Phylogenetic Relationships of the Species of Asian Russia of the Subgenera Phacoxytropis and Tragacanthoxytropis Genus Oxytropis Based on the Polymorphism of Markers of the Chloroplast and Nuclear Genomes

The genus Oxytropis (Fabaceae) was formed from the ancient species of Astragalus presumably approximately 5.6 Ma ago in Southern Siberia. Our study summarized data on the genetic diversity of 69 populations of 31 Oxytropis species in the center of origin of the genus based on the sequencing of plastid genome markers. Most of the populations (82.6%) are characterized by high gene diversity (0.600–1.000), which indicates a relatively stable state. Phylogenetic relationships between most Oxytropis species remain unresolved. Three genetic complexes and four phyletic lineages have been identified. Some species form weakly differentiated complexes, which is probably caused by their relatively recent divergence and the demography processes, as well as interspecific hybridization and polyploidy characteristic of Oxytropis species.

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Phylogenetic Relationships of the Species of Asian Russia of the Subgenera Phacoxytropis and Tragacanthoxytropis Genus Oxytropis Based on the Polymorphism of Markers of the Chloroplast and Nuclear Genomes

Cited by 3 publications

References 25 publications

The Evolutionary Pathways of Oxytropis Species of the Section Verticillares at the Center of the Section Origin

The Evolutionary Pathways of Oxytropis Species of the Section Verticillares at the Center of the Section Origin

Genetic Divergence of Closely Related Species Oxytropis strobilacea, Oxytropis adamsiana, and Oxytropis vassilczenkoi (Series Strobilacei Section Orobia Family Fabaceae) from Asian Russia

Genetic Diversity of Oxytropis Species from the Center of the Genus Origin: Insight from Molecular Studies

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