New Delhi: A serious wildlife crisis is unfolding at Kanha Tiger Reserve, where a tigress and her four cubs have died within a span of just nine days, raising concerns about a possible viral outbreak. The sudden loss of the big cat family has alarmed conservation authorities and prompted an intensive scientific investigation.
The tigress, identified as T-141, and her litter were found dead in different locations within the Sarhi range. The first cub was discovered on April 21, followed by additional carcasses over the next few days. By April 27, forest teams managed to locate the ailing tigress and her last surviving cub, shifting them to a quarantine facility in Mukki for treatment.
Initial signs suggested recovery, as both animals briefly resumed feeding. However, their condition deteriorated rapidly, leading to the tigress’s death the following morning and the cub’s demise later the same day. With this, the entire litter was lost in just over a week.
Preliminary findings indicate that the deaths may be linked to Canine Distemper Virus, a highly contagious infection known to affect wild carnivores. Experts suspect severe respiratory complications, supported by early observations of lung damage and empty stomachs during post-mortem examinations.
Samples from the animals have been sent for detailed forensic analysis at a wildlife laboratory in Jabalpur. Veterinary and wildlife experts are working to confirm the exact cause and assess whether the infection poses a broader threat to the reserve’s tiger population.
Officials have dismissed speculation about starvation, noting that the reserve has a stable prey base supporting over 120 adult and sub-adult tigers along with several cubs. The focus has instead shifted to the risk of disease transmission, possibly originating from domestic animals.
The incident has heightened concerns about biosecurity in protected habitats. If confirmed, the presence of such a virus in one of India’s key tiger reserves could have far-reaching implications for wildlife conservation and ecosystem stability.
