TAILIEUCHUNG - Transgressive segregation analysis in F2 generation in chickpea

Chickpea, a cool season legume crop of the family Leguminosae and of the genus Cicer, is the world’s largest pulse crop. This crop has high productivity and holds prominent position in the international food grain trade. An experiment was conducted to identify the transgressive segregants for yield and yield contributing characters in F2 population of three crosses in chickpea. In most of the tansgressive segregants, in each of the three crosses, better parent yield was transgressed with transgression of one or several other characters. In general, the highest proportion of transgressive segregants were recorded for grain yield per plant (59) followed by number of pods per plant (46), plant height (41), number of seeds per pod (40), 100-seed weight (39), plant spread (38), number of primary branches per plant (38) and number of secondary branches per plant (37). In most of the transgressive segregants, in each of the three crosses, better parent yield was transgressed simultaneously with transgression of one or several other characters. Simultaneous transgression of grain yield per plant in association with plant height, number of primary branches per plant, number of secondary branches per plant, plant spread, number of pods per plant and 100-seed weight was observed more frequently. | Transgressive segregation analysis in F2 generation in chickpea

• Sinh học
• Transgressive segregation
• Transgressive segregation analysis
• F2 generation in chickpea
• F2 generation
• International food grain trade
• Shelling out turn
• Four groundnut crosses
• Transgressive segregation study in F3 population
• Selection in later generations
• Transgressive segregants
• Seed cotton
• Fibre strength
• Transgressive segregation for fibre quality
• Seed cotton yield
• Gossypium barbadense L cotton
• Yield and its component traits
• Component traits in rice
• Oryza sativa L
• Later generations
• Correlation coefficient
• Interrelationship analysis in soybean
• Grain yield of soybean appears
• Chemical products
• Screening of F2 population
• Higher iron toxic levels
• Hydroponics in rice
• F2 population