TAILIEUCHUNG - Host plant resistance in different black gram cultivars against anthracnose

Black gram [Vigna mungo (L.) Hepper] is one of the most important grain legumes and attacked by several foliar diseases that cause premature drying of leaves, resulting in reduced black gram yields. An experiment was conducted to find out the stable source of resistance against Anthracnose (Colletotrichum lindemuthianum). Total of six cultivars (PU-30, PU-31, PU-38, PU-40, PUI-94-1 and TAU-1)of Black gram were evaluated under in micro plots in Agronomy farm at Rajasthan college of agriculture, Udaipur during 2013 and 2014 kharif season. The most virulent isolate (MVL) was utilized to screen the six cultivars. Out of six cultivars, two cultivars PU-31 and PU-30 were found to be moderately resistant with per cent disease index (PDI) of and respectively. Two cultivars PU-38 and PU-40 were found moderately susceptible with PDI of and respectively. The remaining two cultivars TAU-1 and PUI-94-1 were susceptible with PDI of and respectively. The study resulted in identification of two moderately resistant cultivars (PU-30 and PU-31) can further be utilized in resistant breeding program. | Host plant resistance in different black gram cultivars against anthracnose

• Sinh học
• Black gram
• Percent disease index
• Moderately resistant
• Host plant resistance
• Cultivars against anthracnose
• Black gram production technology
• Black gram production technology by the farmers
• Black gram grower
• Constraints faced by farmer
• Correlation and regression
• Black gram [Vigna mungo (L ) Hepper]
• Segregating population of black gram
• Parent progeny regression
• Genetic diversity
• Cluster analysis
• Genetic diversity for yield
• Yield contributing traits in black gram
• Black gram (Vigna mungo L )
• Correlation and path analysis
• Path analysis
• Components in black gram
• Correlation studies for yield
• Vigna mungo
• Association analysis in black gram
• Black gram breeding programs
• Improve crop yield
• Organic and inorganic nutrients
• Economics of black gram
• Norganic nutrient combinations
• Yield of black gram
• Extension gap
• Technology index
• Technology gap
• Enhancing the productivity
• Kharif black gram (Vigna mungo L
• Black gram (Vigna mungo L
• Production in tribal area
• Tribal area of madhya pradesh
• Heritability and Genetic advance as per cent of Mean
• Genetic advance as per cent of Mean
• Black gram [Vigna mungo (L
• ) Hepper]
• Genetic variability
• Seed yield
• Phenotypic level
• Genotypic level
• Number of leaves
• Integrated nutrient management
• Growth parameters
• Growth parameters of black gram
• Vigna mungo L
• Duck meat
• Duck meat patties
• Proximate composition
• Microbiological qualities
• Black gram flour
• FLD and extension gap
• Performance of frontline demonstrations
• Frontline demonstrations on productivity
• Profitability of black gram
• Black gram (Vigna mungo)
• Rainfed condition
• Uttar Bastar Kanker
• Cylinder speed
• Conclave clearance
• Thresher for black gram
• Performance evaluation
• Front line demonstration
• BC ratio
• Improved technologies
• Rainfed conditions
• Sowing dates
• Yield and Agrometeorological indices
• Varied weather condition
• Black gram cultivar
• Effect of bio fertilizer
• Different varieties
• Black gram (Vigna mungo L)
• Different varieties of black gram
• Cultivation is beneficial
• Fusarium oxysporum
• Protein and seed yield
• Fusarium oxysporum causing black gram wilt
• Conidial measurement of Fusarium oxysporum
• Cutting energy
• Cutting force
• Stalk cross sectional area
• Black gram stalks on cutting energy
• Improved cultivation practices
• Improved cultivation practices of black gram
• Adoption of improved cultivation practices
• Bengal gram
• Gamma irradiation
• Seed treatment chemicals
• Seed germination
• Abnormal seedlings
• Green gram
• Ecophysiological characters
• Equivalent yield
• Harvest index
• Seed mycoflora
• Seed quality
• Farmers’ saved seed
• Farmers’ saved black gram
• Line demonstration on black gram
• Cluster front line demonstration
• B: C Ratio
• Line demonstration in black gram