tailieunhanh - Effect of seed rate and nutrition on water use efficiency and yield of hydroponics maize fodder

Experiment on “Effect of seed rate and nutrition on water use efficiency and yield of hydroponics maize fodder” was carried out at AICRP on Dry Land Agriculture, University of Agricultural Science, GKVK, Bengaluru during 2017-18. The experiment was laid with Completely Randomized Design having five repetitions with six seed rate treatments viz., , , , , and kg m-2 . Seed rate with kg m-2 recorded significantly higher water use efficiency ( kg m -3 ) as compared to kg m-2 ( m-3 ) and it was on par with kg m2 ( kg m-3 ). Nutritional experiment was laid in Completely Randomized Design with factorial concept with three repetitions each using four different nutrient sources(urea @ 1 %, MOP @ 1 %, urea and MOP each @ 1 % and 19:19:19 @ 1 %) and two levels of spray schedules (one spray at 6 DAS and two sprays at 3 and 10 DAS) and no spray was taken as control. In nutrient study kg m-2 was taken as standard seed rate and Significantly higher water use efficiency was recorded with two sprays of urea and MOP each @ 1 per cent at 3 and 10 DAS ( m-3 ) as compared to control ( m-3 ). | Effect of seed rate and nutrition on water use efficiency and yield of hydroponics maize fodder

• Nông nghiệp
• Fodder maize
• Fodder yield
• Seed rate and water use efficiency
• Hydroponics maize fodder
• Nutrition on water use efficiency
• Dry matter accumulation
• Green fodder yield
• Fodder maize (Zea mays L )
• Zinc on growth
• Soil meso fauna
• Organically cultivated fodder maize eco system
• Influence of abiotic factors
• Abiotic factors on soil meso fauna
• Fertilizer levels
• Fodder crops
• Economics of maize based food
• Maize based food cum fodder system
• Forage intercropping
• Fertilizer levels on productivity
• Residue management
• Monetary returns
• Crude fiber
• Crude protein
• Solar and fodder
• Solar assisted hydroponic maize fodder gadget
• Solar assisted hydroponic maize
• Bed planting
• Conventional tillage
• Nitrogen and zero tillage
• Nitrogen levels
• Seed yield of fodder maize
• Farm yard manure
• Phosphorus uptake
• Farm yard manure grown
• Texturally different soils
• Fodder maize influenced
• Phosphorus uptake by fodder maize
• Integrated nitrogen management
• Quality and economics
• Spacing on yield
• Cattle urine
• N levels
• Growth and yield
• Nutrient uptake by maize (Fodder) grown
• Cattle urine on growth
• Nutrient uptake by maize
• Biogas slurry
• Plant height
• Leaf area
• Maize fodder
• Acid detergent fiber
• Knee heigh stage
• Tasseling stage
• Milking stage
• Nutrient for maize grown
• Food cum fodder purpose
• Integrated nutrient management
• Fertility levels
• Residual effect
• Varying fertility levels