tailieunhanh - Effect of crop establishment and nutrient management on growth parameter and nutrient uptake in maize wheat system of northern plains of IGP

A field experiment was conducted 2013-14 and 2014-15 at Agricultural Research Farm, Institute of Agricultural Sciences, Banaras Hindu University is situated in the South-East direction. The geographical situation of the farm lies at 25 18 N latitude and 83 31 E longitude at an altitude of meters above the mean sea level in the Northern Gangetic Alluvial plains and soil textural class is sandy clay loam soil to study the effect of crop establishment method and nutrient management in maize wheat system. The experiment consisted of four crop establishment method [C1-Conventional/Farmers Practice (FP), C2- Improved over (FP), C3- Partial Conservation Agriculture (CA), C4- Full Conservation Agriculture (CA)] as main plot treatment and three nutrient management (N1 Farmer fertilize practice (FFP), N2 Recommended dose of fertilizer (RDF), N3 Site specific nutrient management (SSNM) as sub plot treatment laid out in split plot design with three replication. Significant improvement in the growth character and nutrient uptake was observed with C4 as per crop growth stage and nutrient uptake which was at par with C3 treatment. Among nutrient management treatment (N3) resulted in higher growth parameter nutrient uptake which was at par with recommended dose of fertilizer (N2). | Effect of crop establishment and nutrient management on growth parameter and nutrient uptake in maize wheat system of northern plains of IGP

• Sinh học
• Crop establishment methods
• Conservation agriculture
• Maizewheat system
• Nutrient uptake and residue
• Northern plains of IGP
• Grain yield
• Different crop establishment methods
• Yield attributes
• Weed management
• Weed dynamics in rice crop
• Various crop establishment methods
• Weed management approaches
• Weed dynamics
• Various weed management approaches
• Weed dynamics in rice
• Residue on yield
• Yield attributes and economics
• Economics of ricein RW system
• Drum seeder
• Zero tillage
• RiceWheat system
• Profitable DSR wheat ZT in –rice wheat system
• Direct wet seeded
• Aerobic rice
• Weed management practices on rice
• Yield and economic impact
• Irrigation management
• Alternate wetting
• Drying method
• Transplanting and direct seeded rice
• Nutrient management
• Rice on biological properties
• Biological properties of soil
• Available nitrogen
• Weed control
• Growth and yield
• Transplanted paddy variety CO
• Weeding practices
• Machine transplanting
• Nitrogen levels
• Yield of rice
• Nutrient absorption are facilitated
• Different systems of rice cultivation
• Water productivity
• Water use efficiency
• Irrigation regimes on rice
• Primary branch
• Seed yield
• Haulm yield
• Productivity of succeeding green gram
• Straw yield
• Lowland farming situation
• Summer under lowland farming situation
• Crop establishment
• Direct seeding
• Late sown rice
• Different establishment methods
• Seed cotton
• Date of sowing
• Yield and economics of BT cotton
• Sowing on growth
• Furrow irrigation
• Drip irrigation
• Sett planting and chip bud seedling
• Chip bud seedling
• Directseeded rice
• Nutrient content
• Nutrient uptake
• Zinc fertilization
• Direct seeded rice
• Non puddled transplanted rice
• No till
• Yield in rice rice cropping sequence
• Establishment methods
• Weed management practices
• Transplanting and yield
• Economics of rice
• Physiological processes
• Light interception
• Radiation use efficiency
• Semiarid agro ecosystem
• Planting methods
• Rice (Oryza sativa L
• Dry direct seeded rice
• Leaf colour chart
• Ricechickpea cropping system
• Net return
• Integrated nutrient mangment
• Growth attributes
• Harvest index
• Nutrient management practices