- Europlanet

Transcription

- Europlanet

http://europlanet-ri.eu
General Assembly
Wednesday 22 September 2010 - Rome
EC Grant agreement n 228319
AGENDA
ITEM
SPEAKER
Project overview (1 0mn)
P. Louarn
Project progress since 01/2010 (1h00)
Coordinators
Europlanet and EC (10mn)
N. Assar
Message to the board
10 mn break at 13h00 for buffet
2
Project overview
Concept

Europlanet RI is a full « Infrastructure network » supporting and
enhancing our use of space missions, earth-based telescopes, simulation and
data analysis tools, lab and field site facilities

The main objective is to provide services and tools to the community!
 Access to lab facilities, field sites, extreterrestrial matter samples repositories
 Access to all information sources via a web interface (IDIS) to evolve into a « Virtual
Planetary Observatory »

Done by a combination of 3 types of activities
 Networking activities (science communication activities within the lab network and
with the outside world)
 Trans National Access (TNA) and Service Activities (SA)
 Joint Research Activities (JRA): research and development activities aiming at
IMPROVING the use and scientific return of our Research infrastructures in
planetary sciences
4
Key figures

4 year project

EU funding: € 6 000 000

27 consortium members
 47 laboratories
 231 persons
 16 countries

Many more associate contributors (61 institutes) and users

A service to European planetary science community, and beyond!
5
Scientific Concept
Science Drivers
Laboratory facilities
field analogues
Comp. modelling & data
analysis facilities
Data bases
Space and Earth-based
Observational facilities
Dedicated Services
Research Infrastructures
6
Management Structure
User & Associates
Advisory Board
Users
HelpDesk
Project Coordinator
Strategic
Advisory Board
Project Management Committee
Europlanet
Board
Executive Team
General
Assembly
Leaders of Activities & Domains
Observational
Infrastructure
Networking
Science
Networking
Public Outreach
Press
Office
Planetary VO
Services IDIS
Field and Laboratory
Measurements
Dissemination
Support in Planetary Missions
7
Numerical Modelling
and Data Analysis
7
Manpower

Staff involved in the project (according to our records, to be updated)
 182 persons (160 "permanents" + 16 recruited + 4 subcontractors + 2 to be recruited).

Person-Month for the first period (2009)
 Full effort = 252 p.m
 Person-month funded = 83 p.m
Project progress since 01/2010
WP1: Management
Highlights of WP1
Management activities

Task 1 Initial establishment of the management structure
 Executive Team: Business Director Richard Tomlin recruited in July 2010
 Strategic Advisory Board: set up in March 2010
 Users and Associates Advisory Board: partially set up in September 2010

Task 2 Regular operation of the management structure
 Day-to-day management
 Distribution of EC pre-financing remainder
 Maintenance of project website (http://www. europlanet-ri.eu , approx. 600 unique
visitors/month )
 Management meetings: monthly PMCs, Executive Team telecons and emails
 First EC reporting exercise carried out in collaboration with WP leaders and
participants

Task 3 Sustainability
 First meeting with Business Director in May 2010, Paris
 Questionnaire has been sent to coordinators last week. Please answer…
11
Management

Newsletters: an obvious lack for internal and external communication. To be
corrected.
 Plan is to prepare 3 newsletters a year (November, February, June, for example).
Toulouse team is volunteer. Should contact you soon for collecting inputs.
12
NA1 Observational
Infrastructure Networking
Helmut Rucker (IWF-OEAW)
Sept 2010 - Rome
NA1 Observational
Infrastructure Networking

Space missions Complementary Science
Observations
 Ground-based observations of targets of space missions

Space Missions Technical Supporting Observations
 Preparing operations for planetary missions
Highlights of NA1 activities
NA1 - NA2 Synergies
Example of a synergy
to other Europlanet activities
NA1-NA2 Synergies

Strong Workshop cooperation:
 Exoplanet Workshops (2009,2011)
 Workshop on Aeronomy of Jupiter’s and Saturn’s Systems (2010)

Additional Coordination Meetings
 NA1-NA2 Meeting, EGU 2010
 NA1-NA2 Splinter, EPSC 2010
16
NA2 Science Networking
Ari Matti Harri (FMI),
Sept 2010 - Rome
Science Networking (NA2)

NA2 focuses
on networking the European planetary science community, and on identifying the major
questions of current and future European planetary science, relating them to the Research
Infrastructure that Europlanet RI is developing, and placing them in a more global
context

NA2 organizes annual ISSI workshops
and an expert exchange program to improve the scientific impact of this Infrastructure

NA2 working groups aim
at identifying the key planetary science issues and their relation to the existing and
forthcoming planetary infrastructure
18
NA2 Working Groups

WG 1 Giant planet systems as templates of planetary systems (Lead: Norbert Krupp)
 Gas giant planetary atmospheres, ionospheres, exospheres, magnetospheres, moons/rings, interaction of
magnetospheric plasma with atmospheres or objects (aurora, macrosignatures, microsignatures, …)
 Supported missions: Galileo, Cassini, Juno, EJSM, New Horizon, Corot, ground-based observations.

