TAILIEUCHUNG - Combining ability studies for fiber quality traits in desi cotton (Gossipium Arboreum L.)

Twenty four hybrid combinations derived by crossing six arboreum lines (PA 713, PA 743, PA 734, PA760, PA 720, PAIG 326) with four arboreum testers (PA 255, PA 402, PA 08, PA 528) were tested along with their parents including two checks (PKVDH 1, SWADESHI 651). The observations on five fiber quality traits were recorded on randomly selected five plants. Among ten parental lines, four lines were found to be the best general combiners. PA 760 and PA 255 showed good general combiner for per cent span length, PA 743, PA 734, PA 08, PA 255 showed good general combiner for fibre fineness (micronaire) and PA 720 and PA 760 among females and PA 255 in males showed good gca for short fibre index and fibre strength. Likewise PAIG 326 and PA 720 showed same for uniformity ratio in desirable direction. The study of sca revealed that the cross PA 734 x PA 528 exhibited significant high sca effect for per cent span length, fiber strength and showed significant negative sca effect for short fibre index. Whereas the cross PA 760 x PA 402 exhibited positive significant sca effects for fibre strength and uniformity ratio. Similarly the crosses PAIG 326 x PA 255 and PA 734 x PA 528 showed significant negative sca effect for short fibre index. | Combining ability studies for fiber quality traits in desi cotton (Gossipium Arboreum L.)

• Sinh học
• Fiber quality
• Line x tester analysis
• Gossipium Arboreum L
• Combining ability studies
• Fiber quality traits
• Estimation of commercial heterosis
• Commercial heterosis
• Fiber quality traits in cotton
• Rainfed conditions
• Assessment of fiber quality
• Yield allied parameters
• Condition in cotton
• Lint and yield
• Gossipium hirsutum
• SSR markers for fiber quality traits
• Molecular characterization of cotton
• Cotton genotypes
• Wheat bran
• Fiber enriched nuggets
• Hydrated wheat bran
• Fiber enriched functional spent
• Nuggets incorporated
• Microbial quality
• Storage stability
• Millet based high fiber food mix
• Innovative technologies
• Locally available ingredients showed
• Genetic variability
• GCV and GAM
• Genetic variability parameters in F2 population
• F2 population
• Gossypium hirsutum L
• Resistant starch
• Crude fiber
• Grain quality of maize genotypes
• Maize genotypes
• Impact of resistant starch accumulation
• Chemical composition
• Crude fiber content
• Plant Biology
• Gossypium barbadense
• Genetic diversity
• Genome wide association study
• Quantitative trait loci
• Salt stress
• Upland cotton
• Single nucleotide polymorphism
• Quantitative trait locus
• BMC Genomics
• QTL clusters
• Fiber quality and yield
• Genotyping by sequencing
• Lint yield
• Quantitative trait locus
• Tillage and irrigation
• Black cotton soil
• Quality parameters of cotton
• Irrigation scheduling in black cotton soil
• Dietary fiber
• Garden cress seed
• Sensory evaluationetc
• Bran on quality characteristics of cookies
• Characteristics of cookies
• Influence of garden cress seed bran
• Genetic map
• Quantitative trait loci mapping
• Specific locus amplified fragment sequencing
• Single nucleotide polymorphism marker
• Standards of Quality
• Density
• Infrared
• Crude Fiber Method
• Polarimetry
• Colorimetric Methods
• period relative
• pessimistic beliefs
• Future Potentials
• Natural Fiber Polymer
• Composites Technology Applied
• Recovery and Protection
• báo cáo khoa học
• báo cáo hóa học
• công trình nghiên cứu về hóa học
• tài liệu về hóa học
• cách trình bày báo cáo
• Silage maize
• Agronomic characters
• Dry matter yield
• Crude protein
• Acid detergent fiber
• Neutral detergent fibe
• Drip irrigated cotton
• Water stress
• Water use
• Water yield relations
• Irrigation water use efficiency
• Diallel analyses
• General and specific combining ability
• Yield components
• Seed cotton yield
• Interactive effect of nitrogen
• Foliar B treatment
• N rates
• Cotton yield
• Soil B concentration
• Anaerobic MBR
• Domestic wastewater Septic tank
• Woven Fiber Microfiltration
• Dissolved oxygen
• Aparent recovery
• Nutrient uptake
• Nutrient status
• Economics of cotton grown
• BMC Plant Biology
• Yield and fiber quality
• Simple sequence repeats
• Favorable alleles