NUTRITION SYSTEMS WINTER CEREALS



NUTRITION SYSTEMS WINTER CEREALS: Іntensive

Improvment of grain quality and control of fungal diseases of the ear
Providing additional nutrition
GROS Phosphito-NP 1.5-2 l/ha
GROS Phosphito-NP 1.5-2 l/ha
GROS Phosphito-NP 1.5-2 l/ha
Activation of plant growth, strengthening immunity, control of fungal diseases
Additional nutrition
Provision of nutrition elements, strengthening of immunity, protection against pathogens of fungal diseases
Seed treatment 4-6 leaves - begining of tillering Tillering (autumn) Tube exit Flag leaf Earing Ripening
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Products that are used in the scheme

NUTRITION SYSTEMS WINTER CEREALS: Basic

Improvment of grain quality and control of fungal diseases of the ear
Activation of plant growth, strengthening immunity, control of fungal diseases
Additional nutrition
Providing nutrients from the time of sowing till the transition to nutrition from the root system
Seed treatment 4-6 leaves - begining of tillering Tillering (autumn) Tube exit Flag leaf Earing Ripening
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Products that are used in the scheme

Peculiarities of feeding winter corns

According to average data of scientific establishments to for a grain crop yield of 5 tons per ha and the relevant quantity of straw the culture uses 150 kg of nitrogen, 50 kg of phosphorus, 100 kg of potassium, 25 kg of calcium, 20 kg of magnesium, 17.5 kg of sulphur, 1.3 kg of iron, 420 g of manganese, 50 g of copper, and 32 g of zinc. If the crop increases, the consumption of nutrient elements will increase respectively. Taking into account this fact and the agrochemical peculiarities of soil at the particular field, the introduction of fertilizers should be planned meticulously. The consumption of the feeding elements by the wheat plants is uneven throughout the vegetation and the pace of this process differs from one element to another. In the tillering stage the plants "succeed" to consume about 1/4 of the total vegetation quantity of nitrogen, whereas the amount of consumed phosphorus and potassium makes 10%. In the stalk-shooting stage these rate are about 70% for nitrogen, 45% for phosphorus and around 40% for potassium. When the plant starts blooming they consume 100% of nitrogen and potassium and nearly 90% of phosphorus. The knowledge of the mineral feeding allows for the development of a fertilizing system which can accommodate the specific features of the culture to the maximum extent in order to reach high yield of quality crop.

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