tailieunhanh - Evaluation of sowing time for Kharif pigeonpea and validation by infocrop

A field experiment was conducted during kharif season of 2016-17to identify optimum meteorological week for sowing of pigeonpea. The treatments were four sowing dates (26th MW-30 June, 28th MW-15 June, 31th MW-30 July and 33th MW-15 August and three varieties (Asha (ICPL87119), PKV-TARA, BSMR-736) with three replications and twelve treatment combinations were tested in Factorial Randomized Block Design. The results revealed that the Pigeonpea variety PKV-TARA recorded significantly higher grain (2182 kg ha-1 ). Yield contributing characters such as number of pods plant-1 (184), straw yield (6356 kg ha-1 ) and biological yield (8537 kg ha-1 ) were higher in variety PKV-TARA than followed by Asha and BSMR-736. The performance of Crop simulation model (InfoCrop model v beta) in respect of phenological events (Days to flowering, days to maturity) was found to be highly reliable. Day to flowering and biological yield was well matched with model. Grain yield and straw yield were found to be slightly overestimated by model. | Evaluation of sowing time for Kharif pigeonpea and validation by infocrop

• Sinh học
• Pigeon pea
• Evaluation of sowing time
• Kharif pigeonpea
• Validation by infocrop
• Slightly overestimated by model
• Diazotrophs nodulating pigeon pea
• Semi arid zones of Haryana
• Pigeon pea crop grown
• 16S rRNA gene partial sequence analysis
• Vegetable pigeon pea
• Vegetable type pigeon pea
• Foothills of Nagaland
• Performances of vegetable type pigeon pea
• Maximum pods per plant
• Row ratio
• Cropping indices
• Rained conditions
• Economics and cropping indices
• Pigeon pea inter cropping
• BRG 5
• Front line demonstration
• Farmers practice
• Economics of pigeon pea
• Front line demonstration on yield
• Yield attributes
• Net return
• Finger millet
• Pigeon pea (Cajanus cajan L
• Heterodera cajani
• Pigeon pea wilt caused
• Cyst nematode (Heterodera cajani)
• Trans yamuna
• Ganga taluks
• Foliar spray
• Yield attributing traits
• Sandy loam soil
• Profile characteristics
• Independent variables
• Respondents about transplanting method
• Pigeon pea cultivation practices
• Raised bed
• Central narmada valley agro climatic zone
• Raised bed sowing
• Pigeon pea in vertisols
• Plant geometry
• Rain fed condition
• Yield and economics
• Pigeon pea (Cajanus cajan)
• In vitro inhibition
• Plant botanicals on growth
• Mycoflora associated
• Pigeon pea seeds
• Pigeon pea and transplanting
• Transplanting method
• Respondents in adoption
• Suggestions expressed
• Leaf spot
• Cercospora leaf spot of pigeon pea
• Biocontrol agents
• Efficacy of fungicides
• Energy use
• Harrowing and inorganic fertilizers
• Inorganic fertilizers
• Pigeon pea farmers
• Planting geometry
• Growth characters
• Pigeon pea (Cajanus cajan L )
• Rabi season pigeon pea
• Planting geometry on growth
• Row spacing
• Productivity of pigeon pea
• Row spacing and genotypes
• Quality of pigeon pea
• Pigeon pea (Cajanus cajan L millsp )
• Different levels of phosphorous
• Liquid biofertilizers
• Favorably congenial
• Genomic DNA extraction
• Genomic DNA extraction from pigeon pea
• Rapid procedure
• Showed highly pure DNA
• Gene expression
• In silico
• Expressed sequence tags
• Characterization of conserved miRNAs
• Different pigeon pea hybrids
• Varieties for yield trait
• Yield trait
• Central dry zone of Karnataka
• Growth and yield traits
• Integrated approach
• Yield of pigeon pea
• Nitrogen levels
• Pulse magic
• Yield attributes and yield
• Foliar application of pulse magic
• Genetic variability
• Genetic advance
• Genetic advance in pigeon pea
• Heritability advance
• Weather response
• Technology effect
• Pigeon pea productivity
• Weather behaviour on pigeon pea productivity
• Kharif redgram yield data
• Drip irrigation
• Water use efficiency and economics
• Pigeon pea to drip irrigation