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🧬 The Felid Wiki — 3,000 research summaries
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28 summaries matching “leopard” in Felid Genetics & Evolution
A Revised Taxonomy of the Felidae (Cat Classification Task Force)
ReviewThe IUCN Cat Specialist Group convened a Cat Classification Task Force to reconcile decades of conflicting felid taxonomy with modern genetic and morphological evidence. The resulting consensus recogn…
Andrew C. Kitchener, Christiane Breitenmoser-Wursten, Eduardo Eizirik, et al. (Cat Classification Task Force) · Cat News Special Issue · 2017
Comparison of Carnivore, Omnivore, and Herbivore Genomes with a New Leopard Assembly
PaperThis study generated a high-quality genome of the leopard and compared it across the dietary spectrum, contrasting strict carnivores like cats with omnivores and herbivores to identify the genomic bas…
Soonok Kim, Yun Sung Cho, Jong Bhak, et al. · Genome Biology · 2016
How the Leopard Hides Its Spots: ASIP Mutations and Melanism in Wild Cats
PaperThis study extended earlier work on feline melanism by surveying agouti signaling protein and melanocortin-1 receptor variation across wild cat species, including the leopard. The authors characterize…
Alexsandra Schneider, Eduardo Eizirik, et al. · PLoS ONE · 2012
Research overview: conservation genetics of the Amur leopard
OverviewThe Amur leopard, surviving in the Russian Far East and adjacent China, is one of the rarest cats, having dropped to a few dozen individuals. This overview surveys genetic studies documenting its very…
Research overview: conservation genetics of the fishing cat
OverviewThe fishing cat is a wetland specialist of South and Southeast Asia, increasingly threatened by the loss and fragmentation of marshes and mangroves. This overview surveys the limited but growing genet…
Research overview: detecting natural selection in felid genomes
OverviewComparative and population genomics allow researchers to find genes shaped by natural selection in cats, revealing the molecular basis of their predatory adaptations. This overview surveys the methods…
Research overview: environmental DNA for detecting and studying wild cats
OverviewEnvironmental DNA, the genetic material that animals shed into their surroundings, offers a powerful new way to detect elusive cats without observing them directly. This overview surveys how environme…
Research overview: genetic signatures of sex-biased dispersal in felids
OverviewIn many cats, one sex disperses farther than the other, with males typically moving while females remain near their natal range, a pattern that leaves distinct genetic footprints. This overview survey…
Research overview: genetic split of the clouded leopards
OverviewThe clouded leopard, long treated as a single species, was shown by genetic and morphological analysis to comprise two distinct species: the mainland clouded leopard and the Sunda clouded leopard of B…
Research overview: genetics and phylogeny of Pallas's cat
OverviewPallas's cat, or the manul, is a small, densely furred cat of the Central Asian steppe whose phylogenetic placement was clarified by molecular data linking it to the leopard cat lineage. This overview…
Research overview: genetics of hybrid domestic cat breeds
OverviewSeveral popular domestic cat breeds were created by crossing house cats with wild felid species, including the Bengal from the Asian leopard cat, the Savannah from the serval, and the Chausie from the…
Research overview: genetics of the serval and caracal
OverviewThe serval and the caracal are medium-sized African cats of the caracal lineage, both relatively widespread but facing localized pressures. This overview surveys their genetic relationships within the…
Research overview: genomic erosion in threatened cats
OverviewGenomic erosion refers to the cumulative loss of genetic diversity and accumulation of harmful variation that accompanies population decline, and cats provide some of its clearest examples. This overv…
Research overview: genomics and high-altitude adaptation of the snow leopard
OverviewThe snow leopard inhabits the high mountains of Central and South Asia and is the most basal or near-basal member of the genus Panthera in many analyses. This overview surveys genomic studies examinin…
Research overview: how genetics reshaped felid taxonomy
OverviewFor much of the twentieth century, cat classification rested on coat patterns, skull morphology, and geography, producing many poorly supported species and subspecies. This overview surveys how molecu…
Research overview: noninvasive genetic monitoring of snow leopards
OverviewSnow leopards inhabit remote, rugged mountains where direct observation is nearly impossible, making noninvasive genetics essential for studying them. This overview surveys how scat-based DNA analysis…
Research overview: noninvasive genetic sampling of wild cats
OverviewBecause most wild cats are elusive and difficult to capture, conservation geneticists increasingly rely on noninvasive samples such as scat, hair, and shed cells to obtain DNA without handling the ani…
Research overview: pedigree and studbook management in captive felids
OverviewZoos and breeding programs maintain studbooks to manage the genetics of captive cat populations, aiming to retain diversity and avoid inbreeding across generations. This overview surveys how pedigree…
Research overview: population structure and subspecies of the snow leopard
OverviewAlthough the snow leopard was traditionally treated as a single undivided species, genetic studies using noninvasive samples have proposed dividing it into several geographic subspecies or management…
Research overview: progress in cat and felid genome assemblies
OverviewSince the first lightly sequenced domestic cat genome, feline genomics has advanced to highly contiguous, chromosome-level assemblies for the domestic cat and an expanding set of wild species. This ov…
Research overview: subspecies and population genetics of the leopard
OverviewThe leopard is the most widely distributed big cat, ranging across Africa and Asia, and genetic studies have refined its subspecies framework. This overview surveys evidence that African leopards form…
Research overview: the eight lineages of the cat family Felidae
OverviewModern cats are divided into eight monophyletic lineages: the Panthera lineage (lions, tigers, leopards, jaguars, snow leopards, clouded leopards), the bay cat lineage, the caracal lineage, the ocelot…
Research overview: the evolution of roaring in big cats
OverviewThe ability to roar distinguishes the genus Panthera and is tied to specialized anatomy of the larynx and a flexible hyoid apparatus, while smaller cats purr instead. This overview surveys the anatomi…
Research overview: the genetics of melanism in jaguars
OverviewBlack jaguars, often called black panthers, occur naturally within jaguar populations and result from a dominant mutation in the melanocortin-1 receptor gene, distinct from the recessive melanism of t…
Research overview: the leopard cat lineage and prionailurus diversity
OverviewThe leopard cat lineage of Asia includes the widespread leopard cat, the fishing cat, the flat-headed cat, and the rusty-spotted cat, along with the related Pallas's cat. This overview surveys the gen…
Research overview: wildlife forensic genetics for cats
OverviewGenetic tools are increasingly used to combat the illegal trade in cats and their parts, from tiger bones and skins to confiscated live animals. This overview surveys how forensic genetics assigns sei…
Supermatrix and Species Tree Methods Resolve Relationships Within Panthera
PaperThe big cats of the genus Panthera proved historically difficult to resolve because of rapid speciation and conflicting gene trees. This study assembled a large multilocus supermatrix and applied both…
Brian W. Davis, Gang Li, William J. Murphy · Molecular Phylogenetics and Evolution · 2010
The Tiger Genome and Comparative Analysis with Lion and Snow Leopard Genomes
PaperThis study produced the first reference genome of the tiger, sequenced from an Amur tiger, and compared it with newly generated lion and snow leopard genome data. The authors identified genetic signat…
Yun Sung Cho, Jong Bhak, et al. · Nature Communications · 2013