Conservation Genetics (journal)

Conservation Genetics is a peer-reviewed scientific journal focusing on the application of genetic methods to the conservation of biodiversity. The journal covers a broad range of topics relevant to conservation biology, population genetics, and molecular ecology, including (but not limited to):

• Genetic diversity and its role in population viability: Studies examining the levels and distribution of genetic variation within and among populations, and the impact of genetic diversity on the ability of populations to adapt and persist.

• Population structure and gene flow: Analyses of population connectivity, dispersal patterns, and the influence of gene flow on genetic diversity and evolutionary potential.

• Molecular identification and forensics: Application of genetic markers to identify species, populations, and individuals for conservation management, including combating illegal wildlife trade.

• Phylogeography and landscape genetics: Investigations into the historical and contemporary factors shaping the geographic distribution of genetic lineages and the influence of landscape features on gene flow.

• Genetic monitoring of endangered species: Utilizing genetic data to track changes in population size, genetic diversity, and inbreeding levels in threatened or endangered species.

• Genetically informed conservation management: Developing and implementing conservation strategies based on genetic data, such as assisted migration, captive breeding programs, and translocation efforts.

• Genomics in conservation: Applying genomic tools and approaches to understand complex genetic traits, identify adaptive variation, and inform conservation decision-making.

• Impacts of habitat fragmentation and climate change on genetic diversity: Assessing the effects of environmental changes on the genetic structure and evolutionary potential of populations.

• Ancient DNA and conservation: Utilizing ancient DNA to understand historical population dynamics, genetic diversity, and evolutionary history to inform current conservation strategies.

Conservation Genetics aims to bridge the gap between genetic research and conservation practice by providing a platform for researchers and conservation practitioners to share their findings and insights. It publishes original research articles, review articles, and perspectives that contribute to the understanding of genetic processes in conservation contexts. The journal is an important resource for scientists, conservation managers, policymakers, and students interested in the application of genetics to biodiversity conservation.