharati, Hosein, 144-69
Besson, Arlene, 157-8
Bestelmeyer, Brandon T., 16-4, 53-5
Betts, Lynn, 171-1
Beyene, Sheleme, 85-16
Beyerlein, Patrick, 126-14
Bezirtzoglou, Eygenia, 140-19
Bezuglova, Olga S., 33-4, 118-8
B.G., Vasanthi, 83-3
Bhadraray, Subhendu, 138-23
Bhandral, Rita, 170-20
Bharadwaj, Venkatesh, 115-3
Bhardwaj, Arvind, 23-14
Bhardwaj, K.K., 163-32
Bhargavi, M.V., 155-156, 154-1
Bhaskar, S., 155-156, 154-1, 155-157
Bhaskaran, A, 16-3
Bhaskaran, Arumugham, 155-154
Bhaskaran, Usha Pankajam, 39-2
Bhat, Kamala N., 126-16
Bhat, Ravi, 162-36
Bhattacharya, Amlan, 138-1
Bhattacharyya, A. K., 170-34, 168-7,
170-18
Bhattacharyya, Ranjan, 166-8
Bhattacharyya, Tapas, 36-5, 38-3, 13886, 138-80
Bhaware, Kalpana O., 22-3
Bhowmik, Prasanta C., 145-44
Bhuiyan, Mma, 174-10
Bhuvaneswari, Nagappan, 155-154
Biancardi, Enrico, 165-7
Biart, M., 12-1
Bidegain, Ricardo, 144-27
Bidló, András, 150-13
Bielska, Anna, 115-43
Biggam, Pete, 115-41
Biggs, Andrew Jw, 112-3
Bigham, Jerry M., 44-7
Bilgili, Ali Volkan, 115-28, 148-15
Bilich, Marina R., 148-13, 115-45
Bills, Brian W., 115-46, 12-13, 115-39
Bilong, P., 128-13
Binford, G.D., 45-13
Bingqiang, Zhao, 146-1
Birang, Madong A., 170-5, 158-37
Bird, Nigel R. A., 64-5
Birukova, Elena, 156-12
Biryukova, Olga, 155-64, 154-37
Bishay, A.B., 158-33
Biswas, B., 168-19, 51-12, 128-4
Biswas, S., 128-4
Bitire, Daniel, 122-14
Bittar, Sheila Maria B., 122-18
Bittman, Shabtai, 154-46
Bityukova, Liidia, 13-1
Bizoux, Jean-Philippe, 27-3
Blackburn, Adrian, 141-9
Blackshaw, Robert E., 170-19
Blair, Graeme, 162-15
Blanco, Fernando, 144-34
Blanco, Hugo, 155-110
Blank, Rebecca, 118-21
Blank, Rebecca R., 107-12
Bleam, William, 63-12
Blengino, Jorge L., 116-12
Blennerhassett, J.D, 170-12
Bloem, Jaap, 162-21
Blue, Rebecca A., 124-8
Blum, Winfried E.H., 11-3, 113-3
Blume, Hans-Peter, 90-3, 173-11, 14916, 174-10
Blume, L.E., 156-2
Blumenberg, Martin, 106-7
Blumenstein, Eric, 93-11
Bluszcz, Andrzej, 68-2
Boaretto, A. Enedi, 15-1
Boaretto, Antonio Enedi, 11-2
Boateng, E., 173-3
Bobato, Alexson, 146-18
Bock, Laurent, 124-4, 27-3
Boddey, R. M., 2-1
Boddey, Robert, 138-33
Boddey, Robert M., 3-2
Bodily, Jedd M., 18-3
Bodruzzaman, M., 105-2
Boe, Arvid, 138-39
Boeckx, Pascal, 5-1, 17-9
Boettinger, Janis L., 18-3
Bogaert, Patrick, 124-4
Bogatyrev, Igor, 91-1
Bogunovic, Matko, 107-5
Bohanec, Marko, 149-4
Boincean, Boris P., 167-14
Boivin, Arnaud, 145-49
Boivin, Pascal, 164-14, 136-18
Bolan, Nanthi, 97-2, 147-1, 1-14
Bolger, Kathleen F., 132-7
Bolonhezi, Denizart, 147-10
Boman, Anton, 174-9
Bonadeo, Elena, 23-13
Bonagamba, Tito J., 72-2
Bond, C. Ryan, 89-11
Bonfil, David, 146-7
Bonfim-Silva, Edna M., 155-7
Bongiovanni, Marcos, 23-13
Boniao, Renato D., 177-5
Bono, Alfredo, 155-86
Bonté, Philippe, 71-5
Bonzi, M., 46-4
Boojar, Masoud Mashadi Akbar, 16811
Booker, Jill, 70-3
Boonplang, Nutcharee, 155-140
Boonyanuphap, Jaruntorn, 156-6
Borch, Thomas, 158-18, 73-5, 144-48
Borda, Michael, 144-55, 144-40
Borges Júnior, Meubles, 89-6, 144-23
Borggaard, Ole K., 73-8, 145-34
Borie, Fernando, 138-47
Borie, Gilda, 138-47
Borino, Melisa L., 10-12
Borisov, Alexander V., 132-1
Borneman, James, 80-4
Bortoletto, Marco A. M., 131-1
Boruvka, Lubos, 85-5
Bose, Sutapa, 168-7, 170-34
Brzezinska, Magorzata, 89-5, 164-11
Brückner, Helmut, 109-8
Bucelli, Pierluigi, 165-10
Buchanan, Sam, 160-18, 74-5, 160-15
Bucholtz, Dennis L., 150-17
Buck, Brenda, 127-4, 127-8, 92-3, 11646, 127-5, 135-8, 132-2
Buckley, Daniel H., 94-3
Buegger, Franz, 35-8
Buitrago, Maria, 104-2
Bullard, Valerie, 115-41
Bulmer, Chuck, 177-11
Bulysheva, N. I., 140-20
Bunnell, Joseph E., 168-4
Buol, Stanley, 128-1
Burdon, James, 138-7
Buresh, Roland J., 155-96, 146-10,
154-71, 24-4, 76-3
Burger, James A., 177-7, 158-8, 17-18
Burges, Stephen, 119-8
Burghardt, Wolfgang, 30-2, 178-5, 30-1
Buri, Moro M., 167-1
Burkitt, Lucy L., 162-33
Burlakova, Lidiya M., 155-60
Burner, David M., 177-14
Burns, Scott, 60-2
Burt, James E., 115-42, 85-1, 12-7, 1211
Burt, R., 117-2
Burton, David, 31-9
Burton, E. D., 39-15, 39-16
Burton, Edward, 39-1, 39-11, 39-12,
39-8, 132-12, 39-18, 139-19, 10-2
Busacca, Alan, 5-6
Busch, Dennis L., 139-23
Bush, Richard T., 39-12, 39-11, 39-8,
39-1, 39-13, 39-3, 39-14, 10-2, 3915, 39-16, 132-12, 39-18
Busznyák, János, 170-15
Butler, David, 119-21
Buttafuoco, Gabriele, 75-5
Butterly, Clayton R., 154-22
Buurman, Peter, 126-13
Buyeye, Sicelo M., 166-41, 166-40
Buyuk, Gokhan, 154-20
Buzetti, Salatier, 152-2
Bybordi, Mohhamad, 164-1
Bykhovets, Sergey S., 177-18
Byrne, Paul, 150-23
Byung Chun, Kim, 142-20
Bámer, Balázs, 170-15
Bärlund, Ilona, 39-4
Böttcher, Jürgen, 48-8
Bünemann, Else, 154-29
C
Cabello, Estrella, 29-3
Cabello, Maria Julia, 154-26
Cabello, M.J., 60-3
Cabot, Yasmin, 39-18
Cabrera, Miguel, 155-104, 150-18,
154-4
Cabrera, Miguel L., 107-9, 119-21, 5612
Cade-Menun, Barbara, 154-61, 140-36
Cady, Ralph E., 48-12, 48-4, 119-4
Caesar, Thecan, 154-57
Cahill, Sheri L., 45-23
Cahn, Helen, 152-12
Cai, Guixin, 178-10
Cai, Hai-Sheng, 89-12
Caimi, Angelo, 89-1
Cajuste, Lenom, 144-6
Cajuste, Lenom J., 144-6
Calabretta, Maria Luisa, 95-7
Calamai, Luca, 163-14
Calderon, Francisco, 152-4
Caldwell, Peter V., 34-1
Caldwell, Todd, 53-4
Calegari, Ademir, 149-20, 66-5, 111-2
Caliandro, Angelo, 159-8
Callaham, Mac A., 78-11
Calonego, Juliano C., 155-113
Calus, Joe, 122-10
Camacho, Rafael G., 155-51, 159-2
Camacho, Tomas, 155-51
Camargo Corrêa, Carla M., 177-13,
177-19, 177-1
Cameron, K.C., 160-21, 97-1
Camp, Amara, 142-5
Campbell, Colin S., 153-22, 12-4
Campbell, Gaylon S., 153-22, 12-4
Campiglia, Enio, 163-13, 163-33
Camps Arbestain, Marta, 144-32, 14434, 145-56
Canali, Stefano, 95-7
Canarache, Andrei, 66-2
Canellas, Luciano P., 133-13
Caner, Laurent, 144-18
Cannon, William F., 13-2, 117-4
Canseco, Carlos, 155-6
Cantarella, Heitor, 155-121, 147-10,
155-147
Cantero-Martinez, C., 75-8
Cantón, Yolanda, 136-10, 136-1, 11910, 119-12
Canuel, Elizabeth, 145-43
Cané, Maria Angela, 35-9
Cao, Bing, 178-10
Cao, Zhihong, 145-15, 17-16
Capezzuoli, Enrico, 132-3
Caramori, Paulo H., 158-23
Caranfa, Leonardo, 163-19
Carboni, Gervasio, 42-22, 142-13, 1424, 149-25, 151-33
Carcaillet, Christopher, 78-5
Cardona Estrada, Américo, 127-17
Carey, Lawrence, 122-10
Carletti, Paolo, 163-17
Carlin, Geoffrey D., 39-9
Carlisle, Eli, 60-1
Carlson, Gregg, 75-11
Carmo, Marciléia S., 133-14, 133-20
Carmona G., Dm, 176-5
Carpena, Rafael M., 155-101
Carpenter, Rosalie T., 171-7
Carpenter, S.G., 137-16, 116-45
Carpenter, Stephen, 171-7, 12-9
Carpenter, Todd, 150-25
Carrasco, M. Adriana, 144-19
Carre, Florence, 100-2, 150-4
Cartagena, M.C., 60-3
Carter, David, 15-16
Cartes, Paula, 144-51, 144-46, 144-52
Carton, Owen, 150-23
Carvalho, Fabio A., 115-45, 149-28
Carvalho, Luiz Henrique, 155-151
Carvalho, Morel De Passos, 19-13
Carvalho, Tereza Cristina De, 155-148
Casagrande, Ailto Antonio, 45-10
Casagrande, José Carlos, 139-42, 16647
Casanova, Sebastián, 123-9
Casby-Horton, Susan, 117-11, 127-12
Casey, Francis, 115-14, 137-28
Cass, A., 11-1
Cassel, Florence, 115-40
Cassman, Kenneth G., 76-1, 105-1,
167-13
Castellanos, Javier Z., 38-4
Castellanos, M.T., 60-3, 137-29
Castellini, Mirko, 153-29
Castellón, Ander, 60-9
Castenson, Karen, 85-6
Castillo Alvares, Marcial, 123-1
Castillo, Gabriela, 144-19
Castrignanò, Annamaria, 160-11, 75-5
Castro, Aracely, 156-13
Castro, Orlando M., 151-12
Catala-Luque, Rosa, 138-44
Caul, Sandra, 149-4
Cavalca, Lucia, 144-54
Cavalieri, Andrea, 163-33
Cavallaro, Nancy, 69-2
Cavani, Luciano, 35-9
Cavigelli, Michel A., 59-5, 146-17
Cayci, G., 10-1
Cea, Mara X., 145-23
Ceccato-Antonini, Sandra-Regina, 1448
Cecchi, Marie, 144-27
Ceddia, Marcos Bacis, 91-8, 115-53,
115-48
Celada-Tornel, Eduardo, 35-12
Celi, Luisella, 144-49
Centeri, Csaba, 78-9, 33-10, 149-32,
151-19, 156-17
Cerdeira, Antonio L., 147-10
Cerri, Carlos C., 25-1, 36-5, 133-19, 93, 11-4
Cerri, Carlos E.P., 36-5, 25-1, 138-80,
133-19, 9-3, 11-4
Chabbert, Brigitte, 138-50, 36-2
Chabbi, Abad, 145-24, 145-29
Chabroullet, Christophe, 144-45
Chadwick, Oliver, 41-4, 71-1, 119-8
Chahal, D.S., 139-5
Chaignon, Valérie, 21-4
Chakrabarty, H., 153-46
Chakrabortty, Sukanta, 154-34
Champdavoine, Vincent, 119-20
Chan, Alvarus S.K., 155-116
Chander, Girish, 154-10
Chander, Subhash, 116-15
Chandra, Subhash, 167-10
Chandran, P, 138-86, 38-3
Chandrayan, S., 170-34
Chandrayan, Sudarshana, 168-7
Chaney, R. L., 21-2, 178-23, 51-11
Chang, Chi, 166-25
Chang, Chia M., 138-63
Chang, Fu-Hsian, 162-6
Chang, Hong Hee, 89-9
Chang, Ki Woon, 155-130
Chang, Scott X., 155-172
Channal, Hanumant, 31-1
Chantigny, Martin H., 54-7
Chapin, F. Stuart, 40-2
Chappell, John, 49-4
Chappell, Mark A., 63-4
Charati, A., 155-73, 155-70
Chardot, Vanessa, 144-26
Charkhabi, Amir H., 115-12
Charles, Simone, 65-1
Charoenchamratcheep, Charoen, 174-7
Charoulis, Athanasios, 115-44
Charzynski, Przemyslaw, 90-5
Chatskikh, Dmitri, 138-8
Chaturvedi, R.K., 81-2
Chau Minh, Khoi, 154-12
Chaudhary, Manju, 155-36
Chauhan, Devraj, 163-15
Chauvet, Thomas, 100-5
Chaves, Alba, 104-2
Chaves, Aurelio. A. A., 115-45
Checkai, Ronald T., 168-1
Chefetz, Benny, 110-5
Chekushin, Victor, 91-1
Chellemi, Dan O., 162-14, 102-5
Chen, Fang, 177-6
Chen, Chengrong, 17-11
Chen, Deli, 23-6, 146-12, 166-50, 11656
Chen, Dong, 138-42
Chen, Feng, 115-56
Chen, Gang, 135-24
Chen, Guihua, 167-16
Chen, Jie, 28-4
Chen, Kai, 168-10
Chen, Lixin, 177-12
Chen, Ming, 153-33, 95-5, 38-5
Chen, Rong Fu, 104-9
Chen, Suwan, 144-1
Chen, Wenli, 51-2
Chen, Xi, 119-23
Chen, Xin, 178-30
Chen, Yona, 158-34
Chen, Zhiming, 137-20
167
AUTHOR INDEX
Bosshard, Christine, 59-3
Bostick, McNair, 116-54
Bottner, Pierre, 138-76
Bou Kheir, Rania C., 151-31
Bouarfa, Sami, 112-2, 153-38
Boularbah, Ali, 178-19
Bouldin, David, 170-13
Bouma, Johannes, 103-1
Bourennane, Hocine, 19-7
Bourgeon, Gérard, 126-9
Bourke, David, 150-23
Bourrié, G., 139-24
Bousserhine, Nouredine, 21-5
Boutton, Thomas W., 138-4
Bouwer, Edward J., 135-9
Bouyouris, Kostas, 167-13
Bouzid, Nordine, 159-17
Boxell, Joshua, 127-14
Boxler, Miguel, 155-110
Boyd, Stephen A., 65-1, 110-6, 110-9
Boyer, Douglas, 161-3
Boyer, Joseph N., 141-2
Bradford, Joe, 162-24
Brams, Eugene, 171-4
Branson, Janice, 154-42
Brantley, Susan, 5-6
Brar, Mukand Singh, 97-5
Braschi, Ilaria, 154-58
Brauckmann, Hans-Joerg, 90-7
Brauer, Neil, 119-6
Bravo, Miguel, 33-2
Bray, Steven, 17-12
Breaban, Iuliana, 124-10
Breaban, Iuliana Gabriela, 168-3
Breidt, F. Jay, 138-37
Breiner, Joan, 145-37, 71-4
Brenna, Stefano, 153-28, 163-31, 165-2
Bres, Aurélie, 58-2
Bretan, Alexandru, 168-3
Breuer, Lutz, 170-17
Breus, Irina P., 110-2, 65-4
Breus, Vladimir A., 110-2, 65-4
Brevik, Eric C., 78-2
Briand, Christopher H., 147-13
Briggs, Crystal, 8-12
Brink, Geoff, 163-25
Briones, Angelina, 155-155
Brito, Osmar R., 160-12, 99-8
Brito, Rafael M., 160-12
Brittan, Kent, 31-12
Brock, Amy, 135-8, 127-8, 127-4, 1275, 132-2
Broek Van Den, Joep, 133-22
Broll, Gabriele, 62-5, 90-7, 163-3
Bronger, Arnt, 49-2
Bronick, Carol, 150-24
Brookes, P.C., 138-27
Brooks, J. R., 158-40
Broos, Maaike J., 161-8
Brosky-Dorsey, Rebekah T., 93-8
Brossard, Michel, 137-35, 64-2
Brouder, Sylvie, 76-2
Brough, Daniel M., 107-8
Brown, David J., 160-7, 160-17, 12-10
Brown, Jerry, 40-3
Brown, Joel R., 16-4, 53-5
Brown, K. W., 13-1
Brown, Katharine L., 53-3
Bruand, Ary, 64-2, 137-32, 137-35
Bruland, Gregory L., 115-5, 118-1, 842
Brun, Jean-Jacques, 163-3
Brunet, Didier, 133-19
Brunetti, Gennaro, 115-57
Bruns, Mary Ann, 144-66
Brus, Dick J., 100-1
Bruss, Larry, 149-10
Brussaard, Lijbert, 95-3, 82-5, 95-8,
54-8, 152-16, 158-37, 162-21, 1705
Bruulsema, Thomas, 31-3
Bryant, Steven L., 139-1
Bryson, Autumn L., 177-22
Chen, Zueng-Sang, 170-29, 85-8, 1216, 122-15, 123-2, 146-14
Cheng, Chih-Hsin, 145-28
Cheng, Guang, 15-13
Cheng, H. H., 38-5
Cheng, Weiguo, 118-11
Chengguang, Yu, 155-149
Chengli, Tong, 163-18
Chenu, Claire, 15-18, 64-4, 102-8, 431, 145-29
Cheong, Yong Hwa, 155-92
Chernousenko, Galina I., 28-7, 159-7
Chernyanskii, Serge S., 151-24
Chersich, Silvia, 163-3
Chertov, Oleg, 138-5
Chesworth, Ward, 87-3
Chhabra, Baldev S., 152-9
Chiang, Po-Neng, 144-10
Chiaretti, J.V., 117-2
Chiariello, Nona, 3-7
Chibirka, John, 124-2, 107-11
Chichota, Rogerio, 156-23
Chida, Akiko, 146-15
Chidanandappa, Guruprasad, 23-8
Chien, Norman, 67-4
Chien, S. H., 154-14
Chien-Lu, Ping, 175-13
Chilom, Gabriela, 52-4
Chitdeshwari, T., 164-15
Chittleborough, David J., 34-3, 154-63,
96-4, 154-54, 31-10
Chiu, Chih-Yu, 135-15, 94-5, 177-16
Chiu, Siu-Wai, 158-17
Chizhikova, Natalia P., 140-5, 125-6
Cho, Eun Ju, 140-9
Cho, In Jae, 118-17, 118-18
Cho, Ju Sik, 155-92, 140-9, 118-17,
118-18
Choate, Ladonna, 93-11
Choi, Choong-Lyeal, 145-6, 166-45
Choi, Du-Hoi, 162-23, 162-26
Choi, Jong-Seo, 116-40, 116-38
Choi, Jyung, 166-45
Choi, Woo-Jung, 155-172, 116-37, 11638
Choi, Yeong-Dae, 150-12
Choi, Youn-Seok, 178-8
Choi, Young-Dae, 116-40
Chong, C., 155-16, 155-14
Chotte, Jean-Luc, 58-3
Choudhary, Anil K., 154-10
Choudhary, O.P., 153-8
Chowdhury, Abed H., 161-1
Chowdhury, J., 95-4
Christy, Colin D., 56-11, 56-12
Chua-Ona, Teresita, 115-51
Chude, V.O., 108-4
Chukov, Serafim N., 141-11, 138-51
Chun, Hyen Chung, 48-15, 137-18
Chung, Doug Y., 138-39
Chung, Haegeun, 138-65
Chung, Jong-Bae, 153-1
Chung, Keun-Yook, 140-11
Churchman, Gordon J., 171-6, 154-63
Ciavatta, Claudio, 138-74, 177-31
Cichota, Rogerio, 166-7
Cihacek, Larry J., 138-82
Cimato, Antonio, 165-8
Ciolkosz, Edward J., 115-46, 115-35,
115-39
Ciolkosz, E.J., 137-16
Cirino, Yamille, 118-5
Cisternas, Marco, 158-3
Claassen, Norbert, 154-35, 155-81
Claessens, Lieven, 111-1
Claff, Salirian, 39-11, 39-25, 10-2
Clapp, C. Edward, 138-42, 138-7
Clark, Gary J., 54-6
Clark, Kimberly C., 147-13
Clark, M., 174-11
Clark, Mark, 160-3
Clark, Mark W., 118-3
Clay, David, 75-11
168
Clay, Sharon, 75-11
Clechenko, Elizabeth, 132-7
Clemente, Eliane P., 128-12
Clinton, Peter, 158-31
Clode, Peta, 43-4
Clothier, Brent E., 9-3, 45-15, 153-15,
30-3, 166-7, 112-5, 145-52, 11-5,
156-23, 123-11
Cloutier-Hurteau, Benoît, 21-4, 158-22
Clune, Daniel J., 148-15
Clune, Tim S., 138-49
Cluzeau, Daniel, 120-8, 137-3
Coale, Frank, 154-53
Cobos, Douglas R., 153-22, 12-4
Codling, Eton E., 154-11, 178-23
Cody, George D., 17-6
Coehlo, Antonio Marcus, 139-35
Coelho, Maurício Rizatto, 128-5
Cohen, Matthew, 160-3
Cohn, Corey, 86-3
Cole, David R., 109-9
Cole, James, 3-7
Cole, Nephi J., 18-3
Cole, Yvette F., 163-12
Coleman, David, 94-5
Coleman, Kevin, 138-80, 36-5, 25-1,
138-86
Coleman, Tommy, 116-33, 160-16
Coles, Richard, 56-8, 158-29
Colinet, Gilles, 27-3, 124-4
Collin Bellier, Céline, 119-20
Collins, Chris D., 145-22
Collins, Mary, 85-12
Colombo, Claudio, 139-21, 56-16, 14443, 126-17
Colvan, S.R., 67-3
Combessies, Gustavo, 172-7
Comeau, Louis-Pierre, 165-9
Comerford, Nicholas B., 45-26, 115-5,
133-5
Cometti, José L., 72-5
Compton, Jana E., 115-20
Conant, Richard, 15-4, 138-16, 15-16
Condron, Leo M., 82-4, 141-1
Constantin, Carolina, 168-9
Conte, Pellegrino, 138-67
Contreras, Sergio, 119-12, 136-1
Cook, Freeman J., 39-9
Cook, Troy Jf, 174-2
Cookson, W. Richard, 47-5
Cools, Nathalie, 163-3
Coppin, Frederic, 144-45
Cornish, Peter S., 115-55
Cornu, Jean-Yves, 21-4
Cornu, Sophie, 78-10, 85-3
Corradini, Danilo, 139-30
Corral-Diaz, Baltazar, 144-13
Correa, Guilherme R., 133-2
Correa, Marcelo Metri, 145-53
Correia, João Roberto, 130-5
Cortet, Jerome, 149-4
Cortés, Lorena, 167-19
Corwin, Dennis, 153-19, 56-4, 159-4,
160-9
Coscione, Aline R., 155-121
Cosentino, Diego J., 64-4
Cosenza, Philippe, 157-8
Costa, Jucilene A., 133-10
Costa, Liovando M., 106-4, 175-1, 12812
Costa, Marcondes L., 72-5, 133-14,
133-20, 133-10
Costantini, Edoardo A.C., 165-6, 1658, 165-10, 109-2, 132-3, 90-10
Courchesne, François, 21-4, 158-22,
144-33
Courty, Marie-Agnes, 92-1
Cousin, Isabelle, 157-8, 64-2, 137-32,
137-35, 78-10
Coutinho, Heitor L. C., 16-5
Cowan, Angela, 127-3
Cox, Albert, 178-29, 158-7
Cox, Jim, 154-54
Cox, Jim W., 34-3
Cox, Michael, 124-9
Cox, William, 155-105
Cram, Silke, 160-6
Crawford, Michael C., 32-1
Crawford, Stephen, 12-13, 115-39
Cremeens, David, 83-11
Crespo, Roberto J., 176-6
Cresser, Malcolm, 117-1, 33-1
Cresswell, Hamish, 116-39
Crew, Raymond C., 160-23
Cripps, Reed, 119-1
Criquet, Steven, 177-29
Crosson, Pierre, 68-1
Crouse, Charles L., 168-1
Crouse, David A., 89-11
Croué, J.-P., 145-24
Crowley, James K., 131-7
Crozier, Carl, 45-23
Crozier, Carl R., 155-13
Crusciol, Carlos A.C., 155-120, 155113
Cruse, Richard, 146-11
Cruz-Díaz, Jaime, 144-6
Cruzate, Gustavo A., 42-22, 142-4,
149-25
Csuzdi, Csaba, 170-5
Cucci, Giovanna, 163-19, 159-8
Cueto - Wong, Jose Antonio, 155-174
Cuevas, Gabriela, 158-32
Cui, Xiao-Gang, 149-3
Cull, Jim, 93-8
Cull, Peter, 147-18
Cullum, R.F., 89-3
Cunha, M. M., 154-14
Cunha, Tony J. F., 72-2, 133-13
Curbelo, S., 15-2
Currie, Brian S., 127-3
Currie, Dougal R., 153-10
Czanik, Peter, 139-29
Czinkota, György, 116-21
Czinkota, Imre, 116-21, 116-60
Czymmek, Karl J., 154-66, 161-9
D
Di Giovanni, George, 144-13
D’Acqui, Luigi P., 163-14
D’Angelo, Elisa M., 140-13
Da Silva, E. Cabral, 15-1
Da Silva, Valdinete Lins, 178-21
Dabney, Seth M., 22-1
Dadenko, Evgenia V., 168-22
Dadfar, Hunaira, 70-4
Dahiya, S.S., 83-12
Dahlgren, Randy, 119-6
Dahlhaus, Peter G., 107-14
Dalal, Ram C., 23-3, 163-27
Dalby, Tina, 147-18
Daly, Karen, 150-23
Dampier, Lesley, 177-11
Dana Sanchez, Elias D., 115-47
Danfeng, Sun, 66-3
Dang, D. N., 9-1
Dang, Raman, 155-39
Danga, Benjamin O., 138-81
Daniel, Heiko, 54-5
Daniel, Jami, 99-9
Daniels, Lee, 125-2
Daniels, W. D., 115-4
Dao, Thanh H., 59-5, 154-11
Daoyou, Huang, 163-18
Daquiado, Nonilona P., 136-29
Darcheville, Olivia, 135-13
Darilek, Landon, 170-6, 154-56
Darmawan, Darmawan, 155-95
Daroub, Samira, 153-33, 95-5
Darwish, Khaled Mohamed, 115-13,
19-1, 115-2
Das, Dilip, 60-8
Das, Dilip Kumar, 144-15, 157-2, 16340, 116-1
Das, Kuntal, 155-39
Das, Madhumita, 153-46
Das, Narendra, 116-47
Das, S. S., 89-4
Dasog, G.S, 31-1, 4-2, 104-1, 66-1
Dassa, Maoz, 49-3
Dassanayake, Anil R., 147-16
Dathe, Annette, 63-11
Datta, S.C., 155-54, 155-57, 139-18
Daughtry, Craig S. T., 48-4
David, Susanne, 178-1
Davidson, Donald A., 33-1, 77-2, 117-1
Davidson, Rob, 96-4
Davie, Alexis, 158-27
Davies, Phil, 154-54
Davis, Jessica G., 99-9, 83-4, 154-39,
165-6
Day, Rick L., 161-8, 160-23, 124-2
Dayton, Elizabeth, 154-57
Dazzo, Frank, 15-3
De Angelis, Paolo, 138-85
De Azevedo, Eduardo R., 72-2
De Bakker, Alexandre Pereira, 121-1
De Bona, Fabiano D., 138-79
De Goede, Ron, 177-5, 152-16
De Graaff, Marie Anne, 138-30
De Gruitjer, Jaap J., 100-1
De Gryze, Steven, 138-44
De Jong, Reinder, 116-58
De Koff, Jason, 143-6
De Koning, Free, 45-25
De La Fuente, Juan C., 151-33
De La Luz Mora, Maria, 144-59
De León-González, Fernando, 35-12,
121-2
De Mascellis, Roberto, 136-26, 101-1
De Nolf, Wout, 51-9
De Pauw, Eddy F., 75-7
De Santiago, Ana, 152-14
De Souza E Silva, Paula Tereza, 178-21
De Souza Martins, Eder, 64-2
De Souza, A., 115-23
De Vries, Franciska T., 162-21
De, G.C., 149-7
Dean, Jill, 167-16
Dear, Sue-Ellen, 5-10
Deb, Sanjit Kumar, 136-2
Debele, Diriba Nigusie, 149-2
Debeljak, Marko, 149-4
Debusk, William F., 118-1
Dechen, Antonio R., 155-119
Dechen, Sonia C. F., 151-12
Decker, David L., 135-21
Deckers, Jozef, 90-4, 75-9, 55-5
Dedecek, Renato A., 177-13, 177-19
Deen, Moin, 153-47
Degaetano, Arthur T., 25-3
Degloria, Stephen D., 115-28, 115-29,
115-31, 155-85, 160-4
Deiveekasundaram, Muthukumara,
155-69
Dejong, Reinder, 116-28
Deka Boruah, Hari Prasanna, 144-63
Del Gaudio, S., 139-2
Del Pino, Y. Amabelia, 6-1
Del-Nero, Esteban, 154-73
Dela-Dedzoe, Christian, 173-3
Delbarrio, Gabriel, 136-10
Delft, Bas Van, 163-3
Delgadillo Pinon, Ma. Eugenia, 159-6
Delgado, Antonio, 154-55, 151-8, 15214
Delgado, Gabriel, 137-17
Delgado, Rafael, 137-17, 6-7
Dell’abate, Maria T., 54-2
Dell’amico, Elena, 144-54
Dell’olio, Laura A., 163-30
Dell, Bernie, 31-2
Dell, Curtis J., 54-3, 161-5, 136-23
Delve, Robert J., 115-21, 25-2
Demanet, Rolando, 155-6
Demaria, Isabella C., 151-12
Demaria, Paolo, 154-51
Ditzler, Craig A., 61-3
Dixit, M.L., 155-162
Dixit, Prakash N., 23-6
Dixon, Barnali, 115-19
Dixon, Joe B., 139-36, 126-4
Dlapa, Pavel, 57-8, 119-17
Do Nascimento, V., 123-8
Doai, Meysam, 137-22
Dobermann, Achim, 168-23, 76-2, 155127, 76-3
Dobos, Robert R., 95-2
Dobos, Steven, 10-5, 39-17
Docampo, Roberto, 123-9
Dodgshun, Nathan, 54-6
Dodonov, Andrey E., 132-9
Dodoo, David.K, 168-8
Doe, Richard, 154-62
Doelsch, Emmanuel, 126-10
Domingo, Francisco, 119-10, 119-12
Donagemma, Guilherme K., 89-6
Donath, Tilman, 101-2
Dong, Yuanhua, 145-15
Dong, Yuanyan, 145-4
Donohue, Sean W., 120-2
Doody, Donnacha, 150-23
Doolittle, James, 74-1, 56-5
