Genetic diversity and population structure of the endangered plant Salix taishanensis based on CDDP markers

Genetic Diversity and Population Structure Revealed by SSR Markers on Endemic Species Osmanthusserrulatus Rehder from Southwestern Sichuan Basin, China

“…As the basis of diversity in species and ecosystems, genetic diversity is an inherent form of biodiversity [15], reflecting the ability of organisms to adapt to the changing environment through natural selection [16,17]. Generally, populations with little genetic variation are vulnerable to the arrival of climate change and habitat destruction, while those of high genetic diversity can withstand the rigorous natural selective pressures [17,18]. It is difficult for rare and endangered species to expand their distribution range and explore new areas for survival because the cumulative loss of genetic variation leads to a continuous reduction in population size [17,19,20].…”

Genomic variation and genetic structure profile of Iraqi barley accessions using ISSR and arbitrary functional gene-based molecular markers

“…Whereas, compared to our previous work, seven clusters were obtained using the SSRs marker technique (Tahir et al 2020). This type of molecular technique was now widely used by another research groups to determine the genetic diversity of plant species (Liu et al 2020;Saidi et al 2018;Talebi et al 2018). For many plants, all three markers have been effectively used to determine genetic relationships and diversity.…”

Molecular Fingerprinting and Microbiological Characterisation of Selected Vitis vinifera L. Varieties

“…CDDP markers have been used by researchers to reveal genetic polymorphism in many plant species, for example, in Triticum species, Hordeum vulgare , Thinopyrum species [ 21 ], chickpea [ 22 ], rose ( Rosa spp.) [ 23 ], peony ( Paeonia suffruticosa ) [ 24 ], chrysanthemum [ 25 ], Salix taishanensis [ 26 ] and others.…”