WG2 small bodies and origin of the solar system (Lead: walter Schmidt)
 Surfaces of small bodies, comets, asteroids, dust in the solar system
 Supported missions: Dawn, Rosetta, Herschel, Phobos-Grunt, New-Horizon, Marco Polo, ground-based observat.

WG3 Terrestrial planets and comparative planetology (Lead: Karoly Szego)
 Strong link to Earth sciences
 Supported missions: MEX, VEX, Chandrayaan, Selene, Phoenix, BepiColombo, Messenger (?), Exomars, MET
NET, MSL, Mars sample return

WG4 Magnetic worlds, the sun-planet connection (Lead: Esa Kallio)
 Space weather (interaction between solar wind and magnetospheres/exospheres, dynamo/interior of the planet
 Supported missions: all planetary missions, SOHO, Stereo, SOLO, Sentinel, CLUSTER

WG5 Exoplanets and other planetary systems (Lead:Helmut Lammer)


Strong link to astrophysics community
Supported missions: COROT, KEPLER, GAIA, Darwin ?
19
NA2 Expert Exchange Activities

The main objective of the Expert Exchange Program is to support the activities
of Europlanet RI with experts whenever it is needed. The programme provides
funding for expert short visits with the goal of improving infrastructure facilities
and services offered to the scientific community by the Europlanet RI
participant (contractor) laboratories or institutes.

All applications were made by using the electronic forms that are located in
the NA2 website (https://europlanet-scinet.fi/)

There has been four calls between July 2009 and August 2010.
The funding for each call varied from 20 K€ to 30 K€.
20
NA3 Outreach
Thierry Fouchet (OSBPARIS),
Anita Heward and Steve Miller (UCL),
Eleni Chatzichristou (NOAA),
Jean-Pierre Lebreton
Sept 2010 - Rome
Europlanet Outreach Goals

Support the outreach community in developing innovative
projects to engage European citizens with planetary science

Europeanise planetary science news stories in the media

Change the culture of the planetary science community
towards outreach activities
22
Achievements

First Europlanet Prize for Public Engagement with
Planetary Sciences
 Planeterrella

Europlanet Funding Scheme
 The Virtual Microscope for Extra-Terrestrial Material (Open
University)
 The Rosetta Lander LEGO Kit (Maarten Roos – ESA – DLR
and LEGO®)
 Projects on Display in Engineering Faculty (San Pietro In
Vincoli) .

The Europlanet Media Centre
 Services to the Media: 25 Press releases last year, European
coverage of Space Missions
 Services for the Public: Media and communication
Workshops at EPSC and In Meudon (June 10)
23
Plans

More attractive and interactive websites website
 More blogs to entertain public with Planetary Sciences
o TNAs field trips
o Last year: Felipe blogging from Chott El Jerid; Steve
Miller (Mauna Kea)
 Forum of exchange for best practices

Build in the National Node Network
 Currently Nodes in 15 countries
 Google Map of Europlanet and Planetary Science in Europe
 Each Europlanet RI participant should sign the Washington
Charter

More services
 Next communication training workshop in 2011/2012
 Call for Prize and Funding scheme open
24
NA4 Dissemination
Manuel Grande (UW-MAPS
Sept 2010 - Rome
Networking Activities (NA4)
Dissemination

EPSC is the platform
of the Europlanet Research
Infrastructure
EPSC
1000
900
 It’s a self standing meeting
organised by Copernicus, where
Europlanet does its business
800
700
600
 50 sessions
 900 abstracts
 500+? Attendees
500
Presentations
400
Attendance
300
USA
200
100
0
2005
2006
2007
2008
Year
2009
2010
2011
26
Networking Activities (NA4)
Dissemination

Tech Foresight





Planetary Robotics
Planetary Cartography
Position sensitive detectors
Radiation at Jupiter
Stakeholders activities contacting MEPs
27
Trans National Access (TNA)
Coordinator: Nigel Mason (OU)
September 2010 – Rome
To
date have supported 30 TNA visits (2009-2010)
Trans National Access (TNA)

TNA’s are open to ALL European researchers

To have date supported 30 TNA visits (2009-2010)

MORE APPLICATIONS WELCOME !!!

