TAILIEUCHUNG - Performance and economics of sweet corn as influenced by leafy vegetables intercropping system under protective irrigated condition

The present investigation was undertaken during Kharif 2018 at the college of Agriculture, Vijayapura, University of Agricultural Sciences, Dharwad (Karnataka). The objective of this study was to study the effect of different vegetables intercrops on growth, yield and economics of sweet corn and vegetable intercropping systems. The experiment was laid out in Randomized Block Design with three replications and ten treatments. These ten treatments comprised of sweet corn as a base crop and fenugreek, spinach, Amaranthus and dill as intercrops. The sole sweet corn (90 cm × 20 cm) recorded significantly higher growth parameters namely leaf area and LAI at different phenological stages. Significantly higher fresh cob yield (184 q ha-1 ) and green fodder yield (295 q ha-1 ) was recorded by sole sweet corn (90 cm × 20 cm). The increase in fresh cob yield and green fodder yield with sole sweet corn (90 cm × 20 cm) could be the maximum length of cob ( cm), girth of cob ( cm), cob weight ( g/cob) and number of kernels per cob (597) over the rest of the treatments. The Sweet corn (90 cm × 20 cm) + fenugreek intercropping system in 1:2 row proportion was the most remunerative with net returns ( 328178 ha-1 ) and B: C () over the rest of the intercropping systems. | Performance and economics of sweet corn as influenced by leafy vegetables intercropping system under protective irrigated condition

• Nông nghiệp
• Sweet corn
• Intercropping system
• Protective irrigated condition
• Sweet corn as influenced
• Leafy vegetables intercropping system
• Sweet corn hybrid
• Nitrogen levels
• Nitrogen levels under temperate conditions
• Response of sweet corn hybrid
• Sweet corn hybrid to transplanting dates
• Corn shelling rate
• Corn shelling capacity
• Shelling techniques
• Phosphorus levels
• Sweet corn varieties
• Varying phosphorus levels
• Performance of sweet corn
• Integrated nutrient management
• Zea mays
• Integrated nutrient management in sweet corn
• Economics of sweet corn
• Potash and phosphate solubilizing bacteria
• PGPR consortia
• Growth parameters of sweet corn
• Native plant growth
• Agronomic fortification
• Agronomic fortification with zinc
• Iron to enhancing micronutrient concentration
• Sweet corn grain
• Ameliorate the deficiency symptoms
• Human beings
• Green cobs & fodder yield
• Total soluble solids
• Profitability of sweet corn
• Influence of spacing
• Direct seeding
• Establishment methods
• Weed management practices
• Temperate conditions
• Yield characters
• Sweet corn (Zea mays L )
• Yield attributing characters
• Different doses of vanadium
• Halosulfuron methyl
• Spring season sweet corn
• Different weed management practices
• Soil micro flora
• Green cob yield
• Green fodder yield sweet corn cultivars
• Time of sowing
• Sweet corn cultivars
• Sowing time on growth
• Foliar nutrition
• Yield and economics
• Foliar nutrition on yield
• Gluconacetobacter diazotrophicus
• Growth parameters
• N uptake
• Sweet corn yield
• Sweet corn to microbial inoculation
• Polymer coat
• Seed quality
• Quality traits in sweet corn
• Vigour index
• Fertility level
• Different fertility levels
• Plant nutrients
• Pre harvest
• Green sweet corn
• Ambient condition
• Pre harvest factor on post harvest quality
• Plant density
• Nitrogen management
• Uptake of major nutrients
• Major nutrients in sweet corn
• Marketing channel
• Marketing cost
• Marketing functionaries
• Constraint analysis of sweet corn
• Sweet corn PGR
• Pulut corn PGR
• Yellow corn PGR
• White corn PGR
• Red onion
• Red onion (Allium ascalonicum L )
• Protein Corn
• Waxy Corns
• High Amylose
• Corn Hybrids
• Ear yield
• Mulch methods
• Sowing date
• Yield related traits
• Harran plain
• Southeastern Anatolia regions
• Cropping system components
• BMC Plant Biology
• Pericarp thickness
• SLAF tags
• Quantitative trait loci
• Gene expression
• Seed germination
• CHA treated seed embryos