Increasing habitat fragmentation leads to wild populations becoming small, isolated, and
threatened by inbreeding depression. However, small populations may be able to purge …

Unprecedented advances in sequencing technology in the past decade allow a better
understanding of genetic variation and its partitioning in natural populations. Such inference …

Humans have impacted most of the planet, and the ensuing fragmentation results in small,
isolated habitat patches posing a risk of genetic diversity loss, inbreeding, and genetic load …

Tigers are endangered apex predators. They typify endangered species because they are
elusive, rare, and face numerous threats across their range. Tigers also symbolize …

Maintaining gene flow among fragmented habitat patches is critical for the long‐term
persistence of wild species. Landscape genetics tools are often used to understand the …

Human demographic expansion has confined wildlife to fragmented habitats, often in
proximity to human‐modified landscapes. Such interfaces facilitate increased interactions …

Iman MH, Kuswandi PC, Subrata SA. 2024. Genetic variation of the native Rusa deer (Rusa
timorensis) in Java and Bali (Indonesia) as revealed using non-invasive sampling …

Next‐generation sequencing technology has enabled accurate insights into the diet of
wildlife species. The protocols for faecal sample collection and DNA extraction for diet …

Identification of genetic structure within wildlife populations have implications in their
conservation and management. Accurately inferring population genetic structure requires …

Maintaining gene flow among fragmented habitat patches is critical for the longterm
persistence of wild species. Landscape genetics tools are often used to understand the …