Journal of the American Society for Horticultural Science · 1973 · 28 citations · 1 references
AgricultureGeneticsPlant SciencesPlant Genetic ResourcesPlant GeneticsSeed SciencePlant Breeding GeneticsPlant Developmental GeneticsSeed GeneticsVegetable Crop BreedingVegetable Crop GeneticsBackcross GenerationsBroad-sense HeritabilityLow-temperature GerminationNarrow-sense HeritabilitySeed Development GeneticsSeed HereditySeedling Trait VariationTemperature Effects On Germination
Abstract The inheritance of low temperature seed sprouting ability in tomato ( Lycopersicon esculentum Mill.) was found to be polygenic with dominance for inability to germinate at suboptimal temperatures. A minimum of 3 genes is suggested from F 2 data and a minimum of 5 genes from backcross results. Broad sense heritability was estimated at 97%; narrow sense heritability, at 66%. Genes controlling determinate, brachytic, and dwarf habits of growth had no significant effect upon subsequent low temperature sprouting response in the F 2 generation. Significant differences in ability to germinate at low temperatures were found among reciprocal F 1 ’s.
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LOW-TEMPERATURE GROWTH RESPONSES OF THE TOMATO
G. A. Kemp · Canadian Journal of Plant Science · 1968 · 30 citations · Full text