Dr. Rajesh Vekariya is an accomplished agricultural scientist and plant breeding researcher specializing in Genetics and Plant Breeding, crop improvement, quantitative genetics, genotype × environment interaction, molecular breeding, and stress tolerance in crop plants. He has been serving as an Assistant Research Scientist at the Wheat Research Station, Navsari Agricultural University, Bardoli, Gujarat, since August 2019, where he contributes to crop research, varietal evaluation, breeding programmes, and farmer-oriented agricultural recommendations.

He has a strong academic foundation in Genetics and Plant Breeding and has received prestigious ICAR Junior Research Fellowship (JRF) during his M.Sc. (Agriculture) and ICAR Senior Research Fellowship (SRF) during his Ph.D. He also qualified the ICAR-ASRB National Eligibility Test (NET) in Genetics and Plant Breeding in 2017.

A dedicated “Cucurbitaceous Vegetable Research” section highlighting the development of climate-resilient and high-yielding varieties, and improvement of productivity, quality, and sustainability in cucurbitaceous vegetable crops

Research Expertise

Dr Vekariya's research work encompasses plant breeding, genetic variability, combining ability, heterosis, gene action, stability analysis, drought and heat stress tolerance, molecular markers, biofortification, multilocation varietal evaluation, and sustainable crop improvement. His research has involved important crops including wheat, rice, okra, cotton, Cucurbits,  coriander, Maize, Brinjal, and sunn hemp.

He is dedicated to advancing research in cucurbitaceous vegetables, with a focus on developing climate-resilient, high-yielding varieties and enhancing the productivity, quality, and sustainability of cucurbit crops. His research places a strong emphasis on identifying and developing superior genotypes using statistical, genetic, phenotypic, and molecular approaches. His work on drought and heat tolerance in wheat is particularly relevant to climate-resilient agriculture

A dedicated “Cucurbitaceous Vegetable Researcher”  for the development of climate-resilient and high-yielding varieties, and improvement of productivity, quality, and sustainability in cucurbitaceous vegetable crops

Research Publications & Scholarly Contributions

Dr. Vekariya has contributed to a substantial body of peer-reviewed research publications spanning several areas of crop genetics and breeding. His recent research includes studies on:

• Genetic and gene effects for quantitative traits in bread wheat.
• Combining ability and gene action in okra under different environments.
• Molecular validation of SSR markers associated with heat tolerance in wheat.
• Identification of terminal heat-tolerant wheat genotypes.
• Selection of elite okra genotypes using AMMI, GGE and MTSI approaches.
• Phenotypic stability of okra hybrids across multiple environments.
• Gene effects and molecular marker validation for zinc content in rice.
• Drought tolerance indices in bread wheat.
• Heterosis, combining ability and genotype × environment interaction in okra.
• Genetic parameters and biochemical traits in diploid cotton.

His publications in journals such as the International Journal of Agronomy, Vegetos, Plant Science Today, South African Journal of Botany, Agricultural Mechanization in Asia, Africa and Latin America, Applied Biological Research, Research on Crops, Electronic Journal of Plant Breeding, and other scientific journals demonstrate sustained research productivity.

Contribution to Crop Improvement

A significant aspect of Dr Vekariya's professional contribution is his involvement in multi-location varietal evaluation trials and crop improvement programmes. He has contributed to the testing and development of varieties/genotypes in wheat, rice, coriander, okra, bottle gourd, sponge gourd, ridge gourd,  bitter gourd, cucumber,  pumpkin,  and sunn hemp.

His research and extension-oriented work has also contributed to recommendations for wheat cultivation in South Gujarat. For the 2025–26 season, the wheat variety GW 499 and a five-irrigation schedule were recommended for farmers to enhance yield and net returns, following approval at the 22nd Combined Joint AGRESCO.

These contributions demonstrate the practical translation of scientific research into agricultural recommendations benefiting farming communities.

Awards, Fellowships & Recognition

Dr. Vekariya has received several academic and professional distinctions, including:

• Sadvichar Parivar Award (2024) from the Gujarat Association for Agricultural Sciences for contributions to plant breeding and the development of rice varieties/hybrids.
• Best Oral Presentation Award (2023) for research on small-millet-based intercropping and its contribution to farming and nutritional security.
• Best Oral Presentation Award (2022) for research on drought tolerance and susceptible efficiency indices in bread wheat.
• Young Plant Breeder Award (2020) from the Agro Environment Development Society, recognizing his academic and Ph.D. research achievements.
• ICAR-ASRB NET qualification in Genetics and Plant Breeding (2017).
• ICAR Junior Research Fellowship (JRF) for M.Sc. (Agriculture).
• ICAR Senior Research Fellowship (SRF) for Ph.D.

