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Plant growing products

Innovative
AgroBAD (AgroDietary supplement)

The use of mineral fertilizers in modern crop production technologies is the foundation for obtaining high yields and quality agricultural products. The main problem with the use of mineral fertilizers is their significant losses, as the uptake coefficients for nitrogen by plants are only 30-40%, while for phosphorus, it is just 10-15%. When applied to the soil, more than 50% of mineral fertilizers transition into gaseous forms or compounds that are difficult for plants to access.

To activate the absorption of mineral fertilizers, we have developed a unique complex of chelated elements with organic acids, which has no analogs in the world. This complex includes elements such as lanthanum (La), titanium (Ti), nickel (Ni), vanadium (V), iodine (I), sulfur (S), selenium (Se), germanium (Ge), silicon (Si), bismuth (Bi), and aluminum (Al). Each of these elements individually, as well as collectively, synergistically activates the processes of nitrogen, potassium, and phosphorus absorption, while also improving stress resistance, lodging resistance, and both the quality and quantity of the harvest. Additionally, it contains already proven traditional micronutrients necessary for plant fertilization: Mg, Zn, Fe, Cu, Mn, Co, Mo, K, and B.

Improvement of assimilation efficiency of phosphorus, nitrogen, and other elements from macro fertilizers and soil
By using liquid organic micronutrient fertilizer "AgroBAD" for pre-sowing seed treatment, an

The enhanced excretion of organic acids and phosphatases by the root system promotes higher solubility, and consequently greater availability for plants and soil microorganisms, of poorly soluble mineral and organic phosphates in the soil, as well as phosphorus fertilizers. A significant portion of these fertilizers, upon prolonged contact with soil, transforms into forms that are less accessible for most crops.

The application of "AgroBAD" enhances the physiological activity

As a result, the grown grain becomes enriched not only with phosphorus but also with zinc, copper, manganese, iron, silicon, sulfur, and selenium due to soil minerals. This significantly increases the biological value and improves the technological quality of the grain. Furthermore, it enhances germination energy and field emergence rate when used as seed material.

For example, according to research results obtained during the cultivation of the winter soft wheat variety Legend Mironovskaya with the use of "AgroBAD" in two technological operations (pre-sowing seed treatment and two foliar applications during vegetation), the following outcomes were achieved: grain yield exceeded the control by 20–26%, phosphorus uptake by grain increased by 30–45%, and nitrogen uptake increased by 57–62% compared to the control. Protein content increased from 11% to 14%.

The high efficiency of the AgroBAD(AgroDietary supplement) preparation is ensured by the fact that the microelements it contains are chelated with natural citric acid, which is beneficial for all agricultural crops. All elements of the preparation are natural components of plants that participate in fundamental metabolic processes. Such molecules can freely and quickly penetrate through the membranes of intracellular organelles and actively engage in the synthesis of enzymes that catalyze all metabolic processes in plants.

Unlike micronutrient fertilizers based on EDTA, DTPA, and OEDF, the AgroBAD NPK absorption activator:

• Can be used not only for foliar treatments but also for root feeding on carbonate and alkaline soils (pH ≥ 8);

• Does not bind calcium in plant cells, which prevents wilting, reduces yield loss, avoids deterioration in the quality of fruits and seeds, and decreases their storage times;

• When entering the soil, it does not chelate heavy metals (lead, mercury, cadmium, arsenic), and consequently, the final harvest, soil, and groundwater are not contaminated with heavy metal salts;

• Decomposes well in the natural environment.

Since plants gradually absorb mineral fertilizers throughout the entire growing season, each treatment with the preparation creates impulses that enhance the absorption of nitrogen, potassium, and phosphorus. Therefore, it is necessary to utilize all opportunities for applying the preparation, both during pre-sowing seed treatment and by conducting 2-3 or more foliar applications. It is this repeated activation of metabolic processes at various growth phases that brings the greatest effect. Such treatments repeatedly pay off the costs of the AgroBAD preparation, especially since they can be conducted simultaneously with other technological operations, adding it to the sprayer tank at a rate of 100-200 ml/ha.

Processing methods

In the case of, for example, cereals, the preparation is used during pre-sowing seed treatment at an average rate of 250 ml per ton of seeds. Foliar feeding is carried out as follows: during the tillering phase, stem elongation - flag leaf, heading phase - beginning of flowering, and grain filling. The application rate of the preparation for each foliar treatment is, in most cases, 150 ml/ha.

The preparation is compatible with the vast majority of seed treatments and pesticides, and when applied to growing plants, it is compatible with UAN (urea-ammonium nitrate), liquid fertilizers, urea solution, and humic preparations. It exhibits synergistic action and enhances their effectiveness by activating metabolic processes that involve all available and necessary nutrients for the plant.

As a result of applying AgroBAD on agricultural crops, the following effects are observed:

Increased germination energy and seed emergence;
Enhanced stress resistance to adverse environmental factors and, importantly, resistance to abiotic impacts of pesticides, herbicides, and other crop protection agents;
Development of a more branched and physiologically active root system;
Activation of beneficial soil microorganisms in agriculture, particularly phosphorus-solubilizing and nitrogen-fixing bacteria;
Improved efficiency of macroelement uptake (nitrogen, phosphorus, potassium, and sulfur) by plants, whether present in the soil or applied as mineral fertilizers;
Enhanced photosynthetic productivity due to increased assimilation surface area and chlorophyll content;
Improved quality of plant-based agricultural products (elevated wheat grain class from 3rd to 2nd and 1st class; gluten content increases by 8-10%, protein content in wheat grain increases by 1-4%, raw protein in soybean grain increases by 2-6%, oil content in oilseed crops increases by 20-35%, sugar content in sugar beets increases by 1.0–2.0 percentage points);
Increased levels of dry matter, biogenic microelements, and vitamins;
Yield increase ranging from 15% to 45–120%, depending on the agricultural crop and the existing growing technology used
For every 1 ruble invested in the product, the benefit gained from increased yield and improved quality ranges from 6 то 220 rubles (=0,06-22 eurs)

Якорь эффекты Максима

Test results

According to the experiments, when growing wheat using the "AgroBAD" preparation in two technological operations (for pre-sowing seed treatment and two foliar treatments of the growing plants), the following results were obtained:

The nitrogen uptake by the grain yield exceeded that of the control grain by 57–62%, while the phosphorus uptake exceeded it by 30-45%. The protein content increased from 11% to 14%. The grain yield surpassed the control by 20-26%.