Next deadline for receipt of applications : 31 October 2010
29
The Facilities
http://www.tna.europlanet-ri.eu

The Goal
 To provide access to a comprehensive set of
laboratory facilities and field sites tailored to the
needs of planetary research

The facilities
 TNA1:
Planetary Field Analogues to perform research for
space missions under realistic planetary conditions
 TNA2
Planetary Simulation Facilities providing access to
laboratory facilities that simulate conditions in
planetary atmospheres and surfaces
 TNA3
Planetary Sample Analysis Planetary Sample
Analysis to analyze meteoritic and sample returns
with specific isotopic analysis
30
Example TNA1 – Field sites

Svalbard biology
 Liane Benning (Leeds) as part of AMASE 2010
expedition
 Collecting the organisms that thrive in the snow
fields and glaciers around Ny-Ålesund, on the island
of Svalbard.
 Learning more about the survival strategies that life
adopts in extreme environments gives us a better
chance of detecting life on other planets/moons with
similarly extreme conditions e.g Europa
http://www.tna.europlanet-ri.eu
31
Example from TNA2
Identifying light anions in Titan’s Atmosphere
Q = 100 ml/min
I = 0.8 mA
U = 2.7 kV
40
0
26
42
46
50
Mass [amu]
64
65
C4H4N-
C3HN-2
41
CH2C3N-
40
C3N-
10
C2H4N-
CHN-2
20
(CH4).CH4N-
30
CH2CN
Models and ion molecule chemistry
 Provide some data to test atmospheric
(e.g. V Vuiton et al (Grenoble)
50
-
 Laboratory studies using corona
discharges identify some of the
lighter mass anions through
their mass spectra
(G Horvath Comenius Uni Bratislava)
CN-
 Anions detected in Titan’s upper
atmosphere by Cassini CAPS
(e,g A Coates et al)
Relative product yield [%]

66
32
TNA Programme

Reminder
 Next closing date: October 31, 2010
 Decision by Christmas (for 2011 visits)

Coordinator: Nigel Mason (Open University)
 Contact: [email protected]
 Secretary: [email protected]

Contact for applications
 TNA1: Felipe Gomez (INTA-CAB)
 TNA2: Gareth Davies (VUA)
 TNA3: Christophe Cloquet (CNRS)

Website: http://www.tna.europlanet-ri.eu
33
JRA1 Infrastructure Development for
Supporting Planetary Missions
Jürgen Oberst (TUB)
William Thuillot (OBSPARIS)
September 2010 - Rome
Joint Research Activities (JRA1)
Infrastructure for Planetary Missions

Planetary Dynamics, Geodesy, Cartography
 JRA1 Tasks: Ephemerides of Solar System objects and space probes, gravity
field and shape models, geometrically accurate maps; assessment of landing sites

New data from Phobos
Phobos image obtained
by HRSC@Mars Express
 Team has derived models for Phobos orbit, shape,
and rotation, based on MEX image data.
Produced new Phobos map
 Support for Phobos Grunt: Orbit and shape models
will help in mission planning and landing site
characterization
 Results submitted to Europlanet-IDIS
 Phobos orbit model being finalized for release
35
JRA1

Data from Mars Express help in landing site selection for Phobos Grunt
Map of Phobos from Mars Express HRSC images, Wählisch et al., 2010
36
JRA1

New Data from MESSENGER helps prepare for BepiColombo
Digital Terrain Models from MESSENGER stereo images, Preusker et al., in prep
37
JRA1

Activities in the coming year
 Organized meteor observing campaigns involving international students and
amateur astronomers, in Manalon and Parnon, Greece, as well as Gahberg,
Austria (Aug 10-14, 2010).
 Captured more than 3000 meteors with double camera stations for meteor
trajectory reconstruction and subsequent analysis.
 Results to be reported at EPSC 2010.
38
JRA1