These recognitions reflect his scientific competence, research potential, and contribution to plant breeding and agricultural research.

Professional Memberships

Dr. Vekariya maintains active professional engagement through life memberships in prominent scientific organizations, including:

• Gujarat Association for Agricultural Science.
• Indian Society of Genetics and Plant Breeding.
• Indian Society of Plant Breeders.
• Agro Environment Development Society.

His involvement with these professional bodies demonstrates his continued engagement with the wider scientific and plant-breeding community.

Books, Chapters & Popular Scientific Writing

In addition to research papers, Dr. Vekariya has contributed chapters to national and international books. His contributions include work on cisgenic and intragenic approaches for crop improvement and underexploited perennial vegetables for nutritional security.

He has also published popular scientific articles on subjects such as:

• Biotechnological approaches for horticultural crop improvement.
• Advanced breeding approaches for small millets.
• Biofortification and nutritional enhancement of crops.
• MutMap as an approach to crop improvement.
• Cisgenesis in modern crop improvement.
• Allele mining for overcoming yield plateaus.
• Genome sequencing technologies in crop breeding.

These contributions indicate his ability to communicate advanced agricultural science beyond conventional research publications.

Training & Professional Development

Dr. Vekariya has actively strengthened his technical expertise through numerous national and international training programmes. His recent professional development includes training in:

• AI, digital tools and green technologies for agriculture.
• Statistical techniques for agricultural research.
• Precision agriculture.
• Nutritional security through diversified vegetable production.
• Hi-tech farming.
• Bioinformatics, genomics, proteomics and NGS data analysis.
• High-throughput phenotyping in wheat.
• Remote sensing, GIS and GNSS.
• Medicinal and aromatic plant production and value addition.

He has also participated in workshops covering scientific writing, intellectual property rights and patenting, CRISPR-mediated genome editing, HPTLC techniques, applied statistics, and natural farming.

Conferences & Scientific Engagement

Dr. Vekariya has actively participated in national and international conferences, seminars, symposia, and webinars. He has presented research on wheat drought tolerance, okra stability, cotton genetic parameters, heterosis, association mapping, crop genomics, and molecular strategies for stress tolerance.

His participation and presentations demonstrate sustained scientific engagement and knowledge exchange with researchers working in plant breeding, biotechnology, genetics, agricultural statistics, and climate-resilient agriculture.

Research Impact & Future Potential

Dr. Vekariya's research integrates conventional plant breeding with modern statistical, molecular, genomic, and biotechnology-based approaches. His focus on drought and heat tolerance, genetic improvement, nutritional security, and sustainable crop production is particularly important in the context of climate change and the increasing demand for resilient agricultural systems.

His combination of research publications, varietal evaluation, farmer-oriented recommendations, professional recognition, scientific presentations, and continued technical training reflects a strong and developing research profile.

Eligibility for Excellent Researcher Award

Dr. Rajesh Vekariya is eligible for the Excellent Researcher Award in Scientific Laurels based on his consistent and multidimensional contributions to agricultural research. His eligibility is supported by:

• Strong specialization in Genetics and Plant Breeding.
• Continuous professional research experience as an Assistant Research Scientist.
• Multiple peer-reviewed research publications, including recent publications in 2025–2026.
• Research contributions addressing drought and heat tolerance, crop improvement, genetic diversity, stability analysis, molecular markers, and sustainable agriculture.
• Contribution to multi-location varietal evaluation and development/release of crop varieties and genotypes.
• Direct contribution to farmer-oriented agricultural recommendations.
• Recipient of multiple awards, including the Sadvichar Parivar Award, Best Oral Presentation Awards, and Young Plant Breeder Award.
• Recipient of ICAR JRF and SRF and qualification of ICAR-ASRB NET.
• Active membership in major professional societies related to genetics, plant breeding, and agricultural sciences.
• Contributions to books, book chapters, popular scientific articles, conferences, workshops, and professional training programmes.
• Demonstrated commitment to integrating modern technologies such as genomics, bioinformatics, precision agriculture, genome editing, and advanced statistical methods into crop improvement.

Dr. Rajesh Vekariya represents a productive and emerging researcher in Genetics and Plant Breeding, with a strong record of scientific publications, crop improvement research, professional recognition, and practical agricultural contributions. His work toward developing climate-resilient and high-performing crop genotypes, combined with his continued engagement in modern plant-breeding methodologies, makes him a strong candidate for the Excellent Researcher Award – Scientific Laurels.