Folleto AGRICOL_in

FURTHER RESEARCH TO DATE
The application of agricol® has been
tested in several countries, achieving
excellent results in carrot, cucumber,
mango, coffee and banana crops, and
rose flower production.
INCREASES
INCREASES CROP
CROP YIELDS
YIELDS
agricol® works on stem and fruit growth, precocious flowering and early cropping, skin
firmness, setting, fruit fall and stem elongation, and even reduces the devastating impact
of frosts.
COMPOSITION
Gibberellic Acid
Amino Acid Hydrolysate
Nipagin
Water
Application of agricol® in mango crops
The pictures show the excellent results
obtained following the application of
agricol®, even under adverse conditions
for crops, such as droughts and frosts.
5.0 %
25.0 %
0.1 %
69.9 %
DOSAGE
1 ml of agricol® per 5 litres of irrigation water once a week.
Only 2 litres of agricol® are required for every 10,000
litres of irrigation water.
Application of agricol® in cucumber crops
The picture shows one carrot treated
with nitrate (left) and one treated with
agricol® (right). The difference in size
is barely perceptible, but the carrot
treated with agricol® has a larger
perimeter and therefore, it weighs more.
This means a higher production per
square metre treated with agricol®,
which leads to increased crop yields.
Application of agricol® in carrot crops
PACKAGING
2 litre container
BIBLIOGRAPHY
1. ASTUDILLO, Nelson. Estudio experimental sobre la aplicación de la homeopatía en el
tratamiento de la marchitez vascular del clavel. Bogotá, 2003. Trabajo de grado (Veterinario
Homeópata). Fundación Instituto Colombiano de Homeopatía “Luis G. Páez”.
2. BORREGO, Miguel. La lechuga y la escarola. España: Ediciones Mundi Prensa, 2000.
3. CULTIVOS HIDROPÓNICOS. Frutas-hortalizas-flores-forrajes. Vol. 1, fascículos 1,2,3,7.
Vol. 2, fascículo 20.
4. CURTIS, Helena. Biología. España: Editorial Panamericana, 2001.
5. GONZÁLEZ, Fabio. Estudio preliminar sobre el efecto de preparaciones homeopáticas
sobre el crecimiento y desarrollo de plantas de caléndula. Laboratorio de Ciencias Básicas
y Unidad de Terapias No Farmacológicas, Escuela de Medicina Juan N. Corpas. 1997.
6. HAHNEMANN, Samuel. Organon de la Medicina. Organon del Arte de Curar.
7. INSTITUTO COLOMBIANO AGROPECUARIO-ICA. Primer curso nacional de hortalizas
de clima frío. Conferencias. 1992.
8. INSTITUTO COLOMBIANO DE NORMAS TÉCNICAS. Normas colombianas para la
presentación de tesis y otros trabajos de grado. Quinta actualización. Bogotá D.C.:
ICONTEC, 2002.
9. LÓPEZ, Luz. Experimentación de soluciones homeopáticas en leguminosas. “Estudio
Piloto”. Fundación Instituto Colombiano de Homeopatía “Luis G. Páez”. 1998.
10. Experimentación del efecto de las sustancias homeopáticas en la zanahoria. “Estudio
Piloto”. Fundación Instituto Colombiano de Homeopatía “Luis G. Páez”. 2001.
11. MEJÍA, Mario. Movimientos alternativos frente a la agricultura química. Colombia: Talleres
gráficos de Muñoz Impresiones, 1997.
12. ROJAS, Manuel. Control hormonal del desarrollo de las plantas. Fisiología-TecnologíaExperimentación. México: Editorial Limusa, 1987.
13. SALISBURRY, Frank. Fisiología vegetal. México: Grupo Editorial Panamericana, 1994.
2 litre container
Catalysis, S.L.
Macarena, 14 • 28016 Madrid • SPAIN
www.catalysis.es
R E S U LT S O F T H E A P P L I CAT I O N O F
agricol® I N W AATT E RM
ELON A
N D B R IZ
A N TH
R ME
AN
I ZA
T H A GR A S S C R O PS
The dose used was 1 ml in 5 litres of water applied weekly.
Based on advanced molecular activation technology, Catalysis, S.L.
has developed a specific product to promote crop production: agricol®.
1
agricol® is based on molecularly activated gibberellic acid.
2
Four seeds per tuft are sown
1
Plant growth with application of agricol®
2
The pasture in summer: dry, low, and sparse
View of a grass tuft
Gibberellins are hormones that have only recently been used. They were
first recognized by Japanese scientists in the year 1926 and to date, over
125 hormones in this group have been identified, the most common
of which are the GA1, GA3, GA4, GA7 and GA9 gibberellins.
They are present in variable amounts in all plant organs, but the highest
concentrations are found in immature seeds and developing stems.
Gibberellins can vary slightly in terms of both structure and activity. The
most widely known gibberellin of the group is GA3 (gibberellic acid),
which, following a process of molecular activation, offers a number of
crop treatment benefits.
3
4
Stems and flowers appear
The functions of GA3 in the plant can be summarized as follows:
3
4
The grass begins to change without rain or irrigation water,
only after applying agricol®
Flowers and fruits appear on the stem
The same tuft shown in picture 2 following application of agricol®
1. Stimulates rapid stem growth.
2. Interrupts seed dormancy, triggering germination through
mobilization of sugar reserves.
3. Induces budding.
4. Promotes fruit development.
5. Shortening of long flowering days required by many species.
Our extensive experience in research and application of molecular
activation has enabled us to develop agricol®, which is further backed
by studies with different crop types.
agricol®
PL ANT GROW TH PROMOTER
5
6
The fruit grows and flowering continues
F LOW E R I N G CO N T I N U E S
E V E N AFTE
AFT E R
FRUIT PRODUCTION
5
Fruit growth
6
Grass flowering begins
The pasture is now ready for its intended purpose
75%
INCREASE
IN CROP PRODUCTION
P
ER U
N I T AR
PE
UN
A REA
EA