TAILIEUCHUNG - Paddy straw and maize stalks compost for cultivation of Agaricus bisporus

Composting is carried out under aerobic thermogenesis to prepare a selective substrate for Agaricus bisporus production. Conventionally, wheat straw based synthetic compost is used for its production. Use of paddy straw as such tends to make the composting process anaerobic leading to low quality compost and low yields. In the present study, an alternative high yielding compost formulation based on paddy straw + maize stalks as a substitute to the existing wheat straw based compost has been made. The physicochemical characteristics of the composts revealed their moisture, pH, temperature, C:N ratio to be within the range of , , °C, respectively. During different stages of mushroom cultivation . at zero day of compost, final grade compost, pin head stage, after first flush and at crop termination the straw was analysed for proximate composition. NDF, ADF, Cellulose and hemicellulose content was significantly reduced upto pin head stage and ranged from (), (), ( ), () respectively and stable thereafter in all the compost. Total ash content showed increment and ranged from . There was no decline in the lignin content during different stages of composting and crop production. Yield data indicated maximum yield ( kg/q compost) in paddy straw + maize stalk (1:1) compost with 1563 fruit bodies/ q compost. It was observed that paddy straw + maize (1:1, w/w) compost was better degraded than paddy straw + maize stalk (2:1, w/w) and paddy straw composts. From the recent study, it was concluded that paddy straw + maize stalk (1:1, w/w) compost was the best formulation which could be further exploited for large scale production of mushrooms for small and marginal farmers. | Paddy straw and maize stalks compost for cultivation of Agaricus bisporus

• Sinh học
• Agaricus bisporus
• Paddy straw
• Maize stalk
• Proximate analysis
• Maize stalks compost
• Microbial diversity
• Role in Agaricus bisporus production
• Agaricus bisporus production
• Microbial ecology
• Casing mixtures
• Growth parameters
• Mushroom (Agaricus bisporus)
• Farm trial
• Assessment of casing mixtures
• Mushroom yield
• Evaluation of high yielding strains
• High yielding strains
• Agaricus bisporus sing
• Mycogone perniciosa
• Tyrophagus putrescentiae
• Wet bubble disease
• Bubble disease in Agaricus bisporus
• kỹ thuật trồng trọt
• nấm mỡ B
• Nuôi trồng nấm mỡ Agaricus bisporus
• đặc điểm sinh học của nấm
• phát triển quả thể nấm
• Quy trình trồng nấm mỡ
• Chitin
• Fruit body
• Pileus
• Stipe
• Pleurotus ostreatus
• Lentinula edodes
• Button mushroom
• Hybrid dryer
• Biogas etc
• Solar biogas hybrid dryer
• Agaricus bisporus mushroom
• Pseudomonas putida
• Waste tea leaf and vermicompost
• White button mushroom
• Mycelial growth and physical properties
• Vermicompost and waste tea leaf
• Application of pseudomonas putida
• Cultivation of button mushroom
• Button mushroom (Agaricus bisporus)
• Controlled condition
• Bastar plateau of Chhattisgarh
• Verticillium fungicola
• Enzyme bioassay during interaction
• Evaluation of histopathological changes
• Histopathological changes
• Turkish Journal of Agriculture and Forestry
• Tạp chí Nông Lâm nghiệp
• Edible coating
• Protein content
• Button mushrooms
• Macrofungi of Samsun province
• Poisonous species
• Humaria hemisphaerica
• Edible fungi
• Oyster mushroom
• Wheat straw
• Oyster mushroom (Pleurotus ostreatus)
• Agricultural waste
• BMC Genomics
• Multilocus sequence alignment
• Average nucleotide identity
• Pseudomonas gingeri
• Pseudomonas salomonii
• Pseudomonas yamanorum
• Pseudomonas edaphica
• A review on cultivation
• Pharmacological potential
• Carry numerous medicinal benefits
• Natural product origin