Knowde Enhanced TDS
Identification & Functionality
- Agrochemical Functions
- Technologies
- Composition
- Cells of bacteria Bacillus subtilis, Bacillus megaterium var. phosphaticum, Azotobacter chroococcum, Enterobacter, Paenibacillus polymyxa, total number of viable cells (0.5 - 1.5) x109 CFU/cm3.
- Other beneficial microflora (lactic acid bacteria, enzyme producers).
- Vitamins, phytohormones, amino acids and other physiologically active substances.
- Bacillus subtilis -Aerobic bacteria capable of mobilizing phosphorus from organic and mineral compounds, fixing molecular nitrogen from the atmosphere. Bacteria produce biologically active substances that increase plant immunity, promote the destruction of complex organic compounds in the soil. Bacillus megaterium var.
- Phosphaticum -Bacteria able to release phosphorus bounded in organic and mineral compounds. Produces the enzyme silicase which helps to increase the mobility of silicon and potassium fixed by soil minerals.
- Paenibacillus polymyxa -Aerobic bacteria, which produce phosphatase, ensure the availability of mineral and organic soil phosphates for plants. Bacteria secrete phytohormones, a wide range of lytic enzymes that improve plant immunity promoting their growth and development. The exopolysaccharides produced by them have a positive effect on the structure of the soil, its aeration and moisture supply.
- Enterobacter -Bacteria capable of binding atmospheric nitrogen, improving the phosphate regime of the soil, increasing the availability of phosphates by plants, as well as producing phytohormones and biopolymers. Bacteria are effective in bioremediation of industrially contaminated soils.
- Azotobacter -Free-living bacteria that fix molecular nitrogen in the atmosphere and produce phytohormones that promote plant growth and development, including root system. Bacteria are capable of biodegradation of chlorinecontaining aromatic compounds, including pesticide residues. The exopolysaccharides produced by bacteria can mobilize heavy metals, converting them into inaccessible to plants form
Features & Benefits
- Agrochemicals Features
- Application Effect
- Provides a gradual increase in available to plants mobile forms of phosphorus and exchangeable potassium in soil.
- Increases the nutrient/fertilizer use efficiency by 1.2-1.5 times.
- Reduces the consumption of fertilizers by up to 20%.
- Promotes free flow of silicon into plants.
- Has a positive aftereffect.
- Increases the soil biological activity, improves the soil, and prevents its degradation.
- The viability of microorganisms is not reduced when applied with pure UAN.
- Increases stress resistance of plants.
- Increases the crop yield.
- Increases availability and mobility in soil of phosphorus and exchangeable potassium and increases the number of different forms of nitrogen in soil and fertilizers.
- Improves agrochemical parameters of soil.
- Improves soil biological activity.
- Product Highlights
- Enhances phosphorus mobility and potassium availability in soil and mineral fertilizers
- The recommended application rate of the mineral fertilizers can be reduced by 30%
- Converts atmospheric nitrogen into available for plants form.
- Prolongs availability of the nutrient elements
- Increase yields by up to 25%
- What makes Groundfix different from other preparations?
Bacteria in the composition of Groundfix synthesize:
- Carboxylic Acids
- Amino Acids
- Polypeptides
- Polysaccharides
- Enzymes
- Phythormones
- Vitamins
As a result, we observe the following:
- Conversion of calcium phosphates (CA3 (PO4)2 into soluble form
- Release of potassium from minerals
- Fixing atmospheric nitrogen and converting it into the form available to plants
- Release of phosphorus from aluminum and iron phosphates (AlPO4 , FePO4 )
- Increasing silicon mobility and availability to plants
- Biodegradation of chlorine-containing aromatic compounds, including pesticide residues
- Improving soil structure and moisture availability
- Release of phosphorus fixed by secondary minerals -hydroxides of silicon, iron, aluminum, and manganese in crystalline form
Applications & Uses
- Markets
- Applications
- Application Technique
- Intended Use
- Pre-sowing treatment (basic tilling, cultivation); row fertilization
- Fertigation; early spring feeding.
- Application Features
- The preparation is applied with incorporation during the pre-sowing tilling.
- The preparation is applied without incorporation during early spring feeding of winter crops.
- Recommended Application rates of the Biopreparation GROUNDFIX
Crop Treatment period GROUNDFIX, l/ha Working solution, l/ha
Integrated farming
Winter and spring cereals Early spring, pre-sowing 3 100-200 Winter rape Early spring, pre-sowing 3.0-5.0 100-200 Sunflower, corn, soy Pre-sowing 3.0-5.0 150-200 Row fertilization 0.5-1.0 20-50 Organic farming Winter and spring cereals Early spring, pre-sowing 3.0-5.0 150-200 Winter rape Early spring, pre-sowing 5.0-8.0 Sunflower, corn, soy Pre-sowing 5.0-10.0 Row fertilization 0.5-1.0 20-50 Horticultural Fertigation 2-3 treatments 3.0-5.0 Water application rate
Vegetables Fertigation 2-3 treatments
Shake the biopreparation thoroughly before use! The application rate of the preparation is dissolved in the required volume of water! The working solution of the preparation should be prepared before the treatment and used for 4 hours.
- Methods of Application
- During primary tillage
- During pre-sowing cultivation
- Row fertilization when sowing
- Early spring feeding with liquid fertilizers
- Fertigation
Packaging & Availability
- Packing
1 L, 5 Land 10 L.
Storage & Handling
- Shelf Life
- 12 months (4°C - 10°C), 6 months (10°C - 15°C)
- Storage Conditions
Store in a sealed package, in a dark place.