Doolittle, James J., 138-39, 124-8
Doran, John W., 105-1, 167-8, 167-14
Dornellas, Manoel, 147-10
Dos Santos Afonso, Maria, 139-15,
145-33
Dossa, E., 155-5
Dossa, Ekwe, 31-14
Dosso, Mireille, 58-2
Dou, Fugen, 175-13
Dougherty, Warwick J., 154-54
Dousset, Sylvie, 60-5, 139-31
Dovriki, Eleni, 115-34
Dowuona, G.N.N., 138-24
Dragila, Maria, 158-40
Drapelova, Ida, 17-19
Drees, L. R., 41-3, 51-12
Drees, L.R., 128-4
Drevon, J. J., 15-2
Drewnik, Marek, 40-4, 175-9
Drijber, Rhae, 15-16, 138-82
Drohan, Patrick, 150-22, 127-14, 11646, 127-16, 119-18
Drori, Yaron, 110-5
Drosos, A, 115-54
Drouillon, Margriet, 154-12
Drury, C. F., 145-19
Drury, C.F., 154-72
Drury, Craig, 123-10
Drury, Craig F., 116-28, 116-58
Duaisamy, Selvi, 146-8, 146-9
Duan, Wenbiao, 177-12
Dubey, S. K., 81-2
Dubois, David, 59-3, 8-3
Dudal, Rudi, 172-8
Dudal, Yves, 126-10
Duenas, G., 1-12, 2-15
Duff, Martine C., 135-4
Dufkova, Jana, 22-4
Dugan, Emmanuel, 116-31
Duijnisveld, Wilhelmus, 48-8
Duiker, Sjoerd, 149-18, 148-19
Dukes, M. D., 155-101
Dumat, Camille, 144-27
Dunbabin, Vanessa M., 70-2
Dungan, Robert, 143-6
Dunmola, Adedeji S., 8-6
Dunne, Ed, 118-3
Duong, Vien Minh, 39-10, 155-107
Duquène, Lise, 135-14
Duraisamy, Selvi, 54-4, 156-5, 165-1
Durgy, Robert, 162-12
Duris, Michal, 57-8
Duseja, Desh, 145-57
Dutin, Gilles, 71-5
Duval, Odile, 137-32
Duxbury, J.M., 105-2, 168-19, 81-3,
138-72, 155-133
Duxbury, John M., 115-29, 115-31, 244
Dwomo, Owusu, 157-5
Dworkin, Steve I., 129-15
Dyszynski, Greg, 94-5
Déjardin, P., 79-3
Díaz De Ackermann, Martha, 155-160
Díaz, M. Cruz, 150-8, 19-6, 115-23
Díaz, Ricardo C., 42-22, 149-25
Dümig, Alexander, 126-14
Düring, Rolf-Alexander, 66-6
Enowashu, Esther, 20-1
Entry, James, 35-2
Eom, Ki-Cheol, 57-6, 51-4, 158-21, 426
Epstein, Brian, 137-47
Erber, Claudia, 90-7
Eriksson, Jan, 13-1, 42-7
Erlandsson, Maria, 47-3
Ermolaeva, Olga S., 19-11
Erskine, Robert, 25-4
Escott, Boyd, 7-5
Espindola, Carlos Roberto, 136-14
Espino, Montserrat, 145-11
E
Espinoza, Yusmary, 138-83
Eallonardo, Anthony S., 116-41
Espíndola, Carlos Roberto., 136-12
Earls, Julie, 115-19
Essington, Michael E., 51-1
Easter, Mark, 138-86, 36-5, 138-80, 25- Estoista, Rosa Villa B., 177-5
1
Estrada Avalos, Juan, 160-14
Eastley, Lisa M., 144-28
Estrada Medina, Héctor, 108-3
Eatesam, Gholam Reza, 155-22
Estradamedina, Hector, 129-16
Eaton, Robert J., 177-32
Eswaran, Hari, 42-4, 115-9, 16-2, 42-3,
Ebelhar, Stephen A., 155-97
173-7
Ebeling, Adierson Gilvani, 128-5, 42Etchevers, Jorge E., 33-2
10, 118-16
Etyemezian, Vic, 53-4
Ebrahim, Shibu M., 138-66
Everett, Charles J., 125-2
Ebrahimi, Babak, 137-25
Everett, Karen, 94-5
Ebrahimi, Soheila, 137-25
Evett, Steven R., 100-3, 116-30
Echevarria, Guillaume, 135-16, 129-11, Evreinova, Alena V., 114-3
144-26
Exebio Garcia, Adolfo, 159-6
Echevarria, H., 155-86
Eynard, Anna, 64-3
Eckelmann, Wolf, 28-5, 115-25
Ezeh, K. N, 104-13
Eckmeier, Eileen, 120-12
Edelkott, Iris, 35-11
Edesi, Liina, 156-16
F
Edis, Robert, 166-50, 116-56, 166-49
F Harlapur, Sujata, 155-156, 154-1
Edraki, Mansour, 159-11
Faber, Marjorie, 178-14
Edwards, Anthony, 162-31
Fabianek, Tomas, 17-19
Edwards, Jonathan L., 144-16
Fabrizzi, Karina, 138-60
Effland, William, 122-16
Fadnes, Kjetil, 90-11
Effland, William R., 173-3, 14-4
Fageria, N. K., 31-7
Egamberdiyeva, Dilfuza, 152-15, 140- Fageria, Nand K., 104-14
26, 140-31, 142-10
Fais, Andrea, 149-27
Egerton-Warburton, Louise M., 71-4
Faivre, Pierre, 78-5
Eggleston, K., 115-39
Fakra, Sirine, 144-39
Egli, Dennis, 116-32
Falatah, Abdulrazag, 159-1
Eguchi, Sadao, 137-46
Falcao, Newton Paulo De Souza, 133-5
Egwu, Samuel E., 45-22
Falen, Anita, 125-10
Eick, Matthew, 19-9, 144-3
Falkenberg, Gerald, 51-9
Eickhorst, Thilo, 43-5
Fallah, Alireza, 140-24
Eilers, Robert G., 147-16, 56-2, 117-4
Falloon, Pete, 138-86, 25-1, 36-5
Eisenbees, Mark H., 177-7
Fan, Mingxian, 155-171
Eivazi, Frieda, 148-10
Fang, Huajun, 138-52
Ekschmitt, Klemens, 15-15
Fang, Xie, 138-45
El Khalil, Hicham, 178-19
Fank, Hans, 45-3
El Sharkawi, Haytham, 154-18
Fanni, Stefania, 160-11
El-Esawy, M. A., 13-2
Fanning, Delvin S., 3-10
El-Motaium, R. A., 13-2
Fannuchi, Richard, 162-35
Elahi, Syed, 166-37, 121-7, 115-9
Fares, Ali, 137-14, 163-42
Elberling, Bo, 141-4
Fares, Farouk Saleh, 172-4
Eleki, Krisztina, 146-11
Farhangisabet, Mojgan, 96-5
Elena, Karpova, 154-17
Farid, A.T.M., 168-19
Elimelech, Menachem, 140-36
Farmer, Walter, 110-4
Elizalde, Graciano, 122-2
Farnham, Timothy, 150-22
Elizarova, Tatiana N., 125-3
Farshad, Abbas, 122-11
Ellerbrock, Ruth, 85-13
Fashola, Oluwarotimi O., 167-1, 155Elliot, Thomas, 5-5
134
Elliot, Thomas R., 101-3, 131-12
Fattahi Kiasari, Ebrahim, 144-24
Elliot, William J., 177-33
Fatunbi, Oluwole A., 148-20
Elliott, Adriane L., 154-39
Faure, Pierre, 139-7
Elliott, E. T., 20-3
Fauziah, Che Ishak, 57-10
Elnahry, Alaa Eldin H., 149-23
Fawcett, Jon, 107-14
Elrashidi, Moustafa A., 116-3
Fay, Deirdre, 144-2, 150-23
Elustondo, David, 124-3
Faz Cano, Ángel, 176-5, 127-15, 93-6,
Emile, Temgoua, 109-7
178-16, 127-17, 127-6, 169-1
Emiru, Nega, 149-9, 157-6
Faz, Angel, 176-3
Enciso, Juan, 153-39
Faz, Ángel, 162-7
Endo, Akira, 116-11
Feagley, Sam E., 150-25, 150-18
Endo, Akira, 116-9
Feagley, Sonnie, 161-2
Enet, Yannick, 159-17
Feder, Frédéric, 126-10, 126-9
Engel, Robert J., 61-3
Fedorenko, O. L., 135-12
Englisch, Michael, 163-3
Fedorets, Natalia, 177-38
English, Michael, 106-5
Fedotov, Gennady, 116-29
Enne, Giuseppe, 172-5
Feiznia, Sadat, 151-25
169
AUTHOR INDEX
Demattê, José Alexandre M., 131-1,
131-9
Demetriades-Shah, Tanvir H., 138-31
Demidenko, Galina A., 123-4
Demin, Dmitriy, 14-2
Demiral, Tijen, 104-15
Demkin, Vitaly A., 132-4
Demkina, Tat’ana S., 132-4
Denevan, William M., 133-6
Deng, Jaiyou, 119-6
Deng, Minjiang, 119-23
Deng, Shiping, 147-14
Deng, Youjun, 135-24
Denisova, Tatyana V., 140-27, 176-1
Dent, David, 172-2
Deokar, Am, 159-21
Depew, Steve, 124-9
Derby, Nathan E., 115-14
Dercon, Gerd, 167-15
Dergacheva, Maria, 109-3
Derrien, Delphine, 116-44
Dersch, Georg, 168-17
Descroix, Luc, 160-14
Deshmukh, Ashish, 79-1
Dessogne, Jean-Baptiste, 60-5
Desta, Lulseged T., 103-3
Desutter, Thomas M., 170-10, 19-12
Deunert, Frauke, 162-32
Deurer, Markus, 166-7, 112-5, 123-11,
48-8
Dev, G., 155-66
Devereux, Olivia H., 117-10
Dexter, Moira, 162-13
Deza Marin, German, 155-110
De–Campos, A.B., 154-69
Dhaliwal, Ram Singh, 166-34
Dharmakeerthi, R.S., 70-4
Dhillon, N.S., 154-49
Dhital, Bishnu K., 157-3
Dhyani, P. P., 155-48
Di Bartolomeo, Emanuela, 95-7
Di Cerce, Antonella, 139-21
Di Matteo, Bruno, 136-26
Di Tizio, Alessandra, 163-13, 163-29
Di Toro, Dominic, 86-1
Di, H.J., 160-21
Di, Hong J., 97-1
Di, Hong-Jie, 141-1
Diack, Mateugue, 103-4
Dianou, Dayéri, 20-6
Dias, Fábio L.F., 147-10
Dias, Luiz E., 175-1
Diaz, M.C., 42-15
Diaz, Orlando, 153-33, 95-5
Diaz-Zorita, Martin, 76-5
Dick, Richard P., 138-82, 141-10, 1021, 155-5, 158-40, 163-34, 31-14,
158-15
Dick, Warren, 102-2
Dickey, John B., 56-8, 158-29
Dicosty, Ralph J., 78-11
Diedhiou, Ibrahima, 31-14
Diels, Jan, 167-15
Diels, Ludo, 86-2, 144-56
Dieudonné, Bitom, 109-7
Diez, M. Cristina., 145-23
Dighton, John, 135-1
Dignac, M.-F., 15-18
Dilkova, Rayna, 57-4
Dillon Jr., Wallace, 177-23
Dillon, Wallace, 177-21
Dilly, Oliver M., 15-12
Dimas, Jose, 162-27
Dimes, John P., 25-2
Dinelli, Dan, 178-29
Ding, Feng, 24-5
Dinh, Thai Hung, 149-17
Dinirkou, Anthi, 152-5
Diop, Amadou Makhtar, 130-1
Disnar, Jean-Robert, 64-2
Dittmar, Jessica, 144-53
Ditzler, Craig, 33-7, 42-17, 42-16, 1213
Feller, Christian, 38-2, 36-5, 54-1, 13319, 58-3, 99-8, 15-2
Felli, Osvaldo, 137-44
Fendorf, Scott, 158-18, 51-5, 99-7, 501, 73-5, 144-48
Feng, Guanglong, 151-4, 151-2
Feng, Ting, 138-80
Feng, Xiaojuan, 145-46, 52-5
Feng, Xiong Han, 144-14
Feng, Yongsheng, 4-6, 15-7, 151-10
Feng, Yucheng, 116-22
Ferdous, Soheli, 118-10
Ferguson, Dennis, 125-10
Ferguson, Richard, 155-127
Fernandes Filho, Elpidio I., 175-4
Fernandes, Erick C.M., 167-7
Fernandez-Buces, Norma, 160-6, 15920
Fernandez-Getino, Ana-Patricia, 129-8,
138-62
Fernando, Nishantha W.A.R., 155-13
Fernández, Francisco, 119-10
Fernández-Vera, Juan Ramón, 154-73
Ferreira, Ana C., 135-31
Ferreira, Cristhian S., 115-45
Ferreira, Maria Da G. De V. X., 128-7,
113-5
Ferreira, Oscar, 156-13
Ferré, Ty P.A., 137-8
Fertsak, U., 160-21
Fesha, Iyassu, 116-22
Fey, Martin V., 90-9
Fichtner, Elizabeth J., 142-6
Field, Chris, 3-7
Fifield, Keith, 49-4
Figueiró, N., 60-3
Figueroa, Rafael, 155-62, 153-17
Figueroa-Viramontes, Rafael, 153-31
Filgueira, Roberto R., 136-11, 48-15,
139-40, 136-22
Filippi, Nicola, 150-4, 158-41
Finch, Niki P., 164-8
Findeling, Antoine, 126-10
Fink, David, 49-4
Finney, Denise, 148-9
Finzgar, Neza, 158-11
Fiore, Saverio, 51-9
Fiorin, Jackson, 138-60
Fischer, Holger, 2-4, 145-38
Fischer, J., 101-2
Fischer, Steven, 178-4
Fischer, Walter R., 137-2
Fishkis, O., 2-5
Fitzgerald, Michelle M., 56-2
Fitzpatrick, John, 125-7
Fitzpatrick, Robert, 10-4, 74-2, 55-4,
12-5
Fjer, Nabil, 178-18
Flanagan, Dennis C., 59-5
Flannagan, Christopher T., 4-6
Flaten, Don, 168-13, 144-28, 31-13
Flaten, Don N., 154-44
Fleisher, David, 3-4
Flerchinger, Gerald, 116-18, 116-52
Flessa, Heiner, 170-21, 15-15
Fliessbach, Andreas, 3-8
Flinn, Sally, 83-11
Flor, Rafael, 150-9
Flores, Francisco, 47-2
Flores-3gez, Juan Pedro, 155-71, 14413
Flores-Velez, Luisa Ma., 93-9
Flores-Vélez, Luisa Ma., 158-30
Florinsky, Igor V., 56-2
Florou, Heleni, 151-32
Flury, Markus, 135-24
Flynn, N. J., 154-32
Fodor, László, 146-11
Fohrer, Nicola, 162-32, 22-5
Folkoff, Michael E., 147-13
Follain, Stéphane, 120-8, 71-5
Follmer, Leon, 122-8
Fomina, M., 21-3
170
Fonseca, Francisco, 75-6
Fontana, Ademir, 128-6
Fontes, Mauricio P., 145-53
Fontes, Renildes, 170-9
Ford, Robert, 63-6
Forge, Tom, 154-46
Forghani, Akbar, 155-19, 155-17, 1636
Forghni, Akbar, 168-5
Fortenberry, Gamola, 163-42
Fortiz, Manuel, 162-27
Fortner, Jim, 13-12
Fortuna, Ann-3ie, 155-20
Fotovat, Amir, 163-43, 163-28, 139-25,
144-20, 144-24
Fouli, Ymène, 148-19
Fournier, Lidia L., 136-11
Fox, Thomas, 177-24, 47-2, 120-1
Fox, Thomas R., 177-9
Foyjunnessa, Mrs Shanta, 154-71
Francelino, Marcio R., 175-4, 106-4
Franchini, Elena, 165-8
Francioso, Ornella, 138-74, 177-31,
154-58
Franciss, R., 178-24
Franklin, Dorcas H., 119-21
Franks, Carol D., 54-3
Franzluebbers, Alan, 82-2
França Borges, Lillian, 133-5
Frazão, Francisco J., 72-5
Frazão, Francisco J. L., 133-10
Frede, Hans-Georg, 170-17
Freeman, Chris, 138-21
Freeman, K. W., 155-98
Freeman, Kyle, 155-88
French, Vic, 112-3
Freppaz, Michele, 89-1
Freschet, Grégoire, 58-3
Fresco, Louise, 172-8
Frey, Crystal J., 120-7
Frey, Serita, 138-82
Frisbee, Adrienne E., 118-24
Fritzsche, Andreas, 144-21
Froese, Duane G., 175-14
Frossard, E., 154-48, 2-13
Frossard, Emmanuel, 154-51, 59-3
Frías-Ramírez, José E., 42-14
Fröjdö, Sören, 174-9
Fuchs, Marta, 179-5
Fuentes Romero, Elizabeth, 177-10
Fuentes, Barbara S., 145-23
Fuhrer, Jürg, 138-59
Fuhrmann, Jeffry, 144-40, 144-55
Fuhrmann, Mark, 135-5
Fujii, Kazumichi, 125-5, 138-29
Fujii, Yoshiharu, 139-11
Fujisawa, Kazuya, 160-24
Fujitake, Nobuhide, 166-32
Fujiwara, Hideshi, 135-26
Fukatsu, Tokihiro, 160-24
Fullen, M., 11-1
Funakawa, Shinya, 138-29, 125-4, 16619, 68-4, 125-5
Furlani, Enes, 155-145, 155-153, 155151
Furtaw, Michael D., 138-31
Furubayashi, Akihiro, 139-11
Fyfe, Diane M., 39-3, 39-25
Fältmarsch, Rasmus, 174-4
Février, Laureline, 135-13
G
G, Anandakumar, 138-64
G, Gandhi, 155-34
Gabchenko, Maria V., 28-7, 56-3
Gachene, C.K.K., 61-2, 155-27
Gad, Abd-Alaa Gad Abda-Alla, 91-10
Gad, Nadia, 139-16
Gadd, Geoffrey M., 21-3
Gaete, Hernán, 158-3
Gafurova, Laziza, 138-57, 138-55
Gagarina, Elvira I., 28-2
Gaiser, Thomas, 116-24
Gajbhiye, Ks, 138-86
Gajbhiye, Pn, 152-1
Gal, Anita, 123-3, 138-70, 148-17
Galbraith, John, 178-4
Galbraith, John M., 27-1, 42-17, 42-16,
33-7, 118-25
Gale, Paula, 15-5
Galicia, María Del Socorro, 163-22
Gallali, Tahar, 163-39
Gallardo, Felipe O., 83-2
Gallardo, Juan F., 33-2
Gallego, Javier, 158-41
Gallegos, Antonio, 155-62, 153-17
Gama Castro, Jorge E., 90-2
Gamba, Camilla, 138-25
Gami, S.K., 138-72
Gamzikov, Gennady P., 31-4
Gamzikova, Olga, 31-4
Gandidis, N., 155-44
Gandomkar, Akbar, 154-75, 154-47
Ganjala, V. Siva Prasad, 104-8
Ganry, Francis, 54-1
Gantner, Stephan, 3-7
Gantzer, Clark J., 136-16, 137-5, 13712
Gao, Bin, 63-11
Gao, Chao, 48-5
Gao, Juan, 145-45
Gao, Rutai, 31-5
Gao, Suduan, 153-24, 153-30
Gao, Xiadong, 63-5, 63-10
Gao, Xiaopeng, 168-10
Gao, Xirong, 145-51
Gao, Yanzheng, 65-5
Garcia Y Garcia, Axel, 116-53
Garcia, A., 15-2
Garcia, C. Amanda, 135-21
Garcia, Carlos Eduardo, 133-16
Garcia, Claudio, 123-9
Garcia, Fernando, 155-110, 76-5
Garcia, M. Rosario, 19-6
Garcia, Marcos V.B., 133-21, 95-12
Garcia, Richard L., 138-31
Garcia, Rodrigo A., 155-113
Garcia, Rosalia I., 147-2
García Calderón, Norma E., 163-23
García Calderón, Norma Eugenia, 17710
García Lamothe, Adriana, 155-160
García, Carlos, 166-39, 158-1
García, M. Elena, 93-9
García-Calderón, Norma Eugenia, 16322
García-Fragoso, Roberto G., 93-10
García-O, Cecilia, 144-6
Gardner, Sheila, 144-47
Gardner, Ted A., 39-9
Garibov, Geys, 137-23
Garlato, A., 85-10
Garman, Stephanie M., 19-9
Garrett, Robert G., 117-4
Garrigó, Jordi, 124-3
Garrison, Virginia H., 88-2
Garten, Charles T., 135-18
Gartzia-Bengoetxea, Nahia, 148-3
Gasco, G., 42-15, 115-23
Gasco, Jose-3ia, 138-62, 129-8
Gascó Montes, José María, 151-1, 1602
Gascón O., Norma, 93-9
Gattinger, Andreas, 140-32
Gaudet, Jean-Paul, 144-45
Gautam, Ramesh, 149-29, 149-19
Gauthier, Anthony, 47-4
Gavenda, Robert T., 166-18
Gavi Reyes, Fransisco, 134-4
Gayathi, B., 155-156
Gayathri, B., 154-1
Gazey, Chris, 156-10
Gaál, Zoltán, 150-13
Ge, Yufeng, 115-24
Gebrekidan, Heluf, 179-1, 85-16
Gee, Glendon W., 45-15, 45-8, 112-5,
45-11
Gehris, Todd, 145-32
Gelati, Pablo R., 136-11
Geleta, Samuel B., 147-13
Gellis, Allen, 117-10
Gendler, Tatyana S., 29-2
Gennadiyev, Alexander N., 151-24
Genries, Aurélie, 78-5
Gentilin Junior, Osvaldo, 147-10
Genu, Aline M., 131-1
Genxing, Pan, 36-1
Genú, Aline M., 131-9
Geoff, Kerr, 39-21
George, Sumam, 154-8
George, Suman J., 158-27
George, Timothy S., 2-7
Gerard, Patrick, 124-9
Gerayzade, Akif P., 116-7
Gerba, Charles, 24-2
Gerlach, Renate, 120-12
Gerson, Andrea, 39-23
Gerzabek, Martin H., 110-1, 139-12
Gessa, Carlo, 93-3, 93-1
Gessa, Carlo Emanuele, 154-58
Ghabour, Tharwat K., 56-7
Ghaffari-Nejad, Seyed Ali, 129-3
Ghaffariyan, M. Hadi, 164-1
Ghafoor, A., 93-5
Ghahreman, Nozar, 116-17
Ghani, Anwar, 162-13
Gharabaghi, Bahram, 101-3
Gherman, E., 145-24
Ghiberto, Pablo, 137-41
Ghiberto, Pablo J., 137-44, 163-11
Ghidin, Andre Ademir, 128-8
Ghose, T. J., 166-10
Ghosh, H., 95-4
Ghosh, Paromita, 155-48
Ghosh, Saikat, 145-44
Ghosh, Subhadip, 54-5
Ghoshal, S.K., 95-4
Giacomini, S., 2-1
Gianakopoulosi, Christos, 83-13
Gianfreda, Liliana, 144-59, 145-17,
145-18
Giani, Luise, 90-3, 138-5
Gianquinto, Giorgio, 144-5
Giardini, Luigi, 163-10, 163-17
Gichaba, Maina, 149-22
Gicheru, Patric, 61-2
Gicheru, Patrick, 36-5
Gierlowski-Kordesch, Elizabeth H.,
132-6
Giglio, Luisa, 153-29
Gijsman, Arjan J., 70-1
Gilbert, Jennifer K., 116-51
Gilberto Fernandes, Correa, 148-16
Gilberto, Vela Correa, 122-22
Gilfillen, Rebecca, 147-7
Gilkes, Bob, 175-5, 29-5, 154-31
Gilkes, Robert, 122-7, 156-10, 106-9,
33-5, 175-11, 53-3, 120-4
Gilkes, Robert J., 85-7, 128-11, 119-22
Gill, Muhammad Islam, 99-5
Giller, K. E., 3-1
Giller, Kenneth E., 76-4, 25-2, 15-6
Gilucis, Aivars, 13-1
Gimenez, Daniel, 48-15, 119-16, 13622, 137-18
Gimsing, Anne Louise, 73-8, 145-34
Ginder-Vogel, Matthew, 50-1
Gingras, Nathalie, 144-33
Gioacchini, Paola, 138-74, 177-31
Giordani, Gianni, 138-74
Giovannini, Camilla, 154-58
Girma, K., 155-98
Girma, Kefyalew, 19-8, 155-88, 155123
Giron, Ignacio F., 150-6
Gish, Timothy, 48-4
Gitz, Dennis, 70-3
Gladysheva, Maria A., 98-4
Gray, Jonathan M., 55-5, 90-4
Greef, Joerg-Michael, 151-42
Green, Carly, 47-3
Green, Carrie E., 178-23
Green, Steve, 112-5, 123-11, 156-23
Green, Steve R., 153-15, 45-15
Green, Timothy, 116-52, 25-4
Green, V. Steven, 59-5
Greenberg, Wendy A., 128-2
Greene, Richard S.B., 163-27
Greenfield, Laurence G., 141-4
Gref, Joerg-Michael, 170-22
Grego, Célia R., 53-2, 100-4
Grego, Stefano, 163-29, 138-85, 13930, 162-18
Gregorauskiene, Virgilija, 13-1
Gregorich, Edward G., 123-10, 141-4
Gregory, David, 158-25
Gregory, Linda J., 2-3
Gregory, Peter J., 20-2
Grela, Sylwia, 121-9
Grenon, Daniel, 116-55
Greven, Marc, 156-23
Grewal, Mohinder Singh, 56-9
Grierson, Pauline F., 43-4
Gries, Corinna, 178-12
Griesel, Marianne, 144-57
Grieve, Catherine, 81-4
Grieve, Ian C., 138-41
Griffin, Timothy, 155-20
Griffiths, Bryan, 149-4
Grigorieva, Elena E., 172-3, 172-6
Grinev, Dimitry V., 20-2
Grishkan, Isabella, 156-19
Groffman, Peter, 120-2
Gronas, Viktor, 33-10
Grosclaude, J., 79-3
Gross, Chris, 161-7
Grossl, Paul, 154-38
Grossman, Julie, 133-17, 133-16
Grove, J. H., 156-14
Grove, John H., 138-65
Grover, Kulbhushan, 148-18
Grube, Walter E., 45-14
Grubišic, Mirko, 135-30
Grundy, Mike J., 107-8
Grunewald, Karsten, 160-1
Grunwald, Sabine, 160-3, 115-5, 118-1,
118-2, 160-22
Gräfe, Markus, 44-4, 29-4, 79-5
Grónás, Viktor, 149-32
Grünberger, Olivier, 159-17
Grünewald, Gritta, 178-22
Guber, Andrey, 48-12, 48-4, 119-4,
139-28
Guchok, Maria V., 166-5
Guedes, Carmen L.B., 160-12
Guedes, Rosa, 116-43
Guerra, J. Asterio, 127-13, 126-21,
126-3
Guerra, Larry C., 116-53
Guerra, Marcelo B., 175-11, 106-9
Guerrero, Francisca, 138-62, 129-8
Guerrero, Jose P., 155-51, 159-2
Guggenberger, Georg, 15-15
Gugino, Beth, 148-15
Guiliani, Rita, 152-12
Guimarães, Geovane Lima, 152-2
Guimarães, Maria De Fátima, 99-8, 665
Guiné, Veronique, 158-14
Guiresse, Maritxu, 144-27
Guiti, Alireza, 159-5, 159-3
Gujisaite, Valérie, 178-20
Gulati, Inderjeet, 23-14
Gunin, Petr D., 83-5
Gunst, Lucie, 3-8
Guo, Laodong, 175-13
Guo, Tianwen, 146-3
Guo, Xi, 177-6
Guo, Xiaomin, 177-6, 155-74
Guong, Vo Thi, 33-9
Guppy, Christopher, 154-70
Gupta, A.P., 163-41
Gupta, Dr. B.R., 158-12
Gupta, H S, 166-8
Gupta, Micky, 153-2, 153-45
Gupta, Raj K., 170-24, 95-11
Gupta, Rajiv, 155-77
Gupta, S. C., 155-109
Gupta, Subhas C., 24-1
Gupta, Umesh C., 24-1
Gury, Michel, 129-11
Gustafsson, Jon Petter, 73-7, 73-2, 13913
Gustavsson, Nils, 117-3
Gutierres Castorena, Carmen, 176-7
Gutierrez Boem, Flavio, 154-26
Gutiérrez-Castorena, Ma. Del Carmen,
42-14, 121-2, 108-1
Gvirtzman, Gdaliahu, 49-3
Gyori, Zoltan, 51-6
Gäth, Stefan, 66-6
Gómez, Clemencia, 155-90
Günther, Reinhard M., 45-5
Hanson, Paul, 135-18
Hao, X., 145-55
Hao, Xinmei, 138-36
Hao, Xiying, 166-25
Haque, S. A., 156-18, 154-16
Hara, Michihiro, 116-11, 116-9, 137-33
Harasick, Richard, 158-29, 56-8
Hardarson, Gudni, 172-1
Hardee, Gene E., 150-18
Harden, Jennifer W., 102-6, 87-1
Hardie, A.G., 145-39
Hardy, M. B., 153-14
Hargreaves, Caroline E., 20-2
Harikrishna, B. L., 2-4, 104-1
Harmanen, Heikki, 39-4
Harmel, Daren, 140-35
Harms, Ben, 17-12
Haroon, Abdul Rahim Mohamed, 155154
Harper, Richard J., 17-3, 122-7
Harper, Steve, 51-6
Harrington, Laura, 29-1
Harris, D., 168-18
Harris, Jim A., 166-6, 140-25
H
Harris, Willie, 154-52
Ha, Byeong Yeon, 154-45
Harrison, J. Bruce J., 128-3
Ha, Sang-Keun, 137-9, 137-34
Harrower, Mark, 7-12
Haase, Susan, 35-11
Harry, Ozier-Lafontaine, 155-28
Haberhauer, Georg, 139-12, 110-1
Harsh, James, 135-24
Habib, A. Kamrul, 161-1
Harstad, Laura, 150-25
Habibi, Davood, 168-11
Hart, Carl. D, 155-97
Habibi, Davood, 147-4
Hart, Murray R., 115-55
Hadas, Aviva, 138-81
Hartemink, Alfred, 173-9, 148-7, 95-1,
Hadda, M. S., 150-7
26-1
Haddix, Michelle, 138-16, 15-16
Hartley, Anne, 118-11
Hadizadeh Yazdi, Mohamad Hadi, 116- Hartshorn, Tony, 41-4
5
Hartwich, Reinhard, 28-5
Hadji, A., 5-2
Haruyama, Shigeko, 149-17
Haefele, Stephan M., 159-10, 155-164 Harvey, Omar R., 155-129
Haferkorn, Ulrike, 148-2
Hasegawa, Isao, 174-8, 104-10, 104-11
Hafsi, M., 5-2
Hasegawa, Shuichi, 137-46
Hageman, Philip L., 13-3
Hashem, Fawzy M., 170-27
Hagen, Lawrence J., 151-26
Hashemi, A. M., 150-3
Hager, Herbert, 163-3
Hashemimajd, Kazem, 138-2
Haggard, Brian, 147-6, 154-61, 154-19 Hashimoto, Yohei, 135-22
Haghnia, Gholam Hosain, 163-43
Hatano, Ryusuke, 158-16, 170-31, 170Haghnia, Gholamhossein, 144-20, 14414
24, 163-28, 140-23
Hatcher, Patrick G., 79-1
Haidara, A., 7-2
Hatfield, Jerry L., 155-116
Hajabbasi, Mohammad, 164-16, 143-7 Haudin, Claire-Sophie, 144-41, 135-6
Hajabbasi, Mohammad A., 177-20, 75- Haulon, Mathieu, 33-2
2, 150-19
Haungyutitham, Varisa, 94-3
Hajrasuliha, Shapoor, 139-25
Hauser, Stefan, 170-5
Haldin, Alexander, 160-16
Havlin, John, 89-11
Haley, Mark V., 168-1
Hawker, Darryl W., 139-19
Halitligil, M. B., 10-1
Hay, Anthony G., 63-11
Hall, Marvin, 148-19
Hay, Michael, 29-1
Hallaire, Vincent, 137-3
