Improving plant nutrition with boron in order to improve flowering and pollination |
ECOLINE Boron (Organic) 1 l/ha
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Reducing the negative impact of stress factors, increasing plant resistance to diseases, improving plant nutrition |
ECOLINE Phosphite (К) 1 l/ha
OR ECOLINE Phosphite (K-Amino) 1-1.5 l/ha + ECOLINE Corn (Chelates) 1 l/ha
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Optimizing plant nutrition with zinc, activating the growth of the root system and plants as a whole |
ECOLINE Zinc (Chelate) 1 l/ha + ECOLINE Phosphite (К) 1 l/ha
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Strengthening growth processes, acceleration of growth and development of the root system and plants as a whole |
FITOSTART Jet 20-40 l/ha
OR MULTISTART Corn 20-40 l/ha
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WHEN SOWING | 4-6 LEAVES | 6-9 LEAVES | PANICLE EJECTION | |
[0] | [0] | [0] | [0] |
To form 1 ton of grains with the relevant quantity of by-products, corn plants use 24-32 kg of nitrogen, 10-14 kg of phosphorus, 25-35 kg of potassium, 6-10 kg each of magnesium and calcium, 3-4 kg of sulphur, 11 g of boron, 14 g of copper, 110 g of mangan, 0.9 g of molybdenum, 85 g of zinc and 200 g of iron. Two significant stages are singled out in the corn plant development as to the provision of macro- and micro-nutrients: stages of 3-5 leaves and 6-8 leaves. At these stages the most effective method is to use foliar feeding. In the 3-5 leaves stage the corn plants form generative organs which determines their future yield. The presence of the nutrients, especially phosphorus and zinc conditions the number of corn cobs per plant and the grains in them. At the 6-8 leaves stage the primary (embryonic) root system die and the corn passes on to absorbing nutrients through secondary root system. At this stage the leaf area of corn grows actively, the formation of generative organs continues which result in intensive consumption of nitrogen (N), phosphorus (P), potassium (K), magnesium (Mg) and zinc (Zn).