tailieunhanh - Oyster mushroom production in different agricultural substrates

Agricultural byproducts which are rich in Lignin content can be utilized for Oyster mushroom production, which feed on these substrates for growth and development of mycelium subsequently fruiting bodies to become Edible mushrooms. Here an effort was made to know the productivity of this mushroom on different Agricultural substrates which are easily available locally viz., Ragi straw (Elosiana corakana L), Areca nut husk (Areca catechu), Coconut husk (Cocus nucifera), Fodder Sorghum Straw (Sorghum bicolor), Guinea grass straw(Megathyrsus maximus) and Paddy straw (Oryza sativa) to know the suitability of these materials on the mushroom productivity in local condition through characters like spawn running(days), period of initiation of pin head formation(days), number of fruiting bodies formed(days). The yield of mushroom, Apart from environmental factors, it also mainly depends on the nature of substrate which is being used. It was evident from the study that, Ragi straw has shown significantly higher yield ( BE), Less time for Spawn run ( days) and also less time for pin head formation ( days) at KVK Hirehalli, Tumakuru location during 2015-16 of Karnataka state. This study concluded that Ragi straw is having highest Economic benefit with BCR and could be a potential substrate in tumakuru location for oyster mushroom cultivation for economic benefit when compared to all other materials studied and also found less time was taken to colonies this fungus ultimately leading to better productivity of mushroom. | Oyster mushroom production in different agricultural substrates

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• Biological efficiency
• Oyster mushroom production
• Different agricultural substrates
• Agricultural substrates
• Better productivity of mushroom
• Enhancement of nodulation efficiency
• Nodulation efficiency of mungbean Rhizobia
• Mungbean Rhizobia
• Nodulation efficiency
• Higher biological nitrogen fixation
• Bacteria inoculation
• Efficiency parameters
• Organic farming
• Organic wheat farming
• Biological nitrogen fixation
• Conservation of energy
• Trophic efficiency
• Lecture AP Biology
• Systems biology
• Biological sciences
• Biological organization
• Aquatic waste water
• Removal efficiency
• Bagasse substrate
• Aerobic biological technology
• SS treatment
• Lecture Biology
• Biological phenomenon
• Root growth
• CHLASE gene
• Activities of enzymes
• Seed germination
• Monkey head mushroom
• Fruiting bodies
• Hericium erinaceus
• Biological efficiency of H
• erinaceus
• Enzymatic activity
• Milky mushroom
• Straw substrates
• Casing materials
• Biological efficiency and CI
• milky mushroom (Calocybe indica P&C
• Pleurotus sajorcaju
• Yield of Pleurotus sajorcaju
• Different grains on mycelial growth
• Mycelial growth
• Calocybe indica
• Milky mushroom varieties
• Kanyakumari district
• Modern agriculture
• Microbial diversity
• Survival efficiency
• Phosphorus solubilizing
• Rhizospheric soils of chaka block
• Fruiting body
• Yield maximization in white milky mushroom
• Coconut coir pith
• BMC Bioinformatics
• Biochemical reaction networks
• Chemical master equation
• Intelligent state projection
• Bayesian likelihood node projection
• Pleurotus ostreatus
• Apple pomace
• Wheat straw
• Their nutritional evaluation
• Journal of agriculture and environmental sciences
• Effect of substrate weight variation
• Spawn method in production of white oyster mushroom
• White oyster mushroom
• Completely Randomized Design
• High Biological Efficiency
• Hypsizygus ulmarius
• Spawn run period
• Pinhead initiation and yield