Wheat and Barley Quality, Biotic and Abiotic sress

Dr. Nitin Garg is a dedicated and accomplished agricultural scientist specializing in plant biochemistry and crop sciences, with a robust record of research focused on understanding and improving the physiological and genetic factors that influence crop performance under stress and in diverse environments. He serves as an Assistant Professor in Biochemistry at Rajasthan Agricultural Research Institute (SKNAU- Jobner), where he engages in both teaching and research activities that advance scientific understanding of crop adaptation and resilience.

Dr. Garg’s academic journey reflects a deep commitment to agricultural research, particularly in areas that intersect plant physiology, stress biology and crop improvement. His work encompasses a broad range of topics including genetic variability in key crops such as groundnut, rice, and pearl millet; biochemical responses to drought and heat stress; and the optimization of agronomic practices to support enhanced productivity under semi-arid conditions. Through rigorous experimentation and collaborative investigations, his research contributes to strategies for sustainable crop production and improved food security.

Over the course of his career, Dr. Garg has authored over 40 peer-reviewed publications, which have attracted thousands of reads and hundreds of citations from the global scientific community. His research outputs include original articles, book chapters and experimental studies that explore yield determinants, abiotic stress responses and the biochemical basis of plant adaptation. These works are regularly consulted by scholars and practitioners working on crop diversification and agricultural resilience in challenging environments.

In addition to his research, Dr. Garg plays a vital role in mentoring graduate students and young researchers, guiding them through complex experimental design and data analysis while fostering a scholarly environment that encourages innovation. His contributions extend beyond academia into practical applications that support farmer decision-making and crop management in the face of climate variability.

Dr. Garg’s ongoing commitment to scientific excellence positions him as a respected figure in agricultural biochemistry and plant sciences, where his work continues to enrich both theoretical understanding and practical solutions for contemporary agricultural challenges.