Competitive carnivore guilds as natural buffers for sustainable tiger conservation

The sustainability of apex carnivores such as tigers ( Panthera tigris ) is conventionally interpreted through prey abundance and habitat extent, yet these drivers are embedded within multi‐predator ecological networks. In this paper, I argue that competitive carnivore guilds, particularly those with high densities of intraguild predators and efficient scavengers such as leopards ( Panthera pardus ), striped hyenas ( Hyaena hyaena ), and Asiatic wild dogs or dholes ( Cuon alpinus ), function as natural population buffers that regulate recruitment, demographic viability, energetic budgets, and human conflict exposure for tigers. While intraguild predation may elevate natural mortality on vulnerable groups such as cubs and low‐fitness adults, these competitors may simultaneously remove senescent or injured tigers that disproportionately contribute to livestock depredation and attract retaliatory or state‐sanctioned killings. This may create a conservation paradox: competitor‐rich systems may constrain maximum tiger density yet stabilize population futures by imposing compensatory mortality on conflict‐prone or non‐viable populations while preventing localized prey monopolization and prey collapse. This paper advocates for carnivore‐inclusive sustainability frameworks that monitor guild density ratios, carcass persistence, demographic‐specific mortality gradients, and conflict‐reduction potential rather than pursuing competitor suppression. Recognizing ecological resistance as a stabilizing force may shift tiger conservation from density‐maximizing targets toward resilience‐optimizing strategies that safeguard long‐term persistence in human‐dominated landscapes.