Latest research

Abstract: Background: Chromosome-level de novo genome assemblies are vital for many aspects of biological research. Despite technological progress, achieving telomere-to-telomere assemblies remains challenging. Long-read data are critical for a contiguous...

Abstract: Assessing the diet of apex predators such as tiger is important, as it provides key ecological information on prey availability and preferences. It helps to understand the effects of...

Abstract: Estimating prey species densities is critical for implementing effective tiger Panthera tigris recovery strategies. Several statistical models exist for density estimation of unmarked species from camera trap data, all...

Abstract: China is effectively achieving the rapid recovery of the wild Amur tiger (Panthera tigris altaica) population and has a strong chance of reestablishing a sustainable population of over 300...

Abstract: Prey activity patterns are believed to be influenced by, among others, daily and seasonal weather conditions and predation risk. Similarly, predator activities may also be influenced by the same...

Abstract: Human–tiger conflict in plantation landscapes remains a critical safety and conservation issue because encounters between workers and tigers can endanger humans while increasing pressure on endangered tiger populations. This...

Abstract: Inbreeding leads to a reduction in genetic diversity and an elevated likelihood of expressing recessive defective genes, which adversely affect the development of the immune system and render individuals...

Abstract: The Sumatran tiger (Panthera tigris sondaica) is an endemic species of Indonesia currently classified as Critically Endangered, with fewer than 600 individuals remaining in the wild. Beyond its ecological...

Abstract: Chemical cues play an important role in mammalian communication, often reflecting an individual’s physiological state. Non-invasive sampling of such informative cues holds great potential for wildlife monitoring. Endangered apex...

Abstract: Age structure is a key determinant of population dynamics and conservation management in wildlife, yet reliable age estimation typically depends on invasive sampling. Epigenetic clocks enable DNA-based age prediction...