Research overview: the future of felid conservation genomics
Advances in sequencing, noninvasive sampling, and analysis are transforming how genetics informs cat conservation. This overview surveys emerging directions, including reference-quality genomes for every felid lineage, real-time field sequencing, environmental DNA for detecting cats from water or soil, and the integration of genomic load and adaptive-diversity metrics into management decisions. It discusses the promise and controversy of advanced interventions such as engineered genetic rescue, the importance of long-term genetic monitoring, and the ethical questions these tools raise. The survey frames conservation genomics as an increasingly central, rapidly evolving discipline for safeguarding the genetic future of the world's wild cats.
Species
Category:felid-genetics-evolution
Related articles
- Research overview: the American lion and Panthera evolution in the New Worldfelid-genetics-evolution
- Research overview: conservation genetics of the Amur tigerfelid-genetics-evolution
- Phylogenomic Evidence for Ancient Hybridization in the Genomes of Living Catsfelid-genetics-evolution
- Research overview: the genetic bottleneck of the Asiatic lionfelid-genetics-evolution
- Research overview: ancestry and genetics of the Barbary lionfelid-genetics-evolution
- The Palaeogenetics of Cat Dispersal in the Ancient Worldfelid-genetics-evolution
Go beyond reading about wild cats
The Felid Wiki is free for everyone, always. Chasing Cats Club members also get monthly live talks with researchers, self-paced fieldcraft courses, and AMAs with working wildlife photographers — the skills to find and photograph these cats yourself.
Explore membership · from $15/monthAI-curated summaries for the pride’s library — verify citations independently before citing.