Hayakawa, Atsushi, 170-14
Hallett, Paul, 64-4
Hayakawa, Kae, 104-4
Hallmark, Charles T., 128-4
Hayano, Michiko, 137-37
Hallmark, Tom, 150-25
Hayashi, Keiichi, 95-6
Halseth, Donald E., 156-11
Hayashi, Yukihiro, 148-20
Ham, J., 170-10
Hayes, Michael H., 72-2
Hamazaki, Tadao, 3-6
Hayes, Michael H.B., 138-7, 138-42
Hamdhani, Syamsuddin, 137-14
Haynes, Richard John, 159-22
Hamell, Michael, 46-1
Hazelton, Pamela A., 58-1
Hamilton, George, 162-12
Hazra, G.C., 154-34, 95-4
Hammer, David, 107-3, 107-2
He, Fayun, 178-10
Hammond, Lawrence, 67-4
He, Hongbo, 140-1
Hampp, Eugenio, 23-13
He, Ji Zheng, 139-4
Hamza, S., 162-17
He, Ji-Zheng, 102-7
Han, Fengxiang, 144-65
He, Li-Ming, 139-26
Han, Han, 119-16
He, Xiubin, 157-1, 150-1, 120-10
Han, Myung Hoon, 155-92
He, Zhenli, 73-6
Han, Seung-Gap, 138-84
He, Zhongqi, 144-31, 155-20
Han, Xiaozeng, 145-36
Heai, Xiao, 163-18
Handayani, Iin Purwati, 46-3
Heath, Laura A., 116-41
Hanna, Khalil, 89-10
Heath, Linda S., 160-20
Hansakdi, Ekkanit, 122-11
Hebsur, Narayan S., 155-65
Hansen, D.J., 45-13
Heck, Richard, 127-1, 121-4
Hansen, Sissel, 155-173
Heck, Richard J., 131-12, 101-3, 5-5
Hansen, Soren, 138-8
Heckman, J., 155-103
Hanson, Jon D., 41-2
Hedley, Mike J., 67-2
171
AUTHOR INDEX
Glaser, Bruno, 167-17
Glenn, Denning, 69-1
Glinski, Jan, 89-5
Globus, Alexandr M., 137-1
Glover, Leslie, 172-11
Glover, Mark, 116-39
Goddard, Matt, 15-5
Godoy, Roberto, 17-9
Godsey, Chad, 166-42, 163-24
Goebel, Marc-Oliver, 137-2
Goh, Kah Joo, 158-16
Goh, Tee B., 31-13, 147-16
Goilo, Eduard A., 44-6
Golabi, Mohammad H., 151-38
Golchin, Ahmad, 138-2
Gold, Arthur J., 120-2
Goldberg, Sabine, 51-10
Goldfarb, Maurício C., 116-16, 116-20
Goldhaber, Martin, 117-8
Goldhaber, Martin B., 117-4, 117-8,
13-3, 13-2
Golding, Kirsty A., 77-2
Gollany, Hero, 99-3, 144-36
Golosov, V. N., 8-1
Golovanov, Dmitri L., 5-6, 175-12
Golubkov, Mikhail S., 141-11
Gomes, Jose Elias, 133-16
Gomes, José Elias, 133-17
Gomez, Isidoro, 149-1
Gong, Jun, 158-17
Gong, Zi-Tong, 78-3, 78-4
Gonzalez Barrios, Jose L., 160-14
Gonzalez Cervantes, Guillermo, 160-14
Gonzalez Moreno, Alberto, 115-47
Gonzalez, Javier M., 38-4
Gonzalez, Marianela, 155-124
Gonzalez, S., 177-28
Gonzalez, Saleta, 177-26
Gonzalez-Estrada, Ernesto, 25-2
Gonzalo, Danila Dal Poz, 166-47
González Romo, Claudia E., 127-17
González-Arias, Ander, 148-3
González-Chávez, María Del Carmen,
121-2
González-Perez, Jose A., 15-1
González-Vila, Francisco J., 15-1
Gonçalves, Maria C., 48-11
Goo, Nam-In, 158-13
Goorahoo, Dave, 162-35
Gordon, James, 124-1
Gore, Richard, 158-7
Goreham, John, 137-47, 53-4
Goryachkin, Sergey V., 129-9, 175-6,
27-2, 175-2
Goss, Kai-Uwe, 79-2
Goswami, Subhendu B., 153-9
Gough, Larry P., 117-3
Goulding, Keith, 59-1
Govaerts, Bram, 75-9
Gowalko, Eugene, 168-13
Goyel, Barkha, 81-2
Gradusov, Boris, 44-3
Graefe, Ulfert, 163-3
Graetz, Donald, 154-52
Graham, Heather V., 159-12
Graham, Jim H., 102-5, 162-14
Graham, Robert, 145-37, 85-11
Graham, Robert C.., 129-16, 71-4, 1279
Granato, Thomas, 178-29, 158-7
Grand, Stephanie, 125-9
Grant, Cameron D., 153-10
Grant, Carl D., 47-5
Grant, Cynthia, 155-11, 37-5, 168-13,
144-28, 31-9
Grant, Lewis, 99-9
Grathwohl, Peter, 110-8
Gratson, David, 63-6
Grattan, Stephen, 81-4
Grau Corbi, Jose Manuel, 91-6
Grau, Juan, 150-8
Graveel, John G., 172-9
Gray, Adam, 119-19
Hegde, M., 150-16
Hegymegi, Peter, 179-4, 179-5
Heil, Bálint, 150-13
Heilmann, Mica H., 56-8, 158-29
Heim, Alexander, 145-40, 138-73
Heinai, Hironori, 155-131
Heine, Paul, 123-7
Heinson, Graham S., 55-4
Heister, Katja, 137-40
Heitholt, James, 178-28
Heitman, Josh L., 19-12
Hellal, Farid, 31-1
Heller, Friedrich, 29-2
Helmke, Philip, 93-2, 117-5
Helms, Douglas, 173-16, 173-7
Helsel, Dennis R., 117-8, 13-3
Hempel, Jon, 171-1, 85-1, 12-13, 1211, 12-2
Henault, Catherine, 47-4
Hendershot, William H., 154-64
Henderson, S. P., 39-15, 39-16
Hendrickson, John R., 163-5, 146-16
Hendrickx, Jan M.H., 128-3
Hendrix, Paul F., 71-4
Heng, Lee, 172-1
Henriquez Rodríguez, Manuel Antonio,
160-2
Henry, Brien, 152-4
Henríquez Rodríguez, Manuel Antonio,
151-1
Heo, Dae-Kil, 138-39
Heo, Jong Soo, 118-18, 155-92, 118-17
Heo, Sung-Gu, 151-30
Herbert, Stephen J., 150-3
Herbst, Ruprecht, 131-4, 131-5
Hergert, Gary, 155-127
Herkelrath, William N., 137-13
Hermann, Tamás, 150-13
Hernandez, G., 15-2
Hernandez, Jorge, 147-2
Hernandez, Jorge D., 155-97
Hernandez, Luis A., 178-4
Hernandez, M., 12-1
Hernandez-Moreno, Jose M., 126-7
Hernández, Teresa, 166-39, 158-1
Hernández-Moreno, Jose Manuel, 15473, 126-1, 145-11
Hernández-R, Patricia, 144-6
Herre, Andrea, 33-8
Herrero, G., 15-2
Herrero, Mario, 25-2
Herrick, Jeffrey E., 16-4, 53-5
Herrmann, Anke, 43-4
Herrmann, Ludger, 155-33
Herrmann, Paulo Sergio De P., 110-3
Hesami, Raheleh, 144-68, 143-1
Hesterberg, Dean, 63-2
Hesterberg, Dean L., 45-12
Hettiarachchi, Ganga, 31-10
Heuvelink, Gerard B.M., 151-39
Hewitt, Allan E., 107-6
Hicks, M., 140-4
Hidalgo-Moreno, Claudia, 35-12
Hien, Edmond, 54-1
Higashi, Naoko, 137-39
Higashi, Teruo, 133-4
Hignett, C., 11-1
Hill, Jane E., 140-36
Hill, Robert, 95-10
Hillel, Daniel, 98-5, 112-1
Hillier, Stephen, 155-122, 143-5
Hilscher, André, 145-27
Hinckley, Eve-Lyn S., 99-7
Hinkel, K.M., 40-3
Hinsinger, Philippe, 21-4, 35-6
Hinz, Christoph, 53-3
Hipple, Karl W., 42-18, 16-4
Hiradate, Syuntaro, 144-17, 139-11
Hirafuji, Masayuki, 160-24
Hiranuma, Shin, 126-19
Hiraoka, Mario, 133-4
Hirmas, Daniel R., 127-9
Hiroyuki, Kurimoto, 154-23
172
Hirunburana, Niwat, 155-33
Hiruta, Atsuko, 104-11
Hisamatsu, Shun’ichi, 135-25, 135-17
Hitchcock, Adam P., 43-2
Hively, W. Dean, 148-15, 118-21, 11528
Hobbs, Peter, 105-4
Hodges, Elizabeth A., 171-3, 158-5
Hoefer, Hubert, 133-21
Hoeft, Robert G., 163-37
Hoepfner, Uwe, 45-7
Hoffland, Ellis, 162-21, 168-10, 24-3
Hoffman, E., 6-1
Hoffman, G., 5-1
Hoffman, Josias Eduard, 116-36, 11634
Hofmann, Anett, 142-2, 138-73
Hofwegen Van, Guido, 133-22
Holbein, B.E., 155-14, 155-16
Holdaway, Heather, 15-3
Holden, Nicholas, 150-23
Holland, Jonathan E., 173-12, 137-11
Holland, Jonathon, 166-49
Hollis, John, 70-5
Holloway, Joann M., 13-3
Holló, Sándor, 146-11
Holtz, Starr, 155-88
Homaee, Mehdi, 137-25, 164-1
Homchuen, Samang, 159-25
Honeycutt, C. Wayne, 155-20
Hong, Chang Oh, 154-45
Hong, Chang Oh, 89-9
Hong, Ding, 155-112
Hong, Li, 66-3
Hong, Seung Gil, 149-6, 149-5
Hong, Soon-Dal, 147-5, 45-21
Hong, Suk Young, 115-32, 147-17, 5613, 56-6
Hong, Sukyong, 147-5
Hongbin, Yin, 138-45, 155-149
Hongjie, Cao, 138-45
Hongjun, Lei, 137-27
Hongtu, Xie, 117-9
Honna, Toshimasa, 154-18
Hons, Frank, 150-25
Hoogenboom, Gerrit, 116-53, 116-54,
70-1
Hoogmoed, W.B., 95-8, 95-3
Hoon, Hwangbo, 142-20, 142-7
Hoover, David, 85-6
Hopkins, David, 149-29, 149-19
Hopkins, David W., 141-4, 138-41
Hopmans, Jan, 45-9
Hoque, Afm Manzurul, 164-2
Hoque, M. M., 115-9
Horikawa, Takumi, 45-19
Horn, Rainer, 136-3, 53-1, 15-3, 136-7,
137-49, 136-9, 101-2, 136-23, 1374, 64-1
Hornung, Andrew, 19-10
Horton, John D., 117-4
Horton, Robert, 19-12
Horwath, Jennifer, 122-6
Horwath, William, 31-12, 138-35, 8-2
Horwath, William R., 138-82
Hoseini, Mohamad Bagher, 166-36
Hossain, M.I., 155-133
Hosseini, S. M., 104-7
Hosseini, Vahid, 177-3
Hosssain, Mf, 175-3
Houskova, Beata, 149-8
Houssay, Raul, 155-110
Hovhannisyan, H. S., 173-14
Howell, David W., 91-4
Howell, Michael, 127-16
Howell, Michael S., 127-5, 127-4
Howell, Terry, 100-3
Howitt, Richard, 138-44
Hoyle, F.C., 138-27
Hoyos, Phanor, 158-6
Hoyt, Greg D., 140-12
H.S., Anand, 162-19
Hseu, Zeng-Yei, 85-9, 123-2
Hsieh, Chin-Lin, 35-5
Hsieh, Y. Ping, 138-10
Hsu, Cheng-Peng, 138-63
Hsu, Shi-Fang, 94-3
Hu, Dongnan, 177-6
Hu, Hongqing, 144-1
Hu, Tai-Lee, 138-63
Hu, Xue-Feng, 109-1, 178-17, 132-5
Hu, Yongfeng, 154-5
Hu, Zhengyi, 145-15
Huang, Biao, 24-5, 150-20
Huang, C., 154-69, 151-9, 151-5, 13617, 22-2
Huang, Ching-Chung, 135-15
Huang, Hongxia, 51-2
Huang, Meifu, 155-108
Huang, P. M., 144-50, 144-49
Huang, P.M., 52-2, 134-3, 144-10, 14539
Huang, Qiao Yun, 139-4, 145-41
Huang, Qiaoyun, 51-2
Huang, Wen-Shu, 123-2
Huang, Xiao-Lan, 158-34
Huang, Yuanfang, 31-5
Hubbard, Bernard E., 131-7
Hubbard, Robert K., 54-9
Hubbs, Michael, 22-1
Hucklebridge, Kate, 159-12
Hudnall, Wayne, 145-35, 129-7
Hudnall, Wayne H., 42-12
Huerta-Diaz, Jesus, 153-25
Huffman, Ted, 116-28, 116-58
Hug, Stephan J., 144-53
Hughes, Jeffrey C., 166-41, 5-7, 166-40
Huh, Chih-An, 135-29, 135-28
Hulugalle, Nilantha, 54-5
Humphreys, Geoff S., 90-4, 49-4, 55-5,
77-1
Hundal, Lakhwinder S., 158-7
Hungate, Bruce, 138-30
Hunt, Tom, 115-42, 139-23
Huq, S.M. Imamul, 164-2
Hur, Seungoh, 137-9, 137-34
Hurt, G. W., 115-5
Hurtado, Maria, 138-68
Hurtado, Maria Dolores, 151-8
Husband, R., 67-3, 141-9
Husni, Ahmad, 147-8
Husnjak, Stjepan, 170-2, 107-5
Hussain, Ghulam, 166-24
Hussain, M. S., 115-9
Hussain, Mohammad Sultan, 118-10
Hussain, S.I, 93-5
Hussein, Ahmed, 78-6
Hutchison, Jessica, 115-51
Hutchison, Kimberly J., 63-2
Huygens, Dries, 17-9
Huynh, Trang T., 158-25
Huynh, Tri Cuong, 39-20
Huynh-Le, Minh-Phuong, 17-6
Hwang, Seon-Woong, 151-13, 166-44
Hyakumachi, Mitsuro, 80-2
Hyland, Charles, 154-43
Hyoung Woo, Lim, 142-7
Hyun, Byung Geun, 153-26
Hyun, Byung-Keun, 151-17
Hyun, Hae-Nam, 171-8, 153-42, 15349
Hyun-Cheol, Jeong, 45-21
Hyyryläinen, Noora, 144-51
Hénault, Catherine, 116-62
Hüttl, Reinhard F., 17-1
Idris, Aswandi, 34-5
Ikazaki, Kenta, 95-6
Ikeda, Akiko, 15-11
Ikemura, Yoshiaki, 162-20
Ikenaga, Makoto, 141-2
Ileana, Garcia, 140-21
Imas, Patricia, 155-86
Imaya, Akihiro, 177-17
Imhoff, Silvia, 137-41, 136-21, 137-44,
115-36, 163-11, 116-55
Imoto, Hiromi, 137-10
Imoto, Yukari, 116-10
Inaba, Jiro, 135-17
Inagaki, Yoshiyuki, 177-17
Indorante, S.J., 117-2
Inglett, Patrick W, 84-3
Ingwersen, J., 2-5
Ingwersen, Joachim, 20-1
Inman, Brad L., 56-8
Inman, Danny, 19-10
Inoue, Jun, 126-5
Inoue, Katsuhiro, 140-28
Inoue, Makoto, 169-2
Inoue, Mitsuhiro, 137-39
Inoue, Takashi, 158-16
Inoue, Yudzuru, 132-8
Inozemtsev, Svyatoslav A., 132-9
Inthasan, Jiraporn, 155-33
Inthasothi, Tippawan, 174-7
Intrigliolo, Francesco, 95-7
Inubushi, K., 163-38, 2-10
Inubushi, Kazuyuki, 170-30, 80-2
Ipsalantis, Ioannis, 118-12
Iqbal, Javed, 48-10
Iqbal, Md. Anwar, 161-1
Iqbal, Shahriar M., 154-29
Iraira, Sergio, 154-28
Irigoyen, H., 12-1
Irshad, Muhammad, 154-18
Irvine, Ken, 150-23
Ishida, Motohiko, 116-59
Ishiguro, Munehide, 145-25
Ishii, Nobuyoshi, 135-3
Ishikawa, Nao, 135-19
Ishikawa, Tetsuya, 116-59
Ishizuka, Shigehiro, 177-36
Iskandar, Teuku, 160-13
Islam, K. R., 174-10, 166-22
Islam, Md. Rafiqul, 148-8
Ismail, Sultan A., 23-5
Issa, Ibrahim, 116-60
Ito, Toyoaki, 154-40, 115-33, 116-35,
139-32, 154-41, 45-19
Itoh, Yuko, 144-9
Itou, Kengou, 163-16
Ivanov, Alexander, 98-4
Iwabuchi, Noriyuki, 174-8
Iwamoto Haga, Kuniko, 155-145
Iwasaki, Kozo, 45-24
Iwaya, Kaori, 148-11
Iwuafor, E.N.O., 155-68
Izquierdo, Carlos G., 115-57
J
Jabiol, Bernard, 163-3
Jackson, Brian P., 93-7
Jackson, Bruce, 126-16
Jackson, Grady, 124-9
Jackson, W. Roy, 15-9
Jacob, Jack Deodato C, 24-4
Jacobashvili, Izolda, 148-6
Jacobs, Lee W., 154-27
Jacobs, Peter, 49-5
I
Jacobsen, Eric, 135-23
Iamarino, Giuseppina, 145-18
Jacobsen, Ole H., 137-8
Ibanez, Juan Jose, 42-2, 14-4, 62-1, 14- Jacobson, Astrid, 60-5, 139-31
1
Jacoby, Fred, 150-25
Ibargoitia, Maria Luisa, 144-34
Jacquat, Olivier, 50-2
Ibrikci, Hayriye, 154-20
Jacquemet, V., 145-24
Idowu, Mary K., 153-5
Jacques, Diederik, 119-4, 48-11, 48-12
Idowu, Omololu J., 75-1, 148-15, 156- Jacquier, David W., 3-2, 107-8
11
Jadambaa, Norovsuren, 140-17
Jiexiong, Fu, 8-2
Jimenez Pérez, Jorge, 127-17
Jimenez, Jason, 125-10
Jimenez-Osornio, Juan Jose Maria,
129-16
Jiménez, Concepción, 42-13, 126-1
Jiménez, Francisco, 154-60
Jin, Ji-Yun, 76-3
Jin, Seo Young, 140-9
Jin, Yong-Ik, 151-35, 168-16
Jinfeng, Li, 138-78
Jinfeng, Yang, 138-45
Jing, Wang, 155-149
Jing, Yuan-Shu, 120-9
Jingkuan, Wang, 138-78, 83-14
Jinshu, Wu, 163-18
Jintaridth, Bunjirtluk, 174-7
Joa, Jae-Ho, 138-84
Joao Luiz, Lani, 148-16
Joardar, J.C., 164-2
Jobes, Jack A., 71-4
Joergensen, Rainer G., 155-3
Johansen, C., 168-18
Johnson, David, 148-19
Johnson, Diana N., 122-6, 122-4
Johnson, Donald L., 122-6, 122-4, 1228
Johnson, Kristofer, 177-34
Johnson, Mark, 115-20
Johnson, Mark G., 177-35
Johnson, Michael J., 135-21
Johnson, Sarah E., 24-4
Johnson, Scott N., 20-2
Johnson, S.E., 105-2
Johnson, Timm, 149-10
Johnson, William H., 135-8
Johnson-5nard, Jodi, 148-12, 148-14,
125-10
Johnson-5nard, Jodi L., 71-4, 144-39
Johnston, A.E.Johnny Johnston, 1-8
Johnston, Arthur E., 67-1
Johnston, Cliff, 139-35, 110-9
Johnston, Cliff T., 110-6, 128-9
Johnston, C.T., 154-69
Johnston, Tim, 166-49
Jokic, Alexander, 65-3
Jokura, Miku, 15-11
Jonas, J., 174-11
Jones, David L., 145-54, 35-1
Jones, Franklin S., 44-7
Jones, James, 116-54
Jones, Raymond A., 155-116
Jong Van Lier, Quirijn, 149-26
Joo, Jinho, 151-15, 151-14
Joo, Katalin, 78-9
Joost, Richard, 15-5
Jordahl, Jim L., 158-29
Jordan, Antonio, 149-1
Jordan, Mark, 105-5
Jordan, Phil, 150-23
Jorge, Sierra, 155-28
Jorgenson, M. Torre, 175-13, 106-8
Jose, Geo, 138-11
Joseph, Laura, 25-3
Joshi, P.K., 81-2
Joshi, Renuka, 23-15
Josière, Olivier, 78-10
Josupait, Victoria, 151-28
Joyce, E. Bernie, 122-3
Jozefaciuk, Grzegorz, 83-9, 137-15
Juang, Kai-Wei, 157-4
Julie, Sansoulet, 153-23
Jun, Hee-Joong, 155-142
Jun, Li, 83-14
Jun, Seung-Jong, 153-49
Jung, Beung-Gan, 155-142
Jung, Goo-Bok, 168-15, 144-11, 14412, 153-18
Jung, Jinho, 158-13
Jung, Kang Ho, 115-32
Jung, Kang-Ho, 137-34, 137-9
Jung, Ki-Yeol, 150-12
Jung, Ki-Yeol, 117-6
Jung, Ki-Yuol, 122-20
Jung, Ku-Suk, 155-15
Jung, Kwang-Yong, 143-4, 166-30
Jung, Pil Kyun, 155-150
Jung, Pil Kyun, 149-5
Jung, Suck-Kee, 155-15
Jung, Sug Jae, 151-40
Jung, Won Kyo, 103-2, 150-11
Jung, Yeon-Tae, 42-6
Jung, Yeong Sang, 151-14, 115-32,
137-34
Jusop, Shamshuddin, 57-10
Karyotis, Theodoros, 115-44, 115-54
Kasbohm, Joern, 44-6
Kashima, Hiroyuki, 174-8, 104-10,
104-11
Kashulina, Galina, 91-1
Kashyap, A.K., 155-48
Kasinathan, Senthamizh, 156-5
Kasper, M. L., 20-3, 140-4
Kasraian, Ali, 137-38
Katbehbader, Nedal, 100-3
Kato, Naoto, 148-11
Katsalirou, Eirini, 147-14
Katsvairo, Tawainga, 155-105
Katzensteiner, Klaus, 163-3
K
Kaufhold, Annett, 51-3
K, Surekha, 155-111, 155-34
Kaupenjohann, Martin, 33-8
Kabir, Sm, 174-10
Kaur, Joginder, 153-8
Kabir, Zahangir, 31-12
Kaur, Navdeep, 44-4, 29-4
Kadam, J.R., 159-21
Kausadikar, Harihar Krishnarao, 147-9
Kadono, Atsunobu, 138-29
Kaushik, R.D, 153-2, 153-45
Kaffka, Stephen, 159-4, 8-2
Kautski, Larissa, 138-81
Kaffka, Steve, 31-12
Kautsky, Larissa, 141-8
Kaiser, Klaus, 178-22
Kaverin, Dmitry, 42-11
Kaiser, Michael, 85-13
Kavitha, B., 155-34
Kakavas, Kostas, 115-34
Kavoosi, Masoud, 155-75, 155-80
Kalbasi, Mahmoud, 139-25
Kawamoto, Ken, 137-31, 137-8
Kalbitz, Karsten, 162-18
Kay, Beverly, 70-4
Kaleeswari, Ramaiah Kutralingam,
Kaye, Jason, 178-12, 178-11
138-13
Kaye, Nanga Mady, 167-5
Kalinina, Natalya V., 160-19, 156-12
Kazadaev, A. A., 140-20
Kalinina, Olga, 138-5
Kazarian, Unan, 173-8
Kalyan, Gershon, 146-7
Kazeev, Kamil Sh., 140-33, 118-9
Kamal, Roop, 150-17
Kazuya, Nishina N., 118-6
Kamaraj, S., 155-67
Kear, Martin, 162-13
Kambli, Kalpana, 149-24
Keirstead, Donald R., 115-18
Kamei, Hiroyuki, 132-8
Kejela, Kefeni, 144-22
Kameoka, Yoshihumi, 145-25
Kele, Gabriella Sz, 179-6
Kamoni, Peter, 138-80, 36-5
Keller, Jason, 45-8
Kampf, Nestor, 133-10
Kelley, Michael, 145-43
Kanan, K., 153-46
Kelling, Keith A., 81-5
Kanazawa, Shinjiro, 174-6
Kellman, Lisa, 177-27
Kandasamy, S., 163-26
Kelly, D. Clay, 132-7
Kandeler, Ellen, 148-3, 20-1, 35-11
Kemner, Ken M., 21-1
Kandrelis, Sotirios, 140-19
Kendall, Carol, 17-13
Kang, Bo-Goo, 45-21
Kendawang, Joseph Jawa, 130-4
Kang, Byung Hwa, 155-92
Kennedy, Brendan J., 44-4
Kang, Kee Kyung, 149-6, 153-26, 155- Kennedy, Christina C., 172-10
150
Keppler, Angelique M., 118-26
Kang, Seong-Soo, 147-5
Ker, Joao Carlos, 145-53
Kang, Seunghun, 145-42, 145-44, 52-5 Kercheva, Milena, 170-4
Kang, Ui Gum, 140-6, 155-114, 146Keren, Rami, 153-20
12, 146-13
Kern, Dirse C., 72-5, 133-20, 133-14,
Kania, Angelika, 35-11
133-9, 133-10
Kannewischer, Ines, 139-36
Kern, Jeffrey S., 115-20
Kanno, Hitoshi, 154-65, 126-2
Kerry, Ruth, 122-13, 91-5, 129-10
Kanthaliya, P. C., 155-89
Kersebaum, K. Christian, 116-32
Kapkiyai, Jane J., 154-74, 115-31
Ketchum, Blake, 5-6
Kapur, O. C, 153-11
Ketterings, Quirine M., 154-43, 161-9,
Kapur, Selim, 92-2
154-66
Kar, S., 153-16
Kew, Geoffrey, 33-5, 120-4
Kar, Sandipta, 166-29
Keykha, Gholam Ali, 155-22
Karagianni-Christou, Stamatina, 151K.G., Parameshwarappa, 162-1
32
Khademi, Hossein, 143-7
Karajeh, F., 23-11
Khademi, Zahra, 145-54
Karak, Tanmoy, 60-8
Khalil, M. I., 163-38, 2-10
Karamanos, Rigas, 155-8, 31-13
Khan, Ajaz, 129-2
Karamyan, Gagik, 173-14
Khan, Akhter, 155-96
Karathanasis, Anastasios, 144-25
Khan, Anisur Rahman, 149-7, 170-25,
Karavaeva, Elena N., 120-6
95-11, 170-24, 170-1
Karavaeva, Nina A., 27-2
Khan, Md. Harunor Rashid, 149-16,
Karbasi, Farideh, 144-61
174-10
Karimian, Najaf Ali, 23-12, 129-3, 155- Khan, Modabber Ahmed, 166-45
35, 155-45, 155-37
Kharub, Ajit S., 162-37
Karimov, A., 23-11
Kheoruenromne, Irb, 42-8, 85-7, 128Karklins, Aldis, 90-6
11, 119-22
Karlen, Douglas L., 103-5
Khera, K. L., 151-37
Karnez, Ebru, 154-20
Khiel, Anthony, 1-12
Karpachevskiy, Lev O., 44-2, 44-1,
Khitrov, Nikolai B., 99-4
113-4, 159-13, 159-26
Khodshenas, Mohammad Ali, 155-21
Karpachevskiy, Mikhael L., 159-13
Khokhlov, Sergei F., 116-25
Karsisto, Marjut, 118-19
Khormali, Farhad, 129-5
Karsten, Heather, 148-18
Khorsandi, Nazila, 163-34
Karuppan, Subbiah, 154-36
Khoshgoftar, Amir Hossein, 168-21
173
AUTHOR INDEX
Jaduda, Marian, 178-3
Jaesche, Philipp, 36-4
Jafari Ardakani, Ali, 151-44, 23-16
Jafarzadeh, Mojtaba, 155-21
Jaffé, Rudolf, 138-15
Jagadamma, Sindhu, 163-37
Jagadeesh, B.R., 139-44
Jagadeeswaran, R, 16-3
Jaggi, Shivani, 145-2
Jahiruddin, M., 168-19
Jahn, Reinhold, 51-3, 62-5, 178-22,
139-17, 126-6, 124-6, 125-8, 71-3
Jai-Joung, Kim, 45-21
Jaimes, Edgar, 160-5, 170-8, 122-12
Jaimes, Edgar J., 122-2
Jain, Ramesh Chandra, 167-22
Jain, Shashi, 56-9
Jain, Sunil Kumar, 122-5
Jakab, Gergely, 151-19
James, Bruce R., 107-12
James, Iain T., 140-25
James, Sam, 177-5
Jana, Kalyan, 116-1
Janardhan Gowda, N.A., 138-11
Jandl, Robert, 47-3
Jang, Byoung Choon, 155-146, 155143, 155-144
Jang, Byoung-Choon, 155-15
Jang, Gab Sue, 147-17
Jankovic-Karasoulos, T., 20-3
Jansa, J, 154-48
Jansen, Boris, 4-5
Janssen, Bert H., 168-23
Janssen, Imke, 136-7
Janssens, Koen, 51-9, 143-2
Jantalia, C. P., 2-1
Janzen, H. H., 3-9
Jara, Alejandra A., 144-52, 144-46,
144-51
Jara, Carlos, 167-19
Jaramillo, Raul, 116-49
Jaramillo-Lopez, Esaul, 144-13
Jardine, Philip, 135-18
Jarecki, Marek K., 155-116
Jaron, Dov, 88-1
Jashimuddin, M., 42-19
Jasinska, Emilia, 15-3
Jasso Ibarra, Rodolfo, 160-14
Jasso, Fernando, 155-62
Jasso-Chaverria, Cesario, 153-25, 1465
Jassogne, Laurence T.P., 96-4
Jastrow, Julie, 15-10, 135-18
Javanmard, Ebrahim, 155-19
Jayakumar, Rajannan, 145-3
Jayaprakash, S.M., 139-44, 154-50
Jayaraman, Jayakumar, 156-5
Jaynes, William F., 145-12, 145-35
Jeannotte, Richard, 36-3
Jeavons, John, 105-3, 167-8
Jegadeeswari, D., 104-16
Jendele, Libor, 137-6
Jenkins, A.B., 117-2
Jenkins, Anthony, 9-12
Jennings, Eleanor, 150-23
Jeon, Seung–Jong, 138-84
Jeong, Byeong-Ryong, 153-1
Jeong, Hyun-Cheol, 147-5
Jeong, Ji-Ho, 143-4
Jespersen, Jennifer, 55-2
Jessup, Kirk, 138-4
Jetten, Victor G., 41-5
Jezile, Gcinuhlanga G., 166-43
Ji Yeon, Ryu, 142-15
Jia, Yu, 146-3
Jiang, Peikun, 17-15, 17-16
Jiang, Pingping, 152-3
Jiang, Wen, 168-10
Jiang, Zhongchun, 155-24
Jiao, Ruzhen, 158-39, 141-6, 141-7
Jiao, You, 154-64
Jie, Wei, 150-1
Jien, Shih-Hao, 121-6
Khosla, Rajiv, 19-10, 147-15
Khouma, Mamadou, 31-14, 155-5
Khoury, George, 145-32
Khresat, Sa’eb, 68-3
Kiaee Jamali, Seyedeh Fatemeh, 168-5,
155-17
Kianian, Mohammad K., 151-25, 15915, 177-40
Kiely, Ger, 150-23
Kienast-Brown, Suzann, 18-3
Kihou, Nobuharu, 135-26
Kikawa, Naoto, 139-32
Kil Yong, Kim, 142-8, 142-15, 142-7,
142-20, 142-11
Kilasara, Method, 61-2
Kilburn, James E., 117-4, 13-2
Killian, K., 138-86, 138-80
Killian, Kendrick, 36-5, 25-1
Killorn, Randy, 155-124, 155-125
Kim, Byeong-Su, 143-4
Kim, Choon-Sik, 150-12
Kim, Choon-Song, 150-12
Kim, Dae-Hoon, 151-14
Kim, Dae-Yeon, 158-13, 97-3
Kim, Gun-Yeob, 162-22
Kim, Han-Myeong, 162-23
Kim, Ho-Jin, 178-8
Kim, Ho-Young, 146-13
Kim, Hong Lim, 140-9
Kim, Jae-Duk, 143-4, 155-83, 166-30
Kim, Jae-Min, 116-40
Kim, Jai Joung, 57-6, 144-4, 158-21
Kim, Jaijoung, 140-10
Kim, Jeong-Gyu, 42-6, 158-13, 97-3,
137-9
Kim, Jin-Ho, 168-15, 153-18, 144-11,
144-12
Kim, Ki-In, 75-11
Kim, Ki-Sung, 151-30
Kim, Kye-Hoon, 178-8
Kim, Kyounga, 140-10
Kim, Min-Kyeong, 116-19, 159-14
