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№ |
Composition |
Description |
1 |
Magnesium |
It is part of chlorophyll, an enzyme activator. With a lack of chlorosis of the leaves develops. |
2 |
Zinc |
Participation in protein and carbohydrate synthesis |
3 |
Boron |
Growth and development of reproductive organs, control of metabolism. |
4 |
Molybdenum |
Highly important in nitrogen metabolism |
5 |
Cobalt |
Enzyme Activator |
6 |
Sodium |
Participation in metabolic processes control of the sodium potassium pump, cell turgor. |
7 |
Calcium |
It is part of the fruit and the cell wall |
8 |
Potassium |
By contributing to the accumulation of carbohydrates in plant cells, potassium increases the osmotic pressure of cell juice and thereby increases the cold resistance and frost resistance of plants. Preserves water, increases the drought resistance of plants |
9 |
Iron |
Participates in the synthesis of chlorophyll, participates in cellular respiration. |
10 |
Nitrogen |
Regulates the growth of the vegetative mass of the plant |
11 |
Sulfur |
Participates in the process of respiration and fat synthesis, is part of the enzyme pool |
12 |
Phosphorus |
Increases frost resistance and activates the growth of the root system. |
13 |
Silicon |
It is part of the protective shells of plants. |
14 |
Chrome |
Activator of enzymatic reactions, increases the content of chlorophyll in leaves |
15 |
Nickel |
Enzyme Activator |
16 |
Copper |
Activator of cellular respiration, protein and carbon metabolism, immune stimulator |
17 |
Manganese |
Activator of enzymes influencing redox processes, photosynthesis and respiration of cells |
Substrate – sand with the addition of superhumates 15 g / sq. m.
The top row with the addition of superhumates.
Bottom row without adding superhumates.
Substrate – sand with the addition of superhumates 15 g / sq. m.
From left to right: the first two varieties of wheat without the addition of superhumates, the second two varieties – with the addition of superhumates.
Growth time: 7 days.
Currently, the existing problems of processing organic waste and their environmental safety can be solved by applying an innovative approach and investing in environmentally safe technological production, producing high-quality organic fertilizers (superhumates).