Humic acid is a mixture of natural organic macromolecular matters, it had good effect on improving soil condition, increasing plant resistance ability to stress and cell wall permeability.
Trichoderma can improve soil structure.The hyphae and other substance reproduced by trichoderma can be used as a cementing material to help soil build a stable granular structure
Chitosan is aimed to improving the soil living conditions against soil-borne pathogens. The mycorrhiza could live better under this good condition chitosan created. A study shows that chitinases could not affect the growth of mycorrhizal fungi
Chitosan oligosaccharides can not only help plants resist disease, but also decompose animal and plant residues and trace metal elements in the soil
Mycorrhizae help build healthy soil structure and microenvironment. And Increase plant’s nutrients absorption capacity and stress resistance ability.
The mechanism is that plant can produce chitinase by absorbing Chitosan oligosaccharide to interact with pathogenic bacteria, inhibit the growth of pathogenic bacteria,make susceptible plants produce systemic resistance.
S-Abscisic acid is an inhibiting hormone in plants that helps a plant adapt to stress environment. It also plays the vital role in the closure of the leafs stomata, bud development, and seed dormancy.
Different kinds of L-amino acids have difference effect for plants,you will know all about it after you reading this article.
Biofungicides products inhibit the energy production and interfere with biosynthesis of Pathogens.It have strong compatibility and low toxicity,stimulate plant growth.
What’s benefits of bacillus subtilis in agriculture?It can be used as bio fertilizer and bio fungicide.It’s eco-friendly,and has significant antibacterial properties.
What’s the advantages of Bacillus mucilaginosus? How is it used in agriculture production. Click it
We cooperated with local growers to apply Trichoderma harzianum on Strawberry growth. We begin to use it at the seedlings stage and have the good effect on root growth & diseases control.
There are lots of microbial fertilizers on the market. This article will help you understand the importance of microbial fertilizer and its functions in agriculture.
Dora Rootguard has good effect on alleviating soil salinity and increase crops yields and quality.Please check the field trial report.
Trichoderma’s Mechanism in Improving soil condition,such as how to Improve Soil Structure,Alleviate Soil Salinization and Reduce heavy metals and organic pollutants in soil.
Trichoderma harzianum is a soil-dwelling fungus used as a kind of biocontrol fungus, It has quicker growth rate, and highly adaptation, it widely used as biological fertilizer.
Microbial fertilizer refers to a type of biological agent that contains living microorganisms and can obtain a specific fertilizer effect in use to increase plant yield or improve quality.
Harpin Protein is a new,safe and efficient plant immune inducer.Multi-functional product integrating plant growth regulators,biological pesticides and bio-fertilizers.
Microbial fertilizers are more expensive than organic fertilizers because of the addition of biologically active bacteria! Therefore, the role of strains is the most important for microbial fertilizers. At present, the main microbial strains on the market are mainly Bacillus subtilis, so understanding the role of Bacillus subtilis is very important.
Paecilomyces lilacinus is a inhabiting bacteria in many roots in soil (Soil inhabiting bacteria refers to parasites that survive winters in the soil or on the residue of diseased plants, have strong saprogeny, and can survive long time in soil)
Amino acid chelate is a very important nutrient that is essential for the better growth of plants in your farm or garden.
This article is aimed to introduce the effect of amino acids, humic acids, alginic acids, microbial fertilizers, chitosan in production.