Kim, Myeong Sook, 150-11
Kim, Pil Joo, 89-9, 145-9, 155-130
Kim, Pyoung Yeol, 145-6
Kim, Seung-Hyun, 153-1
Kim, Soo-Hyung, 3-4
Kim, Su-Jung, 140-16
Kim, Sun Kwan, 103-2
Kim, Sung-Hwan, 97-3
Kim, Tae Wan, 104-6, 155-32
Kim, Won-Il, 168-15, 153-18, 144-11,
144-12
Kim, Yi Hyun, 56-13, 56-6, 147-17,
115-32, 147-5
Kim, Yongjoo, 140-8
Kim, Yoo-Hak, 157-9
Kim, You Hak, 150-11
Kim, Young Ho, 162-26
Kimble, John, 40-2, 9-3
Kimmelshue, Joel E., 56-8
Kimura, Makoto, 118-13, 20-5, 140-28,
20-6
Kimura, Sonoko D., 170-31
Kincaid Dick, Linda, 141-10
Kincaid, D. C., 151-43
King, Dominique, 119-20
Kingery, William, 124-9
Kinraide, Thomas B., 144-60
Kinyangi, James, 134-2, 138-54, 13315, 63-3, 133-1, 138-3
Kinyangi, J.M., 156-2, 147-11
Kinzig, Ann, 178-11, 178-12
Kipsat, Mary, 155-161
Kirby, Michael J., 176-4
Kirch, Patrick V., 41-4
Kirchmann, Holger, 59-2, 42-7, 162-9,
162-10
Kirkby, Clive, 166-50
Kirkham, M. B., 158-20
Kirkwood, Valerie, 116-58
Kirschenmann, Frederick, 105-1
Kirvalidze, Davit, 148-6
174
Kiryushin, Valeriy I., 111-4
Kish, László B., 119-5
Kishné, Andrea Sz., 119-5
Kisic, Ivica, 151-34
Kislal, H., 10-1
Kissel, David, 155-104
Kissel, David E., 56-11, 56-12, 154-4
Kissel, D.E., 115-56
Kissou, Roger, 130-3
Kitchen, Newell, 56-13, 152-3
Kitunen, Veikko, 118-19
Kiura, Takuji, 160-24
Kizito, F., 158-40
Kladivko, Eileen, 138-48
Kladivko, Eileen J., 153-37
Kladivko, E.J., 138-46
Klassen, Rodney, 117-4
Kleinman, Peter, 161-5, 67-5, 85-4,
116-50
Klemme, Richard, 149-10
Klien, Robert, 152-4
Kluepfel, Daniel A., 20-4
Kluitenberg, Gerard, 45-9
Knauth, Stefan, 142-1
Knicker, Heike, 15-1, 145-27
Knicker, Hiecke, 138-2
Knight, Robert, 150-25
Knoblauch, Christian, 106-7
Knoblauch, Steffi K., 148-4
Knotters, Martin, 100-1
Knox, Anna, 135-4
Knox, Anna S., 145-48
Ko, Jee-Yeon, 117-6, 150-12
Kobayashi, Noriko, 146-15
Kocar, Ben, 144-48
Kocar, Benjamin, 73-5, 50-1
Koch, John M., 33-5
Kochenderfer, James, 17-5
Kocárek, Martin, 137-36
Kodes, Vit, 101-5
Kodesová, Radka, 101-5, 137-36
Koegel-Knabner, Ingrid, 138-18, 13877
Koelbl, Angelika, 138-18, 138-77
Koenig, Richard, 154-38
Koga, Lucimara J., 160-12
Koga, Nobuhisa, 138-75
Koh, Mun-Hwan, 144-12, 116-19
Koh, Munhwan, 159-14
Kohl, Robert A., 64-3
Kohli, Anshuman, 151-37
Kohok, Manmath, 126-14
Koike, Masanori, 154-24
Koiso, Hiroyuki, 135-3
Kojima, Michinao, 137-42
Kolb, Eckart, 163-3
Kolesnikov, Sergei I., 114-3, 114-4
Kolesnikova, Ludmila, 156-12
Koleva, Venelina, 170-4
Komariah, (None), 163-16
Komarneni, Sridhar, 145-5, 135-20
Komatsu, Toshiko, 137-31, 137-8
Kome, Charles, 178-13
Komiyama, Teppei, 154-40
Konboon, Yothin, 159-10
Koncz, Josef, 155-109
Kondaiah, Poonam Mala, 149-31
Kong, Angela, 43-3
Kong, Xiangbin, 166-31
Kong, Xiangbin, 168-6
Konuskan, Omer, 154-20
Konyushkov, Boris D., 27-2
Konyushkov, Dmitry Ye., 129-13, 17510
Koohkan, Shir Ali, 155-22
Kooistra, Maja, 152-16
Kookana, Rai, 145-14, 110-7
Kopittke, Peter Martin, 139-20
Koposov, Alexander S., 138-51
Koppi, Tony, 26-3
Korenkova, Lucia, 57-8
Korkmaz, Kursat, 154-20
Kornecki, Ted, 152-7
Koroleva, Polina V., 115-50, 120-11
Kosaki, Takashi, 138-29, 125-5, 16619, 95-6, 155-38, 68-4, 125-4, 16632, 35-4
Koski, Anthony, 116-57
Koskinen, William, 139-10, 139-9
Koskinen, William C., 110-7
Kosse, Alan, 90-8
Kostka, Joel, 63-12
Koszinski, Sylvia, 107-7
Kotecha, Anilkumar V., 165-5
Kotowska, Urszula, 164-11
Kouassi, Nguessan A., 150-15
Koukoulakis, P. H., 155-44
Koulopoulos, Athanasios, 127-7
Kovacs, Dalma, 99-6
Kovacsovics, Beatrice, 168-9, 168-3
Kovar, John, 154-35
Kovda, Irina V., 71-2, 132-11
Kovács, Balázs, 116-60, 116-21
Kovács, Zoltán, 139-29
Kozak, Josef, 85-5
Kozak, Leonard M., 144-50, 144-49
Kozak, L.M., 145-39
Kozybaeva, Farida E., 114-2
Kozák, Josef, 137-36
Kraemer, Thomas F., 135-23
Kramer, Peter A., 166-38
Krasilnikov, Pavel, 165-9, 177-10, 16322
Krasilnikov, Pavel V., 78-8
Kratochvil, Robert, 154-53
Kravchenko, A. N., 138-34
Kravchenko, Alexandra, 145-55
Kravchenko, Alexandra.N, 115-6, 13836
Kravtsova, Nataliya, 154-37
Kravtsova, Natalya, 155-64
Kremen, Amy, 167-16, 155-40
Kremenitsa, A. M., 140-20
Kremer, Robert J., 140-16
Kretzschmar, Ruben, 50-2, 144-53
Kriner, Gary, 145-57
Krishnamurti, G, 73-4
Krishnasamy, Ramasamy, 104-16, 14219, 164-15, 2-2
Krogh, Paul H., 149-4
Kruemmelbein, Julia, 136-9
Kruglova, Olga, 77-3
Krull, Evelyn, 17-12
Krupinsky, Joseph M., 151-26
Kryschenko, Vladimir S., 120-6
Kryshchenko, Vladimir, 155-64, 15437
Krzic, Maja, 177-11
Kubicki, James D., 93-4, 73-1
Kubota, Mayumi, 80-2
Kucharova, Zulfiya, 140-31
Kuecke, Martin, 151-42
Kuhad, M.S., 56-9
Kuhn, Dieter, 62-5
Kuhry, Peter, 106-3, 175-2
Kuht, Jaan, 57-7, 156-16
Kuldeep, Singh, 166-34
Kulhavy, Jiri, 17-19
Kumada, Shoushi, 104-4
Kumar Rao, J.V.D.K., 168-18
Kumar, Deepak, 155-162
Kumar, Kuldip, 155-30
Kumar, Praveen, 153-21
Kumar, Sanjay, 153-13
Kumar, Sukruth T., 164-12
Kumar, Sunil, 155-157
Kumar, Suresh, 22-3
Kumar, Vipin, 151-29
Kumaraswamy, A.S., 155-156, 154-1
Kumaresan, Rayappan, 155-169
Kundu, A. L., 155-170
Kundu, S, 166-8
Kundu, Sumanta, 152-1
Kunii, Daisuke, 116-35
Kuo, Yueh-Hsiung, 35-5
Kuper, Marcel, 112-2
Kuramochi, Kanta, 170-14
Kuramochi, Katsuhisa, 154-24
Kurasako, Sayuri, 104-11
Kurganova, Irina N., 138-32, 170-21
Kurle, James, 136-19
Kurz, Isabelle, 150-23
Kusahara, Taiki, 3-6
Kutilek, Miroslav, 34-2, 137-6
Kutrovskiy, Mihail A., 129-4
Kutuk, C., 10-1
Kutzbach, Lars, 106-2
Kutílek, Miroslav, 101-5
Kuyper, Thom, 133-22
Kuznetsov, Alexander, 163-2
Kuznetsov, Roman V., 120-6
Kuznetsov, Vladimir V., 159-26
Kuznetsova, Inna V., 78-13
Kuznetsova, J. S., 8-1
Kuznetsova, Tatyana V., 163-2
Kuzyakov, Yakov, 15-17, 35-1, 145-38,
35-7, 1-4, 2-4, 138-58, 99-2, 35-11,
2-14
Kwak, Han Kang, 103-2, 150-11, 5613, 147-17, 115-32, 56-6
Kwak, Han-Kang, 157-9, 42-6
Kwiatkowska, Aleksandra, 90-5
Kwiatkowska, Jolanta, 163-44
Kyoung Mi, Yun, 142-15
Kyuma, Kazutake, 155-95
Kätterer, Thomas, 162-10
Kéhé, M., 153-36
Kögel-Knabner, Ingrid, 36-4, 126-14,
144-21, 63-8, 15-15, 158-28
Kücke, Martin, 170-22
156-21,
L
L., Suseela Devi, 162-19
Labib Bahna, Fawkia, 158-33
Laboski, Carrie A.M., 154-30
Labuschagne, Johan, 153-14
Lacatusu, Radu, 168-9, 168-3
Lacerda, Antonio Carlos, 155-148
Lacerda, Marilusa P. C., 148-13, 11545, 115-26
Lacirignola, Cosimo, 68-5
Lacolla, Giovanni, 163-19, 159-8
Ladha, J.K., 155-96, 76-3, 154-71, 15577, 31-6, 159-10
Lafferty, Brandon, 144-40, 144-55
Lagomarsino, Alessandra, 138-85
Laguna Luna, Ana M., 137-13
Lai, W.-R., 35-5
Laidlaw, W. Scott, 158-25
Laiho, Raija, 118-19, 138-21
Laik, Ranjan, 163-41
Lair, Georg J., 139-12
Laird, David, 110-9
Laird, David A., 110-6
Lakshmi, Rajya, 166-11
Lakzian, Amir, 163-43, 144-20, 140-23,
163-28
Lal, Rattan, 41-2, 68-1, 138-6, 163-37
Lal, S.S., 167-4
Lal, Tarsem, 149-24
Lalljee, Bhanooduth, 166-26
Lalor, Briony M., 47-5
Lalsuna, K, 178-25
Lamb, Dane T., 139-19
Lambert, Jean-Jacques, 20-4, 60-1
Lamond, Ray, 163-24, 166-42
Lamp, Juergen, 131-2, 131-3, 131-4,
131-5, 18-4
Lamparelli, Rubens A. C., 66-4
Lamparter, Axel, 137-2
Lampert, Jordan, 93-2
Lamsal, Sanjay, 115-5
Lamy, Isabelle, 144-58
Lan, Zhongdong, 154-43
Landell, Marcos Guimarães De Andrade, 45-10, 149-26
Landi, Ahmad, 99-1
Lee, Sang Eun, 104-6, 155-32
Lee, Sang Min, 162-26
Lee, Sang-Beom, 138-28, 102-4, 162-3,
162-39
Lee, Sang-Min, 162-28
Lee, Sang-Phil, 51-4
Lee, Sanghwan, 97-3
Lee, Su-Yeon, 155-32, 155-15
Lee, Sunhoon, 116-10
Lee, Won-6g, 151-15
Lee, Yong Bok, 155-130
Lee, Yong Hwan, 162-26
Lee, Yong-Bok, 141-10
Lee, Yong-Hwan, 162-3
Lee, Youn, 161-4
Lee, Young-Deuk, 153-1
Lee, Yun-Jeong, 158-13, 102-4, 162-3
Leffelaar, Peter, 138-66
Lefèvre, Irène, 71-5
Legrand, P, 21-4
Lehmann, Andreas, 61-4, 178-1
Lehmann, C.J., 156-2
Lehmann, Johannes, 134-2, 145-28, 721, 63-3, 133-15, 133-16, 133-17,
147-11, 154-43, 133-1, 133-8, 13310, 133-12, 138-3, 138-54, 138-68
Lehrsch, Gary A., 151-43
Leifeld, Jens, 138-59
Leinweber, Peter, 65-3, 140-2
Leite, Fabio De L., 110-3
Lejon, David, 144-58
Lelentjis, Telemachus, 83-13
Lemercier, Blandine, 71-5
Lemke, Reynald, 152-9
Lemunyon, Jerry, 9-1, 161-7
Lenoir, Dana, 138-32
Leogrande, Rita, 153-29
Leopold, Donald J., 116-41
Leroy, Maya, 58-3
Lesch, Scott M., 56-4, 51-10, 153-19,
112-4, 159-4
Lessovaia, Sofia N., 44-6
Lestan, Domen, 158-11
Lester, David, 154-70
Levay, George, 39-23
Leveque, Jean, 47-4, 17-17, 144-58
Levin, M., 150-2
Levy, G.J., 136-17
Levy, Marc, 150-9
Lewis, David, 178-12, 178-11
León-Rodríguez, Frida Ma., 93-10
Li, Baoguo, 31-5
Li, Changsheng, 170-17
Li, Feng-Min, 146-3
Li, Haibo, 170-28
Li, Hong, 23-10
Li, Hui, 65-1, 110-6, 110-9
Li, Jianwei, 123-7
Li, Jiuhai, 145-15
Li, Long, 166-35
Li, Owen, 63-12
Li, Tao, 6-4
Li, Xiao-Qing, 178-17
Li, Xiaomei, 151-10, 4-6, 15-7
Li, Xue-Yuan, 145-26, 145-1
Li, Yan, 93-2
Li, Yong, 146-12, 116-56
Li, Yuncong, 129-14, 155-115
Liaghati, Tania, 156-10
Liang, Aizhen, 138-52
Liang, Biqing, 134-2, 133-16, 133-17,
63-3, 133-1, 133-8, 133-15
Liang, Chao, 15-13
Liang, Gong, 155-149
Liao, Wan-Jiun, 157-4
Libohova, Zamir, 19-5, 151-41
Liburdi, Katia, 162-18, 139-30
Liebig, Mark A., 146-16, 116-48
Lilburne, Linda, 107-6
Lilly, Allan, 137-30
Lilly, Michael, 124-9
Lim, Bu-Kug, 166-45
Lim, Han-Choel, 153-42, 153-49, 13884
Lim, Hyo-Jin, 162-3, 102-4
Lim, Kyoung Jae, 151-30
Lim, Soo-Kil, 42-6
Lima, Antonio Carlos Souza, 130-5
Lima, Claudivan C., 145-30
Lima, Edmilson S. De, 128-7
Lima, Hedinaldo N., 133-2
Lima, Jose Fernando W. F., 122-18
Lima, Valmiqui Costa, 128-8
Lima, Virginia H. B., 89-6
Limthong, Pittayakorn, 174-7
Lin, Chenfang, 138-63
Lin, Chuxia, 39-5
Lin, Hangsheng, 107-10
Lin, Henry, 48-6, 48-14, 119-8, 119-24,
107-11
Lin, Xin, 170-28
Lin, Xinggui, 145-15
Lin, Zhulu, 149-14
Linares Fleites, Gladys, 126-4
Linares, Juana, 170-8, 160-5
Lindbo, David, 119-14
Lindbo, David L., 107-1
Lindemann, William C., 155-174
Lindsey, Stuart, 162-13
Lintinen, Petri, 174-9
Liphadzi, M. Stanley, 158-20
Lischka, Hans, 139-12, 110-1
Litaor, Michael, 119-15
Litoria, P.K., 115-52
Liu, Aiguo, 154-46
Liu, Fan, 139-4, 144-14, 102-7
Liu, Gang, 116-4
Liu, Guobin, 120-10
Liu, Guodong, 155-115
Liu, Jing, 144-1
Liu, Liming, 176-2
Liu, Shuzhen, 85-14
Liu, Xiaobing, 150-3
Liu, Yu T., 134-3
Livingston, R. L., 115-4
Livingston, S. J., 151-5
Livingston, S.J., 22-2
Livingston, Steve, 152-8
Liyanage, Janitha A., 2-1, 145-14
Llona, Miriam, 162-7
Lobb, David, 8-6
Lobe, Ingo, 134-2
Loch, J.P. Gustav, 137-40
Lockwood, Peter, 154-70
Lockwood, Peter V., 54-5
Loeppert, R.H., 81-3, 168-19
Loeppert, Richard, 128-4
Loeppert, Richard H., 104-17, 51-12
Loffredo, Elisabetta, 142-3, 35-10
Loftfield, Norman, 170-21
Logsdon, Sally D., 115-1
Lok, Sandra, 158-36
Lokupitiya, Erandathie, 138-37
Lokupitiya, Ravindra, 138-37
Lombi, Enzo, 31-10
Lomsky, Bohumir, 17-19
Long, Xainzhou, 119-25
Longan, Lluís, 7-6
Loomis, Lynn E., 127-18, 12-6
Lopatovskaya, Olga, 15-17
Lopes De Gerenyu, Valentin, 170-21,
138-32
Lopes De Oliviera, Maria Inês, 64-2
Lopes-Assad, Maria-Leonor, 144-8
Lopez Arias, Manuel, 91-6
Lopez, J. Dimas, 153-17
Lopez, Jose Dimas, 162-29, 155-62
Lopez, Nicola, 160-11
Lopez-Capel, Elisa, 15-8
Lopez-Martinez, Jose Dimas, 153-31
Lopukhina, Olga V., 127-2
Lord, Eunice, 151-11
Lorenz, Klaus, 138-6
Lorenz, Nicola, 141-10
Losavio, Nicola, 153-29
Loshali, D.C., 115-52
Lothian, Dan, 145-22
Loulou, Abdul Rahim, 172-4
Love, Charles, 19-5
Lovera, Edgar, 155-86
Lowery, Birl, 81-5
Lowrance, R. R., 116-51
Lowrance, Richard, 84-1
Lozada, Tannya, 45-25
Lu, Changqing, 145-51
Lubich, Kenneth, 85-1
Lucchesi, Luiz A. C., 146-18
Lucchesi, Luiz Antonio Corrêa, 155148
Luce, Harvey D., 164-13
Lucke, Bernhard, 83-10
Luckow, Kenneth, 122-1
Ludovici, Kim, 177-32
Ludovici, Kim H., 123-6
Ludwig, Bernard, 15-15
Ludwig, Christian, 63-1
Lufafa, Abel, 158-40
Lugato, Emanuele, 163-17
Luizão, Flavio, 133-1, 133-15
Lukashev, Valentin K., 13-1
Lund, Jennifer J., 124-8
Lungu, Mihaela, 168-9, 168-3
Lunlenen, A., 10-1
Luo, Lifang, 48-14
Lupwayi, Newton Z., 170-19
Lusk, Christopher, 177-30
Lutts, S., 159-26
Lutz, Harald, 63-1
Luu, Man Hong, 155-107
Luvall, J.C., 115-56, 115-17
Luxton, Todd, 144-3, 19-9
Lv, Yizhong, 147-12
Lyakhov, Sergey V., 132-1
Lychuk, Taras E., 57-3
Lykashov Aleksei Georgievic, -, 155-1
Lynch, Jonathan P., 96-1, 116-49
Lynch, Shannon C., 142-6
Lynn, Ian H., 107-6
Lyuri, Dmitry I., 27-2
Lázaro, Roberto, 136-10
Lévêque, Jean, 116-62
López Blanco, Jorge, 122-22
López, Roxana, 144-59
López-Ulloa, Magdalena R., 45-25
M
M. Duxbury, John, 154-74
M S, Sailajakumari, 162-16
M, Dhakshinamoorthy, 138-64
Ma, Bao-Luo, 155-50
Ma, L., 116-52, 4-1
M.A, Ravikumar, 66-1
Maassen, Sebastian, 17-6
Maatman, Arno, 76-4
Mabit, Lionel, 172-1
Macaigne, Peggy, 153-35
Macdonald, Andrew J., 146-1
Macdonald, Lee, 151-41
Macewan, Richard, 107-14, 119-7
Macewan, Richard, 5-11
Macguidwin, Ann, 142-16
Macharia, P.N., 155-27
Machida, Isao, 116-10
Machinet, Gaylord E., 36-2, 138-50
Macias, Felipe, 144-32, 144-34, 145-56
Maciejewska, Alina, 163-44
Mackay, Wayne, 178-28
Macmillan, Robert A., 10-12
Madani, Hamid, 162-25
Madari, Beata E., 72-2, 133-13
Madejon, Engracia, 46-5, 150-6
Madhaiyan, Munusamy, 94-4, 140-8,
140-10
Madinabeitia, Zuriñe, 145-56
Madison, Andrew, 144-40, 144-55
Madsen, Rodney A., 138-31
Maeda, Morihiro, 89-8
175
AUTHOR INDEX
Lang, Timothy, 153-33
Lang, Timothy A., 95-5
Langergraber, Guenter, 48-11
Langley-Turnbaugh, Samantha, 178-15
Langlinais, Jerome, 19-5
Langohr, Roger, 163-3
Lanier, Gerren, 107-1, 119-14
Lannuzel, Frederic, 139-7
Lansac, Alejandro, 6-7, 124-5
Lapierre, C., 15-18
Larazo, W.M., 146-10
Larionova, Alla A., 177-18
Lark, R. Murray, 115-22, 138-56, 14-3
Larkin, Robert P., 80-1
Larouche, Francis, 54-7
Larre-Larrouy, Marie Christine, 15-2
Laruccia, Nicola, 149-27
Lascano, Robert J., 70-3
Lassoudière, André, 155-28
Lau, Kevin, 74-5
Lauchli, Andre, 81-4
Laureles, E.V., 146-10
Lauren, J. G., 168-18
Lauren, J.G., 105-2, 81-3, 168-19, 13872, 155-133
Lauren, Julie G., 24-4
Lavaud, A., 145-24
Lavigne, Ronald L., 171-2
Lawely, Yvonne, 167-16
Lawrence, Gregory, 116-41
Lawton, Timothy F., 132-2
Lazarovitch, Naftali, 137-45
Le Forestier, Lydie, 78-10
Le Guernevé, C., 79-3
Le Petit, Jean, 177-29
Le, Quang Tri, 39-7
Le, Van Tiem, 149-17
Leao, Tairone P., 48-13
Lebaschi, Mohammad Hossain, 147-3
Lebedeva (Verba), Marina P., 127-2, 56
Leclerc, Monique, 158-23
Leclerc-Cessac, Elisabeth, 135-33,
135-16, 139-7, 144-41, 129-11
Ledgard, Stewart, 162-13
Lee, Dong-Wook, 155-114
Lee, Brad D., 143-6
Lee, Chang Hoon, 145-9, 155-130
Lee, Chang Hoon, 154-45
Lee, Choon-Soo, 168-16
Lee, Dar-Yuan, 157-4
Lee, Deog Bae, 155-150
Lee, Deog-Bae, 155-83
Lee, Dokyoung, 138-39
Lee, Dong-Hoon, 166-45
Lee, Dong-Wook, 146-12, 146-13
Lee, Fanwei, 178-18
Lee, Gye-6, 151-35, 151-13, 168-16,
166-44
Lee, Hong Jae, 118-18, 118-17
Lee, Hyun-Haeng, 178-8
Lee, Jae-Saeng, 146-12
Lee, Jae-Saeng, 150-12
Lee, Jae-Seng, 117-6
Lee, Jaehoon, 137-28
Lee, Jee Min, 56-13, 147-17, 56-6
Lee, Jeong-Tae, 151-35, 151-13, 16816
Lee, Jeong-Taek, 168-15, 153-18, 14411, 116-19
Lee, Jong Hee, 145-6
Lee, Jong Sik, 162-11
Lee, Jong-Sik, 168-15, 153-18, 144-11,
144-12, 162-22
Lee, Jong-Yoon, 166-45
Lee, Ju Young, 104-6, 155-15
Lee, Ju-Young, 155-32, 155-100
Lee, Ju-Young, 143-3
Lee, Kangwon, 63-12
Lee, Ki-Sang, 155-142, 155-15
Lee, Kyeong-Bo, 155-83
Lee, Nam-Jong, 116-19
Lee, Namjong, 159-14
Maeght, Jean-Luc, 159-17
Magalhães, Ivone C., 133-11
Magalhães, Márcio O.L., 158-9
Magen, Hillel, 155-86
Magesan, Guna, 158-31, 177-15
Magnanini, Eugenio, 146-2
Mago, Payal, 140-30
Magomedova, Tatiyana M., 120-6
Magrini, Kimberly A., 36-3, 123-6
Maguire, Rory, 89-11, 163-30
Magyari, Julianna, 149-32
Mahamane, Sabiou, 104-17
Mahapatra, S.K, 149-24
Maher, Crystal A., 39-14, 39-21
Mahimairaja, Santiago, 178-25
Mahjoory, Ramez A., 42-21
Mahmoud, Kamal A., 155-12
Mahmoudi, Ali, 168-11
Mahuku, George, 167-19
Maie, Nagamitsu, 138-15
Maillant, Sophie, 129-11, 139-7, 13516, 135-33
Mainuri, Zachary G., 149-22
Maire, Christian, 177-30
Maiti, Debtanu, 155-41
Major, Julie, 133-12, 138-68
Majumdar, D., 155-170
Majumdar, Debashis, 95-4
Majzlan, Juraj, 29-1
Makarov, Oleg A., 166-5
Makeev, Alexander O., 109-6, 132-10
Makhdum, Muhammad Iqbal, 99-5
Makore, J., 13-1
Maksimova, Nina B., 156-3
Makó, András, 119-9, 150-13
Malaga, Miguel, 153-27
Malakouti, Mj, 166-12, 145-54, 15570, 155-73, 155-78, 155-81
Malarkodi, M., 164-15
Malarvizhi, Palaniappa Pillai, 138-20,
166-3
Malatinszky, Akos, 156-17
Malavolta, Euripedes, 155-51
Malcolm, Don T., 39-24
Malgwi, W.B, 108-4
Malhi, Sukhdev.S., 155-11, 152-9, 1558, 146-3
Mali, Vijay Shankar, 23-15
Malinovski, Jorge R., 177-13, 177-19,
177-1
Mallants, Dirk, 48-11
Mallawatantri, Ananda P., 2-1, 145-14
Malligawad, L Okanath H., 75-4
Malligawad, Lokanath H., 162-1, 15565
Malo, Douglas D., 64-3, 124-8
Malone, R., 170-32
Mamatha, B., 141-13
Mamedov, A.I., 151-5, 151-9, 136-17,
116-6
Mamedov, Nemat, 137-23
Manceau, Alain, 1-7
Mancinelli, Roberto, 163-13, 163-33
Mandal, Biswapati, 154-34, 95-4
Mandal, C, 138-86
Mandal, Narayan C., 154-67
Mando, A., 46-4, 54-8, 37-4
Mando, Abdoulaye, 76-4, 155-164, 825, 75-10
Mandzhieva, Saglara, 170-23, 139-8
Mani, P. K,, 155-170
Mani, Thamotharan, 45-27
Manlay, Raphaël, 58-3
Mann, Surender, 163-27
Manning, David A. C., 15-8, 141-9,
154-33
Manrique, German, 104-3
Mansour Shahsavar, Amir, 23-9
Manton, William, 93-12
Manu, Andrew, 173-3
Manucharova, Natalia A., 140-3
Mao, Meng, 137-20, 137-21
Mapa, Ranjith B., 173-1, 147-16
176
Mapfumo, Paul, 150-14
Marano, Roberto P., 136-21, 115-36
Marcet, P., 177-28
Marcet, Pura, 177-26
Marchetti, Rosa, 165-7
Marcus, Mathew, 144-39
Mardigian, Sandra, 105-3
Marechek, Maria S., 109-6
Marenya, P.P., 156-2
Margherita, Emanuela, 115-57
Marguerie, Dominique, 71-5
Marhan, Sven, 20-1
Maria Cristina, Diez, 145-20
Maria De La Luz, Mora, 145-20
Maricán, Adolfo, 144-19
Marimuthu, S, 155-154
Marinari, Sara, 163-13, 138-85, 13930, 162-18, 163-29, 163-33
Marinova, Svetla, 57-4
Mario, Sraka, 170-2
Marion, Daniel A., 122-1
Mariotti, A., 15-18
Mark, Clark, 118-24
Markel, Erin, 159-18
Markelov, M. V., 8-1
Markewitz, Daniel, 77-5
Markgraf, Wibke, 136-3
Marlet, Serge, 112-2
Marol, Christine, 116-44
Marques, Flavio Adriano, 122-18
Marschner, Bernd, 15-15
Marschner, Petra, 35-13, 154-22, 15429, 35-11
Marshall, Sarah K., 154-30
Martens, Dean, 18-5
Martens, Michelle A., 97-4
Marth, Péter, 119-9, 99-6
Martin Laurent, Fabrice, 102-8
Martin, D., 149-24
Martin, George, 19-5
Martin, Kendall J., 102-5
Martin, Maria, 144-50, 144-54, 144-44,
144-49
Martin, Michael, 144-55
Martin-García, Juan Manuel, 137-17
Martin-Garin, Arnaud, 135-6, 135-13,
144-45
Martinez, Adrian, 75-9
Martinez, Fernando, 158-32
Martinez, Gonzalo, 115-38
Martinez-Gamiño, Miguel A., 146-5,
153-25
Martinez-Montoya, Juan Felipe, 157-10
Martinez-Rios, Juan Jose, 153-31
Martinez-Zavala, Lorena, 149-1
Martins, Eder De Souza, 137-35
Martins, Gilvan C., 72-3
Martins, Jean M. F., 144-57, 144-58
Martins, Jean M. F., 158-14
Martins, Mariana Ventura, 19-13
Martius, Christopher, 95-12, 133-21,
75-17, 159-9
Martínez De Arano, Inazio, 148-3
Martínez Martínez, Silvia, 93-6
Martínez, Carmen E., 158-30, 44-5,
139-14
Martínez, Carmen Enid, 144-66
Martínez, Gustavo, 151-16
Martínez-Martínez, Silvia, 127-6, 17816, 169-1
Martínez-Villegas, Nadia, 158-30, 13914
Maruthan, Malarkodi, 115-16
Marvanek, Steven, 5-12
Marx, Marc, 35-8
Marzadori, Claudio, 93-3, 93-1, 144-5
Marzari, Rosana, 23-13
Masand, S.S, 153-11
Masaoka, Yoshikuni, 104-4
Masateru, Senge, 163-16
Mase, Hitomi, 104-10
Mashal, Kholoud, 135-24
Masia, Andrea, 177-31
Mask, Paul, 115-17
Mason, Joseph A., 49-5
Massucati, Luis Felipe, 75-17
Masue, Yoko, 158-18, 73-5, 144-48
Masunaga, Tsugiyuki, 155-95, 155-26
Masutti, Carmem S. M., 139-33, 113-5
Mathews, Dhanya, 104-1
Mathieu, Olivier, 116-62
Mathimaran, N., 154-48
Matinian, Natalia N., 13-1, 118-14
Matko, Bogunovic, 170-2
Matocha, Christopher J., 144-16
Matocha, John E., 152-8
Matokwe, Memory, 104-12
Matos, Flávia Araújo, 19-13
Matson, Kathy L., 168-1
Matson, Pamela A., 99-7
Matsumoto, Eiji, 133-4
Matsumoto, Hideaki, 104-15, 104-5
Matsumura, Shoji, 168-20
Matsuyama, Minoru, 142-17, 142-18
Matthews, Neffra, 151-28
Mattos Jr., Dirceu, 155-147
Mattsson, Lennart, 162-9, 162-31, 155122
Mattusch, Juergen, 51-3
Matula, Svatopluk, 119-13, 119-11
Matus, Francisco, 177-30
Matyka-Sarzynska, Dorota, 145-10,
139-43
Matzner, Egbert, 15-15
Mayer, Claus D., 59-4
Mayer, Lawrence M., 52-3
Maynard, Jonathan, 119-6
Mays, Dewayne, 116-3
Mazahrih, Naem, 100-3
Mazhitova, Galina, 40-3, 106-3
Mazur, Nelson, 158-9
Mazzei, Angelo, 162-35
Mazzoncini, Marco, 33-2
Mbila, Monday, 177-23, 177-21
Mbugua, David M., 156-2, 115-31,
138-54, 147-11
