EN
Uspich organic fertilizers made from vermicompost can be applied both in open ground cultivation and in undercover farming to different soil types and to all kinds of crops.
enhanced seed germination;
enhanced survival of seedlings and young plants;
induced growth of root system;
vigorous young growth.
enhanced resistance to abiotic stress (drought, drastic fall in temperature, poor soil conditions);
decreased content of nitrates, heavy metals and radioactive nuclides in fruits;
increased content of sugars and vitamins;
increased crop yields (up to 30%).
activation of humus formation;
improvement of soil structure and properties.
soaking the planting material before sowing or planting.
spraying the soil with a simultaneous covering of seeds or an immediate fertilizer introducing by using a cultivator;
root feedings, including drip irrigation;
foliar feedings by spraying the plants during their growing season.
a component in a hydroponics growing medium.
Uspich organic fertilizers in combination with mineral fertilizers.
Mineral fertilizer use can be reduced by 30% in a joint use with Uspich organic fertilizers owing to the available NPK and a capability of humic substances to turn unavailable forms of soil nutrients to their available forms. Joint application of Uspich organic fertilizers with mineral fertilizers can make up plant nutrition deficiencies. That is also cost-effective because of the lower expenses for plant feedings.
increased cell membrane permeability by the components of the humic substances;
increased inner energy of plant genetic system which allows transferring energy to the areas of genes responsible for immunity;
intensified and normalized exchange processes in plants.
saving funds by reducing mineral fertilizers and pesticides application rates by 30%;
decreasing chemical and pesticide loading on soil;
softening pesticide stress of plants.
Uspich should be diluted in water with the temperature above 15 °С;
before using Uspich in combination with pesticides the compatibility test should be done in tank-mixtures.
pre-sowing seed treatment (0)
beginning of tillering (in autumn) (21)
end of tillering – beginning of booting (29-41)
heading (51-59)
1st foliar treatment (in autumn)
2nd foliar treatment
3d foliar treatment
pre-sowing seed treatment (0)
end of tillering – beginning of booting (29-41)
heading (51-59)
1st foliar treatment
2nd foliar treatment
pre-sowing seed treatment (0)
5-7 leaves (15-17)
inflorescence emergence (budding) (51-55)
1st foliar treatment
2nd foliar treatment
pre-sowing seed treatment (0)
4-5 leaves (in autumn) (14-15)
beginning of stem elongation (30)
inflorescence emergence (budding) (50-59)
1st foliar treatment (autumn)
2nd foliar treatment
3d foliar treatment
pre-sowing seed treatment (0)
formation of side shoots (rosette formation) (21)
inflorescence emergence (budding) (51-53)
1st foliar treatment
2nd foliar treatment
pre-sowing seed treatment (0)
6-8 leaves (leaf development stage) (16-18)
Inflorescence just visible between youngest leaves (inflorescence emergence, beginning of disk formation) (51)
1st foliar treatment
2nd foliar treatment
pre-sowing seed treatment (0)
3-5 leaves (leaf development) (13-14)
9-11 leaves (leaf development) (19-21)
1st foliar treatment
2nd foliar treatment
pre-planting tuber treatment (0)
formation of basal side shoots below and above soil surface (main stem) (plants are 7-10 cm high) (21-25)
inflorescence emergence (budding) (51-55)
1st foliar treatment
2nd foliar treatment
pre-sowing seed treatment (0)
4-6 leaves (leaf development (youth stage)) (14-16)
beginning of crop cover (in other words - beginning of sugar beet young plants close up (before crop cover complete)) (31)
1st foliar treatment
2nd foliar treatment
treatment of seeds and sprouts (0)
14-15 days after planting (leaf development or in other words approx. the stage of 3rd leaf on main shoot unfolded) (13)
inflorescence emergence (before flowering) (59)
development of fruit (71)
root feeding
foliar feeding
pre-sowing seed treatment (0)
3-5 true leaves (leaf development) (13-15)
6-8 true leaves (leaf development) (16-18)
ovary formation (inflorescence emergence) (51-60)
ripening of fruit and seed (81-89)
root feeding
foliar feeding
pre-sowing seed treatment (0)
8-9 leaves (leaf development) (18-19)
active growth (development of fruit) (approx. 73)
root feeding
foliar feeding
pre-sowing seed treatment (0)
young growth (leaf development) (approx. 15-17)
formation of edible roots (development of fruit) (approx. 72-73)
root feeding
foliar feeding
pre-sowing seed treatment (0)
5-6 leaves (leaf development) (15-16)
active growth (development of fruit) (approx. 72-73)
root feeding
foliar feeding
pre-sowing seed treatment (0)
3-4 true leaves (13-14)
ovary formation (inflorescence emergence) (51-60)
root feeding
foliar feeding
Strawberry
inflorescence emergence (first flower buds emerged (still closed)) (57)
development of fruit (71)
beginning of dormancy (91-92)
root feeding
foliar feeding
treatment of planting material (0)
inflorescence emergence (53-57)
development of fruit (71-72)
softening of berries (85)
root feeding
foliar feeding
treatment of planting material (0)
pink bud stage (inflorescence emergence) (57)
end of flowering: all petals fallen (69)
fruit size up to 20 mm (72)
root feeding
foliar feeding
