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VOL. 9, ISSUE 1 (2024)
Genetic Diversity and Population Structure in Lucanus Scopoli
Authors
Alhaji An’jai
Abstract
Understanding the genetic diversity and
population structure of threatened species is crucial for effective
conservation strategies. This study aims to explore these genetic parameters in
Lucanus Scopoli, a species of stag beetle that has received little
attention in biodiversity research. We collected samples from 150 individuals
across five distinct populations spanning the species' range. DNA was extracted
from these samples, and we employed mitochondrial DNA sequencing and
microsatellite markers to assess genetic variation. Our analysis utilized
statistical methods including AMOVA, FST, and STRUCTURE to elucidate population
structure and gene flow. The results revealed significant genetic
differentiation among populations, with distinct clusters corresponding to
geographic barriers. Genetic diversity was highest in populations located in
central habitats, which may act as genetic reservoirs. These findings suggest
that Lucanus Scopoli populations are fragmented and possibly
experiencing genetic drift or founder effects, highlighting the need for
targeted conservation efforts that promote habitat connectivity. This study
contributes to our understanding of the species' evolutionary dynamics and
provides a foundation for further research on its genetic conservation.
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Pages:10-12
How to cite this article:
Alhaji An’jai "Genetic Diversity and Population Structure in <i>Lucanus Scopoli</i>". International Journal of Advanced Science and Research, Vol 9, Issue 1, 2024, Pages 10-12
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