Mbugwa, Gatua W., 105-3, 167-7
McAfee, James, 178-28
McBratney, Alex, 131-13, 100-5, 85-2,
100-2, 56-15, 26-1, 12-14, 18-2
McBride, Murray, 141-5
McCarthy, John, 48-7
McCarthy, Michael, 153-10
McCarty, Greg, 118-21
McCarty, Gregory, 1-7, 18-5
McClintock, Nathan C., 130-1
McConchie, D., 174-11
McDaniel, Paul, 85-6, 125-10, 61-3
McDermitt, Dayle K., 138-31
McDermott, Greg, 63-6
McDevitt, M.P., 115-35
McDonald, Andrew J., 105-4
McDonald, Eric, 53-4
McDonald, John W., 162-33
McDonald, Louis M., 177-22
McElnea, Angus E., 164-8, 97-4, 39-17
McFee, William W., 172-9, 138-46
McGlynn, Rob, 131-13
McGrath, David, 144-2
McGrath, Steve, 86-1
McInnes, Kevin, 115-15
McIntosh, John, 158-31
McIvor, Ian, 166-7, 145-52, 123-11
McKane, Robert B., 115-20
McKay, Larry, 48-7
McKenna, T.E., 45-13
McKenney, Cynthia, 178-28
McKenney, Don W., 123-10
McKenzie, Neil J., 107-8, 3-2
McLaughlin, Michael, 31-10
McLaughlin, Richard A., 151-18
McLeese, Robert L., 56-5
McLeod, Malem, 160-13
McMaster, Gregory S., 116-52
McMichael, Bobbie, 70-3
McMillen, D.C., 115-4
McNear, David, 51-11
McNeill, Ann, 154-22, 96-4
McNeill, Annie, 154-29
McSpadden-Gardener, Brian B., 142-5
McSwiney, Claire, 155-126
McVey, Shawn, 164-13
Meadows, Darren, 53-4
Mechtler, Klemens, 168-17
Medhioub, Khaled, 163-39
Medhioub, Mounir, 163-39
Medici, Luca, 143-2
Meduri, Singarao, 153-21
Medvecky, Beth A., 167-6
Meek, David W., 155-116
Meena, Sadhasivam, 164-6
Megonigal, J. Patrick, 10-3, 118-11
Mehla, D.S., 163-32
Meira, Anete D., 115-45
Meisner, C. A., 168-19, 155-133, 1052, 81-3
Meisner, Craig A., 161-1
Meissner, Ralph, 45-1, 45-6, 45-2, 45-4
Mejia Zaens, Enrique, 134-4
Mekken, Johan C., 154-66
Melchiori, Ricardo, 155-86, 138-60
Mele, Giacomo, 136-26, 101-1
Melendez, Rocio, 144-34
Melgar, Ricardo J., 155-86
Melio, Joel, 61-2
Melkonian, Jeff, 25-3
Melkonian, Jeffrey, 70-4
Melkonian, Jeffrey J., 155-85
Melling, Lulie, 158-16, 173-4
Mello, Jaime W. V., 51-8, 144-23
Melo, Vander De Freitas, 128-8
Melo, Vander F., 128-12
Melo, Vander Freitas De, 175-11, 106-9
Mendonça, Eduardo De S., 145-30
Mendoza, Arlene, 123-7
Mendoza, Danilo A., 155-155
Mendoza, José, 160-5, 122-12, 122-2,
170-8
Mendoza, Rodolfo, 140-21
Mendoza-Grimón, Vanessa, 154-73
Meney, Kathy, 118-4
Menezes, Carlos Eduardo, 135-31
Mengel, David, 163-24, 166-42
Mengel, Konrad, 155-79
Mensik, Ladislav, 17-19
Menzies, John, 164-14
Menzies, Neal W., 23-3
Menzies, Neal William, 139-20
Merchán Paniagua, Sara, 31-11
Merckx, Roel, 154-12
Merestela, Tessie Miga, 173-15
Mergelov, Nikita S., 40-5, 175-8
Merino, Enrique, 129-15
Merkler, Douglas, 119-18, 92-3, 116-46
Mermut, Ahmet, 42-4, 139-33
Mermut, Ahmet Ruhi, 92-4
Merrill, Stephen D., 151-26
Mersiovsky, Edgar, 119-1
Merwin, Ian, 142-9
Merz, Juerg, 157-3, 157-3
Mesic, Milan, 151-34, 170-3
Mestelan, Silvia A., 170-33
Methods, Kilasara, 140-22
Metzl, Robert, 116-33
Meyer, Mick, 166-50
Meyer, Tim, 11-12
Mezbahuddin, M., 42-19
M.H. Rashid, Khan, 154-23
Mi Jung, Park, 142-11
Miah, M.A.M., 168-19
Michaelson, Gary, 40-2
Michaelson, Gary J., 175-13
Michalski, Gregory, 127-5, 127-3
Michaud, Aurelia, 35-6
Michaud, Aurélia, 21-4
Michel, Jean-Charles, 64-4
Michel, Robert L., 135-21
Michel, Roberto F.M., 175-1
Molina, Jean-Alex E., 138-42
Molina, Mauricio, 155-106
Moller, Greg, 144-39
Momayezi, Mohammad Reza, 23-1,
168-2
Momen, Bahram, 167-16
Monger, H. Curtis, 109-9
Moni, Christophe, 145-29
Monneveux, P., 5-2
Monsen, Katie, 150-21
Monsérié, Marie-France, 178-2
Montagne, David, 78-10
Montanarella, Luca, 172-2, 150-4, 9-2,
158-41, 149-8
Montargès-Pelletier, Emmanuelle, 14426
Montecchio, Daniela, 93-1, 138-74,
177-31
Monteiro K. F. G., Monteiro K. F.G,
133-18
Monteiro, Francisco A., 155-7
Monteith, Steven, 128-1
Montes, Cristian, 47-2
Montoroi, Jean-Pierre, 159-17
Monts, David, 144-65
Moon, Kyung-Hwan, 138-84, 153-42,
153-49
Mooney, Sacha J., 107-13, 64-5, 136-6,
136-27
Moore Kucera, J., 102-1
Moore, Amanda, 13-12
Moore, Amanda C., 3-3
Moore, Jeff, 155-124
Moore, Natalie, 160-13
Moore, Nikki, 5-10
Moore, Philip, 150-18
Mor, V.S., 163-15
Mora Palomino, Lucy, 33-8
Mora, Claudia, 132-11
Mora, Claudia I., 71-2
Mora, Juan L., 126-21, 126-3
Mora, María De La Luz, 145-23, 14452, 155-6, 144-46, 144-51
Mora, Orlando, 156-15
Mora-Vallejo, Alejandra, 111-1
Morales, Alfredo, 138-47
Morari, Francesco, 163-17, 163-10,
163-9
Moratón, M.C., 137-29
Moravej, Kamran, 115-10
More, Sahebrao, 147-9
Moreau, Stéphane, 58-2
Morel, Jean Louis, 144-7, 98-2, 178-26,
178-19, 144-26
Morel, Jean-Louis, 178-2, 135-16, 12911
Morel, Jean-Louis, 178-20
Moreno, Felix, 150-6, 46-5
Moreno, Inés, 23-13
Moreno, José Luis, 158-1, 166-39
Morgan, Cristine, 115-24
Morgan, Cristine L.S., 155-129, 119-5
Morgan, Ger, 150-23
Morgan, Kelly, 155-137, 153-40, 15512
Morgun, Evgeny, 138-4
Mori, C., 6-1
Mori, Yasushi, 45-9, 137-39
Morisada, Kazuhito, 17-2
Morishita, Tomoaki, 177-36
Morkovkin, Gennady G., 156-3
Morman, Suzette A., 13-3
Moro, María José, 119-10
Moroke, T. S., 13-1
Morozov, Igor V., 19-4
Morozova, Irina, 19-4
Morozova, Rozalia, 177-38
Morra, Matthew, 148-12
Morris, Catherine, 107-13
Morris, Richard V., 44-8
Morris, Thomas, 162-12, 164-13, 155118, 161-6
Morrison, Jean M., 13-3, 117-4
Mortensen, Annette P., 45-9
Morton, Janice L., 92-3
Morón, Alejandro, 76-5
Mosaddeghi, Mohammad Reza, 143-7
Mosali, Jagadeesh, 155-123, 19-8
Moscatelli, M. Cristina, 163-29, 138-85
Moscol, Marcela, 4-5
Moses, Adeniyi, 163-42
Motavalli, Peter, 138-82, 138-69
Motavalli, Peter P., 31-11
Motta, Mauricio, 178-21
Motuzova, Galina V., 144-29
Mourier, Brice, 78-5, 122-17
Moustakas, Nikolaos C., 127-7
Mouta, Ernesto, 166-47
Mouta, Ernesto Rinaldi, 139-42
Mowlavi, Ali Asghar, 116-5
Mozzi, P., 85-10
Mrabet, Rachid, 46-5
M.S., Nagaraja,, 83-3
Mtambanengwe, Florence, 155-175
Mualem, Yechezkel, 116-26
Mucheru-Muna, Monicah W., 167-3
Mueller-Thomsen, Udo, 149-16
Mufradi, Israel, 146-7
Mugendi, Daniel N., 167-2, 167-3
Muhhuku, Fred, 4-4
Muhlbachova, Gabriela, 119-11
Muir, James, 154-56
Mukhamedjanov, F., 23-11
Mukhopadhyay, Arijit, 154-67
Mukhopadhyay, Dibyendu, 138-1
Muktamar, Zainal, 46-3
Mukuralinda, Athanase, 83-1
Mulder, Jan, 126-11
Mulegwa, Elijah, 105-3
Mulligan, David, 159-11
Munch, Jean Charles, 140-32, 35-8
Munier-Lamy, Colette, 135-32
Munsuz, N., 10-1
Munteanu, Ioan M., 173-2, 173-10
Murambakania, Baldas, 105-3
Muraoka, Takashi, 152-2, 2-11, 1-15
Murashkina, M., 155-135
Murdock, Lloyd W., 75-12
Mureithi, J.G., 155-27
Murillo, Jose M., 150-6, 46-5
Murphy, Brian W., 163-27
Murphy, Daniel V., 43-4, 47-5
Murphy, Dennis, 151-28
Murphy, D.V., 138-27
Murray, Robert S., 153-10
Murtaza, Ghulam, 96-3
Murugappan, V., 16-3
Murugesa Boopathi, P., 163-7
Murugesa Boopathi, Palanimuthu, 17026
Murugesa Boopathy, P., 163-26
Murugesaboobathi, Palanimuthu, 15561
Murugesaboopathi, Palanimuthu, 155159
Murwira, Herbert, 25-2
Musa, A.M., 168-18
Musharo, Chipo, 104-12
Muthuvel, Palaniappan, 155-67
Mutton, Miguel A., 147-10
Muñoz García, Mª Ángeles, 127-15,
93-6, 127-17
M.V, Bhargavi, 163-36
Mylavarapu, R., 150-18
Mylesamy, Gopalakrishnan, 146-8,
154-36
Myneni, Satish, 29-1
Márton, László, 163-1
Máté, Ferenc, 150-13
Mäder, Paul, 59-3, 8-3
Méndez, V., 137-29
Mérot, Philippe, 122-17
Müller, Christoph, 17-9
N
N’diaye, Mamadou K., 112-2
N/A, Faridullah, 154-18
Na Young, Jung, 142-8
Nacci, Silvana, 75-6
Nachtegaal, Maarten, 63-1
Nachtergaele, Freddy, 90-7
Nachtergaele, Freddy O., 62-2, 172-8
Nachtigall, Gilmar R., 155-119
Nadal, Viviana, 95-5
Nadee, Suwanchai, 159-17
Naderman, George C., 170-13
Nadezhda, Sidorenkova, 154-17
Nadezhkina, Elena, 163-2
Nadimikeri, Jayraju, 123-12
Nadporozhskaya, Marina, 138-5
Nagarajan, R, 155-154
Nagaraju, A., 85-15
Naghipour, D. Kh., 178-24
Nagumo, Toshiyuki, 170-14
Nair, K.P.Prabhakaran, 155-9
Nair, P. K. R, 154-52, 157-7
Nair, Shadananan K., 178-7
Nair, Vimala D., 154-52
Najafova Samira, Babayev Magerram,
140-34
Nakagawa, Naoya, 168-20
Nakajima, Mutsuyasu, 174-8
Nakamaru, Yasuo, 135-10, 135-19
Nakamura, Satoshi, 133-4
Nakamura, Toshio, 15-11
Nakano, Masashi, 135-11
Nakano, Takashi, 168-14
Nakatsu, Cindy, 94-2
Nakayama, Natsuko, 140-28
Nam, Yi, 171-8, 144-4
Nam, Young-Jun, 116-38
Nanzer, Simone, 59-3
Nanzyo, Masami, 144-17, 154-65, 11533, 126-2
Napoli, Rosario, 90-10, 151-27, 149-27
Narayana, Sreeman, 166-11
Narayanan, Maragatham, 163-8
Narayanasamy, G., 155-57, 139-18,
155-54
Narayanaswamy, C., 150-16
Narco, Hassan Bismarck, 15-2
Nardi, Pierfrancesco, 173-13
Nardi, Serenella, 163-17
Naroueirad, Mohammad Reza, 155-22
Narwal, Ram Phal, 83-12, 155-36
Nasarenko, Olga G., 139-8
Nash, David M., 154-54
Nassir, A., 155-66, 156-21
Natesan, R., 163-7
Natesan, Ramasamy, 155-159
Natesan, Ramasay, 163-26
Nath, Tapan Kumar, 169-2
Naumov, Yevgeny M., 175-10
Navarrete, Antonio Castellanos, 152-16
Navarrete, Ian A., 124-6
Navas, Mariela J., 156-1
Navia, Jorge, 167-19
Nazarizadeh, Farzad, 19-2
N.B, Tejaswini, 104-1
Neafsey, Joseph, 161-6
Neal, Sue, 156-23
Neaman, Alexander, 158-3
Neble, Sylvie, 177-29
Neckludov, Sergey A., 110-2
Needelman, Brian, 85-4, 117-10, 11650
Needelman, Brian A., 1-3
Neenu, S., 45-18
Nefedova, Tatiana G., 27-2
Negrin, Miguel A., 145-11
Nehls, Thomas, 137-15
Neilsen, Denise, 155-132
Neilsen, Gerald, 155-132
Nekesa, Abigael O., 155-161
Nelson, Frederick E., 40-3
Nelson, Kelly, 138-69
Nelson, Kelly A., 31-11
177
AUTHOR INDEX
Micheli, Erika, 179-4, 179-9, 179-6,
179-5, 179-8, 123-3, 61-3
Micheloud, Hugo A., 136-21
Michels, Jerry, 23-10
Michitsch, R., 155-14, 155-16
Michot, Didier, 91-9
Michot, Laurent, 144-26
Midorikawa, Ichiro, 139-37
Mielniczuk, João, 149-21, 138-79
Mikailsoy, F., 116-6
Mikha, Maysoon M., 138-61
Mikheeva, Irina V., 78-1
Milanovsky, Evgeny Yu., 138-38
Milanovsky, E.Yu., 145-7
Milbert, Gerhard, 90-7, 163-3
Miles, John, 104-2
Miles, Randall, 120-7
Millar, James E., 163-5
Millar, Neville, 102-6
Miller, Bradley W., 177-24
Miller, Charles, 83-11
Miller, D.A., 137-16, 115-39
Miller, David M., 79-4
Miller, Douglas A., 115-46, 12-13
Miller, Irene K., 147-13
Miller, J. C., 104-17
Miller, Jarrod, 144-25
Miller, Julie, 53-4
Miller, Stuart, 39-23
Miller, Wesley L., 107-4
Miller, William P., 78-7
Milloux, Marie-Jeanne, 116-62
Mills, Tessa, 145-52, 123-11
Millán, R., 93-6
Milne, E., 36-5, 138-80, 138-86
Milne, Eleanor, 25-1
Milori, Débora, 133-13
Mimmo, Tanja, 93-3, 93-1, 35-9, 144-5
Min Young, Cho, 142-8, 142-7
Minansy, Budiman, 56-15
Minasny, Budiman, 85-2, 100-2, 12-14,
18-2
Ming, Douglas W., 44-8
Minh, Vo Quang, 33-9
Minhas, P.S., 81-2
Minkina, Tatiana, 170-23, 139-8
Minteguiaga, Jorge, 155-110
Minz, Dror, 141-8, 138-81
Minzenmayer, Fred, 74-1
Miralles, Daniel, 155-25
Miralles, Isabel, 137-17
Mironenko, Eugene, 95-10
Mirzoev, Anver M-R., 127-19
Mishchenko, Artem A., 110-2, 65-4
Mishra, A.K., 95-4
Mishra, Bipin Bihari, 85-16, 179-1
Misselbrook, Tom, 149-10
Mitchell, Charles C., 150-18
Mitchell, Jeff, 31-12
Mitchell, Jeffrey, 138-35
Mitchell, Myron J., 17-13
Mitsimponas, Th, 115-54
Mitsuishi, Shoichi, 121-11
Miyamoto, Kazuyoshi, 137-33
Miyamoto, Tsuyoshi, 126-2
Miyao, Gene, 31-12
Miyazaki, Tsuyoshi, 137-42, 137-43,
121-11, 136-2, 137-10
Mizoguchi, Masaru, 137-10, 160-24,
121-11, 136-2, 137-43
Mizota, Chihiro, 154-24
Mobli, Mostafa, 164-16
Moebius, Bianca N., 148-15
Moghiseh, Ebrahim, 121-3
Mohadesi, Ali, 118-7
Mohanty, Binayak, 116-47
Moir, J.L., 160-21
Mokma, Delbert, 41-3
Mokma, Delbert L., 139-39
Molchanov, Eric, 173-8
Moldrup, Per, 137-31, 137-8
Moles, Richard, 150-23
Molina, Diego, 158-6, 138-68
Nelson, Tyrrell, 94-3
Nemes, Attila, 82-3, 119-3, 119-4, 13730
Neptune, Dean, 63-6
Neris, Jonay, 42-13
Nestel, Penelope, 168-21
Neto, Ladislau Martin, 133-13
Neubert, Gert, 45-7
Neue, Heinz-Ulrich, 139-17, 51-3
Neumann, Günter, 35-11
Neumann, Thomas, 178-18
Neusypina, Tatiana, 137-1
Neves, Carmen S. V. J., 99-8
Neves, Delma Pessanha, 130-5
Nevidomskaya, Dina, 144-62
Nevidomskaya, Dina G., 33-4
Nevo, Eviatar, 156-19
Newby, Deborah, 24-2
Newman, Susan, 118-1
Newton, Philip, 166-49
Newton, Philip J., 138-49
Ngailo, Jerry A., 151-12
Ngatunga, Edward, 61-2
Ngo, Chau Thi Tuong, 174-6
Ngoze, S.O., 156-2
Ngoze, Solomon, 138-54, 147-11
Nguyen, Binh Thanh, 138-3
Nguyen, H. Q., 9-1
Nguyen, L., 1-1
Nguyen, Manh Khai, 158-42
Nguyen, Minh Dong, 39-10
Nguyen, Minh Long, 172-1
Nguyen, My Hoa, 168-23, 39-20
Nguyen, Q. L., 9-1
Nguyen, Thi Kim Phuong, 155-107,
39-10
Nguyen, Ve B., 174-8
N.H., Ravindranath, 158-4
Ni, Shijun, 85-14
Niacsu, Lilian, 124-10
Nichol, Gemma E., 136-20
Nichols, Kristine A., 146-16, 116-48,
163-5
Nichols, Mary H., 177-33
Nicholson, C.F., 156-2
Nicholson, Thomas J., 48-12, 48-4,
119-4
Nicomrat, Duongruitai, 102-2
Nie, Lishui, 177-25, 137-48
Niederer, Christian, 79-2
Nield, Shawn J., 18-3
Nielsen, David, 152-4
Nielsen, Donald R., 34-2, 4-5, 116-32
Nierop, Klaas G., 4-5
Niikura, Mai, 104-11
Nikolic, George, 53-4
Nikolskii Gavrilov, Iourii, 123-1, 159-6
Nilsson, S. Ingvar, 39-19
Nimmo, John R., 137-13
Nino, Pasquale, 149-27
Ninomiya, Seishi, 160-24
Nishida, Mizuhiko, 148-11
Nishihara, Eiji, 168-14
Nishimura, Seiichi, 118-11
Nishiwaki, Junko, 137-43
Nisini, Luigi, 95-7
Niu, Dekui, 177-6, 155-74
Njoroge, Ruth, 155-161
Nkedi-Kizza, Peter, 155-12
Nnabude, Peter, 45-22
Noble, Andrew, 96-3
Noble, Tom, 151-28
Nobles, Maria, 177-21, 138-4, 177-23
Nofziger, David, 116-27, 147-14
Noguchi, Akira, 104-10, 104-11
Noguchi, Kyotaro, 144-9
Noinville, S., 79-3
Nolte, C., 128-13
Noor, Siti Azizah, 178-27
Nordmyr, Linda, 174-3
Norfleet, M. Lee, 116-22
Norling, Cara, 145-52
Noronha, Norberto C., 133-19
178
Norra, Stefan, 178-18
Nortcliff, S., 151-22
Nortcliff, Stephen, 42-8, 151-6
Norton, L. Darrell, 151-5
Norton, L.D., 154-69, 151-9
Norton, Robert, 31-8
Norton, Robert M., 70-2
Norton, Shawn L., 19-8
Noseda, Ramón, 172-7
Notario, Jesús S., 127-13, 126-21, 1263
Nourbakhsh, Farshid, 163-34
Nout, Rob, 24-3
Novak, Jeff, 154-57
Novakova, Alla A., 29-2
Novichiknin, Evgeniy, 160-16
Novikova, A.F., 57-2, 28-7
Novikova, Nina M., 99-4
Novis, Phil, 141-4
Novoszad, Michael, 139-12
Novotny, Etelvino H., 72-2
Nowak, Virginie, 177-29
Ntoula, Maria, 151-32
Nunan, Naoise, 43-4, 43-1
Nunez, Andres E., 140-13
Nur, M., 160-13
Nussio, Carla M. B., 133-19
Nuttall, James Gray, 23-2
Nuviola, A., 15-2
Nwoke, Chike, 167-15
Nwokporo, N.S., 151-22
Nyamangara (Dr), Justice, 104-12
Nyamangara, Justice, 150-26
Nyambori, Rhoda, 105-3
Nyborg, Age, 90-11
Nziguheba, Generose, 167-15
Nébié Kanké, Alfred, 130-3
Németh, Tamás, 51-6, 150-13
Núñez, Pedro, 155-6
Núñez-Elisea, Roberto, 152-12
Okamoto, Kosuke, 139-37
Okazaki, Hitoshi, 155-131
Okazaki, Masanori, 126-11, 168-20,
139-37
Okereke, Gilbert U., 45-22
Oki, Yoko, 174-10
Okomba, John, 105-3
Oktem, Abdullah, 154-20
Okumura, Mami, 140-28
Okusami, Temitope A., 2-6
Okuyama, Arata, 168-20
Olatinwo, Rabiu, 80-4
Oldam, James L., 150-18
Olesen, Jorgen E., 138-8
Olga Margarita, Rubilar, 145-20
Oliveira, Dalziza, 158-23
Oliveira, Edivan C., 133-20
Oliveira, Maria De L., 133-11, 133-9
Oliveira, Uéliton Trindade De, 155-148
Oliver, Margaret A., 91-5, 122-13, 12910
Oliver, Robert, 54-1
Oliver, Toni, 7-6
Olivier, Romain, 126-9
Olk, Daniel, 138-82
Olson, Carolyn G., 122-16
Olson, K. R., 62-4
Olson, Kenneth, 151-24
Olsson, Mats, 47-3
Oltmanns, Meike, 3-8
Omarova, Elena O., 140-5
Omondi, Emmanuel Chiwo, 105-3
Omonode, Rex A., 138-46, 148-17,
138-48, 138-70
Omori, Akihiro, 139-37
Omuto, C. T., 160-10
Omuto, Thine, 83-1
Onaran, H., 10-1
Ongprasert, Somchai, 170-7
O.O, Olufajo, 155-68
Oram, Libbie, 144-39
Orbach, Marc, 168-12
O
Ordoñez, Rafaela, 115-38
O’Callaghan, Maureen, 141-1
Orellana, Joaquin, 155-106
O’Connor, George A., 171-3, 158-5
Orellana, Jorge, 116-55
O’Donnell, Anthony, 67-3, 141-9
Orleanskii, Vladimir K., 140-5
O’Donnell, Anthony G., 43-4
Orona Castillo, Ignacio, 160-14
O’Geen, Anthony, 119-6, 115-41
Oropeza-Mota, J. L., 136-24
O’Leary, Garry, 23-6
Ortega, Raul, 137-17
O’Neill, Brendan, 133-16, 133-17
Ortega, Rodrigo, 155-106
O’Reilly, Colin, 150-23
Ortiz Escobar, Maria E., 126-20
O’Rourke, Mary Kay, 168-12
Ortiz-Solorio, Carlos A., 42-14
Oad, Fateh C., 155-168
Ortiz-Solorio, Carlos Alberto, 108-1
Oballos, Jajaira, 122-2
Osawa, Hiroki, 104-5
Oberforster, Michael, 168-17
Osborne, Todd Z., 118-1, 118-2
Oberman, Naum G., 106-3
Osher, Laurie J., 55-2, 6-4
Oberson, Astrid, 59-3
Osmond, Deanna, 163-30, 150-18, 45Oberto, Elisa, 89-1
23
Obiri, Samuel, 168-8
Oster, James, 159-4
Öborn, Ingrid, 155-122, 143-5, 162-31, Oster, Kenneth, 115-41
39-19, 150-20, 158-42
Österholm, Peter, 174-3
Obreza, Thomas, 155-137
Ota, Takeshi, 89-8, 116-59
Obura, Pamela A., 128-9
Othieno, Caleb O., 128-9, 155-161,
Ochoa, Guido, 122-2
139-35
Ochs, Mary A., 170-13
Oudat, M. Al., 9-2
Ochsner, Tyson E., 110-7
Ouma, Josephine, 138-81
Odeh, Inakwu Ominy A., 42-20, 160Ouvrard, Stéphanie, 178-20, 98-2, 17815, 14-5
26
Odgers, Nathan, 12-14, 42-20
Ouyang, Tian-Zhi, 145-1, 145-4
Oechel, Walter, 40-2
Ouyang, Ying, 144-7
Oelbermann, Maren, 106-5, 158-23
Ouédraogo, Elisée, 82-5, 54-8
Oenema, Oene, 168-23
Oved, Tamar, 141-8
Officer, Sally J., 70-2
Overesch, Mark, 90-7
Ogoke, Iheanyichukwu J., 154-25
Overstreet, Laura F., 140-12
Ogram, Andrew, 45-26
Oweis, Theib, 75-7
Ogunwumiju, Omotomike, 118-21
Owens, Dave, 139-23
Oguz, Hacer, 154-20
Owens, Lloyd, 1-7, 170-32
Ohta, Seiichi, 177-17
Owens, Phillip, 48-10
Ojalammi, Matthew, 51-7
Owens, Vance N., 138-39
Ok, Yong-Sik, 151-14, 151-15, 51-4,
Owiyo, Tom, 160-4
144-4, 158-21, 57-6
Owliaie, Hamidreza, 129-5, 127-1
Okalebo, J. R., 139-35
Oxenberg, Tanya Palmateer, 135-9
Okalebo, John Robert, 155-161, 128-9 Oyuela-Caycedo, Augusto, 133-3
Ozgenturk, Gonul, 154-20
Ozores-Hampton, Monica, 153-40
P
P S, Sheeba, 162-16
Pachepsky, Yakov, 48-4, 119-4
Pachepsky, Yakov A., 137-30, 48-1, 823, 139-28, 4-3, 48-12, 119-3
Padmanabhan, Eswaran, 42-4
Pagels, Britt, 144-21, 65-2
Pagliai, Marcello, 101-4, 138-25, 11557
Pagliarin, Chiara, 163-10, 163-9
Pai, Chuangwen, 177-16
Pajuelo, Purificacion, 151-8
Paknejhad, Farzad, 147-3, 147-4
Pal, Deo, 138-23, 104-8
Pal, Dilipkumar, 36-5, 138-86
Pal, D.K., 38-3
Pal, Raktim, 166-46
Pal, Ramhari, 154-67
Pal, Y., 157-11
Palacio, José Luis, 160-6
Palacios-Díaz, M. Pino, 154-73
Palaniappa Pillai, Malarvizhi, 45-27,
60-7, 146-8, 146-9
Palaniappa Pillai, Malarvizhi, 168-24,
168-25, 165-4
Palanisamy, Devasenapathy, 162-2,
138-13
Palazzo, Antonio J., 138-42
Paliatsos, Athanatios, 115-34
Palm, Cheryl, 105-1, 69-1, 150-9
Palumbo, Giuseppe, 144-43, 126-17,
139-21, 56-16
Pampolino, M.F., 146-10
Pan, Yun, 178-17
Panagiotopoulos, Leonidas, 127-7
Panahi Kordlaghari, Khodabakhsh,
154-59
Panaullah, G.M., 51-12, 81-3, 168-19,
128-4
Panaullah, Golam M., 115-29
Pandey, Hira Nand, 155-52, 152-6
Pangga, Gina Villegas, 162-15
Pankova, Ye.I., 159-16, 28-7
Pannu, Ravinderpal, 155-77
Panomtaranichagul, M., 11-1
Pansu, Marc, 138-76
Pantoja, Jose L., 95-5
Paolini, Jorge, 155-93
Paolini, Jorge E., 142-14
Papadopoulos, Apostolos, 64-5
Papadopoulos, Periclis, 115-44
Papadopoulos, Periklis, 152-5
Papaioannou, Agelos B., 115-34
Papini, Rossella, 163-35
Pappa, Agathi-Valentini, 167-18
Paramananthan, Selliah, 173-4
Parent, Léon-Etienne, 153-35
Park, Bumki, 140-10
Park, Chan-Won, 155-83
Park, Chang-Young, 146-13, 146-12
Park, Chang-Young, 155-114
Park, Chol-Soo, 151-13, 168-16, 15130, 151-15
Park, Cholsoo, 151-35
Park, Eun Jin, 136-23
Park, Eun-Jin, 15-3
Park, Jae-Hong, 155-15
Park, Ki-Do, 155-114, 146-13
Park, Ki-Do, 146-12
Park, Kwang Lai, 149-5, 149-6
Park, Kwang Lai, 155-150
Park, Man, 145-5, 145-6, 166-45
Park, Myoungsu, 94-4
Park, Sei Joon, 155-32, 104-6
Park, Seong-Tae, 150-12
Park, So-Hyeon, 155-15
Park, Sung-Hak, 117-6
Park, Sung-Tae, 146-12
Park, Sung-Tai, 155-114
Perfect, Edmund, 137-7
Perrin Ganier, Corinne, 145-49
Persson, Ingmar, 73-2, 73-7, 139-13
Perumal, Karuppan, 166-14, 162-34
Pervez, Humayun, 99-5
Pessagno, Romina C., 139-15
Petersen, Bjorn M., 138-8
Petersen, Gary W., 116-23, 124-2
Peterson, Gary A., 37-2, 75-8
Peth, Stephan, 136-3, 64-1, 136-9, 1012
Petit, Sabine, 144-18
Petrere, C., 2-1
Petri, Monica, 33-2
Petrova, Lidia, 57-4
Pettygrove, G. S., 155-135
Peña, Víctor, 125-12
Pfeffer, Max J., 167-7
Pfeffer, Michael, 141-3
Pfeiffer, Eva-3ia, 106-2, 175-2, 106-7
Pfisterer, Ulrich, 149-16
Pham, Quang Ha, 158-42
Phatak, Sharad, 54-9
Philippe, Cattan, 153-23
Phillips, Carlton T., 168-1
Phillips, Ian, 139-19
Phillips, Jonathan D., 28-1, 122-1
Phillips, Rebecca, 48-9
Phillips, S.B., 155-18
Phogat, Vinod, 153-13
Pia, Juan Fernando, 105-5
Piatek, Kathryn B., 17-13
Piccinin, Jorge L., 72-5
Piccinin, Jorge Luiz, 136-12, 136-14
Piccolo, Alessandro, 138-67, 15-9, 1514
Picking, Deborah J., 139-34
Picone, Liliana Ines, 154-4
Pierce, Danielle, 60-1
Pierzynski, Gary, 163-24, 166-42, 17010
