tailieunhanh - Studies on genetic variability, heritability and genetic advance in groundnut (Arachis hypogaea L.) genotypes under normal and osmotic stress in in vitro condition

The present investigation was carried out in 49 groundnut genotypes to assess the nature and extent of genetic variability, heritability and genetic advance under normal (0 % polyethylene glycol-6000 as control) and osmotic stress condition (15 % polyethylene glycol-6000) in germination phases in three replications in a completely randomized design. The observations on germination per cent, root length, shoot length, fresh weight of seedlings and total dry matter were recorded on tenth day after incubation. Further, seed vigour, root to shoot ratio, root length stress tolerance index and plant height stress tolerance index were computed to understand the drought tolerance ability of the genotypes. The results of the analysis of variance for all the characters studied were found to be highly significant in both the conditions indicating the availability of huge variability. A high range of variation and high heritability coupled with high genetic advance was recorded for most of the traits. This indicates the broad genetic base and less environmental influence which specifies the predominance of genetic factor controlling variability. Hence, early generation selection schemes would be effective for improvement and there is an ample scope for isolation of promising lines from the present gene pool for drought tolerance. | Studies on genetic variability, heritability and genetic advance in groundnut (Arachis hypogaea L.) genotypes under normal and osmotic stress in in vitro condition

• Sinh học
• Drought tolerance
• Arachis hypogaea L
• Osmotic stress
• In vitro condition
• Genetic variability
• Geometric mean productivity
• Some lentil genotypes
• Context of drought tolerance indices
• Crop plants
• Drought stress
• Drought avoidance
• Tolerance mechanisms
• Germplasm accessions
• Potassium iodide
• Terminal drought tolerance
• Agro morphological traits
• Soybean germplasm lines
• Plant growth promoting rhizobacteria
• Promoting rhizobacteria
• Review on drought tolerance
• Plants induced
• Drought tolerance in plants induced
• Wheat cultivars
• Roles of dehydrin genes
• Tolerance to drought stress
• Identification and sequence analysis
• Sequence analysis of a DREB subfamily transcription
• DREB subfamily transcription factor involved
• Drought stress tolerance from rice
• Drought stress tolerance
• Plant Biology
• Crown rot
• RNA seq
• Chronic disease
• Drought affected crops
• Fusarium crown rot
• Screening drought tolerance genotypes
• Membership function value
• Drought tolerant coefficient
• Physiological traits depend
• BMC Genomics
• Posttranscriptional regulation
• Oryza sativa
• Plant miRNAs play crucial roles
• Potential associations
• BMC Plant Biology
• Abscisic acid
• Cold tolerance
• NAC transcription factor
• Oryza sativa L
• Triticum aestivum
• TaGAPCp promoter
• Aluminum tolerance
• Iron tolerance
• P deficiency tolerance
• QTL analysis on rice genotypes adapted
• Acid sulfate soils
• photosynthetic characteristics of rice
• how to present the report
• agricultural reports
• technical crops
• biotechnology
• drought tolerance in rice
• Transgenic sugarcane
• Biolistic method
• Photosynthetic response
• Polymerase chain reaction
• Gene integration
• SSR primer
• Similarity coefficient
• Cluster analysis
• Brassica juncea
• Microsatellite markers
• Drought tolerance in Indian mustard
• Green gram germplasm
• PCV and Heritability
• Green gram [Vigna radiata (L
• )]
• Drought tolerance in green gram
• Evaluation of germplasm accessions
• Phenotypic diversity
• Pod yield
• Rainfed conditions
• Drought tolerance related traits
• Phenotypic divergence for yield
• Ascorbic acid
• Tomato genotypes
• Physiological and biochemical mechanism associated
• Deciphering the morphological
• Glycine betaine
• Potassium nitrate
• Rice (Oryza sativa L )
• Role of glycine betaine
• Potassium nitrate in drought tolerance
• Proline accumulation in rice
• Climate change
• Global warming
• Elevated CO2
• Water stress
• Tomato (Solanum lycopersicum L )
• Arabidopsis thaliana
• Trehalose 6 phosphate phosphatases
• TPP gene family
• Molecular mechanisms underlying
• Eruca vesicaria subs Sativa
• Gene expression
• Ethylene biosynthesis
• Soybean drought
• Stress tolerance
• Leaf abscission
• Abiotic stress
• Genetic transformation
• Glycine max
• Water deficit
• Join Map 4 0
• LOD Score
• Mapping Population
• SCL Values
• Microsatellite marker based linkage map
• Drought tolerance in Kharif rice