American Journal of Botany · 1976 · 16 citations · 11 references
Life SciencesPlant BiologyPlant SciencesCytogeneticsPlant EvolutionPlant GeneticsChromosome Number VariationPolyploid CytogeneticsPolyploidy In Plant EvolutionB ChromosomesChromosome Number AnalysisChromosome Number DeterminationPolyploid DiversityPolyploid GeneticsPolyploid SystematicsSomatic Chromosome Counts
Chromosome numbers were determined for 63 Anthurium species. Thirty‐eight of these were newly determined. Generally the present work confirmed existing chromosome counts when these were available for comparison. The most common somatic chromosome number found was 30, but counts ranged from 2n = 20 to 90. In a few instances conflicting counts were obtained. B chromosomes were found frequently in Sect. Cardiolonchium and varied in number from one to three. Four polyploid series were evident from all available counts: 20‐40, 24‐30‐48‐84, 28‐56 and 30‐60‐90‐ca 124. Most species were part of the polyploid complex based on 30. Although species were not observed with n = 5, 6 or 7, movement among the basic numbers was considered to have occurred at this level. The relationship among these basic numbers and n = 15 (x 2 ) is still obscure.
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Chromosome numbers of flowering plants.
Z. V. Bolkhovskikh, V. G. Grip, O. I. Zakhar'eva et al. · 1969 · 1.2K citations
Chromosome behaviour in some tropical plants
N. W. Simmonds · Heredity · 1954 · 110 citations · Full text
Life Sciences, Botany, Genetics +14
Rapid Action of Carbamate Herbicides Upon Plant Cell Nuclei
Jay D. Mann, W. B. Storey · CYTOLOGIA · 1966 · 40 citations · Full text