tailieunhanh - Effect of integrated nutrient management on yield, yield attributes and economics of broccoli

Present investigation was undertaken to study the effect of INM on growth and yield of broccoli cv. Shayali. For this, a field experiment was carried out in Randomized Block Design with three replications. The experiment was conducted at the All India Crop Research Project, during Rabi season of 2014-15. For the experiment, Nine treatment combinations viz. 100% RDF (T1), FYM @ 20 tonnes /ha (T2), 50% RDF + FYM @10 tonnes/ha (T3), Neem cake@5q/ha (T4), 50 % RDF + Neem cake @ (T5), Vermicompost @ 5 t/ha (T6), 50% RDF+ Vermicompost @ (T7), Poultry manure@5t/ha (T8), 50% RDF + Poultry manure @ (T9). Sayali variety of broccoli was transplanted at a spacing of 50cm x 45cm. Results revealed that the treatment T7 (50% RDF + Vermicompost @ ) recorded maximum values for recorded highest head length ( cm), head width (), gross head weight ( g), net head weight (), marketable yield ( plot-1 ) marketable yield ( q/ha), and benefit: cost ratio () followed by treatment T9(50 % NPK + poultry manure) and 100% RDF (T1). | Effect of integrated nutrient management on yield, yield attributes and economics of broccoli

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• Integrated nutrient management
• Economics of broccoli
• Yield attributes
• Effect of integrated nutrient management
• Nine treatment combinations viz
• Plant nutrient uptake
• Plant nutrient uptake in maize
• Soil properties
• Yield and yield attribute
• Yield and yield attributes
• Pearl millet
• Integrated nutrient management practices
• Integrated nutrient management for sustainable crop production
• Sustainable crop production
• Trends in Global nutrient demand
• Biosolids nutrient sources
• Soil fertility maintenance
• Nutrient content
• Nutrient status
• Soil in bold seeded summer groundnut
• Nutrient uptake
• Yield of rice crop
• Rice crop in Inceptisol
• Technical requirements for INM
• Rice Based systems
• Nutrient management technologies
• Succeeding maize crop
• Maize crop
• Integrated nutrient management and yield
• Different nutrient management
• Protein content
• Grain yield
• Maize and wheat
• Available nutrient
• Integrated nutrient management on productivity
• Nutrients availability of potato
• Nutrients availability
• Integrated nutrient management in agriculture
• Nutrient demands of agriculture crops
• Organic manure
• Soil organic carbon
• Bacterial consortia
• BFoxtail millet
• Liquid manures
• Economics of foxtail millet cultivation
• Influenced by integrated nutrient management
• Cropping system
• Integrated farming
• Nutrient management
• Integrated nutrient management for yield
• Economics of maize
• Rice gingelly maize cropping system
• Organic and inorganic nitrogen
• Nutrient concentration and uptake
• Nutrient concentration
• Grafted tomato
• Phosphorus levels
• Packages on nutrient content
• Various parts of the crop
• Finger millet
• Finger millet (Eleusine coracana L Gaertn )
• Yield of finger millet
• Ray floret stage
• Profitability of summer sunflower
• Evaluating nutrient management
• Growth and yield Mgt
• Integrated nutrient management on growth
• Yield and economics of guava
• Guava (Psidium guajava L )
• Vermicompost and Sprouting broccoli
• Sprouting broccoli
• Bio regulators
• Ridge gourd
• Plant growth improvement
• Fertilizers and biofertilizer
• Planting techniques
• Cropwater productivity
• Integrated nutrient management practice
• Scented rice
• Hydrangea (Hydrangea macrophylla Thunb )
• Growth of hydrangea
• Production of hydrangea
• Crop growth rate
• Dry matter accumulation
• Periodic dry matter accumulation
• Intercropping systems
• Protected cultivation
• Protected condition
• Growth and yield attributing parameters
• Chemical fertilizers
• Organic manures
• Chilli (Capsicum annum L )
• Integrated nutrient management on yield