Research & Academic Contributions

Prof. (Dr.) Ram Kumar Singh’s research is centered on advancing scientific irrigation management, water productivity enhancement, and sustainable agronomic systems to ensure long-term agricultural resilience. His work integrates field experimentation, applied technology development, and interdisciplinary collaboration to address contemporary challenges in crop production and resource conservation.

With over 38 years of research experience, his contributions have significantly strengthened agronomic science, particularly in irrigation water management and sugarcane production systems.

Core Research Areas

Irrigation Water Management

Development of efficient irrigation scheduling models and strategies to optimize crop-water use efficiency under varying agro-climatic conditions.

Water Productivity & Resource Efficiency

Enhancing yield per unit of water through scientific interventions, contributing to sustainable agricultural intensification.

Micro Irrigation & Precision Agriculture

Design and evaluation of micro-irrigation systems to reduce water loss and improve input-use efficiency.

Sugarcane Agronomy & Ratoon Management

Innovative approaches for improving sugarcane yield, ratoon sustainability, and crop management practices.

Research Mentorship & Human Capital Development

  • 12 Ph.D. Scholars Supervised

  • 35 M.Sc. (Agronomy) Scholars Guided

  • 15 M.Sc. (Agroforestry) Scholars Guided

  • 105+ Students Mentored from Allied Disciplines

  • 06 Best Thesis Awards received by supervised scholars

Research Leadership & Academic Initiatives

  • Coordinator – SAP-UGC Programme on “Enhancing Water Productivity in Agriculture”

  • Designed Doctoral Programme in “Irrigation Water Management (Agronomy)” (First of its kind at BHU)

  • Organizer – National Seminars on Water Productivity (2013, 2014, 2015)

  • Active participation in 69+ National & 15+ International Conferences

Research Impact

  • Prof. Singh’s research has contributed to:

  • Improved irrigation water use efficiency

  • Enhanced crop productivity under limited water availability

  • Sustainable sugarcane production systems

  • Reduced input costs through scientific water management

  • Strengthening policy-oriented agronomic research frameworks