Empowering the Amateur Community
 Phobos workshop at IKI, Moscow, October 11-15, 2010 (A. Zakharov)
 Europlanet Lunar Impact Workshop, Berlin, October 21-22, 2010 (Oberst,
Christou, Koschny)
 Landing site workshop, Utrecht, January 2011 (T. Zegers)
 Phobos workshop at ISSI, Bern, Spring 2011 (J. Oberst)
 Coming soon: update of Phobos ephemeris in the context of MEX flybys
 Get ready for MESSENGER orbit insertion, March 2011 !
 Finalize website and continue work on deliverables
39
JRA2: Planetary Facilities and Field
Analogues
Felipe Gomez (INTA-CAB)
September 2010 - Rome
JRA2: Activities
 Task 1: Characterisation of new planetary analogue site 1. Tunisia
 Field site expeditions in INTA-CAB
 Some previous results already available

Task 2: Characterisation of new planetary analogue site 2. Siberia
 Information sent by Oksana Roste on May 2009:
2009 Beginning of JRA2 (Popigai) activities( buying of equipment, negotiations
with subcontractors etc.) International meting for decisions in October
 2010 Reconnaissance expedition to Popigai, 2 weeks in June-July
 2011 Main expedition to Popigai, 2 weeks in June-August
 Task 3: Preparation of planetary simulation chamber
 Timetable decision for chamber design
 Two draft of the design for being considered
 Several meetings between chamber design coordinators
41

Some results from Tunisia expedition
Weathering station
Drilling on the salts
Salt deposits follow
precipitation patterns on
desert surface
Microscopic desert salt deposits
internal estructure and organic matter
nodules with microbial life living at
very low water activity
Winds velocity and direction
recorded at Chott El Jerid
Tomographic lines on
desert surface and
subsurface units
JRA2

