The Indian Grey Wolf (Canis lupus pallipes): Critical Perspectives on Ecology, Genetics and Conservation

The Indian grey wolf, conventionally identified as Canis lupus pallipes, occupies a conservation paradox: its evolutionary distinctiveness is increasingly well established, yet its ecological requirements, demographic trajectory and management needs remain incompletely resolved. This critical narrative review integrates molecular phylogenetics, population genetics, distribution modelling, field ecology, human–wildlife research and conservation assessments concerning the peninsular Indian wolf and its wider South Asian contact zones. Evidence was selected through targeted searches of accessible scholarly indexes, primary publications, regional sources and authoritative conservation assessments, with attention to research published up to 2 September 2026. Mitochondrial and recombination-aware nuclear analyses consistently indicate that Indian wolves retain deeply divergent ancestry, but evolutionary lineages, formal species rank and geographically bounded management units are not interchangeable concepts. National habitat models identify extensive potentially suitable open landscapes and suggest a relatively small population; neither habitat suitability nor model-derived population totals, however, constitutes a direct census or demonstrates demographic connectivity. Local studies reveal marked ecological flexibility in prey use, den placement and responses to disturbance, alongside strong dependence on secure breeding sites embedded in pastoral and agricultural landscapes. Evidence for wolf–dog hybridisation is direct but geographically sparse, whereas pathogen transmission, road effects and the effectiveness of proposed interventions remain insufficiently quantified for this lineage. Recent social research further challenges the assumption that pastoral communities have uniformly negative attitudes towards wolves. The synthesis argues for conservation organised around three interacting scales: genetically informed evolutionary lineage protection, demographically verified breeding landscapes and negotiated coexistence in shared land-use matrices. Immediate priorities are independent population monitoring, reproductive-survival estimation, replicated genomic sampling, and evaluation of community-led protection and disease-risk mitigation. The strongest defensible conclusion is that conserving the Indian wolf requires safeguarding both its distinctive ancestry and the open, socially governed landscapes in which recruitment occurs.