タイトルまたは説明

Description:
Microbial population in azotobacter can compensate for poor root growth by taking up nutrients from the soil particularly phosphorus (P) in the form of phosphates (PO*-) and potassium (K) and transferring the nutrient to the plant. Symbiotic relationship between the plant and the fungi enhances plant growth as well as provide the fungi with nutrients for growth. Free-living organisms in the product can form a mutually beneficial relationship with the plant to fix nitrogen, produce plant growth promoting substances and protect the plant from pathogenic soil organisms.
 
Applications:
Azotobacter contains a concentrated blend of non-pathogenic beneficial microorganisms that can form a symbiotic relationship with the plant.
This symbiotic relationship between the plant and the fungi enhances plant growth as well as provide the fungi with nutrients for growth.
Well established growth of microorganisms from the product can compensate for poor root growth by taking up nutrients from the soil particularly phosphorus (P) in the form of phosphates (PO*-) and potassium (K) and transferring the nutrient to the plant. The plant in turn provides the fungi with sugars and other growth factors.
Free-living organisms in the product can form a mutually beneficial relationship with the plant to fix nitrogen, produce plant growth promoting substances and protect the plant from pathogenic soil organisms.
Microorganisms in the product help dissolve complex materials in the soil to make needed elements (ex. P and K) available to plants.
 
Specifications:
Microbial Count: **0 million CFU/gram
Appearance:   Dark brown, free flowing powder
Odor: Slight fermentation odor
 
Competitive Advantage:
1) As a supplement to chemical fertilizers
Eco-friendly (Made from organic wastes, bio-degradable and does not contain chemicals harmful to nature)
2) Reduces the costs towards the use of chemical fertilizers, especially regarding nitrogen and phosphorus
3) Increase crop yield
4) Replace chemical nitrogen and phosphorus
5) Stimulate plant growth through increased root formation
6) Activate the soil biologically by stimulating nitrogen fixation and symbiotic plant-microorganism interaction
7) Restore natural soil fertility through the production of organic material
8) Production of organic material improves soil structure, texture, and aeration and increases the Soil's water-holding capacity
9) Provide protection against drought and some soil borne diseases through natural anti-microbial and anti-plant pathogen activity of beneficial microorganisms
*0) Nitrogen, potassium, and phosphorus will be produced naturally by the microorganisms, so few soil amendments will need to be added
*1) Fertilizer on farmland or in the garden