Chott El Jerid Campaign Press Release Mass Media News
Chott El Jerid, Tunisia - the closest thing to Mars on Earth?
8/21/2010
Technology Daily
Chott El Jerid, Tunisia - the closest thing tohttp://www.techmagdaily.com/chott-el-jerid-tunisia-closest-thing-to-ma
8/13/2010
ScienceMagNews
Chott El Jerid, Tunisia - the closest thing tohttp://www.sciencemagnews.com/chott-el-jerid-tunisia-closest-thing-t
Mars On Earth: Astrobiologists look for pla http://www.physorg.com/news194870214.html
6/4/2010
PhysOrg
6/4/2010
Inside Science
Astrobiologists look for places here at homhttp://www.insidescience.org/research/mars_on_earth
Analizan un lago salado de Túnez para de http://www.ecuadorciencia.org/noticias.asp?id=9217&fc=20100601
6/1/2010
EquadorCiencia
Tunesische Landschaft ähnelt Mars am m http://africa-live.de/index.php?option=com_content&task=view&id=35
5/31/2010
Africa Live
5/31/2010
proplanta.de
Tunesische Landschaft ähnelt Mars am m http://www.proplanta.de/Agrar-Nachrichten/Wissenschaft/Tunesische
5/31/2010
WallStreet-Online.de Tunesische Landschaft ähnelt Mars am m http://www.wallstreet-online.de/nachrichten/nachricht/2958042.html
5/31/2010
Innovations Report
Tunesische Landschaft ähnelt Mars am m http://www.innovations-report.de/html/berichte/geowissenschaften/tun
5/31/2010
pressetext.de
Tunesische Landschaft ähnelt Mars am m http://pressetext.de/news/100531003/tunesische-landschaft-aehnelt-m
5/31/2010
Pressemitteilungen-on Tunesiens Schott El Dscherid - Mars-ähnli http://www.pressemitteilungen-online.de/index.php/tunesiens-schott-e
5/31/2010
Der Standard (Austria) "Star Wars"-Schauplatz dient der Planetenhttp://derstandard.at/1271377836741/Projekt-Europlanet-Star-Wars-S
5/29/2010
WMC Actualites
Recherche: Des Martiens débarquent en Thttp://www.webmanagercenter.com/management/article.php?xtor=ES
5/28/2010
TEMPO Interactif
Chott El Jerid, Tunisia: Mars di Bumi
http://www.tempointeraktif.com/hg/sains/2010/05/28/brk,20100528-25
5/26/2010
OK4me2
Chott El Jerid, Tunisia: Closest thing to Mahttp://www.ok4me2.net/2010/05/26/chott-el-jerid-tunisia-closest-thing
ancientcivilitazionandufChott El Jerid, Tunisia: Closest thing to Mahttp://ancientcivilitazionandufo.blogspot.com/2010/05/chott-el-jerid-tu
5/25/2010
5/25/2010
Investir en Tunisie
Europlanet Research Infrastructure en Tunhttp://www.investir-en-tunisie.net/index.php?option=com_content&vie
5/25/2010
No Marmite in Tunisia Chott El Jerid Tunisia: Is This The Closest http://www.nomarmiteintunisia.co.uk/
Chott el Jerid in Tunisia: the closest thing t http://www.ard-site.net/tn/index.php?option=com_content&view=artic
5/25/2010
ARD Tunisa TV
5/25/2010
Europa FM
Regiuni marțiene pe Pământ?
http://www.europafm.ro/stiri/stiinta/regiuni-mar-iene-pe-pamant~n402
Tunisie : Le Chott el Jérid, antichambre de http://www.africanmanager.com/articles/127957.html
5/25/2010
African Manager
Chott El Jerid, Tunisia - the closest thing tohttp://www.sciencedaily.com/releases/2010/05/100525090331.htm
5/25/2010
Science Daily
Is Chott El Jerid, Tunisia, the closest thing http://www.daylife.com/article/0ctJaSIf9B4QM?q=The+Desert+Sun
5/25/2010
daylife.com
5/25/2010
io9
Photos of Mars...on Earth...in Tunisia
http://io9.com/5547397/photos-of-marson-earthin-tunisia/gallery/
5/25/2010
sciencenewspaper.eu Regiuni marțiene pe Pământ?
http://www.ziarulstiintelor.eu/stiri/2010-05/chott-el-jerid.aspx
El lugar en la Tierra más parecido a Marte http://www.plataformasinc.es/index.php/esl/imagenes/inicio/(imagen)/
5/25/2010
SINC
5/25/2010
consumer.es
Un equipo internacional analiza un lago sa http://www.consumer.es/web/es/educacion/2010/05/25/193326.php
Científicos analizan desde hoy si un lago dhttp://ecodiario.eleconomista.es/sociedad/noticias/2169367/05/10/Cie
5/24/2010
Eco Diario
5/24/2010
Red Orbit
Is Chott El Jerid, Tunisia, the closest thing http://www.redorbit.com/news/space/1869716/is_chott_el_jerid_tunis
5/24/2010
Science Centric
Chott El Jerid, Tunisia - the closest thing tohttp://www.sciencecentric.com/news/10052428-chott-el-jerid-tunisia-t
http://www.cadenaser.com/sociedad/articulo/lago-tunez-parece-marte
5/23/2010
Cadena SER
Un lago de Túnez se parece a Marte
5/23/2010
Lavante-EMV
El lago salado más marciano está en Túnehttp://www.levante-emv.com/sociedad/2010/05/22/lago-salado-marci
Analizan un lago salado de Túnez para ve http://www.heraldo.es/noticias/internacional/analizan_lago_salado_tu
5/22/2010
Heraldo.es
5/22/2010
Sur.es
Analizan un lago salado de Túnez para ve http://www.diariosur.es/v/20100522/sociedad/analizan-lago-salado-tu
5/21/2010
Informador.mx
Analizan si un lago salado de Túnez
http://www.informador.com.mx/tecnologia/2010/203205/6/analizan-un
5/21/2010
Europa press
Un lago de Túnez se parece a Marte
http://www.europapress.es/ciencia/noticia-lago-tunez-parece-marte-2
5/21/2010
ABC.COM
Analizan si un lago salado es un análogo dhttp://www.abc.com.py/abc/nota/121990-Analizan-si-un-lago-salado-e
5/21/2010
laverdad.com
Analizan si un lago salado de Túnez es unhttp://www.laverdad.com/detavance.php?CodAvance=46599
5/21/2010
CAB-INTA
CAMPAÑA DEL CENTRO DE ASTROBIO http://cab.inta.es/noticias_detalle.php?id=34&lng=es
JRA3 European Modelling and
Data Analysis Facility (EMDAF)
Coordinator: Maxim L. Khodachenko (IWF-OeAW, Graz, Austria)
Co-Coordinator: Steve Miller (UCL, London, UK)
JRA-3 / EMDAF
http://europlanet-jra3.oeaw.ac.at

European Modelling and Data Analysis Facility
 Coordinator: Maxim L. Khodachenko (IWF-OeAW, Graz, Austria)
 Co-coordinator: Steve Miller (UCL, London, UK)
Creation of a distributed & coordinated
research infrastructure, based on the
existing in Europe computational
modelling and data analysis centres,
which will provide the scientific
community with the dedicated services
in the fields of computational & data
analysis.
Phobos image obtained
by HRSC@Mars Express
45
JRA-3 / EMDAF