Pietola, Liisa, 137-49
Pietraszek, Jay, 151-41
Pigna, M., 139-2, 73-4, 144-43
Pignatello, Joseph, 139-3
Pilatti, Miguel, 137-41
Pilatti, Miguel A., 137-44, 163-11, 11536, 116-55
Pilaš, Ivan, 177-4
Pineda, Neida, 160-5, 122-12, 170-8,
122-2
Pinelli, Eric, 144-27
Ping, Chien-Lu, 40-2, 106-8
Ping, Jianli, 162-12
Pino, Rafael, 149-1
Pinto Coelho Lacerda, Marilusa, 14928
Pinto, Francisco De Assis De Carvalho,
91-8, 115-53
Pinto, Miriam, 144-34
Pinzon Pinto, Angela, 140-7
Piovanelli, Carlo, 138-25
Pires Da Silva, Alvaro, 137-41
Piri, Andy K., 178-23
Piron, Denis, 120-8
Pisani, Oliva, 138-15
Pisante, Michele, 75-5
Piscitelli, Marcela, 176-6
Pittan, Britta, 154-63
Pivovarova, Elena G., 155-60
Piñuela, J.A., 115-15
P.K., Basavaraja, 162-30
Pla, Ildefonso, 75-6, 159-2, 153-41
Plageras, Panagiotis, 115-34
Plagge, Rudolf, 98-3
Plant, Richard, 60-1
Plante, Alain, 15-16, 138-16, 15-4
Platinetti, Marco, 138-25
Plaxienco, Doina, 168-9
Plowden, Y.K., 115-35
Plowden, Yuri K., 107-11, 54-3
Plumlee, Geoffrey S., 13-3
Poberejskaya, Swetlana, 152-15
Poggio, Laura, 95-9
Pointon, Shane M., 39-24
Poirier, Glenn, 134-1
Poirier, Vincent, 54-7
Pol Shekane Pahlavan, Mohammad
Reza, 155-22
Polcik, Aleksandra, 115-43
Polizzotto, Matthew, 73-5, 50-1
Poll, Christian, 20-1
Pompili, Letizia, 54-2
Poncio-Acosta, Zulema, 155-71
Ponge, Jean-François, 163-3
Ponizovsky, Alexander, 86-1
Ponnuswamy, Santhy, 54-4
Pons, Marie-Noëlle, 178-21
Ponzoni, Gilda, 165-7
Poonguzhali, Selvaraj, 94-4, 140-10
Poovarodom, Sumitra, 155-140
Popova, Z., 75-16
Popovich, Anna A., 114-3, 114-4
Poreba, Grzegorz Jacek, 68-2
Portella, Cibele Masciolli R., 99-8
Porter, Gregory, 31-9
Portilho, Antonio Passos, 135-31
Posadas, Adolfo, 137-18, 153-27
Poss, James A., 81-4
Post, Wilfred, 135-18
Postini, Kazem, 166-36
Pote, Daniel H., 177-14
Potter, Kenneth N., 170-11
Potthoff, Martin, 155-3
Pottyondi, Akos, 156-17
Poulenard, Jérome, 78-5
Poulton, Paul R., 146-1
Powell, Bernard, 39-8, 12-5
Powell, J. Mark, 149-10
Powlson, David, 36-5, 138-86, 25-1
Powlson, David S., 146-1
Pozdnyakov, Anatoly, 116-29
Pozdnyakov, Lev A., 138-38
Pozdnyakova, Larisa, 116-29
Poznyak, Stepan P., 33-3
Prabhakara, Reddy, 154-13
Prabhakara, Reddy, G.V., 83-3
Pradere, Philippe, 144-27
Prado, Hélio Do, 45-10, 149-26
Prakash, Bhanu, 149-12
Prakash, Ved, 166-8
Prakasha, H.C., 138-11, 154-50
Pramanick, M., 155-170
Prasad, Paruchuri Ramakrishna, 57-5
Prasadini, Prabhu, 166-11, 129-2
Prat, Christian, 33-2
Prawito, Priyono, 46-3
Preethu, Chengappa, 154-13
Prellwitz, Joel, 127-5, 127-4
Premachandra, Gnanasiri, 139-35
Prescott, T.M., 116-45, 137-16, 115-35,
115-39
Presley, Deann, 129-6
Prestegaard, Karen L., 117-10
Preston, Caroline M., 17-7, 17-8, 47-1
Previtali, Franco, 172-5
Price, Andrew, 152-7
Prietzel, Jörg, 63-8
Pringle, M.J., 138-56, 115-22
Priori, Simone, 132-3
Priyantha, Yappa, 8-6
Probert, Merv, 115-21
Prochnow, L. I., 154-14
Prokisch, Jozsef, 51-6
Prokofieva, Tatiana, 77-3
Pronin, Andrej, 135-34
Protano, Giuseppe, 132-3
Pucci, Amaranta, 163-14
Pucci, M, 73-4
Puddu, Rita, 160-11
Puente, Aleix, 7-6
Puigdefábregas, Juan, 136-1, 136-10,
119-12
Pulleman, Mirjam, 82-5, 152-16
Punzel, Jürgen, 48-3
Pusineri, Graciela, 115-36
Puste, Anandamoy, 116-1
Pustovoytov, K., 2-5
Pustovoytov, Konstantin, 121-10, 99-2
Pypers, Pieter, 154-12
Pásztor, László, 115-27
Péné, Crépin, 153-36
Pérez Arias, Juana, 151-1, 160-2
Pérez, Beatriz A., 142-13, 142-4
Pérez, Daniel.V., 135-31, 118-16, 128-5
Pérez, Rufino, 42-2
Pérez-Alegría, Luis, 138-83
Pérès, Guenola, 120-8, 137-3
Pöllmann, Herbert, 178-22
Q
Qadir, Manzoor, 96-3, 23-11
Qi, Feng, 7-12
Qian, Yaling, 116-57
Qiguo, Zhao, 120-9
Qiubing, Wang, 83-14
Quadros, Ruth Maria Bianchini De,
151-20
Quaggio, José A., 155-147
Quang, Nguyen Chi, 91-3
Quantin, Cecile, 21-5
Quantin, Paul, 126-13
Quebedeaux, Bruno, 3-4
Queitsch, Jürgen, 33-2
Quenet, Y., 79-3
Quideau, Sylvie A., 71-4
Quillerou, Emmanuelle, 135-6
Quinn, Nigel W.T., 159-12
Quintero, Jenny, 167-19
Quiquampoix, H., 79-3
Quiroga - Garza, Hector Mario, 155174
Quiroz, Roberto, 153-27
Quisenberry, Virgil L., 107-7
R
R, Kumaraperumal, 138-64
Rabbi, Sheikh M. F., 121-7
Rabenhorst, Martin, 85-4, 118-21
Rabenhorst, Martin C., 10-3, 118-20,
119-19, 107-12, 44-8, 118-25
Rabuffetti, Armando, 123-9
Rachman, Achmad, 160-13, 137-5
Raczkowski, Charles W., 166-15
Radcliffe, David E., 107-9, 149-14
Radder, B.M., 66-1
Ragazzi, F., 85-10
Rahimi, Ghasem, 151-6
Rahimzadeh, K.F., 153-7
Rahman, G.K.M.M., 168-19
Rahman, Md. Hasibur, 166-37
Rahmani, Hamid Reza, 150-5
Raij, Bernardo Van, 155-121
Rajan, A. Raja, 152-11
Rajarajan, A., 2-2, 142-19, 164-6
Rajbhandari, Neeranjan P., 157-3
Raji, B.A., 108-4
Rajkai, Kálmán, 119-9
Raju, Alluri Padma, 166-20, 149-31
Ralisch, Ricardo, 66-5
Ramaiah, Kaleeswari.Kutralingam,
162-2
Ramakrishna Parama, V.R., 155-156,
154-1
Ramasamy, Krishnasamy, 115-16
Ramesh, Gopi, 166-51
Ramezanpour, Hassan, 144-68, 143-1
Ramirez, Juan, 138-68
Ramirez, Luis, 154-28
Ramirez, Manlio, 162-27
Ramos, Yalitza, 170-8, 160-5
Ramos-Santana, Rafael, 151-16
Ramsey, Mary Lou, 135-4
Ran, Yong, 145-16, 110-8
Rana, Kiran, 139-35
Ranatunga, Thilini D., 126-16
Randhawa, Rupinder K., 131-8
179
AUTHOR INDEX
Park, Yang Ho, 155-141
Park, Yang Ju, 155-92
Park, Yang-Ho, 155-15
Park, Yeon-Kyu, 117-6
Parker, Shane R., 20-4
Parkin, Timothy B., 155-116
Parobek, Jeffery A., 83-11
Paroda, R., 23-11
Parr, Jeff, 138-26
Parra, Ramona R., 135-22
Parry, Roberta, 1-9
Parsa, Bahman, 135-23
Parsons, D., 156-2
Paschalidis, Christos, 152-5
Pasieczna, Anna, 13-1
Pasricha, N.S., 155-167, 153-47, 154-6
Passerat De Silans, Alain M.B., 116-20,
116-16
Pastori, Marco, 153-28
Pastukhov, Alexander V., 42-9
Patel, Bharat, 17-10
Patel, Pravinchandra C., 165-5, 155-23,
165-3
Pathak, A. K., 166-10
Patil, Ashok, 155-58
Patil, P. L., 2-4
Patil, P.L., 104-1, 66-1
Patil, S.G., 66-1
Patino, Gloria, 104-2
Patra, S. K., 89-4
Patti, Antonio, 93-8
Patti, Antonio F, 163-12, 15-9
Paudel, Chhabi L., 157-3
Paul, D.N.R., 168-19, 161-1
Paul, Eldor, 138-16, 15-16
Paul, Kristian, 145-50
Paul, Kristian W., 93-4
Paustian, Keith, 138-86, 36-5, 15-4,
138-37, 138-80, 25-1
Pavanelli, Alex G., 160-12
Pavinato, Paulo S., 154-7
Pavlova, Vera N., 25-5
Pavon, Jellin, 156-13
Payne, Margot K., 118-22
Payne, W. A., 104-17
Payne, William A., 23-10
Paz, Joel, 116-53
Pazhanivelan, S, 155-154
Pazira, Ebrahim, 23-9
Pazos, Mabel, 172-7, 150-10
Pazos, Mabel Susana, 42-5
Peak, Derek, 139-27, 154-61
Peaslee, Steve, 74-1
Peasley, Steve, 107-3
Pedersen, Joel A., 145-45
Pedraza, Cristina, 144-19
Pei, Xu, 83-15
Pelegrin, Francisco, 150-6
Pell, Alice, 138-54
Pell, Alice N., 115-31
Pell, A.N., 156-2, 147-11
Pellegrini, Sergio, 115-57, 165-10, 1365, 101-4
Peltier, Edward, 63-7
Peltola, Pasi, 174-3
Pena-Yewtukhiw, Eugenia, 75-12, 15614, 3-3
Peng, Xinhua, 64-1, 137-4
Penizek, Vit, 85-5
Penksza, Karoly, 33-10
Pennock, Dan J., 151-39, 6-8
Pepo, Peter, 146-6
Pepper, Ian, 24-2
Percich, James, 136-19
Perdomo, C., 6-1
Perea, Francisco, 151-8
Perecin, Dilermando, 149-26
Pereira, Marcos Gervasio, 42-10, 1302, 128-6, 118-16, 128-5
Pereira, Victor V., 164-10, 175-1
Pereira, Virginia, 122-9
Perez-Casio, Federico, 144-13, 155-71
Perfect, Ed, 48-13, 48-7
Rangarajan, Anusuya, 156-11
Ranger, Jacques, 17-17
Ranjard, Lionel, 177-29
Ranjard, Lionel, 144-58
Ranjbar Atashi, Maryam, 177-41
Ranjbar, Ehsan, 163-43
Ransom, Michel D., 129-6
Ranville, James F., 93-7, 93-11
Rao V.K And Ravindra V, Rudramuni
M.S, 167-9
Rao, Idupulapati, 104-2, 104-3, 16-1,
158-6, 156-13
Rao, Kv, 155-34
Rao, Maria A., 145-18, 144-59, 145-17
Rao, Nagender, 166-11
Rao, Palli Chandrasekhar, 155-56
Rao, T. Nagendra, 165-4, 168-24, 60-7,
168-25, 45-27
Raper, Randy, 152-7
Rasa, Kimmo, 137-49
Rasche, Frank, 141-3
Rasheed, Mohamed Abbas, 19-1, 1152, 139-38, 115-13
Rashid, Abdul, 155-117, 96-2
Rashid, Harun U., 155-96
Raskatova, Tatyana V., 25-5
Rasmussen, Caroline, 154-66
Rasmussen, Craig, 15-12
Rasoli, Sogol, 163-6
Rassam, David W., 39-9
Rasse, D. P, 15-18
Rastegari, Seyed Jalal, 96-5
Raun, W. R., 155-98
Raun, William, 155-88
Raun, W.R., 19-8, 155-123
Raupp, Joachim, 3-8
Ravi Kumar, M.N., 155-156
Ravi, G., 155-156
Ravi, G., 154-1
Ravi, M.V, 155-156, 154-1, 155-157
Ravichandiran, S, 155-154
Ravikumar, M.N., 154-1
Rawajfih, Zahir, 36-5
Rawi, Che Salmah, 178-27
Rawls, Walter J., 137-30, 82-3, 119-3,
119-4
Ray, Sk, 138-86, 38-3
Raymond, F.D., 155-18
Razavi, Maziar, 158-2
Razikordmahalleh, Ladan, 162-40,
138-17, 154-3
Read, Derek B., 20-2
Reatto, Adriana, 137-35
Reatto-Braga, Adriana, 64-2
Rech, Jason, 127-5
Rech, Jason A., 127-4, 127-3
Recous, Sylvie, 36-2, 138-50
Reddy, Gudigopuram B., 166-15
Reddy, K. R., 118-26, 118-3, 118-2
Reddy, K. Ramesh, 84-3, 118-1
Reddy, Karu Koteswar, 154-68
Reddy, Muchha R., 155-13
Reddy, Poli Raghava, 166-20
Reddy, Ramesh, 160-3
Redman, Charles, 178-11, 178-12
Reed, D. W., 104-17
Reed, Kathleen, 31-12
Rees, David B., 122-3
Rees, Robert M., 167-18, 59-4
Reeves, D. Wayne, 116-22
Reeves, James B.,, 18-5
Regalado, Carlos M., 126-7
Regier, Tom, 140-2, 65-3
Reginato, Juan C., 116-12
Regitano, Jussara B., 139-10, 139-9
Regmi, Basu D., 157-3
Reich, Paul, 16-2, 42-3
Reich, Robin, 19-10
Reichenauer, Thomas, 141-3
Reicosky, Donald C., 41-2
Reid, D. Keith, 116-28
Reiher, Wolfgang, 66-6
Reimann, Clemens, 13-1, 91-1
180
Reimer, Goetz, 131-3, 131-2
Reintam, Endla, 57-7, 156-16
Rellini, Ivano, 109-11
Rema, John, 155-104
Remes, Michal, 17-19
Ren, Li, 137-20, 137-21
Renat, Jean-Christophe, 98-2, 178-26
Renault, Pierre, 144-41, 135-13
Rengabasham, Kalpana, 138-13
Rengabashyam, Kalpana, 162-2
Rengel, Zed, 118-4
Renschler, Chris, 177-33
Repyah, Marina A., 176-1, 140-29
Ressler, Daniel, 159-18
Resurreccion, Augustus, 137-31
Reuter, Ronald J., 150-24
Revault, M., 79-3
Reverter, Ferran, 7-6
Rey, J., 177-28
Reyes Solis, Iván E., 163-23
Reyes, J. L., 15-2
Reyes, Manuel R., 166-15
Reyhani Tabar, Adil, 155-35, 155-45,
23-12, 155-37
Reynolds, Dan, 101-3, 123-10
Reynolds, D.W., 154-72
Reynolds, W. D., 145-19
Rezaei, H., 79-3
Rhodes, Ruth, 155-42
Ribas, Fco., 60-3
Ribeiro Da Luz, Beatriz, 131-7
Ribeiro, Eliane, 133-11
Ribeiro, Lucedino P., 133-13
Ribeiro, Mateus Rosas, 122-18
Ribero, Mateus Rosasosas, 128-7
Ricciardella, M., 139-2
Rice, Alina, 148-12
Rice, Charles, 138-82, 138-60, 138-9,
138-53, 24-2, 11-1
Rice, James A., 145-47, 52-4
Richard, Guy, 157-8, 85-3
Richardson, Curtis, 84-2
Richardson, Jim, 107-4, 107-3, 107-2
Richardson, M., 152-8
Richardson, Matthew J., 125-11
Richter, Daniel, 123-7
Richter, Daniel D., 41-1, 123-6, 77-5
Richter, Pablo, 144-19
Rickman, D., 115-17, 115-56
Rietz, Diana N., 159-22
Rigane, Hafedh, 163-39
Righi, Dominique, 144-18
Rigou, P., 79-3
Riha, S. J., 156-2
Riha, Susan, 138-54, 105-4
Riha, Susan J., 147-11
Rijal, Geeta, 158-7
Rikiishi, Sanae, 104-15
Rim, Sang Kyu, 56-13, 147-17, 56-6
Ritchey, K. Dale, 170-13, 161-3
Ritchie, Jerry, 117-10, 99-8, 177-33, 17
Ritz, Karl, 140-25, 166-6
Rivera, Mariela, 156-13
Rizzo, David, 142-6
Rizzo, Rodnei, 131-9
Rm, Kumar, 155-111
Ro, Hee-Myong, 116-40, 116-42, 11637, 116-38
Robert, Oliver, 155-28
Roberto Soares, Marcio, 139-42
Roberts, Daniel, 60-4
Roberts, Linda C., 144-53
Robertson, G. P., 138-34, 145-55, 155126
Robertson, G. Phillip, 138-36
Robertson, Lindsay A., 118-23
Robins, Colin, 127-16
Robinson, J.S., 151-22
Robinson, Lashasta, 163-42
Robinson, Nathan J., 122-3
Robinson, Steve, 151-6
Robles, Miguel, 155-93
Roca, Nuria, 172-7, 150-10, 42-5
Rocchini, Andrea, 136-5
Roccuzzo, Giancarlo, 95-7
Rocha, Jansle V., 66-4
Rocha, João B., 72-5
Rochette, Philippe, 54-7
Rodgers, Toby, 8-12
Rodrigues De Lima, A.C., 95-3, 95-8
Rodrigues Dos Reis, Andre, 155-145,
155-153
Rodrigues, Tarcisio E., 72-5, 133-10
Rodriguez Martin, Jose Antonio, 91-6
Rodriguez, Cabrera A., 155-4
Rodriguez, Elena, 139-1
Rodriguez, Eloy, 167-7
Rodriguez, Karen, 118-5
Rodriguez-Rodriguez, A., 14-4
Rodriguez-Rodriguez, Francisco, 15473
Rodríguez Gamiño, Ma. De Lourdes,
122-22
Rodríguez Paz, Marianela, 42-13
Rodríguez-Blanco, M.L., 136-24
Rodríguez-Rodríguez, Antonio, 12713, 126-21, 126-3
Roembke, Joerg, 95-12
Roemer, Elizabeth, 86-3
Roget, David K., 80-3
Rogov, Victor V., 175-12
Roh, Kee-An, 116-19
Roh, Keean, 159-14
Rohani, Narges, 167-21
Rohosková, Marcela, 101-5
Roig, Asunción, 145-30
Rojas, Guliver, 153-27
Rojas, Leila A., 155-90
Rojkov, Vyacheslav A., 61-5
Roloff, Glaucio, 177-1
Rolong, Nelson, 127-12
Rolston, Dennis, 137-31
Romanenkov, Vladimir A., 25-5
Romanovsky, Vladimir, 106-3
Romanya, Juan, 47-3
Romero Pinto, Maria, 140-7
Romkens, Mathias J. M., 22-1
Romkens, M.J.M., 89-3
Rondon, Marco, 16-1, 158-6, 156-13
Rondon, Marco A., 133-12, 138-68
Rong De, Jin, 142-8, 142-15, 142-7,
142-20, 142-11
Roo, Jae-Hong, 102-4, 162-3
Rooney, Corinne, 86-1
Rosa Filho, Gilberto, 19-13
Rosa, Márcia M., 144-8
Rosado, Alexandre S., 16-5
Rosalva, Arellano, 155-93
Rosas, Analí, 144-59
Rosca, Bogdan, 124-10
Rosen, Brian, 145-50
Rosen, Carl, 155-30
Rosenzweig, Cynthia, 98-5
Roshani, Ghorban Ali, 19-3, 139-18,
155-54, 155-57
Rosicky, Mark Allan, 174-5
Rosolem, Ciro A., 154-7, 155-113
Ross, Philippe, 93-11
Rossignol, Jean-Pierre, 119-20
Rossiter, David G., 12-3, 41-5, 98-1
Rosskopf, Erin N., 162-14, 102-5
Roth, Mary R., 36-3
Rotz, Al, 148-19
Rouillier, Alain, 139-7
Rouse, Douglas I., 142-16
Rouse, J., 174-11
Roux, Florence, 17-17
Rovira, Pere, 47-3
Rovita, D., 155-125
Rowe, Dennis E., 146-4
Rowland, Randy, 118-21
Roy, William, 51-8
Rozhdestvenskaya, Svetlana O., 153-34
Rubiano, Yolanda, 91-2
Rubilar, Rafael, 47-2
Rubinos Pantal, Enrique, 134-4
Rubinos, Enrique, 176-7
Rubio, Gerardo, 154-26
Rubio, Rosa, 138-47
Ruddy, Barbara C., 117-8
Rudenko, Natalia A., 28-2
Rudramurthy, H.V., 150-16
Ruf, Andrea, 15-17
Ruffo, Matias L., 155-10
Ruggiero, Pacifico, 51-9, 143-2
Ruh, R, 154-48
Ruivo, Maria De Lourdes P., 72-5, 13311, 133-9
Ruiz Vera, Victor M., 159-19
Ruiz, Hugo A., 139-40
Ruiz, Magaly, 142-14
Ruiz-Vera, Victor M., 157-10
Rukhovich, Dimitry I., 74-3, 115-50
Rumberger, Angelika, 142-9
Rumpel, C., 145-24, 15-18
Rumpel, Cornelia, 145-29
Rupp, Holger, 45-1, 45-4, 45-6, 45-2
Ruppert, David, 85-4
Ruser, Reiner, 35-8
Rush, Charles M., 23-10
Russell, Dusten, 129-7
Russelle, Michael P., 155-30
Russo, Fabio, 145-17, 145-18
Rusten, Eric, 167-12
Rusu, Constantin, 168-3, 124-10
Ruthardt, Brice, 100-3
Ruzek, Pavel, 119-11
Ryan, Declan, 150-23
Ryan, James, 63-6
Ryan, James A., 63-4
Ryan, John, 154-20, 146-19
Ryan, Melva, 32-1
Ryu, Gab Hee, 162-26
Ryu, Jeounghyun, 94-4, 140-8
Ryu, Ji-Hun, 153-24, 153-30
Ryumin, Alexander G., 138-51
Räty, Mari, 137-49
Rääts, Virgo, 57-7, 156-16
Rékási, Mark, 139-29
Rétháti, Gabriella, 116-60
Römheld, Volker, 35-11
S
S Paccini, Riccardo, 15-9
S. S, Ganesh, 138-64
S, Devarajan, 138-64
S, Sujatha, 162-36
Sa, Sandra M. O., 133-19
Sa, Tongmin, 94-4, 140-8, 140-10
Saa, A., 19-6, 42-15, 115-23, 150-8
Saavedra, Concepcion, 151-8, 154-55
Sabarinathan, R., 152-11
Sachan, Sanjay, 153-3
Sachdev, C.B, 149-24
Sachs, Jeffrey, 69-1
Sadeghi, Sohrab, 19-3
Sadeghian, Siavosh, 126-20
Sadler, E. John, 152-3
Sadler, John E., 31-11
Sadovnikova, Nadejda B., 75-3
Sadowsky, Michael, 139-10, 139-9
Sagar, Prity, 158-4
Saggar, Surinder, 147-1
Sagong, Myung, 151-30
Sah, G., 155-133
Saha, Ganesh C., 144-53
Sahoo, Samarendra, 153-16
Sahu, P. K., 155-170
Saif, A. A., 7-2
Saigusa, Masahiko, 126-19, 154-40,
115-33, 116-35, 139-32, 154-41,
155-131, 45-19, 146-15
Sainju, Upendra, 155-158
Saint Macary, Hervé, 126-10
Saito, Akira, 104-4
Saito, Genya, 115-33
Saito, Kimio, 115-33
Sathyaseelan, Simi, 154-8
Satio, Genya, 116-35
Sato, Koichi, 3-5
Sato, Kuniaki, 178-30
Sato, Shinjiro, 154-43, 133-8, 153-40
Satyanarayana, T.V., 57-5
Sauer, Daniela, 109-8, 127-11, 71-3,
127-10, 109-4
Sauer, Thomas J., 19-12
Saunders, Amy M., 18-3
Saunders, Martin, 106-9, 175-11
Saunders, Thomas J., 85-12
Sauvé, Sébastien, 158-22
Savaghebi, Gholam Reza, 155-35, 15545, 155-37
Savaghebi, Golamreza, 23-12
Savich, Vitalii I., 140-17
Sawamoto, Takuji, 138-75
Sayed-Farhad, Mousavi, 153-43
Saylor, William W., 144-38
Sayre, Ken D., 75-9
Sayyad, Gholamabbas, 153-43
Scatena, Fred, 177-34
Scelza, Rosalia, 145-18
Schaaf, Wolfgang, 17-1
Schad, Peter, 126-14, 179-9, 62-5
Schaefer, Carlos E.G.R., 139-40, 16410, 106-4, 106-9, 175-1, 175-11,
108-5, 175-5, 175-4, 133-2, 128-12,
144-23, 158-24
Schaefer, Garry L., 116-33
Schamschula, Marius, 116-33
Scheckel, Kirk, 63-6
Scheckel, Kirk G., 63-4
Schefe, Cassandra R., 15-9
Schellmann, Gerhard, 127-10
Schepers, James, 131-6
Scheuering, Ina, 45-4
Schiavon, Michel, 145-49
Schierer, Ronald, 154-39
Schifano, Vito, 145-22
Schiff, Sherry L., 106-5
Schindelbeck, Robert R., 148-15
Schlegel, Alan, 37-5
Schlichting, André, 140-2
Schloter, Michael, 140-32
Schmid, Brian, 56-8
Schmidhalter, U., 163-38, 2-10
Schmidt, John, 161-5
Schmidt, Juergen, 151-21
Schmidt, Klaus, 121-10
Schmidt, Margaret, 177-11
Schmidt, Max, 137-47
Schmidt, Michael, 83-10
Schmidt, Michael W. I., 17-8, 145-40,
120-12, 138-59, 138-73
Schmidt, Robert, 145-43
Schneckenberger, Katja, 138-58, 2-14
Schoenau, Jeffrey, 155-11
Schoeneberger, Philip J., 107-4
Scholberg, Johan M., 155-137
Scholberg, Johannes M., 54-9, 155-101
Schoonen, Martin A., 86-3
Schoorl, Jeroen M., 151-39
Schrader, Stefan, 137-3
Schug, Manfred, 149-20
Schulin, Rainer, 153-43, 164-16
Schulthess, Cristian P., 73-9
Schulz, Marjorie, 125-7
Schulze, Darrell, 139-35, 5-7
Schulze, Darrell G., 63-5, 128-9, 63-10
Schumacher, Thomas, 144-36
Schumacher, Thomas E., 124-8
Schumacher, Tom E., 64-3
Schumann, Russell, 39-23
Schwab, Gregory J., 75-12
Schwartz, Christophe, 98-2, 178-26
Schwartz, Robert, 13-1
Schwartz, Robert C., 154-11, 116-30
Schwarzenbach, René P., 79-2
Schwenke, Graeme, 155-136
Schwimmer, Wolfgang, 126-14
Schwärzel, Kai, 48-3
Schäfer, Klaus, 48-8
Schäfer, Thorsten, 134-2
Schülli-Maurer, Isabelle, 109-4
Sciortino, Marco, 144-5
Scott, John, 51-8
Seagraves, Randy, 161-2
Seavert, Clark, 152-12
Sebastia, Julien, 144-58
Seceleanu, Ion, 148-1
Secombe, Kate, 159-11
Sedogo, Michel P., 155-164
Seeger, Juliane, 45-1, 45-2, 45-4
Segda, Zacharie, 155-164
Segura-Castruita, Miguel A., 42-14
Sehgal, Ajay, 149-13
Seiter, Jennifer, 144-38
Seiter, Stefan, 162-12
Sekhon, K.S., 163-32
Seki, Katsutoshi, 137-10
Selim, H. M., 73-3
Selimi, Mafmudije, 142-16
Sellitto, Vincenzo Michele, 126-17, 5616
Selvaradjou, Senthil-Kumar, 172-2,
158-41
Selvi, Duraisamy, 163-4, 177-2, 13820, 166-3
Seman, Logie, 130-4
Semenov, Vyacheslav, 163-2
Semenov, Vyacheslav N., 137-19
Semenova, Nataliya, 163-2
Sencindiver, John, 116-45
Sene, Modou, 31-14
Senesi, Nicola, 35-10, 142-3, 115-57
Senwo, Zachary N., 126-16, 144-31
Seo, Dong Cheol, 155-92, 118-17, 11818
Seo, Myung Chul, 149-6, 149-5
Seo, Myung Chul, 153-26, 155-150,
162-11, 42-6
Seo, Myungchul, 159-14
Seo, Young Jin, 145-6
Seong, Ki Seog, 162-11
Seong, Ki-Seog, 162-22
Seong-Soo, Kang, 45-21
Sequi, Paolo, 173-13
Serpantié, Georges, 58-3
Serraj, Rachid, 172-1
Servín Ruíz, Diana E., 163-23
Sessay, Mohamed, 36-5
Sethi, Charan Jeet Singh, 153-44
Seumo, Eleonore Fosso, 167-12
Seuntjens, Piet, 144-56
Severson, Erik D., 107-1
Seybold, Cathy, 119-1
Seyfarth, Manfred, 45-1, 45-2, 45-7
Sfeir, Alberto, 176-6
Shaaban, S., 56-12
Shabanpour Shahrestani, Mahmoud,
137-22
Shabanpour, Mahmood, 57-1, 177-41,
125-1
Shafei, Siamak, 168-11
Shafer, David, 53-4
Shahalipour, Reza, 89-2, 164-4
Shahbaz, Akhtar M., 154-23
Shahidullah, A.K.M., 168-18
Shan-Ney, Huang, 155-94
Shanahan, John, 131-6
Shanmugam, Subramanian, 156-5
Shapiro, Charles, 155-127
Shariatmadari, Hossein, 168-21
Sharifi Ashourabadi, Ebrahim, 147-3,
147-4
Sharifi, Mehdi, 31-9, 177-20, 150-19
Sharifi, Mohammad Mehdi, 118-7
Sharma, J.C., 151-29
Sharma, J.P, 149-24
Sharma, K. N., 154-15
Sharma, Kishori Lal, 154-21, 152-13
Sharma, P.K., 115-52
Sharma, Pradeep K., 136-25
Sharma, Ram Baboo, 137-24
Sharma, Sheetal, 153-11
Sharp, Mike, 149-29, 149-19
Sharpley, Andrew, 116-50, 67-5, 161-5
Sharratt, Brenton, 151-4, 151-2, 151-26
Shaver, T.M., 147-15
Shaviv, Avi, 141-8
Shaw, George, 135-2
Shaw, Joey N., 116-22, 115-17
Shaw, Richard K., 178-4
Shehana, Rehana Cottage Soudamini,
166-33
Sheik Dawood, M, 155-154
Shein, E.V., 145-7
Shein, Evgeny, 34-4, 136-8
Sheklabadi, Mohsen, 150-19, 177-20
Sheldon, Anna R., 23-3
Shelepova, Olga V., 154-17
Shelton, Daniel, 139-28
Shen, Hong, 104-5
Shen, Ren Fang, 104-9
Shenker, Moshe, 158-34
Shennan, Carol, 150-21
Shepherd, K. D., 160-8, 160-10
Shepherd, Keith, 160-4, 18-1
Shepherd, Keith, 83-1
Shepherd, Keith D., 160-7
Sheppard, Marsha, 135-33
Sherrod, Lucretia, 75-8
Sheta, Abdelaziz S., 166-2
Shetty, Vishwanath, 150-16
Shevtsova, Lyudmila K., 25-5
Shevtzova, Ekaterina, 99-2
Shevyakova, Nina I., 159-26
