Proceedings of the National Academy of Sciences · 1972 · 134 citations · 12 references
Life SciencesEvolutionary BiologyPlant BiologyGenome EvolutionPlant EvolutionPlant GeneticsCereal GeneticsGenome Evolution In PlantsPolyploid HybridizationPolyploid SpeciationPolyploidy GeneticsPolyploidy In Plant EvolutionAneuploidy In PolyploidsChromosome Pairing In TetraploidsComparative Genomics Of PolyploidsHybrid Genome EvolutionInheritance In Polyploid CropsPolyploid GeneticsPolyploid Genome EvolutionPolyploidy Evolution
Chromosome pairing in hybrids involving Triticum aestivum and new accessions of T. speltoides, and in an amphiploid of these species, indicates that T. speltoides can no longer be considered to be the donor of the B genome of the polyploid wheats. This necessitates a reconsideration of the genome relationships and evolutionary processes that gave rise to cultivated wheats.
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EVIDENCE ON THE ORIGIN OF THE B GENOME OF WHEAT
Ralph Riley, John Unrau, Victor Chapman · Journal of Heredity · 1958 · 270 citations
Studies in the cytology of cereals
Gopal Pathak · Journal of Genetics · 1940 · 102 citations