Research overview: integrative taxonomy in the Felidae
Integrative taxonomy combines independent data classes (morphology, mitochondrial and nuclear DNA, ecology, biogeography, and behavior) to delimit taxa, and it has become the standard for resolving cat classification. This overview explains how the approach guards against the errors of single-character taxonomy, such as splitting species on coat pattern or lumping them on overall similarity. It uses cases like the clouded leopard split, where pelage, craniometrics, and molecular markers agreed, versus contested cases where data conflict and caution prevails. The piece outlines the workflow the Cat Classification Task Force formalized: require concordant signals before changing rank. It also notes limits, including patchy genomic sampling for rare cats and the difficulty of obtaining ecological data, which keep some decisions provisional.
Species
Category:taxonomy-systematics
Related articles
- Research overview: the Amur leopard as a distinct northern subspeciestaxonomy-systematics
- Research overview: ancient hybridization and reticulate evolution in catstaxonomy-systematics
- Research overview: the Arabian leopard and its conservation geneticstaxonomy-systematics
- Research overview: the genetic distinctiveness of the Asiatic liontaxonomy-systematics
- Research overview: the island tigers of Bali, Java, and Sumatrataxonomy-systematics
- Research overview: the ancestry of the extinct Barbary liontaxonomy-systematics
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.