TAILIEUCHUNG - Poultry waste management

Poultry industry is one of the fastest growing markets. The poultry industry produces large amounts of solid waste. There are many different waste management options for poultry waste including land application of litter as an organic fertilizer, feed for livestock, biogas production, products for commercial purposes. Poultry wastes are posing serious environmental pollution problems, through offensive odours and promotion of fly and rodent breeding. The appropriate utilization of its waste or by-products increases the monetary output and protects from its unwanted side-effects. Inadequate approach and carelessness of disposal of poultry slaughter house waste products will lead to the constant threat of disease ailments on poultry farms. This results in direct losses in the form of mortality and reduced productivity. Therefore, early disposal of wastes with a wellorganized method is an important poultry waste management tool for raising healthy and profitable poultry farming activity. | Poultry waste management 2018 7 8 701-712 International Journal of Current Microbiology and Applied Sciences ISSN 2319-7706 Volume 7 Number 08 2018 Journal homepage http Review Article https Poultry Waste Management Purnima Singh1 Tanmay Mondal1 Rachana Sharma2 N. Mahalakshmi1 and Mokshta Gupta1 1 Physiology amp Climatology Indian Veterinary Research Institute Izatnagar Bareilly 243122 Uttar Pradesh India 2 Dairy cattle physiology Division ICAR-NDRI Karnal-132001 Haryana India Corresponding author ABSTRACT Poultry industry is one of the fastest growing markets. The poultry industry produces large Keywords amounts of solid waste. There are many different waste management options for poultry waste including land application of litter as an organic fertilizer feed for livestock biogas Poultry Pollution production products for commercial purposes. Poultry wastes are posing serious Mortality and farming environmental pollution problems through offensive odours and promotion of fly and rodent breeding. The appropriate utilization of its waste or by-products increases the Article Info monetary output and protects from its unwanted side-effects. Inadequate approach and carelessness of disposal of poultry slaughter house waste products will lead to the constant Accepted threat of disease ailments on poultry farms. This results in direct losses in the form of 06 July 2018 Available Online mortality and reduced productivity. Therefore early disposal of wastes with a well- 10 August 2018 organized method is an important poultry waste management tool for raising healthy and profitable poultry farming activity Introduction properly manage the waste produced from it. It was stated that if waste must be transported Poultry is one of the fastest growing segments to a disposal site it must be placed in sealed of the agricultural sector in India today. As containers to prevent spillage Olexa and crop .

• Nông nghiệp
• Mortality and farming
• Poultry waste management
• Poultry industry produces large amounts
• Solid waste
• Organic fertilizer
• Age group
• Non infectious
• Organized farming sector amongst
• Mortality pattern
• Predisposing factors
• Chemical properties of soil
• Levels of inorganic fertilizer
• Organic manure
• Bio fertilizer on physico chemical properties
• Soil in pea
• Castor cake
• Chemical fertilizer
• Bio fertilizer on growth
• Yield of summer cowpea
• Organic liquid fertilizer
• Net return
• Nutrient uptake
• Greengram to different level
• Phosphorus and organic liquid fertilizer
• Nutrient content and uptake
• Soil health and maize
• Maize (Zea mays L )
• Economics profitability of organic fertilizer
• Organic fertilizer of maize
• Vermi compost on soil health
• Bio fertilizer
• Quality of strawberry
• Bio fertilizer on vegetative growth
• Flowering and yield of strawberry
• Customized fertilizer
• Organic inorganic assorted customized fertilizer
• Quality of cotton
• Cotton under Rainfed vertisols
• FYM based nutrient management regime
• Inorganic fertilizer and yield
• Tuber yield
• Cassava under allahabad agro climatic conditions
• Effect of organic manures
• Gladiolus grandiflorus L
• Organic manures
• Inorganic fertilizer
• Yield of Gladiolus
• Fertilizer applications interaction effect
• Integrated nutrient management
• Organic and inorganic fertilizer
• Nutrient management
• Rice response to fertilizer nutrients
• Fertilizer nutrients
• Influenced by integrated nutrients management
• Integrated nutrients management in vertisols
• Organic component
• Organic flowers
• Soil fertility
• Quality parameters
• Microbial consortium on growth
• Soil fertility and nutrient uptake
• Maize yield and soil fertility
• Organic manure on maize yield
• Different levels of fertilizer application
• Broccoli (Brassica oleracea var
• italica)
• Organic and inorganic sources
• Nitrogen fertilizers
• Soil properties
• Thermochemical processing
• Micronutrient availability
• Foliar concentration
• Bunch weight
• Total dry matter
• Fertilizer on corm yield
• Nutrient uptake of Gladiolus
• ICAR Indian agricultural
• Bovine digesta
• Nutrient release
• NPK content
• Slaughter house waste
• Cocoa pod husks
• Colony count
• Based compost as organic fertilizer
• Cocoa pod husk
• Microbiota assay of cocoa pod husk
• Biofertilizer on nodulation
• Economics of lentil
• Integrated phosphorus management practices
• Soil nutrients
• Yield attributes
• Organic inorganic bio fertilizer
• Seed inoculation on soil properties
• Yield of maize
• Green mustard
• Seafood sludge compost
• Leafy vegetable yield
• Seafood sludge as substrate
• Grain yield
• Plant vitalizer
• Yield of rice (Oryza sativa L )
• HB101 plant vitalizer
• Agricultural science
• Productivity of pepper crop
• Soil solarization
• Vesicular arbuscular mycorrhizae
• Organic carbon
• Maize wheat sequence
• Soil organic carbon fractions
• Manure on establish relationship
• Spent mushroom substrate
• Edible canna
• CMCase producing
• Bacillus amyloliquefaciens
• Cellulolytic microorganisms
• Bio organic fertilizer
• Silkworm hybrid
• Boosting rearing performance of silkworm
• Ascendancy of organic based nutrients