| Central University of Jammu | INDIA
Dr. Vinita Sharma is a dedicated researcher with over 12 years of experience in the field of Faunal Biodiversity and Conservation. Her academic journey is rooted in Life Sciences, with extensive research spanning taxonomy, ecology, conservation genetics, and wildlife forensics. She has also contributed as a Visiting Faculty and Ph.D. Guide at Shri Jagdishprasad Jhabarmal Tibrewala University, Rajasthan (2011–2019), mentoring scholars and fostering academic growth.
Professionally, she has been actively involved in diverse research activities, including her role as a Volunteer at the Freshwater Biology Regional Centre, Zoological Survey of India, Hyderabad, where she worked on taxonomic identification of freshwater species.
Research Expertise & Interests
Dr. Sharma’s research focuses on:
- Faunal biodiversity exploration and conservation
- Wildlife forensics and species identification
- Morphometric and geometric morphometric techniques
- Conservation genetics and ecological interactions
- Evolutionary biology, species diversity, and distribution patterns
Her work emphasizes developing scientific tools and methodologies to support wildlife conservation and forensic identification.
Major Achievements
- Developed a standard protocol for characterization of wild bovids using morphometric analysis of horn structures.
- Established methods to differentiate genuine and fake felid claws using morphometric and X-ray radiographic techniques.
These contributions are significant in strengthening wildlife forensic science and combating illegal wildlife trade.
Publications & Academic Contributions
- Research Publications: 16
- Conference Proceedings (International): 02
- Conference Proceedings (National): 03
- Book Chapters: 01
- Conferences/Seminars Attended: 25 (3 International, 22 National)
- Training/Workshops: 19
Her scholarly output reflects consistent engagement with scientific research and knowledge dissemination.
Future Research Vision
Dr. Sharma aims to:
- Develop protocols for identifying complete and partial skeletal remains of wildlife species.
- Apply geometric morphometrics for advanced biological characterization.
- Create identification systems for bird species using feather analysis.
- Use GIS technologies to map and understand wildlife trade routes.
Professional Goals
She aspires to work in a challenging environment where her skills contribute to scientific advancement, conservation efforts, and societal impact, while continuously upgrading her knowledge and research capabilities.
Eligibility for Iconic Women Scientist Award