tailieunhanh - Bio-efficacy of organic formulations on crop production - A review

This review paper attempts to bring together different use of organic formulation in crop production and protection. It has been argued that organic formulation in crop production is productive and sustainable, but there is a need for strong support to it in the form of manifestation of subsidies, agricultural extension services and research. | 2017 6 5 648-665 International Journal of Current Microbiology and Applied Sciences ISSN 2319-7706 Volume 6 Number 5 2017 pp. 648-665 Journal homepage http Review Article https Bio-efficacy of Organic Formulations on Crop Production-A Review Sudhanshu Verma Abhishek Singh Swati Swayamprabha Pradhan . Singh and . Singh Department of Agronomy Institute of Agricultural Sciences Banaras Hindu University Varanasi . India Corresponding author ABSTRACT Keywords Indiscriminate use of the fertilizer pesticide has harmful effects on soil health human health ground water health and environment. This will caused more Organic dangerous effect for future possibility. Present status of all food grain production formulation is in enough quantity for population of our country so we need to quality of food Inorganic input Quality. production quality of soil quality of ground water and quality or healthy environment for better livelihood. These qualities are obtained by the replacing inorganic input through organic input which is more vital for present prospect and Article Info future outlook. This review paper attempts to bring together different use of Accepted organic formulation in crop production and protection. It has been argued that 04 April 2017 organic formulation in crop production is productive and sustainable but there is a Available Online 10 May 2017 need for strong support to it in the form of manifestation of subsidies agricultural extension services and research. Introduction The exploitative agriculture for a long time in organic manures. The utilisation of organic our country has brought down the fertility manure not only best serves with manage crop status of the soil to a level that even provision yields but also play a key role towards of high rate of fertilizers is unable to sustain exhibiting both direct as well as indirect the productivity of soil. So as to sustain the

• Sinh học
• Bio efficacy
• Bio efficacy of organic formulations
• Crop production
• Agricultural extension services
• Organic formulation in crop production
• Invitro bioefficacy
• Subtilis isolates against ralstonia solanacearum
• Bacterial wilt of Brinjal
• Induce host systemic resistance
• Non pathogenic bacterium
• Field bean
• Cost benefic ratio
• Field bean pod borer complex
• Bioefficacy of selected insecticides
• Application of insecticides
• Shoot weevil
• Bioefficacy of insecticides
• Shoot weevil in okra
• Bio efficacy of insecticides on grub load
• Broken branches
• Shoot weevil infestation in okra
• Collar rot
• Sclerotium rolfsii
• Mineral oil
• Bioefficacy of selected Trichoderma isolate
• Remaining carriers
• Leaf spot
• Economic management of alternaria leaf spot
• Alternaria leaf spot of cauliflower
• Phytotoxicity of alternaria leaf spot
• Bioefficacy of alternaria leaf spot
• Chilo infuscatellus
• Chilo sacchariphagus indicus
• Internode borer
• Bioefficacy of spinetoram
• SC against early shoot borer
• Tylenchulus semipenetrans
• Egg hatching
• Juvenile mortality
• Endophytic isolates against citrus nematode
• In vitro bioefficacy
• Green nanoparticles
• Particle size analyzer
• Soybean seed
• Spodoptera litura
• Soybean seed and its bioefficacy
• Glycine max
• Rhizoctonia bataticola
• Dry root rot
• Dry root rot of soybean
• Bioefficacy of various fungicides
• Paddy (Oryza sativa L )
• Nova nutri boost
• Bioefficacy of nova nutri boost
• Nova nutri boost for yield
• Yield components
• Bacterial leaf blight
• Bioefficacy of chemicals
• Bacterial leaf blight disease of rice
• Bacterial leaf blight of rice
• Inhibitory potential of different chemicals
• Bioefficacy of cyantraniliprole
• Pests of potato
• Pests infesting potato
• Solanum tuberosum L
• Insecticides against aphid in potato
• Entomopathogenic nematodes
• Heterorhabditis indica
• Steinernema glaseri
• Bioefficacy of entomopathogenic nematodes
• Bioefficacy of newer
• Biorational insecticides
• Fruit borer
• Earias spp on Okra
• Minimum per cent infestation of shoot
• Earias vittella
• Shoot and fruit borer
• Bioefficacy of coragen against shoot
• Earias vittella in okra
• Marketable fruits of okra
• Evaluating soil quality
• Cajanus cajan
• Coal mine
• Degraded land
• Soil amendments
• Chilli and thrips
• Phytotoxicity of Fipronil
• Against pest complex
• Non target invertebrates in chilli
• Chilli during June
• Emamectin benzoate
• Against chilli thrips
• different dose of Emamectin benzoate
• Noticed on the plant
• Highest cost benefit ratio
• Fruit spot
• Plant diseases
• Fruit spot diseases
• Tomato crop
• Bioefficacy and compatible
• Insect pest management in soybean
• Combined application of herbicide
• Bio efficacy of combined application
• Insecticide for weed
• Aqueous plant extracts
• Antibacterial activity
• Black leg
• Soft rot
• Soft rot of potato
• Pectobacterium carotovorum causing black leg
• Pyrazos ulfuron ethyl
• Bioefficacy monocot and paddy
• Succeeding black gram crop
• Complex weed flora
• New generation ready mix herbicide
• Transplanted paddy
• Pouzolzia zeylanica
• Leaf extract
• Optimized extraction
• Diamondback moth
• Medical plant
• Microbial activities
• Chickpea sown after soybean
• Imazthapyr on N uptake
• Nodulation and microbial population
• Microbial population of chickpea
• Powdery mildew
• Early blight
• Powdery mildew diseases