Shi, Jianchu, 116-14
Shi, Kun, 145-31
Shi, Xuezheng, 62-3, 150-20
Shi, Xun, 91-7
Shibata, Mitsue, 17-2
Shiel, Robert S., 154-33
Shigehiro, Ishizuka S., 118-6
Shihragimov, Alamudin K., 127-19
Shiklomanov, Nikolay I., 40-3
Shillam, Laura-Lee, 126-15
Shillito, Rose M., 3-4
Shim, Myoung Yong, 104-6, 155-32
Shimizu, Masayuki, 144-42
Shimizu, Tadashi, 139-37
Shin, Jae-Hoon, 162-23
Shin, Wansik, 140-8
Shinjo, Hitoshi, 166-32, 95-6
Shinkarev, Alexander A., 65-4
Shinmachi, Fumie, 104-10, 104-11
Shinya, Funakawa, 140-22
Shipeng, Li, 138-78
Shipitalo, Martin J., 170-32
Shirinfekr, Ahmad, 155-17
Shirisha, D., 155-56
Shivananda T N, Shivananda T. N., 606
Shivananda, T. N., 141-13
Shoaib, J.U., 164-2
Shoaib, Ju Md., 128-4
Shoba, Sergey, 77-3
Shoba, Sergey A., 109-6
Shober, Amy, 45-12
Short, Michael, 56-15
Shoulong, Liu, 163-18
Shouse, Peter, 153-19
Shouse, Peter J., 71-4
Shrestha, Dhruba P., 122-11
Shrestha, Sangam, 170-29
Shrotriya, Anil Kumar, 122-5
Shu, Xianfeng, 178-18
Shuangyi, Li, 138-78
Shubitz, Lisa, 168-12
Shuford, James, 155-99
Shukla, Manoj K., 162-20
Shulga, Pavel S., 33-6
Shullenberger, Eric D., 132-7
Shur, Yuri, 175-13, 40-2, 106-8
Shutko, Anatolij, 160-16
Shwartz, Christophe, 178-19
Sickman, James O., 160-22
181
AUTHOR INDEX
Sajedi, Nour Ali, 155-21
Sajko, Krunoslav, 151-34
Sajwan, Kenneth, 163-42
Sakata, Tadashi, 177-36
Sakharov, Alexei A., 109-6
Sakrabani, Ruben, 70-5
Sakurai, Katsutoshi, 45-24, 156-6, 1304
Salam, Abdul Kadir, 93-2
Salas-Galvan, Erika, 155-71
Salazar, Enrique, 162-29, 155-62, 15317, 162-27
Salazar, Francisco, 154-28
Salazar-Sosa, Enrique, 153-31
Sale, Peter, 54-6
Saleh Pour Jam, Amin, 151-25
Saleh, Arsil, 155-95
Salehi, Ali, 28-6, 149-15
Saleque, Md. Abu, 148-8
Saljnikov, Elmira, 68-4
Salmasi, Ramin, 153-32
Salminen, Reijo, 91-1
Salon, Paul R., 54-3
Salton, Julio Cesar, 149-21
Salvador, Jetro Turan, 155-148
Salvador-Blanes, Sebastien, 85-2
Salvagiotti, Fernando, 155-86, 155-25
Salvano, Esther, 154-44
Samantaray, R.N., 95-4
Samazaka, David Kaumba, 37-3
Sameni, Abdol Majid, 137-38
Samokhin, Alexei, 170-23
Samonova, Olga A., 124-7
Samouëlian, Anatja, 85-3
Samra, Jagir Singh, 111-5
Samson, M.I., 146-10
Samson-Liebig, Susan E., 116-48
Samui, R. C., 155-170
Sanborn, Paul, 175-14
Sanchez Cohen, Ignacio, 160-14
Sanchez Guzman, Patricio, 176-7
Sanchez, Naman, 156-13
Sanchez, Pedro, 150-9, 6-7, 69-1, 9-3,
11-4
Sanchez-Cortes, Santiago, 93-3
Sanchez-De Leon, Yaniria, 148-14
Sanchez-Diaz, Juan, 62-1
Sanchez-3anon, Manuel, 137-17
Sanders, Dee Ann, 144-22
Sandrelli, Fabio, 132-3
Sang Su, Na, 142-7
Sangakkara, U. R., 12-2
Sangeetha, Mani, 163-21, 170-26
Sanginga, N., 155-68
Sano, Oki, 115-33
Sano, Shuji, 155-38
Santana, Bayanor, 126-21, 126-3
Santana, Derli P., 128-9
Santesteban, Ander, 144-34
Santhu Mohamed, Sharmila Banu, 16824, 168-25, 45-27, 165-4, 60-7
Santhy, Ponnusamy, 138-20, 166-3
Santos, Fabiana S., 158-9
Santos, Gabriel De A., 133-13
Sanz Elorza, Mario, 115-47
Saraiva, Odilon Ferreira, 136-12
Saranva, Odilon Ferreira, 136-14
Sardanelli, Sandra, 167-16
Sardin, Michel, 178-21
Sarkar, Reshmi, 166-29
Sarkar, Sumana, 170-1
Sarkar, Supradip, 153-9
Sarker, Bikash C., 137-33
Sarker, Donbox, 161-1
Sarli, Guillermo O., 139-40, 136-11,
136-22
Sarmadian, Fereydoon, 115-10, 121-4
Sasa, Hiromi, 170-30
Sasaki, Choichi, 3-5
Sasaki, Satohiko, 174-8, 104-10
Sasaki, Takayuki, 104-15, 104-5
Sase, Takashi, 3-5
Saseendran, S. A., 1-4
Siddaramappa, R., 155-156, 154-1,
155-157, 141-13
Siddiqui, Samina, 74-4
Sideman, Eric, 162-12
Sidorov, Igor, 160-16
Siebe Grabach, Christina, 160-6, 15920, 33-8
Siebe, Christina, 125-12
Siewers, Ulrich, 13-1
Sihag, D., 163-32
Sikka, Alok Kumar, 170-24, 95-11
Sikora, Frank, 155-47
Silburn, D. Mark, 112-3
Silva, Edson Cabral Da, 152-2
Silva, Euzébio Medrado, 137-35
Silva, Ivo R., 145-30
Silva, Nelson Machado Da, 155-151
Silva, Steven R., 17-13
Silva, Wilson Tadeu L. Da, 133-13
Simas, Felipe N. B., 106-4
Simas, Felipe N.B., 175-4, 175-5, 1751, 175-11, 106-9
Simini, Michael, 168-1
Simkins, Stephen C., 118-15
Simkovic, Ivan, 57-8, 119-17
Simon, A., 89-3
Simon, Barbara, 123-3
Simon, Sanford, 86-3
Simoncini, Stefania, 138-25
Simoni, Andrea, 144-5, 154-58
Simonis, A. D., 155-44
Simonnot, Marie-Odile, 178-20, 17821
Simonson, Duane, 115-42, 12-6, 12-7
Simonsson, Magnus, 155-122, 162-31,
143-5
Simpson, Andre, 52-5
Simpson, André J., 145-46, 138-7
Simpson, Myrna J., 52-5, 145-46
Sims, J. Thomas, 116-51, 144-47, 15419, 154-61, 9-1
Sims, J.T., 45-12
Simunek, Jiri, 48-12
Simunek, Jirka, 48-11, 137-36, 119-4,
136-4
Šimunic, Ivan, 148-5
Simunji, Simunji, 37-3
Simões, Marcelo, 133-13
Sinaj, S., 13-2
Sinaj, Sokrat, 154-51
Sinclair, H. Raymond, 95-2
Singaram, Palanisamy, 178-25
Singaravel, Ramaiyan, 166-16
Singh, A. K., 167-10
Singh, Abdhesh K., 170-25
Singh, Ajay P., 153-12
Singh, Anil Kumar, 99-10
Singh, Anoop, 83-12
Singh, Bal Ram, 155-173
Singh, Balwant, 158-25, 44-4, 79-5, 294, 155-136
Singh, Bharat, 155-158
Singh, Bhupinder, 116-2
Singh, Bijay, 155-77, 153-8, 31-6
Singh, C.P., 163-15
Singh, D. K., 167-10
Singh, Gurmeet, 97-5, 170-18
Singh, J., 155-163
Singh, J. P., 167-4
Singh, Jagrati, 147-1
Singh, J.P., 170-25, 163-32
Singh, Komal, 153-47
Singh, Kuldeep, 164-5, 155-162
Singh, M. V., 104-18
Singh, Meharban, 31-6
Singh, R. K., 159-23, 155-163
Singh, R. P., 159-23, 155-163
Singh, R. S., 159-23, 155-163
Singh, Ramendra, 154-6
Singh, S. N., 159-23, 155-163
Singh, S.K., 153-3
Singh, S.S., 170-24, 170-25, 149-7, 9511
182
Singh, U., 154-14
Singh, Upendra, 4-4, 67-4
Singh, Varinderpal, 154-49
Singh, Yadvinder, 155-77, 31-6
Singha, Kamini, 48-14
Singhandhupe, R. B., 153-46
Sinh, S.C., 168-19
Sistani, K. R., 163-25
Sistani, Karamat R., 146-4
Sisák, István, 170-15
Sivakumaran, Siva, 112-5
Sivakumaran, Siva (Sivalingam), 15623, 166-7, 145-52, 123-11
Sivapatham, Paramasivam, 163-42
Six, Johan, 43-3, 8-2, 138-16, 138-30,
138-44, 15-4, 15-10
Six, Johan W., 82-5, 138-65
Sk Patra, D. Mazumdar, Ss Das And,
164-7
Skiba, Stefan, 40-4
Skierucha, Wojciech, 56-10
Skjemstad, Jan, 133-1
Skjemstad, Jan O., 120-12
Sklowodowski, Piotr, 115-43
Skoufos, Ioannis, 140-19
Skripnikova, Marina I., 120-3
Skvortsova, Elena B., 120-11
Slater, Brian, 115-37, 28-3
Slavich, Peter, 174-5, 160-13
Sleugh, Byron, 147-7
Slingerland, Maja A., 24-3
Sloan, J. L., 115-39
Sloan, James L., 13-12
Sloan, John J., 178-28
Smagin, Andrey V., 75-3
Smalberger, S. A., 154-14
Small, Doug R., 162-33
Smart, David, 60-1
Smart, David R., 20-4
Smart, Roger St C., 39-23
Smeck, Neil E., 62-4
Smesrud, Jason K., 158-29
Smetak, Katherine, 148-14
Smettem, Keith R.J., 17-3
Smith, C.A. Scott, 175-14
Smith, Chris J., 70-6
Smith, David B., 13-3, 117-7, 117-4,
117-3, 13-2
Smith, David W., 91-4, 115-41
Smith, Delbert, 137-47
Smith, Doug, 150-17, 97-4
Smith, D.R., 148-17, 151-9
Smith, James E., 160-20
Smith, Kevin, 15-5
Smith, Steven M., 13-2
Smith, Timothy E., 81-4
Smith, Walter, 161-6
Smithson, Paul, 158-26
Smucker, A.J.M, 101-2, 145-55
Smucker, Alvin, 136-23, 53-1, 15-3
Smucker, Alvin J.M., 138-36
Smyth, T. Jot, 148-9
Snapp, Sieglinde, 138-82, 155-126
Sneller, Emily G., 154-30
So, Kyu Ho, 162-22
So, Kyu Ho, 162-11
So, Sugihara, 140-22
Soares, Marcio, 166-47
Soares, Marcio Roberto, 139-41
Soaud, Abdou A., 75-14
Sobocka, Jaroslava, 178-3
Sobrino, E., 115-47
Sodhi, G.P.S., 31-6
Sogbedji, Jean, 70-4
Sogbedji, Jean M., 25-3
Sohi, Saran, 72-1, 138-19
Sohn, Bo Kyoon, 140-9, 155-92
Sojka, R. E., 35-2
Sokolov, Ilia A., 5-1, 175-10
Sokolovska, Maria, 6-7, 124-5
Sokolowska, Zofia, 145-10, 137-15
Solaiman, Zakaria, 35-13
Solari, Fernando, 131-6
Solaro, Silvia, 163-31
Solbakken, Eivind, 90-11
Sole-Benet, Albert, 136-1, 136-10, 11912, 119-10
Soleimani, Reza, 155-72, 155-84, 15924, 164-3
Soliman, Aiman S., 131-12
Soliman, Fouad H., 156-9
Soliman, Soliman M., 6-2
Solleiro-Rebolledo, Elizabeth, 49-1
Solomon, Dawit, 134-2, 133-15, 13316, 63-3, 133-1, 133-8
Solomon, Marian .G, 89-7
Solomon, M.G., 166-21
Solís, Corina, 163-23
Somawanshi, R. B., 155-63
Somenahally, Anil K., 154-56
Somenahally, Anil Kumar, 170-6
Sommer, Michael, 85-13, 55-3
Somogyi, Zoltan, 47-3
Somsak, Ladislav, 119-17
Son, Il-Soo, 155-114, 146-12, 146-13,
122-20
Sonar, Kashinath Ragho, 144-30, 15558
Song, Kwan-Cheol, 126-8
Song, Yo-Sung, 155-142
Sonn, Yeon Kyu, 149-6, 149-5
Sonn, Yeon-Kyu, 137-9, 137-34, 42-6
Sonn, Yeonkyu, 159-14
Sonneveld, Marthijn, 111-1
Sopheareth, Mao, 142-11
Soppe, Richard, 153-19
Soracco, C. German, 136-11, 136-22
Soratto, Rogério P., 155-120
Sorel, Luc, 100-5
Soriano Páez, José Miguel, 115-47
Soriano, Sonia, 93-9
Sorokina, Natalia P., 78-13
Sotomayor-Ramírez, David, 138-83
Soulis, Kostaninos, 115-44
Sousa, Jose Geraldo De A., 131-1
Sousa, José Geraldo De A., 131-9
Southard, R. J., 155-135
Southard, Susan, 165-6, 115-41
Souto, J. Carlos, 177-26
Souza Da Silva, Ana Cristina, 133-5
Spaargaren, Otto, 179-9, 172-2, 61-1,
175-7, 179-7
Spadini, Lorenzo, 144-58, 144-57
Spagnolo, Ralph, 118-25
Spagnuolo, Matteo, 51-9, 143-2
Spargo, John, 163-45
Sparkes, Debbie. L., 136-6
Sparks, Donald, 93-4, 144-38, 144-55,
145-50, 139-24, 144-40, 11-1
Sparks, Donald L., 21-2, 63-7, 144-42,
51-11
Sparrow, Ashley D., 141-4
Speiser, Ferenc, 150-13
Sperstad, Ragnhild, 109-4, 90-11
Speth, Phillip E., 81-5
Spiegel, Heide, 168-17
Spiers, Graeme A., 118-23, 51-7, 14467
Spiess, Andrea, 83-7
Spiteller, Michael, 15-14
Spokas, Lesley A., 118-15
Spongrova, Kamila, 119-13
Sprinkle, Amy L., 45-13
Sraka, Mario, 107-5
Sridhara, S., 162-30
Srikanth, K., 162-8
Srinivas, Dhanyamraju, 57-5
Srinivasamurthy, C.A, 154-1, 155-157
Srinivasarao, Cherukumalli, 152-10,
152-1
Srinvasamurthy, C.A., 155-156, 83-3
Srisuk, Kriengsak, 159-17
Srivastava, Aditi, 115-3
Srivastava, Anupkumar, 155-165
Srivastava, P., 38-3
Srivastava, P.C., 153-3
Srivastava, Prakash C., 153-12
Srivastava, Prashant, 79-5, 153-12
Stahnke, Alan, 124-1
Stahr, Karl, 155-33, 178-1, 33-8, 109-8,
127-11, 71-3, 125-8, 127-10, 109-4
Stalin, Varadarajan, 162-34
Stanga, Iulian, 124-10
Stanturf, John A., 78-11
Stark, Christine H., 141-1
Starodubtsev, V. M., 135-12
Starodubtsev, Vladimir M., 83-8
Starovoitova, Elena U., 176-1
Starr Peace, Dionne, 60-2
Starr, James, 48-1
Starr, Mike, 47-3
Staunton, S., 79-3
Staunton, Siobhán, 144-41, 135-6
Stavrova, Nina, 138-40
Steele, Dean, 149-29, 149-19
Steenhuis, Tammo S., 63-11
Steenwerth, Kerri L., 20-4
Stefanovits, Pal, 179-8
Steffens, Markus, 138-18
Stehouwer, Richard, 158-19
Stein, Christine, 109-8, 127-11
Steinbach, Haydee, 155-29, 155-31
Steiner, Christoph, 72-4, 72-3
Steinhilber, Patricia, 95-10
Steinmann, Horst H., 155-3
Steinnes, Eiliv, 88-3
Steinweg, Megan, 138-16, 15-16
Stemmer, Michael, 141-3
Stemmler, Sebastien, 21-5
Stensvold, Krista, 129-12, 6-1
Stepanov, Alexei L., 140-3, 138-38
Stephens, Brandon M., 110-7
Sternberg, Paul D., 71-4
Stevanato, Piergiorgio, 165-7
Stevens, J., 150-18
Steward, Genevieve, 160-17, 160-7
Stewart, Alison, 141-1
Stewart, B.A., 37-1
Stewart, Catherine, 15-4
Stewart, Warwick, 39-23
Stidum, Eric, 163-42
Stiles, Cynthia, 132-7, 117-5, 129-12,
132-6, 6-1
Stockdale, Elizabeth A., 43-4, 59-1
Stockert, Christine, 60-1
Stocking, Lisa, 167-16
Stockman, Emily K.D., 139-34
Stoffella, Peter J., 73-6
Stoffregen, Heiner, 98-3, 136-4, 137-15
Stoicheva, Dimitranka I., 170-4
Stolbovoy, Vladimir, 106-6, 158-41,
150-4
Stolt, Mark H., 120-2, 118-22, 125-11
Stomph, Tjeerdjan, 24-3
Stone, Alan T., 135-9
Stone, Alex, 138-82
Stonestrom, David A., 135-21
Stoops, Georges, 126-13
Stoorvogel, Jetse, 111-1
Storchi, Paolo, 165-10
Storeygard, Adam, 150-9
Stott, Diane E., 138-70, 150-17, 22-2
Stout Evans, Rachel M., 124-9
Stout, John E., 151-26
Strawn, Daniel, 50-3
Strawn, Daniel G., 144-39
Streck, T., 2-5
Streck, Thilo, 20-1
Strelkova, Vera I., 118-9, 140-29
Strickland, Timothy, 54-9
Stroganova, Marina, 98-4
Stroosnijder, Leo, 75-10, 54-8
Struis, Ruud, 63-1
Stuchi, Eduardo S., 155-147
Stucki, Joseph W., 51-8, 63-12
Stum, Alexander K., 18-3
Stêpniewski, Witold, 164-11
Stüben, Doris, 178-18
Su, Chunming, 144-37
Sylvia, David, 118-12
Sylvie, Recous, 155-28
Sz. Kele, Gabriella, 179-4
Szabo, Zoltan, 135-23
Szabó, József, 115-27
Szabó, Lajos, 146-11
Szafranek, Antoni, 139-39, 115-43
Szalai, Zoltan, 151-19
Szarlip, Pawe, 89-5
Szeder, Balazs, 123-3
Szegedi, Krisztian, 139-17, 51-3
Szegi, Tamas, 179-8, 123-3
Szilas, Casper, 145-34
Szogi, Ariel A., 154-57
Szyska, Brigitta, 170-17
Szûcs, István, 150-13
Sánchez G., Patricio, 42-14
Sánchez, Julio M., 149-25, 42-22, 14213, 142-4, 151-33
Sène, M., 158-40
Séguin, Véronique, 21-4
Séré, Geoffroy, 98-2, 178-26
Sørensen, Rolf, 109-4
T
Taboada, T., 123-8
Taboada-Castro, M. M., 136-24
Taboada-Castro, M.M., 123-8
Taboada-Castro, M.T., 136-24
Tabor, Joseph, 168-12, 108-2
Tadashi, Adachi, 154-23
Tadesse, Shimels, 158-35
Tadesse, Wubishet, 116-33
Tagami, Keiko, 135-19, 135-7
Tagmann, Hans Ulrich, 59-3
Tahoun, Salah A., 113-2
Taimo, J.P.C., 149-20
Takada, Hisayoshi, 15-11
Takahashi, Masamichi, 144-9, 177-36
Takahashi, Tadashi, 144-17, 154-65
Takaku, Yuichi, 135-25
Takamatu, Rieko, 3-5
Takashi, Kosaki, 140-22
Takasu, Eiichi, 126-19
Takata, Yusuke, 166-19, 68-4
Takeda, Akira, 135-25, 135-17
Takeda, Hiroshi, 135-3
Takeda, Hiroyuki, 168-14
Takenaka, Chisato, 118-6
Talbott, Jonathan L., 51-8
Talukder, A.S.M.H.M., 155-133
Tamimi, Meysam, 118-7
Tamminen, Pekka, 47-3
Tamura, Kenji, 133-4
Tan, C. S., 145-19
Tan, Chin, 123-10
Tan, C.S., 154-72
Tan, Hongwei, 155-108
Tan, Ivy, 70-4
Tan, Ivy Y. S., 155-85
Tan, Manzhi, 28-4
Tan, Wen Feng, 144-14, 139-4
Tanaka, Donald L., 151-26
Tanaka, Nagaharu, 177-17
Tanaka, Sota, 45-24, 130-4
Tanaka, Ueru, 95-6
Tandarich, John, 122-8
Tang, Caixian, 155-128, 54-6
Tang, Jia-Liang, 48-5
Tangumonkem, Eric T., 93-12
Tani, Masayuki, 166-32, 154-24
Tanida, Hajime, 135-11
Tanikawa, Norimasa, 154-41
Tanji, Kenneth K., 153-24, 153-30
Tanneberg, Hartmut, 51-3, 126-6
Tappero, Ryan, 145-50
Tappero, Ryan V., 21-2
Targulian, Victor O., 78-8
Tarkalson, David, 155-127
Tarnocai, Charles, 40-2, 106-1
Tarquis, A.M., 60-3
Tarquis, Ana M., 19-6, 150-8, 42-15,
160-2, 115-15, 137-29
Tarvainen, Timo, 13-1
Tarzia, Domingo A., 116-12
Tasistro, Armando S., 154-4
Taskey, Ronald D., 122-21
Tateda, Y., 9-1
Tateo, Fabio, 143-2
Tattari, Sirkka, 39-4
Tau, Tran Kong, 154-9
Taubald, Heinrich, 121-10
Tauchnitz, Sebastian J., 45-6
Tawornpruek, Saowanuch, 85-7
Taylor, Henry, 56-15
Taylor, James A., 56-15
Taylor, Kathryn, 155-136
Taylor, Robert, 126-16, 155-99
Taylor-Powell, Ellen, 149-10
Tayub Mrabet, Tayub, 155-169
Tazisong, Irenus A., 144-31
Tchienkoua, M., 128-13
Teal, R. K., 155-98
Teal, Roger, 155-88
Teare, Brody, 153-22
Teasdale, John, 167-16
Tedrow, John C., 40-1
Tegtmeier, Ursula, 120-12
Teixeira, Wenceslau G., 72-4, 72-3
Tejada, Manuel, 166-39
Tejedor, Marisa, 42-13, 126-1
Tenorio Arvide, Maria Guadalupe, 1264, 139-36
Tenuta, Mario, 144-28, 6-8
Teppen, Brian, 65-1, 110-9
Teppen, Brian J., 154-27, 79-4, 110-6
Terribile, Fabio, 126-17, 126-13, 13626, 101-1
Terruzzi, Laura, 144-54
Terry, Dennis, 109-5
Terry, Richard E., 8-5
Terzano, Roberto, 51-9, 143-2
Tessaro, L. C., 154-14
Tessier, Daniel, 59-3, 64-4
Teste, Francois, 177-11
Teuber, Nolberto, 154-28
Tevez, Hector R., 139-15
Tewolde, Haile, 163-25
Thai, Truong Giang, 39-7
Thakali, Sagar, 86-1
Thanachit, Suphicha, 119-22
Thapa, K. B., 150-7
Thatikunta, Ramesh, 129-2
Theler, Carole, 164-14
Theng, Benny K.G., 52-1
Theocharopoulos, Sid. P., 151-32
Thery, Pierre, 19-12
Thiele, Stefanie, 28-5
Thieme, Jürgen, 63-8
Thies, Janice, 133-1, 138-54, 133-16,
133-17, 141-5, 133-15
Thies, Janice E., 142-9, 148-15
Thieuleux, Line, 155-28
Thimm, A., 120-9
Thiombiano, Lamourdia, 57-9, 11-6
Thippeshappa, G.N., 155-156, 154-1
Thiyageshwari, S., 163-26
Thiyageshwari, Subramanium, 163-4,
177-2, 163-7, 155-159
Tholkappian, Panchaksharam, 155-69
Thom, William, 150-18
Thomas, Doug, 1-12
Thomas, Frédéric, 149-30
Thomas, H. R., 178-24
Thomas, Joan Elizabeth, 39-23, 145-43
Thomas, Mark, 74-2, 55-4
Thomas, Stephon, 19-5
Thomason, W.E., 155-18
Thomasson, J. Alex, 115-24
Thompson, Jacqueline, 149-4
Thompson, James, 116-45, 3-3
Thompson, Michael L., 115-51
Thornton, Philip K., 70-1
Thuita, Moses, 155-161
Thwaites, Robin N., 28-3, 122-19, 1212
Tian, Guanglong, 178-29, 148-20
Tian, Junliang, 150-1
Tibbett, Mark, 158-27
Tiedje, James M., 3-7
Tijani-Eniola, Hassan, 155-55
Timlin, Dennis, 4-3, 48-1
Tinh, Tran Kim, 39-19
Tippkötter, Rolf, 43-5, 142-1
Tirez, Kristof, 144-56
Tischenko, Svetlana A., 118-8
Tisdall, Judy, 136-20
Tittarelli, Fabio, 173-13
T.M., Thiyagarajan, 168-24, 168-25
Todd, Tim, 138-53
Toderi, Giovanni, 138-74
Tognetti, Conrado, 105-5
Togun, Adeniyi O., 154-25
Toivonen, Peter, 155-132
Tojo Soler, Cecilia M., 116-54
Tokunaga, Ko-Ichi, 3-5
Tolaymat, Thabet, 63-6
Toledo, Luciano De Oliveira, 130-5
Tolk, Judy, 100-3
Tolmie, Philippa E., 112-3
Tolner, Lászlo, 139-29, 116-21
Tom, Harry, 145-37
Toman, Frantisek, 22-4
Tombacz, Etelka, 123-3
Tomic, Franjo, 148-5
Tong, Juxiu, 153-38
Tonkonogov, Valentine D., 42-9, 175-6
Tonneijck, Femke H., 4-5
Tonon, Giustino, 177-31
Toor, Gurpal, 147-6, 154-19, 154-61
Topalanchik, A.R., 137-16, 115-35
Topark-Ngarm, Bubpha, 159-25
Topazh, Alexandr, 137-1
Topp, G.Clarke, 100-4
Topp, Kairsty F.E., 59-4
Toppler, Nadia R., 39-13
Torab, Magdy M., 83-6
Torabi-Golsefidi, Hossein, 156-7, 39-6,
179-2
Torigoe, Takahiro, 145-25
Torn, Margaret, 135-18
Torrent, José, 174-1, 29-3
Torres Sanchez, Rosa Maria, 139-15,
145-33
Torres, Eleno, 138-33, 136-12, 136-14
Torrisi, Biagio Francesco, 95-7
Torstensson, Gunnar, 162-9
Tortella, Gonzalo R., 145-20
Totsche, Kai, 144-21, 158-28
Totsche, Kai Uwe, 36-4
Tountas, Panagiotis, 151-32
Trakoonyingcharoen, Punyisa, 128-11
Tran, Kim Tinh, 39-20
Trejo, Marco, 148-9
Trelo-Ges, Vidhaya, 159-25
Trevizam, Anderson Ricardo, 11-2
Tri, Le Quang, 33-9
Triantafilis, John, 14-5, 160-18, 16015, 74-5
Tribe, Lorena, 145-32
Triegel, Elly, 39-22
Trinchera, Alessandra, 95-7
Trinks, Steffen, 98-3
Trisorio Liuzzi, Giuliana, 68-5
Trivelin, Paulo C. O., 152-2
Trofymow, Tony, 17-7
Trolard, F., 139-24
Trolove, Stephen, 67-2, 154-38
Trombino, Luca, 109-11
Trumbore, Susan E., 135-18
Trükmann, Katrin, 57-7, 156-16
Tsai, Chen-Chi, 122-15
Tsai, Heng, 123-2
Tsai, Siu Mui, 133-16, 133-17
Tsatskin, Alexander, 92-5, 29-2, 156-19
Tsegaye, Teferi, 116-33
Tseng, Mei-Hwei, 35-5
183
AUTHOR INDEX
Su, Jianping, 24-5
Su, Yi, 144-65
Su, Yu, 178-17
Suarez, Donald, 81-4
Suarez, Donald L., 51-10, 112-4
Subagjo, H., 155-95
Subagyono, Kasdi, 160-13
Subbotina, Irina, 4-1
Subbarayappa, Badrinath, 23-8
Subburayalu, Sakthi Kumaran, 115-37
Subramanian, Deepa, 156-5
Subramanian, Kizhaeral S., 153-6
Subramanian, Sanjeeviraja, 155-53
Subramanian, Senthil K., 145-55, 13836, 138-34
Subramanian, Thiyageshwari, 165-1
Subramanian, Thiyageshwari, 156-5
Subudhi, Sumita, 144-15
Sucre, Eric, 120-1
Suddhiprakarn, Anchalee, 119-22, 12811, 85-7
Sudduth, Kenneth A., 56-13, 152-3
Sudhalakshmi, Chinnappan, 104-16,
142-19, 2-2
Sudharmaidevi, C.R, 45-18
Sudhir, K., 138-11, 139-44, 154-50
Sudnitsyn I., Ivan I., 116-13
Sudo, Shigeto, 118-11
Sueta, Juvia P., 124-6
Suetsugu, Atsushi, 137-26
Sugihara, Soh, 95-6
Sugimoto, Mikihiro, 142-18
Sugimoto, Takuma, 142-17, 142-18
Suh, Daesuck, 140-10
Sukchan, Somsak, 159-17, 159-25
Suleiman, Majda, 155-152
Sullivan, Dana, 115-17
Sullivan, L. A., 39-15, 39-16
Sullivan, Leigh, 39-11, 39-8, 174-5, 102
Sullivan, Leigh A., 39-1, 39-12, 39-18,
39-13, 39-17, 39-21, 39-14, 39-3,
39-25, 132-12, 138-26
Sullivan, Tarah S., 141-5
Sultan, Mohd. Afroz, 149-7
Suma, Ramegowda, 154-13
Suman, Banwari Lal, 138-12
Sumida, Hiroaki, 166-32
Sumida, Hirokazu, 148-11
Sun, Jong Ho, 155-92
Sun, Ke, 145-16, 110-8
Sun, Lina, 156-8, 170-28
Sun, Qiwu, 166-17, 141-6
Sun, Tieheng, 170-28
Sun, Weixia, 24-5
Sun, Yanci, 28-4
Sunairi, Michio, 174-8
Sung Jae, Kim, 142-15
Sung, Jwa Kyung, 162-26
Sung, Jwa-Kyung, 162-5
Sung, Sun Jin, 155-92
Sunu, S., 45-18
Suo, Dongrang, 146-3
Sur, Pintu, 144-15, 163-40
Surabian, Deborah A., 42-1
Surendran, U., 16-3, 104-16, 142-19, 22
Suri, V.K., 154-10
Suryano, Shoshana, 138-81
Susaya, Janice P., 124-6
Susfalk, Richard, 137-47
Sushma, A. R., 162-30
Sutton-Grier, Ariana, 84-2
Sv, Subbaiah, 155-111
Swanston, Christopher, 17-7, 177-35,
135-18
Swarup, Anand, 155-49
Swathi, A., 85-15
Sweetwood, Ryan, 8-5
Swidinsky, Don, 56-2
Swihart, Jay, 137-47
Syed Rastan, Syed Omar, 57-10
Syers, John Keith, 67-3, 67-1
Tsouloucha, F., 151-32
Tsugiyuki, Masunaga, 178-30
Tsui, Chun-Chih, 146-14
Tsukada, Hirofumi, 135-25, 135-17
Tsuruta, Haruo, 138-75
Tu, Ching, 48-7
Tu, Denise, 119-6
Tu, Xingnan, 158-39
Tubana, B. S., 155-98
Tufano, Katharine, 73-5, 50-1
Tufano, Katharine J., 51-5
Tugay, Tatyana, 135-1
