tailieunhanh - In-situ enhancement of soybean straw decomposition by Trichoderma Viride and its impact on the soybean crop productivity and economics

A field experiment was conducted in 2015-16 at Akola (MS) to find out the impacts of insitu enhanced straw decomposition on soybean yield and economics. It was laid into the Randomized Block design with 4 replications where 5 treatment combinations made for nutrient management through combining the inorganic fertilizer, straw application with and without Trichoderma viride application. The study revealed that Yield attributes, grain yield, straw yield, GMR and B:C ratio was significantly improved with application of RDF through chemical fertilizers. But, the application of 75% RDN + 25% N through soybean straw + T. viride also improved all parameters equally. So, it could be concluded that application of 75% RDN + 25% N through soybean straw + T. viride proved to be the most feasible system of integrated nutrient management and the application of decomposition enhancer, . Trichoderma viride posses the potential to replace the source of nitrogen. | In-situ enhancement of soybean straw decomposition by Trichoderma Viride and its impact on the soybean crop productivity and economics

• Sinh học
• Straw Decomposition
• Tricoderma viride
• Soybean crop productivity
• In situ enhancement
• Soybean straw decomposition
• Trichoderma Viride
• Microbial population
• C N ratio
• Bio mineralizer
• Cow dung slurry
• Straw decomposition rate
• Trichoderma viride isolates
• Different temperature
• Culture media
• Mycelia growth of Trichoderma viride isolates
• Trichoderma harzianum
• Genetic diversity
• Rhizosphere soils by RAPD markers
• Trichoderma viride isolated
• Fungicides and Sodium hypochlorite
• Sodium hypochlorite
• Trichoderma viride with treated seeds
• Growth of Trichoderma viride
• Morphological variation
• Chitinase production
• Trichoderma viride mutants
• Mother culture
• Different systemic
• Non systemic
• Fungicides Trichoderma viride
• Compatibility of different systemic
• Indole acetic acid
• indole acetic acid produced
• Mangrove associated fungi trichoderma viride VKF3
• Fungal pathogens
• Extracellular glutaminase free l asparaginase
• Trichoderma viride F2
• Biochemical characterization
• Mitigating acrylamide formation
• Starchy fried food
• Fungicides against soil borne diseases
• Tomato and cabbage
• Soil borne pathogens of these crops
• Paraffin oil
• Soybean oil
• Liquid formulations
• Antagonistic activity of Trichoderma viride
• Synthetic media
• Temperature and T viride
• Bio control agent
• Bio control agent (Trichoderma viride)
• Physiological analysis
• Collar rot
• Target leaf spot
• Pseudomonas fluorescens
• Soybean Trichoderma harzianum
• báo cáo khoa học
• vỏ cà phê
• xử lý vỏ cà phê
• enzyme cellulase
• Aspergillus niger
• Cellulase
• Pectinase
• Myrothecium roridum
• Colletotrichum truncatum
• Leaf spot disease
• Formulations against pod blight
• Biomass production
• Biomass production of Trichoderma Viride
• Influenced by carbon
• Nitrogen sources
• Nutritional requirement
• Neem cake
• Sclerotium rolfsii
• Organic amendments
• Stem rot of groundnut
• Pseudomonas fluorescence
• Bio control agents
• Punica granatum
• Pomegranate (Punica granatum L ) cutting
• Curvularia lunata
• Plant extracts
• Maize caused by Curvularia lunata
• Trichoderma viride against leaf spot
• Leaf spot of maize caused
• Colony forming unit
• Mass multiplication
• Evaluation of substrates
• Carrier material for mass multiplication
• Soil born pathogen
• Trichoderma viride liquid formulations
• Percent growth inhibition
• Mustard oil
• Plant Biology
• Dark septate endophytes
• Root development
• Non host endophytes
• Alternaria blight
• Dhatura leaf extract
• Eucalyptus leaf extract
• Garlic bulb extract
• Neem leaf extract
• Neem oil
• Capsicum annuum
• Rhizoctonia solani
• Web blight
• Mungbean (Vigna radiata L Wilczek)
• Bio agents against web blight
• Erysiphe polygoni