Research Project Grant
“Evaluation of Culture media for Spirulina species using a minimum cost formulation program” UGC, New Delhi. February 2009-January 2012.
Research (Supervisor)
Role of Cyanobacteria and organic /inorganic amendments on micro/macro-nutrient dynamic in paddy soil of Agra region. (Awarded to Avneesh Kumar Sangam: 2010).
Effect of application on fertilizer (chemical and non- chemical) and pesticides on population dynamics and growth of some Cyanobacteria- An assessment of alternation in soil profile. (Awarded to Puspendra Vimal: 2011).
Classification of Rice (Oryza sativa L.) cultivars based on their morphological make-up, protein profile and isozyme polymorphism. (Awarded to Rouf Ahmad Mir: 2012).
Evaluation of growth factors on mass cultivation of Spirulina plantensis in different seasons at Agra. (Awarded to Harish: 2012).
Biofertilizer technology for improving yields and environmental sustainability of wheat-maize cropping system. (Awarded to Swati Yadav: 2013).
Potential of different factors for the growth of Spirulina platensis under the climatic conditions of Agra. (Awarded to Shikha Masih: 2013).
Influence of some micro-organisms on physico-chemical properties of Agra soil and its effect on growth and yield of wheat crop. (Awarded to Sheetal Dubey: 2014).
Genetic divergence and morphological characterization in local rice germplasm adapted to temperate conditions of North Himalaya. (Awarded to Sheikh Muzaffer Abdullah: 2014).
The Potential of using different cheap nutrient media for the production of Spirulina platensis: An assessment. (Awarded to – Sweta Jain: 2015).
Fertility management for sustaining environmentally sound production of wheat-pulse cropping system. (Awarded to- Juhi Yadav: 2015).
Evaluation of Phytoremediation Capacity of Native Plants grown in contaminated Water and Soil of Yamuna River at Agra. (Awarded-Talad Khan: 2025).
Assessment and Enhancement of Phytoremediation of Heavy Metals from Contaminated Water and Soil of Yamuna River at Agra Using Different Amendments. (Registered-Harihar: 2020).
Studies on phytoremediation of heavy metals by using Tagetes erecta L., Tagetes patula L. and Nerium oleander L (Registered- Akanksha: 2022).
Phytoremediation potential of plants in heavy metal contaminated soil of Mathura region. (Registered- Lalitesh: 2025).
Role of native plants in phytoremediation of contaminated soil affected with heavy metals (Registered- Surbhi: 2025).