Advanced Institute for Wildlife Conservation - India
AUTHOR PROFILE
SCOPUS
đŹ EARLY ACADEMIC PURSUITS
Shinta Ann Joseâs academic journey began with a deep interest in biotechnology, leading her to earn an M.Sc. in Biotechnology. Her passion for scientific research drove her toward nanomaterial synthesis, environmental nanotoxicology, and wildlife forensics. These early pursuits laid a strong foundation for her specialized work in forensic spectroscopy and wildlife conservation.
đïž PROFESSIONAL ENDEAVORS
Currently serving as a Project Associate II at the Advanced Institute for Wildlife Conservation under the Tamil Nadu Forest Department, Jose is dedicated to wildlife forensic analysis. Her work focuses on developing novel spectroscopic techniques for identifying illegal wildlife trade materials, ensuring the protection of endangered species through scientific innovations.
đ§Ș CONTRIBUTIONS AND RESEARCH FOCUS
Her research primarily revolves around FTIR spectroscopy, wildlife conservation, and ecological toxicity. She has pioneered the development of an FTIR spectral library for wildlife forensics, enabling the rapid identification of ivory and mongoose hair. This groundbreaking approach has significantly enhanced forensic analysis for illegal wildlife trade investigations.
đ ACCOLADES AND RECOGNITION
Joseâs research excellence is reflected in her multiple SCI-indexed journal publications, where she has made significant contributions to toxicology and forensic science. Her collaborations with esteemed researchers have strengthened her impact in the scientific community, advancing innovative methodologies in forensic wildlife identification.
đ IMPACT AND INFLUENCE
Her work in wildlife forensics has had a profound impact on conservation efforts, enabling law enforcement agencies to combat illegal poaching and wildlife trafficking. By integrating spectroscopic techniques with forensic science, Jose has provided a sustainable and effective tool for species identification, contributing to global conservation strategies.
đ LEGACY AND FUTURE CONTRIBUTIONS
Joseâs vision for the future includes expanding the FTIR spectral library for forensic applications and refining nanobiotechnology tools for environmental protection. She aims to develop advanced methodologies that will further strengthen forensic capabilities in wildlife conservation, ensuring a lasting impact on biodiversity protection.
NOTABLE PUBLICATION
Title: Diclofenac enhances Boron nitride nanoparticle toxicity in freshwater green microalgae, Scenedesmus obliquus: Elucidating the role of oxidative stress
Authors: S. Das, S.A. Jose, S. Giri, P.K. Rai, A. Mukherjee
Journal: Toxicology Reports, 2024