Genetic structure refers to the way genetic variation is distributed and organized within and among populations of an organism. It describes how alleles and genotypes are arranged across individuals, groups, and geographic ranges, and it reflects the combined influence of mutation, migration, selection, genetic drif…
Genetic structure refers to the way genetic variation is distributed and organized within and among populations of an organism. It describes how alleles and genotypes are arranged across individuals, groups, and geographic ranges, and it reflects the combined influence of mutation, migration, selection, genetic drift, and breeding patterns. Characterizing genetic structure helps researchers reconstruct evolutionary history, measure diversity, define conservation units, and understand how populations adapt or become differentiated over time. In Plant Genetics and Crop Research, analyses of genetic structure inform breeding, germplasm management, and the conservation of biodiversity. Research published in the journal touches on related approaches, including the genetic diversity of field mouse populations characterized alongside DNA barcoding of their food-plant resources, and the use of molecular markers to assess phylogenetic proximity within an animal disease cohort and to compare symbiont communities. Molecular and phylogenetic analyses of viral sequences likewise illustrate how sequence-level variation reveals relatedness and divergence. This page collects peer-reviewed, open-access work relevant to genetic structure and population genetics, offering readers an evidence-based entry point into how genetic variation is measured and interpreted across organisms.
4 peer-reviewed articles, ranked by relevance. Each links to its DOI.
The 4 articles above have been cited 3 times in the scholarly literature. Citation data via OpenAlex and Crossref, updated Jun 2026.
A sample of recent works citing this journal's research on Genetic Structure, linking to each citing work.