Brief description of microelemented humic acid-based biofertilizer Bioplant Flora based on the results of laboratory investigations and field testing.
|
Substance contain (not less than) |
70% in dry estract |
| Aggregative state |
Dark-brown liquid |
| Viable drawk seeds |
Not found |
| Helminthes eggs |
Not found |
| Maggots |
Not found |
| Pathogenic microflora |
Not found |
| Pesticides |
Absent |
| Germinating ability of seeds |
Increases, seeds germination energy raises |
| Presence of TOR |
9899-005-75292641-2005 |
| Macro- and microelements content |
N, , , Fe, Zn, Mg, Mn, Mo, Co, B, S, I, Cu. |
| Content of heavy metals in dry extract |
Less than MPC for agricultural soils |
| Impact terms |
1-2 years due to biologically active substances and viable microflora |
| Contamination of water bodies |
Not detected |
| Contamination of soils |
Not detected |
| Effect from transfer into soil |
Increases soil humus, suppresses phytopatogenic microflora |
| Effect during ground frost |
Increases resistance of plants to autumn and spring ground frosts |
| Influence during drought |
Significantly increases the resistance of plants to drought due to increase of bearding, mass and size of the roots system |
| Influence on photosynthesis |
Due to natural ferments and phytohormons intensifies the photosynthesis, the lamina area is increased |
| Concentration of nitrates in the products |
The nitrates content in the products is reduced after processing of plants with Bioplant Flora |
| Influence on fruits quality |
The content of vitamins and biologically active substances in the fruits increases. keeping capacity is bettered |
| Changes of humus in the soil |
Application of Bioplant Flora results in increase of soil humus |
Bioplant Flora effectively suppresses the mildew germ, root rots, buck eye rot, rhizoctonia rot, agricultural bacterial diseases.
Preparation TOR are agreed with the Ministry of Public Health of the Russian Federation
Chief of laboratory CINAO, PhD in Agriculture, Academic of MAEN
Gluntsov N.M.