JRA3-EMDAF DOES
•
Development of an Interactive Catalogue
of planetary models & data analysis tools;
•
Development of a Distributed Numerical
modelling Laboratory, to provide scientists
with a dedicated modelling service; (in progress)
•
•
Development of web-based communication tools
for planetary scientists; (in progress)
•
Develop a Distributed Data Analysis Laboratory
to provide scientists with a dedicated data analysis
service; (in progress)
•
Enable the codes involved with the DNML and
DAL to run on HPC facilities; (starts PM 25)
•
Provide demonstrators and operational tests of
interconnected modelling and multi-disciplinary
data analysis service; (in preparation)
46
JRA-3 / EMDAF

JRA3-EMDAF – RTD Infrastructure
EMDAF Developer Team
SVN
Version Control
System
Test Server
Test
Database
EMDAF User Community
GoToMeeting
Tool
EMDAF
Webportal
TWiki
Collaboration
Platform
Manual synchronization
Public Server
Public
Database
47
Integrated and Distributed
Information Service (IDIS)
SA-IDIS (WP21) JRA4-IDIS (WP25)
Maria Teresa Capria (INAF)
Gérard Chanteur (CNRS)
Walter Schmidt (FMI)

Main strategic Goal:
 Creation of an integrated and distributed information service, providing
remote access to data produced by space missions, ground-based telescopes,
laboratory and field facilities, sample collections, and giving additional tools to
use, combine, analyse the data, and compare them to numerical simulations
and model predictions
 IDIS is being made to evolve towards an information access system providing
interoperability of a wide range of different information and data sources and
access tools, located in different data centers, including virtual observatory-like
access services to data sets suitable for this approach.
49

Structure of IDIS: composed by
 a Service Activity (WP 21) and
 a Joint Research Activity (WP 25)

The IDIS SA is available to the Planetary Science community as a first
port of call for finding, retrieving and manipulating any kind of useful data.
It receives inputs from the community and from other Europlanet tasks, in
different forms (technical demonstrator reports, interactive catalogue
access to computer models and analysis algorithms, routines enabled for
high-performance computing, and so on).

JRA 4 is the JR devoted to IDIS. Its role is to extend SA IDIS capabilities
and prepare/implement virtual observatory services in various fields of
planetary sciences.
50

Major achievements (1)

Comparative information about Solar System planets and their moons:
 Interactive access to HighResolution images from Mars & Phobos
 Interactive Mars tectonics and fault map and introduction into features of the planets
surface and interior
 Mars Science Laboratory landing site evaluation

Planetary atmosphere and chemistry databases:





Titan ion chemistry databases, measurements and models
Titan atmosphere measurements planned end 2010
Methane spectroscopy simulation software
Mars climate database access
Kinetics Database for Astrochemistry (KIDA)
51


Plasma environments in the Solar System:
 Introduction into Solar Wind physics with interactive accesst to data from related
ground and space missions
 Introduction into Exoplanet with interactive access to dedicated missions and
observations data
 Access to existing Plasma Physics VOs and software tools

Comet, asteroid and interplanetary dust phenomena:




Search tool for comet emission line identification
Various modelling software packages for comet nuclei
Virtual Meteor Observatory planned 2011/01
Access to ground and space based observations related to zodiacal cloud and the
Rosetta mission
52
 Cross-calibration of past far-UV experiments


Dynamics of Solar System bodies, extraterrestrial matter:








Ephemerides databases and calculation tools final version planned 2011/03
Interactive meteor database
Lunar sample database, Mineralogy index and database
Spectral emission databases for planetary matter
SkyBoT VO to identify and track visible objects
Sky objects visualisation tools for downloading final version planned 2011/03
Access to VO-Paris with atmosphere , exoplanet data etc
Ground-based observation & mission development support:





Venus ground based images
Interactive Jupiter position database
Access to mission design and support tools
Access to space component selection and alert systems
Information about test and simulation facilities
53

Future Plans

Implementation of data model based data access
 Implementation of data description conversion tools
 Implementation of data access services
 Implemetation of Virtual Observatory display services

Extension of available data resources
 Access to the Virtual Meteor Observatory
 Access to ground and space based observations related to zodiacal clouds and the
Rosetta mission

Verification of implemented services
 IDIS-internal verification
 Verification via external users

Public relations
 Advertisement of IDIS services to the community
54
Messages to the Europlanet Board

- Europlanet

Transcription

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