TAILIEUCHUNG - Performance of baby corn under paired row of pigeonpea + baby corn inter cropping system

A field experiment was carried out to study the effect of planting intercropping system in red sandy loam soil at College of Agriculture Navile, Shivamogga during Kharif of 2016 and 2017. Pigeonpea was taken as base crop and baby corn as inter crop. The experiment with varied planting geometry and nutrient management practices consisted of 12 treatments was laid out in RCBD design replicated thrice. The highest plant height at last harvest was recorded with pigeonpea (60-120-60 × 30 cm) + baby corn (30 × 30 cm) intercropping ( cm), Among intercropping treatments pigeonpea (60-120-60 × 30 cm) + baby corn (60 × 20 cm) where both the component crops receiving their RDF separately on population basis registered significantly higher total dry matter over other intercropping systems at all growth stages (, , and 112 g plant-1 ) at 20,40 DAS and at harvest. The highest number of babies was counted with sole baby corn sown at 60 × 20 cm apart () closely followed by sole baby corn of spacing 45 × 20 cm (). The highest grain yield of 2494 kg ha-1 pooled over years was noticed with sole pigeonpea in paired row 60-120-60 × 30 cm closely followed by 2454 and 2346 kg ha-1 , It was found that pigeonpea (60-120-60×30cm) + baby corn(30×30cm) receiving respective RDF separately by components crops on population basis recorded maximum pigeonpea equivalent yield (4767kg ha-1 ). | Performance of baby corn under paired row of pigeonpea + baby corn inter cropping system

• Sinh học
• Baby corn
• Crop geometry
• Baby corn inter cropping system
• Baby corn under paired row
• Performance of baby corn
• Growth and yield
• Yield of summer baby corn
• Growth of summer baby corn
• Summer baby corn
• Nutrient scheduling for baby corn
• Baby corn (Zea mays L
• Intercropped in coconut garden
• Economic nutrient management schedule
• Thermal regime
• Yield of baby corn
• Phenology of baby corn
• Influenced by thermal regime
• Field pea equivalent yield
• Field pea
• Planting pattern
• Field pea and baby corn
• Zinc fertilization
• Yield as influenced
• Zinc fertilization in baby corn
• Quality studies in baby corn
• Soil environment
• Modified soil environment
• Irrigation and mulch in west Bengal
• Zea mays L
• Hyacinth bean
• System productivity
• System profitability
• Baby corn hyacinth bean cropping system
• Nutrient management practices
• Organic manure
• Spacing on the growth
• Yield performance of baby corn
• Poplar based agroforestry system
• Absorbed PAR
• Light use efficiency
• Summer baby corn (Zea mays L )
• Microclimate towards yield attributing factors
• Baby corn intercropping system
• Yield as affected
• Planting pattern and weed management
• Foliar nutrition
• UAS Bengaluru
• Yield in baby corn (Zea mays L )
• Technology to increase growth
• Zn fertilization
• NPKS fertilization
• Quality of baby corn
• Requires very high quantities of nitrogen
• Dry matter production
• NPK uptake
• Hyacinth bean (Lablab purpureus var typicus) cropping system
• Cropping system
• Integrated nutrient management practices
• Seed inoculation
• Different levels of inorganics
• Post harvest soil physico chemical properties
• Baby corn variety G 5414
• Line × tester
• Combining ability
• Baby corn in line × tester analysis
• Gene action for various traits
• Estimation of combining ability
• Growth attributes
• Leaf area index
• Row spacing for improving growth attributes
• Growth attributes of baby corn
• Sowing dates
• Fertility levels
• Yield attributes
• Temperate conditions
• Groundnut equivalent yield
• RDF and shelling percentage
• Pod yield
• Integrated nutrient management
• Organic manures
• Plant geometry
• Fertility level
• Zinc level
• Kharif baby corn
• New high yielding baby corn hybrid GAYMH 1
• Kharif cultivation
• Peninsular zone
• Central west zone
• Hybrid GAYMH 1
• Growth hormones
• Microbial and organic formulations
• Baby corn (Zea mays L )
• Green house condition
• Microbial inoculants for production
• Microbial inoculants
• Yield attributing characters
• Cob yield
• Green fodder yield
• Spacing and nutrient management
• Response of plant geometry
• Graded fertility
• Zinc level on productivity
• Profitability and quality
• Quality of rainfed baby corn