Tugel, Arlene J., 16-4, 53-5
Tuli, Atac, 45-9
Tulina, Anastasiya, 163-2, 138-40
Tuller, Markus, 137-8
Tume, Pedro, 7-6
Tunega, Daniel, 139-12, 110-1
Tunney, Hubert, 150-23
Tuovinen, Olli, 102-2
Tuovinen, Olli H., 44-7
Turco, Ronald, 138-82
Turcotte, David E., 119-2
Turekeldieva, Rimma, 114-1
Turetsky, Merritt R., 102-6
Turick, Charles, 145-48
Turk, J.K., 85-11
Turner, David P., 166-43
Turner, Debra, 166-50
Turner, Janet, 152-12
Turrubiartes-Higuera, Karen, 158-30
Tursina, Tatiana V., 1-5
Tuttle, Wes, 74-1
Tyler, Donald D., 45-17, 138-71
Tyler, Scott, 35-3
Tylianakis, Jason, 45-25
Tyufekchieva, Nora A., 63-8
Tziouvalekas, M, 115-54
Tzora, Athina, 140-19
Täumer, Karsten, 136-4
Tóth, Brigitta, 119-9
Tóth, Gergely, 150-4, 150-13
Tóth, Tibor, 179-5, 99-6, 150-13
U
Uchida, Shigeo, 135-7, 135-10, 135-3,
135-19
Udawatta, Ranjith P., 137-5, 137-12,
138-69
Uddin, Mohammad Jashim, 118-10
Udomsri, Satira, 122-11
Ueno, Chihoko, 20-6
Ueno, Hideto, 155-102
Ugolini, Fiorenzo C., 113-1
Ulery, April L., 135-22, 135-8
Ulger, Can A.,, 154-20
Ullah, R., 155-117
Ultra, Venecio U., 155-155
Uma Devi, Ramar, 155-159, 155-61
Uma Devi, Ramar, 170-26
Umarova, Aminat, 136-8
Unamunzaga, Olatz, 60-9
Unang, Brangking, 130-4
Upchurch, Rima, 94-5
Uren, Nick, 136-20
Urquiaga, S., 2-1
Urquiaga, Segundo, 138-33, 2-3
Urrego, John, 47-2
Urushadze, Tengiz, 173-8
Ushakumari, K., 162-16
Ushiwata, Silvio Yoshiharu, 170-30
Usowicz, Boguslaw, 116-8
Uspenskaya, Olga N., 120-3
Usunoff, Eduardo, 176-6
Utkaeva, V.F., 136-15
Uyo, Lah J., 173-4
V
V. Lützow, Margit, 15-15
V, Pardhasaradhi, 162-19
184
Vadakattu, Gupta V.S.R., 140-4, 20-3,
80-3
Vadas, Peter, 116-50
Vageesh, T.S., 150-16
Vagen, T-G, 160-8
Vaillant, Grace, 170-10
Vaio, Nicolas, 155-104
Val’kov, Vladimir F., 123-5, 129-4
Valente, Antonio, 45-9
Valera Perez, Miguel A., 126-4
Valera, Angel, 159-2
Valkova, Tatyana Y., 130-6
Valladares, Denis, 156-13
Valladares, Gustavo Souza, 118-16, 4210
Van Averbeke, Wim, 166-43
Van Breemen, Nico, 138-30
Van Cleemput, O., 5-1
Van Cleemput, Oswald, 17-9
Van Dam, Remke L., 128-3
Van Den Dijssel, Carlo, 112-5
Van Den Dijssel, Carlo, 156-23
Van Der Borg, Klaas, 120-12
Van Der Velde, Marijn, 45-15, 153-15,
112-5
Van Der Zee, Sjoerd, 168-10
Van Eekeren, Nick, 162-21
Van Es, Harold M., 70-4, 25-3, 115-28,
148-15, 155-105
Van Es, Harold M., 155-85
Van Genuchten, M. Th., 48-12, 48-11,
119-3, 119-4
Van Groenigen, Kees Jan, 138-30
Van Heel, Simon, 97-4
Van Huyssteen, Cornelius W., 90-1
Van Kessel, Chris, 138-30
Van Kessel, Chris, 17-7
Van Keulen, Herman, 138-66
Van Leeuwen, John, 34-3
Van Mourik, J. M., 77-4
Van Pelt, R. Scott, 151-3
Van Ranst, Eric, 47-3, 116-61
Van Roy, Sandra, 144-56
Van Schaik, Joris W.J., 73-2, 139-13
Van Scoyoc, George, 172-9
Van Vliet Lanoe, Brigitte, 129-11
Vanbroekhoven, Karolien, 86-2, 144-56
Vanclooster, Marnik, 45-15, 153-15
Vandenberg, Bruce, 25-4, 116-52
Vanderlinden, Karl, 115-38
Vanino, Silvia, 151-27, 149-27
Vanlauwe, Bernard, 138-24, 115-31,
76-4
Varcoe, Jon, 34-3
Varella, Carlos Alberto Alves, 91-8,
115-53, 115-48
Varghese, Thomas, 39-2
Varma, P. K., 152-6
Varni, Marcelo, 176-6
Vasanthi, Dhandapni, 166-9
Vasconcelos, Antônio Carlos Machado,
149-26, 45-10
Vasenev, Ivan I., 78-12
Vasilas, Bruce, 118-25
Vasilas, Lenore, 118-25
Vasilieva, Natalia A., 138-38
Vasina, E.N., 79-3
Vasques, Gustavo M., 160-22
Vass, József, 150-13
Vassos, Dimitrios, 140-19
Vasuki, N., 139-44
Vaughan, Robert, 85-4
Vavoulidou, Evangelia, 115-44, 152-5
Vazquez, Cirilo, 162-27, 162-29, 15562, 153-17
Vazquez-Vazquez, Cirilo, 153-31
Veenstra, Jessica, 138-35
Vegh, K. R., 155-109
Vekemans, Bart, 51-9, 143-2
Velasco, Juan, 151-8
Velde, Bruce, 155-43
Veldkamp, Edzo, 45-25
Veldkamp, Tom, 151-39
Velickovic, Miroslava V., 178-9
Velizarova, Emiliya, 124-5
Vellidis, George, 84-1
Veluci, Roberta M., 45-26
Velázquez Rosas, Noé, 177-10
Vemuri, Narasimham L., 135-29, 13528
Vendrell, Paul F., 56-12
Veneman, Peter L.M., 118-15
Veneman, Petrus L.M., 139-34
Venkateswarlu, B, 152-1
Venteris, Erik, 7-1
Ventrella, Domenico, 153-29
Ventura, Eusebio, 38-4
Vepraskas, Michael, 107-1, 119-14, 341
Vera, Andrea, 33-2
Vera, R., 93-6
Verchot, Louis, 138-54, 147-11
Verchot, L.V., 156-2
Verchout, Louis, 83-1
Verdoodt, Ann, 116-61
Verkhovets, Irina A., 125-6
Verma, Arvind, 155-89
Verma, Sudhir, 136-25
Verma, T.S., 154-10
Verma, V.K., 115-52
Verstraten, Jacobus M., 4-5
Vetter, Joshua W., 151-18
Vetterlein, Doris, 51-3, 139-17
Viana, Aline G., 135-31
Vidacek, Zeljko, 107-5
Vidal, Alain, 112-2, 153-38
Vidal, Iván, 33-2
Vieira, Frederico C. B., 138-79
Vieira, Sidney, 115-53, 53-2, 91-8
Vieira, Sidney R., 151-12
Vieira, Sidney R., 100-4
Vieublé-Gonod, Laure, 43-1, 102-8
Vigil, Merle F., 138-61, 152-4
Vignozzi, Nadia, 101-4, 115-57, 136-5
Vijayakumar, G., 155-2
Vijayasankar Babu, M, 152-1
Vilchevskaya, Ekaterina V., 74-3, 16019
Villagarcía, Luís, 119-10, 119-12
Villaneda, Edgar, 155-90
Villegas, Elda, 155-93
Villemin, Genevieve, 135-33
Villemin, Geneviève, 178-2, 144-26
Vincent, Bernard, 112-2, 153-38
Vincent, Robert K., 170-16
Vinci, I., 85-10
Vincze, Laszlo, 143-2
Vinutha, C.M., 139-44, 154-50
Violante, A., 73-4, 139-2
Violante, Antonio, 144-50, 144-43,
144-44, 144-49
Viscarra Rossel, Raphael, 56-15
Viscarra Rossel, Raphael A., 131-10,
131-13
Viscarra-Rossel, Raphael, 18-2
Vistoso, Erika, 144-46
Viswanathan, Thulasi, 138-23
Vitali, Giuliano, 146-2
Vitalij, Ignatov, 154-17
Vitousek, Peter M., 41-4
Vittal, Kpr, 152-1
Vladychenskii, Alexander S., 125-6
Vlek, Paul L.G., 103-3, 159-9
Vo Thi, Guong, 154-12, 39-7
Vo, Thi Guong, 39-10
Vodyanitskii, Yuriy N., 175-8
Voegelin, Andreas, 50-2, 144-53
Vogeler, Iris, 166-7, 145-52, 123-11,
156-23
Vogwill, Ryan J., 174-2
Voiculescu, Anca Rovena, 168-3
Voidarou, Crisa, 140-19
Volkova, Natalia A., 99-4
Volland-Tuduri, Nathalie, 64-2
Von Der Heide, Carolin, 48-8
Von Luetzow, Margit, 138-77
Von Unold, Georg, 45-3
Von Wilpert, Klaus, 17-14
Vona, Marton, 156-17
Vonella, A. Vittorio, 75-5
Voortman, J., 115-39
Voroney, R.P., 155-16, 155-14
Vrbek, Boris, 129-1, 177-4
Vrscaj, Borut, 95-9
Vu, Dang Thanh, 155-128
Vu, Tien Khang, 155-107
Vyn, T. J., 138-46, 148-17
Vyn, Tony, 76-2
Vyn, Tony J., 75-13, 138-70
Vyspolsky, F., 23-11
Vágó, Imre, 139-29, 139-22
Várallyay, György, 150-13
Vávrová, Petra, 138-21, 118-19
W
Wodarczyk, Teresa, 89-5, 164-11
Waal, Rein De, 163-3
Wada, Mitsuru, 160-24
Waddington, S.R., 168-19, 81-3
Wagai, Rota, 52-3
Wagaw, Mezemir, 116-33
Wagner, Daniel, 3-10
Wagner, Stephen, 109-8
Wagner, Travis, 178-15
Wagner-Riddle, Claudia, 158-23
Wahbi, A., 9-2
Waissman Assadian, Naomi, 144-13
Wakatsuki, Toshiyuki, 178-30, 155134, 155-26, 155-95, 167-1
Wakindiki, Isaiah I.C., 149-22, 138-81
Walczak, Ryszard, 56-10
Waldrop, Mark, 102-6
Wales, William J., 162-33
Walker, Charles, 107-10, 48-6
Walker, Charlie, 31-8
Walker, Donald A., 40-2
Walker, Forbes, 161-7, 150-18
Walker, Robin L., 59-4
Wall, Diana, 46-2, 102-3
Walley, Fran L., 65-3
Walsh, Markus, 18-1, 160-8
Walter, Christian, 137-3, 100-5, 12217, 120-8, 71-5
Walter, Ingrid, 158-32
Walters, Daniel, 76-2, 155-127
Waltman, Sharon, 74-1, 115-39, 137-16
Waltman, Sharon W., 115-46, 116-45,
12-13
Waltman, William J., 115-46
Waltman, W.J., 137-16, 115-35, 116-45,
115-39
Wamalwa, Margaret, 105-3
Wander, Michelle, 138-82, 82-1
Wang, Bronwen, 117-3
Wang, Chih-Jung, 135-15
Wang, Dong, 56-14, 136-19
Wang, Dongmei, 35-13
Wang, Enli, 116-39, 70-6
Wang, Gailing, 166-50
Wang, Guo, 135-6
Wang, Hailong, 177-15, 158-31
Wang, Hongmei, 44-7
Wang, Hui, 145-15
Wang, Jeng-Jong, 144-10
Wang, Jianguo, 146-3
Wang, Ming, 177-16
Wang, Ming K., 134-3
Wang, Ming-Kuang, 144-10
Wang, Ming-Zhu, 120-9
Wang, Ping, 146-3
Wang, Rongxun, 11-12
Wang, Shirley, 155-158
Wang, Shouyu, 145-36
Wang, Xiaojuan, 154-70
Wang, Z. H., 152-9
Wanting, Ling, 65-5
Wanty, Richard B., 13-3
Ward, Andy, 45-8
Wilding, Larry P., 41-3
Wilding, Lawrence P., 71-2, 119-8,
132-11
Wilford, John R., 74-2
Wilke, Brook, 155-126
Wilkens, Paul, 161-1, 4-4
Wilkin, Richard T., 144-37, 63-6
Wilkinson, David E., 119-2
Wilkinson, Marshall T., 49-4
Willers, Jeffery L., 48-10
Williams, Aaron, 63-6
Williams, Aaron G.B., 63-4
Williams, Randy, 84-1
Williams, Stacy, 167-16
Williams, Steve, 138-86, 138-37, 13880
Williamson, David, 78-5
Willian, Todd, 147-7
Wilson, Clare, 117-1
Wilson, Clare A., 33-1
Wilson, Gail, 138-53, 138-9
Wilson, G.V., 89-3
Wilson, John, 151-31
Wilson, M.A., 117-2
Wilson, Mike, 9-12
Windhorn, Roger D., 56-5
Winiwarter, Verena, 113-3
Winkler, Peter, 139-12
Winklerprins, Antoinette, 133-7
Wiriya-Alongkorn, Winai, 170-7
Wirth, Christian, 47-3
Wirth, Stephan J., 17-6
Withers, Daniel L ., 56-5
Withers, Paul, 151-11, 154-32, 151-7
Witt, Christian, 76-3
Wittenmayer, Lutz, 142-2
Wittie, Roger, 154-56
Woche, Susanne K., 137-2
Woldemariam, Tadesse, 158-35
Wolf, Ruth E., 13-3
Wolfe, David, 148-15
Woli, Krishna Prasad, 170-14
Wong, Jonathan Wc, 145-21, 144-64
Wong, M. T. F., 157-11
Wong, Vanessa N.L., 163-27
Wood, C. Wesley, 116-22
Wood, James, 112-4
Wood, Stanley, 150-9
Wood, W. Raymond, 120-7
Woodbury, Peter B., 160-20
Woodruff, Laurel G., 13-2, 117-4
Woods, William I., 133-6
Wopereis, Marco C.S., 155-164, 76-4
Wortmann, Charles, 155-127
Wresowar, Martin, 163-3
Wu, Jindong, 56-14
Wu, Jingwei, 112-2, 153-38
Wu, Ke-Ning, 109-10, 178-6, 179-3
Wu, Laosheng, 159-19
Wu, Qi-Tang, 144-7
Wu, Sen-Po, 85-8
Wu, Shanmei, 119-25, 145-51
Wu, Tiehang, 102-5
Wu, Ya-Fang, 115-51
Wyenandt, A., 155-103
Wysocki, Doug, 107-3, 119-1
Wysocki, Douglas, 122-10, 107-4
Wösten, Henk, 34-5
X
Xavier, Mauro Alexandre, 149-26
Xiaori, Han, 138-45, 155-149
Xie, Hongtu, 156-4
Xie, Rulin, 155-108
Xing, Baoshan, 145-44, 52-5, 110-8,
145-16, 145-36, 145-42
Xinyu, Zhang, 83-14
Xinzhi, Chen, 83-14
Xiubing, He, 8-2
Xiumei, Zhan, 155-149
Xu, Baizhong, 139-26
Xu, Feng-Lin, 145-26
Xu, Haiping, 73-6
Xu, Jianming, 65-5
Xu, Liqun, 139-26, 128-10
Xu, Liukang, 138-31
Xu, Qing, 145-51, 119-25
Xu, Qiufang, 17-15, 17-16
Xu, Qiuming, 178-10
Xu, Shengrong, 119-25
Xu, Xingkai, 17-4
Xu, Yan, 166-31
Xu, Zhihong, 17-10, 17-16, 17-11, 1715
Xudong, Zhang, 117-9
Yin, Rui, 145-15
Yin, Xinhua, 75-13, 152-12
Ying, Samantha, 73-5
Yirong, Su, 163-18
Yli-Halla, Markku, 137-49
Yli-Halla, Markku J., 41-3, 39-4
Yoder, Daniel C., 22-1
Yoko, Oki, 154-23
Yong Woong, Kim, 142-8, 142-15, 1427, 142-20, 142-11
Yongqing, Qi, 8-2
Yonovitz, Maureen, 127-14
Yoo, Chul-Hyun, 166-30, 143-4
Yoo, Kyung-Yoal, 151-14, 151-15, 514, 144-4, 158-21, 57-6
Y
Yoo, Kyungsoo, 55-1
Yada, Saeko Kaburagi, 116-59
Yoo, Sung Yung, 104-6, 155-32
Yadav, A.K., 153-13
Yoon, Deok Hoon, 151-42
Yadav, Manav, 56-1
Yoon, Jung Hui, 103-2
Yadav, P. K,, 155-163
Yoon, Sung Won, 48-15
Yadav, Rashmi, 81-2
Yoon, Young-Sang, 155-142, 155-15
Yadav, R.K., 81-2
Yoshida, Kazuo, 155-131
Yadessa, Abebe, 158-35, 149-9
Yoshida, Shinya, 142-17, 142-18
Yaduvanshi, N.P.S, 155-49
Yoshida, Yoshiaki, 126-19
Yagasaki, Yasumi, 126-11
Yoshinaga, Shuichiro, 144-9
Yaghobi, A.Z., 153-7
Yoshiyuki, Murata, 154-23
Yagi, Kazuyuki, 118-11
Yost, Russell, 4-4
Yahyaabadi, Mojtaba, 140-15
Young, Anthony, 38-1
Yakusheva, Tatiana Ye., 175-10
Young, Iain M., 20-2
Yalamanda Reddy, T, 152-1
Young, Michael, 137-47
Yalia, Potatueva, 154-17
Young, Michael H., 53-4, 35-3
Yamada, Fumiei, 126-19
Youssef, Jawaad, 75-7
Yamada, Hidekazu, 35-4
Ypsilantis, William, 151-28
Yamaguchi, Noriko, 135-11
Yu, Chan, 89-9, 154-45
Yamamoto, Sadahero, 154-18
Yu, Guifen, 144-50
Yamamoto, Takehiko, 45-24
Yu, Qiang, 70-6, 116-18
Yamamoto, Yoko, 104-15, 104-5
Yu, Shen, 73-6
Yamnova, I.A., 28-7
Yu, Wantai, 15-19
Yamnova, Irina A., 83-5
Yu, Zhongbo, 35-3
Yan, Tai-Lai, 149-3
Yu-Shu, Zhang, 155-112
Yanai, Junta, 35-4, 155-38
Yuan, Lu, 118-17, 118-18
Yang, Chang-Hyu, 143-4, 166-30
Yuita, Kouichi, 135-26
Yang, Chengdong, 158-39, 166-17,
Yulong, Zhang, 83-14
141-6
Yun, Eui-Yong, 116-37
Yang, Jae E., 151-14, 151-15, 51-4, 57- Yun, Eul-Soo, 117-6, 122-20
6, 171-8, 144-4, 158-21
Yun, Eul-Soo, 150-12
Yang, Jae-E, 166-44
Yun, Hong Bae, 153-26
Yang, Jinchul, 140-8
Yun, Hongbae, 161-4
Yang, Jingsong, 156-20
Yun, Jong-Chul, 162-23
Yang, Jingyi, 116-28, 116-58
Yun, Seok-In, 116-42, 116-37, 116-38,
Yang, Jingzong, 112-2
116-40
Yang, Jinyan, 73-6
Yun, Seung Gil, 104-6
Yang, Jinzhong, 153-38
Yunusa, Isa Am., 138-49
Yang, Linzhang, 145-15
Yusiharni, Baiq Emielda, 154-31
Yang, Rongqing, 24-5
Yves-Marie, Cabidoche, 153-23
Yang, Shengmao, 146-3
Yáñez, Carolina, 144-66
Yang, Shengmao, 146-3
Yang, Su-Chan, 151-14
Yang, Xiaoe, 73-6
Z
Yang, Xueming, 145-19, 116-28, 116Zaboyeva, Iya, 42-9
58
Zaghloul, A.M., 139-16
Yang, Zheng Ming, 104-5
Zagórski, Zbigniew, 121-8, 121-9
Yang, Zhihui, 155-173
Zaharihina, Lalita V., 109-6
Yanmei, Gao, 138-78
Zahedi Amiri, Ghavamodin, 28-6
Yaroslavtsev, Alexeys M., 140-3
Zahedi Amiri, Ghavamoudin, 149-15
Yasin, M., 155-117
Zahirnia, Ali Reza, 166-4, 23-16, 23-9,
Yau, Sui-Kwong, 96-3
151-44, 151-36, 23-4
Ye, Fabing, 145-4
Zahirnia, Alireza, 151-25
Ye, Rong, 178-17
Zalibekov, Zalibek G., 127-19
Ye, Zhongjie, 128-10
Zaman, M., 170-12
Yeboah, E., 138-24
Zamora Tovar, Carlos, 127-17
Yel’nikov, Ivan, 155-64, 154-37
Zampella, Mariavittoria, 144-18
Yemefack, M., 128-13
Zampieri, Guillermo, 145-33
Yemefack, Martin, 41-5
Zanatta, Josiléia, 138-79
Yermiyahu, Uri, 153-20
Zanella, Augusto, 163-3
Yermolayev, Alexandr M., 177-18
Zanini, Ermanno, 89-1
Yevdokimov, Ilya V., 35-8, 140-32,
Zanjanchi, Mohammad Ali, 143-1
177-18
Zanuzzi, Andrea, 176-3
Yi, Long, 8-2
Zapata, Emma, 33-2
Yim, Woojong, 94-4
Zapata, F., 1-1
Yimamu, Fassil Kebede, 164-9
Zapata, Raul D., 126-20
Yin, Bei, 80-4
Zaprowski, Brent J., 147-13
Yin, Bin, 178-10
Zarei, Mehdi, 71-3
185
AUTHOR INDEX
Ward, Nicholas J., 39-3
Warkentin, Benno, 173-6
Warnemuende, E.A., 22-2
Warner, Eric W., 116-23
Warren, J.G., 155-18
Warrick, Arthur, 137-45
Waskom, Reagan M., 154-39
Wasli, Mohd Effendi, 130-4
Wasserman, Maria Angélica, 135-31
Watanabe, Akira, 15-11
Watanabe, Kazuhiko, 142-18, 142-17
Watanabe, Makiko, 132-8
Watanabe, Mio, 104-11
Watanabe, Takeshi, 118-13, 155-107
Watanabe, Tetsuhiro, 125-4
Watawala, Ransilu C., 2-1, 145-14
Watkins, Ron, 174-2
Watling, Kristie M., 5-10
Watson, Christine A., 167-18, 59-1, 594
Watteau, Françoise, 178-2
Watts, Don, 154-57
Watts, Jennifer D., 10-12
Watzinger, Andrea, 141-3
We, Chi Do, 140-9
Wearing, Catherine L., 138-41
Webb, Trevor H., 107-6
Weber, Paul, 39-23
Wehmueller, W.A., 129-6
Wei, Ze-Bin, 144-7
Weil, Ray R., 138-82, 167-16, 155-40
Weill, Mara De A. M., 66-4
Weindorf, David, 170-6, 154-56
Weippert, Heike, 116-24
Weisz, Randy, 45-23
Welch, R.M., 105-2
Well, Reinhard, 170-21
Welles, Jonathan M., 138-31
Welti, Ruth, 36-3
Wen, Anbang, 157-1
Wendroth, O., 75-12
Wendroth, Ole, 116-32, 144-25, 4-5
Weng, Yaofu, 128-10
Wenzl, Peter, 104-2
Weon, Hang-Yeon, 102-4
Were, Ana, 119-10
Werlang, Lovania M., 116-16, 116-20
Werner, Gerd, 33-2
Wersinger, Jm, 115-17
Werth, Martin, 35-7, 1-4
Wessolek, Gerd, 171-5, 98-3, 136-4,
137-15
West, L.T., 51-6, 107-9, 115-56
Westfall, D.G., 147-15
Westfall, Dwayne, 37-2, 75-8, 19-10
Westfall, Dwayne G., 166-43
Westgate, John A., 175-14
Wettemann, Joseph, 161-6
Whalen, Joann K., 154-64
Whelan, Brett, 56-15
Whish, Jeremy, 112-3
White, Art, 125-7
White, Ed, 107-11, 124-2
White, G. N., 128-4
White, G. Norman, 51-12
White, Maggie, 15-8
White, Paul, 138-53
White, R.A., 115-39
White, Robert, 116-56
Whitehead, Wayne, 155-158
Whitman, William, 94-5
Whitney, Greg, 122-10
Whittlesey, Lisa, 161-2
Wicks, Santhi, 138-44
Wiebe, Keith, 68-1
Wiebers, Matt, 155-10
Wiedenfeld, Robert, 153-39
Wieder, Moshe, 49-3
Wienhold, Brian J., 103-5
Wiesenberg, Guido L.B., 120-12
Wight, Jason P., 138-71
Wilczek, Andrzej, 56-10
Wildeman, Thomas, 93-11
Zartman, Richard, 145-35
Zartman, Richard E., 145-12
Zasada, Inga, 167-16
Zazula, Grant D., 175-14
Zdruli, Pandi, 68-5
Zebarth, Bernie J., 31-9
Zebchuk, Walter, 100-4
Zech, Wolfgang, 72-4
Zegrar, Ahmed, 131-11
Zegrar, Ahmed, 156-22
Zehetner, Franz, 78-7
Zeiger, Marcus, 22-5
Zeiliger, Anatoly, 19-11
Zeiliguer, Anatoli, 137-19
Zelazny, Lucian, 139-26
Zeljko, Vidacek, 170-2
Zende, Narayan, 23-15
Zenova, Galina M., 140-5, 140-17
Zepp, H., 48-5, 120-9
Zeraat Kar, Saeed, 155-138, 145-8
Zerihun, Ayalsew, 17-12
Zerkoune, Mohammed, 166-27
Zevi, Yuniati, 63-11
Zgorelec, Zeljka, 151-34
Zhang, Bin, 177-6, 48-5, 120-9
Zhang, Donglin, 144-31
Zhang, Fengrong, 166-31
186
Zhang, Fred, 45-8
Zhang, Fu-Suo, 166-35
Zhang, Fusuo, 168-10
Zhang, Gan-Lin, 78-4, 78-3, 30-2
Zhang, Guoshi, 177-6
Zhang, Hailin, 150-18
Zhang, Hua, 73-3
Zhang, Jiacheng, 141-6
Zhang, Jianhui, 85-14
Zhang, Li, 17-10
Zhang, Renduo, 137-20, 116-14
Zhang, T.Q., 154-72
Zhang, X., 8-2
Zhang, Xiaoping, 138-52
Zhang, Xinbao, 157-1
Zhang, Xingyi, 150-3
Zhang, Xudong, 156-4, 140-1
Zhang, Xuelei, 28-4
Zhang, Yaohua, 156-8
Zhang, Yi, 138-42
Zhang, Yong-Seon, 151-35, 151-13,
166-44
Zhang, Zhenhua, 118-4
Zhang, Zhuo, 117-5
Zhao, Chengyi, 119-23
Zhao, Fangjie, 86-1
Zhao, Shaohua, 15-19
Zhao, Yihai, 177-11
Zhdanova, Nelli, 135-1
Zheltonozhsky, Victor, 135-1
Zhong, Xianghao, 85-14
Zhou, Jianmin, 2-11
Zhou, Jizhong, 94-1
Zhou, Liuqiang, 155-108
Zhou, Xiaobo, 48-6, 119-24, 107-11
Zhu, A.-Xing, 12-7, 115-42, 12-11, 851
Zhu, De-Hai, 89-12, 149-3
Zhu, Dongquiang, 139-3
Zhu, Jianting, 116-47
Zhu, Qiguang, 115-42
Zhu, Qing, 48-6, 119-24
Zhu, Yong-Guan, 102-7
Zhu, Yongguan, 144-1
Zhuang, Jie, 48-7
Ziadi, Noura, 54-7
Ziemath, Ervino C., 110-3
Zigová, Anna, 101-5
Zilberman, Joon, 153-20
Zimmer, Daniel, 112-2
Zimmerman, Andrew, 133-3
Zimmermann, Michael, 138-59
Zimmermann, Uta, 106-7
Zinck, Alfred, 108-3
Zingore, S., 3-1
Zingore, Shamie, 15-6, 25-2
Zipper, Carl E., 158-8
Zirlewagen, Dietmar, 47-3, 17-14
Zmuda, James, 158-7
Znidarsic, Martin, 149-4
Zobeck, Ted M., 103-5, 151-3, 151-26
Zoldoske, David, 162-35
Zotarelli, Lincoln, 136-14, 138-33,
155-101
Zou, Chunqin, 168-10
Zou, Zhong, 24-5
Zougmoré, Robert B., 75-10, 37-4
Zsigrai, György, 139-29
Zsolnay, Adam, 123-3
Zubkova, Tatiana A., 159-13, 44-1, 442, 113-4
Zucca, Claudio, 172-5
Zuniga, Rafael, 162-27, 162-29
Zuo, Qiang, 116-14
Zurheide, Philip, 3-10
Zuñiga, Rafael, 176-7
Zuñiga, Rafael, 155-62
Zölitz-Moeöller, Reinhard, 115-13
IUSS Anthem
Lifestream
The virid land was lush and wild
The unkempt beauty of a tousled child
Its people nestled the red rocked land
And ate the fruits from its dusty hand
They drank the drams of ancient stores
Primeval rains that soils did leach
Through crusts of earth to hidden wells
So deep that only time could reach
From the roaring river underneath
Surfaced a salt-savored flood
The people drank and the ancient stream
Became their briny blood
White flames of fire may scorch the bush
Tractors and scythes may hew
But the deep dark stream will wash the roots
And force the buds anew
Sprinkle sculptured buildings
On the scene that is erased
But see who walks among them
With dignity and grace
The earth supports their barefoot steps
Babes bulge on their backs
Ancient streams pulse through their veins
They walk the ancestral track
Patricia Brams, Ph.D.
Dr. Brams is an International Educator who has served as
Professor in Communications at Njala University College Sierra
Leone.
We Call It Soil
Chorus
It is our life! We call it soil
It is the stuff, in which we toil
From soil we've sprung, to soil we'll go
Protect the soil of this earth so we can grow
Verse I
From podsols beneath snow drifts
To aridisols where few crops live
Soil is as varied, as the rainbow
And is as precious as a rainbow's pot of gold
Chorus
Verse II
Some soils are dry, some soils are wet
Some soils are fertile, and from them high yields you get
But if you don't, give to the soil
Then you will not reap a thing for all your toil
Chorus
Verse III
We study chelates, leachates and porosity
We learn our muck and peat and mineralogy
Some study urban, some are in rural
And we can tell, just by the smell, who's in manural
Chorus
Verse IV
Soils are just like humanity
With yellow, brown, red, black and white--You'll see
That some are dull, and some are gray
And can fall prey to greed of man, that's our decay
Chorus (LEAD)
Verse V
A living world beneath our feet
It even lives, beneath our streets
With flora and fauna so complete
It can save us from the brownfields of defeat
Chorus (OUT)
Music: "Boxturtle Bob" Chirnside
Lyrics: "Boxturtle Bob" Chirnside and A.E. Hartemink
187
NOTES
188
Sponsoring Organizations
International Union
of Soil Sciences
Soil Science Society
of America
19th World Congress of Soil Science
1–6 August 2010
Brisbane Convention Centre
Brisbane, Australia.

wcss_program_complete - The International Union of Soil

Transcription

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