Journal of Heredity · 1999 · 65 citations · 11 references
Life SciencesGeneticsPlant SciencesPlant Genetic ResourcesPlant GeneticsPlant GenomicsFloral TraitsFlower DevelopmentFloweringFlowering Time GeneticsLentil ProductionPeduncle MorphologyPolygenic InteractionsSeed Coat Pattern AnalysisSingle-gene Inheritance
Lentils from south Asia differ markedly in days to flower and several other traits from lentils in other major lentil producing areas of the world such as west Asia. Single-gene inheritance and a polygenic system were observed to control days to flower in lentil (Lens culinaris Medikus subsp, culinaris), Early flowering was determined by a single recessive gene (sn), Early flowering transgressive segregants occurred in F-2 populations due to the interaction of sn and minor genes for earliness, Pubescent peduncle (Pep) was inherited as a single gene dominant to glabrous peduncle (pep), Tendrilless leaf (tnl) was controlled by a single gene recessive to tendrilled leaf (Tnl), The Sn, Sep (seed coat pattern), and Pep loci were linked together in linkage group 5 and Tnl was linked with Gs (colored stem) in linkage group 1 of the lentil genome.
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Geographic distribution of variation in quantitative traits in a world lentil collection
W. Erskine, Y. Adham, L. Holly · Euphytica · 1989 · 119 citations
Life Sciences, Ecology, Genetics +16
Genotype by Environment Interaction and International Breeding Programmes
Salvatore Ceccarelli, W. Erskine, J. Hamblin et al. · Experimental Agriculture · 1994 · 84 citations