To answer the question of which tiger cat resides in Bolivia, the research team analyzed DNA from 38 cats sampled across several South American countries, including eight museum specimens. The comprehensive genetic analysis revealed that tiger cats are not a single uniform group but are actually five genetically distinct species.

“We never expected this Bolivian tiger cat to be a separate species, and no one had ever proposed it as a different animal, subspecies or otherwise,” said Jonas Lescroart of the University of Antwerp in Belgium, who co-led the study.

The genetic data suggests that the lineage of newly discovered feline species known as Leopardus tilcayo separated from other tiger cats approximately 1.4 million years ago. This significant evolutionary timeline underscores the deep historical isolation of the population in the Yungas region.

Little is currently known about the biology and lifestyle of the cat, but early evidence points to specific behaviors. Remains of small rodents found in scat samples suggest that rodents form part of its diet. Additionally, camera-trap evidence indicates that the cat could be more active at night, although further study is required to confirm its full behavioral profile.

The study also identified a new tiger cat subspecies in Peru’s Yungas region. Named Leopardus tigrinus antisuyo, the subspecies is named after Antisuyu, the region of the old Inca Empire that includes the area it inhabits. This discovery highlights the rich biodiversity of the Yungas forests, which span across borders and host distinct evolutionary paths for wildlife.

The identification of the Bolivian tiger cat adds a significant piece to the puzzle of South American feline evolution. It challenges previous assumptions based largely on Brazilian specimens and emphasizes the need for broader genetic sampling across the continent to fully understand the diversity of wild cats.

Yungas Forest Biodiversity Implications

The confirmation of Leopardus tilcayo as a distinct species highlights the critical importance of Bolivia’s Yungas cloud forests as a sanctuary for unique biodiversity. As deforestation and habitat fragmentation pose ongoing threats to South American ecosystems, this discovery underscores the urgency of conservation efforts in these mountainous regions. The genetic separation observed over 1.4 million years suggests that these populations have evolved in isolation, making them particularly vulnerable to environmental changes. Future conservation strategies must prioritize the protection of these specific cloud forest habitats to ensure the survival of this newly recognized species and the other distinct tiger cat lineages identified in the study. Without targeted protection, these genetically unique lineages could face extinction before their full ecological roles are understood.