Samrat Mondol

The paper identifies the source population of recolonized rhinoceros in Laokhowa-Burhachapori WLS using genetic and landscape connectivity analyses, finding Orang NP as the likely source.

The paper assesses how grassland structure and disturbance affect swamp deer habitat use in the Gangetic plains, finding preferences for mixed vegetation and avoidance of highly disturbed areas.

This study characterizes the reproductive hormone profiles of markhors using non-invasive fecal samples to determine breeding seasons and reproductive timelines in captive populations.

This paper develops a molecular sexing method for Greater One-horned Rhinoceros using three sex-linked markers, achieving a 92% success rate across various sample types.

This study uses next-generation sequencing to analyze the mitochondrial genome of the critically endangered Northern River Terrapin, confirming its close genetic relationship with B. affinis.

The paper assesses genetic health across Indian rhino populations to inform translocation strategies and management solutions for long-term survival.

This study sequences and annotates the mitogenome of the endangered wild water buffalo to assess taxonomy and hybridization with domestic buffalo.

This study models and surveys the distribution of northern swamp deer in India, identifies priority conservation areas, and highlights the need for grassland protection.

The paper examines soil bacterial community diversity and composition across elevation and seasons in western Himalayan alpine habitats, finding greater variation with elevation than seasons.

The paper uses genetic data to reveal population structure and recent decline in leopards across the Indian subcontinent, showing a 75-90% population decline over the past 120-200 years.

This study analyzes mitochondrial DNA diversity in Indian dugongs, finding high haplotype diversity and unique lineages within south Asia, suggesting the need for conservation as a single unit.

The paper standardizes and validates a cross-species microsatellite panel for individual identification of dholes, revealing genetic subpopulations and population decline.

The paper presents the first high-coverage genome survey of the endangered dhole and compares it with African wild dog, dingo, and domestic dog to identify structural variants and genes associated with unique traits.

The paper develops and validates microsatellite panels for individual identification of two Antarctic seabird species, providing a baseline for genetic research.