Control of soybean root rot and field biocontrol using a complex Trichoderm seed coating technique
Root rot caused byRhizoctonia solani is a major threat to soybean production, often exacerbated by continuous cropping practices. Conventional reliance on chemical pesticides for seed treatment can lead to undesirable residues. This technology offers a sustainable solution by utilizing a highly effective strain of Trichoderma asperellum, TMU-g27, selected for its strong antagonistic activity against R. solani, and its ability to colonize soybean roots. A novel seed coating formulation incorporating TMU-g27 suspension concentrate has been developed, demonstrating excellent biocontrol efficacy against soybean root rot in field trials. This technology is now ready for commercialization, providing a promising alternative to chemical pesticides, reducing environmental impact, and enhancing food safety.
Blue Carbon Mixed Aquaculture: carbon storage, carbon fixation and cleaning farm pond substrate with aquaculture carbon sink blockchain technology.
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Application of marine carbon sinks in algal and shellfish culture in offshore wind farms (China’s Sargassum hemiphyllum breeding technology).
Using novel BPH-resistant rice to establish an Intelligent BPH-monitoring system and efficient BPH resistance screening techniques
Biological control of rice black bugs Scotinophara lurida using a native entomopathogenic fungus, Metarhizium anisopliae strain TDMA01, in organic rice production
Technology maturity：Trial production
Exhibiting purpose：Technology transactions、Display of scientific results
Trading preferences：Non-exclusive license
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