Home > Academics > Academic Units > Departments > Agricultural and Food Engineering > P. B. Singh Bhadoria
Visiting Professor
Agricultural and Food Engineering
Advanced research on modeling of nutrient uptake from soil and mathematical simulation of the processes of nutrient mobilization, nutrient transport in the plant, and rural technologies were undertaken to solve the basic problems of nutrient management in crop production and to improve the economy of rural people. The outcomes of the research are demonstrated in farmers’ field for sustainable agricultural production and rural livelihood improvement.
An outstanding approach for technology demonstration in mission mode approach. Integrated Planning with multi-disciplinary including socio-economic aspects was the main objective at the demonstration site. The participatory approach of Public Private Participation (PPP) Model, creation of permanent water resource-ground water exploitation and development of cropping pattern will certainly be of immense use for livelihood of the farmer. The project has created the impact in the mind of farmers in the village that such an approach is the only solution to the growth of our sustained agricultural and drudgery reducing rural technologies.
Rural technology has been transferred to 30 NGOs and currently working with more than 40 NGOs in the eastern region of India.
Implementing of Rural Technologies project have eliminated the drudgery in the life of rural women and increased the production. Some examples are Muri machines increased the production 10-15 times. Mechanized dhenki for paddy processing increases the productivity by 5 times. Grass roping machine increased the rope making by 15 times. Potter wheel raised the production by 7 times.
Microbial Biomass and Acitivity in Relation to Accessibility of Organic Carbon in Saline Soils of Costal Agro-Ecosystem by Dev S., Mandal B. P., Singh P. B., Schulz E. Proc. Natl. Acad. Sci. India - (2016)
Impact of nitrogen fertilizer from organic and conventional sources on seed yield of Niger (Guizotia abyssinica Cass.) by Talukdar M., Singh P. B., Mahapatra S. C. Int. J of Agron. & Agril. Research (IJAAR) 9 16-24 (2016)
Agronomic Management Technologies for Reduced Greenhouse Gas Emission from Rice-Based Production System in Eastern India: A Simulation Study Science and Engineering Research Board (SERB)
Application of nano-fertilizers for improved crop production and nutrient use efficiency MHRD
Development of climate adaptive agro-technologies for sustainable wheat and corn production in Eastern India MHRD
Integrated pilot project on food grain production and post-harvest processing and storage at farm level MHRD
National Initiative for Design Innovation MHRD
Precision nutrient management technologies for sustainable food grain production MHRD
RURAL TECHNOLOGY ACTION GROUP EASTERN INDIA (RUTAG-E) OPSA
Sustainable food security through: Technological interventions for production, processing and logistics MHRD
Technological Interventions in Improving Livelihood of Rural People Through Peoples Participations IIT KHARAGPUR
Manjushree Singh
Area of Research: Hydrology
Gaikwad Nitin Kundlikrao
Area of Research: Bio Prospecting of Medicinal Plant
Ishita Paul
Area of Research: Plant Biotechnology
Monaswita Talukdar
Area of Research: Nutrient Management Yield and Oil Quality Improvement of Niger
Swati Hazra
Area of Research: Climate Change and Nutrient Management of Wheat Crop
Niraj Kumar
Area of Research: Application of nanofertilizers in agriculture
Dipanwita Deb
Area of Research: Algal Biotechnology
Parnoshree Dey
Area of Research: Plant Molecular Biology
