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                   Supervised/Supervising: M.Tech 
                  1.Ore geochemistry and Cu partitioning between host  rock and liquid phase at various salinity levels of sulphide deposit,  Ingaldhal, Karnataka (1992; Haragopal). 
                  2.Geochemistry of sulphide  deposit and solubility of silver and associated sulphides in NaCl solutions,  Ingaldhal (1993; M.C.Antu). 
                  3.Geothermal energy and its application to small  scale industry: a case study: Agnigundala thermal springs, Andhra Pradesh (1995;  S.A.Jayaprakash). 
                  4.Groundwater potential zonation in the coastal aquifer  of Srivardhan, Raigarh district,Maharashtra- A GIS approach (1998; Lalitendu  Dash). 
                  5.Study of  recent foraminifera and ambient water chemistry of Kavaratti and Minicoy  islands, Lakshadweep, India (1998; Diman Majumdar). 
                  6.Arsenic contamination in groundwater, west Bengal (2000:IITB-DAAD sandwich programme; Juli  Karmakar). 
                  7.Study of heavy metals in groundwater, Nashik  District, Maharashtra (2000; S.Suchismita). 
                  8.Geoexploration for diamonds in kimberlites from  Mainpur area, Raipur,  Chhattisgarh State.( 2001: K.C.Vinod). 
                  9.Arsenic contamination in groundwater, norther part of West Bengal (2002: DAAD-IITB collaborative programme, Manabesh  C). 
                  10.Arsenic uptake by food crops: Noida district, West Bengal (2003: DAAD-IITB Programme, Paramita A). 
                  11.Fluoride contamination  in groundwater-Bilwara, Rajasthan (2003; Sengupta, S.). 
                  12.Fluoride contamination of groundwater in and around  Kinwat, Nanded district, Maharashtra ( 2004:  M. Sukla). 
                  13.Arsenic contamination in groundwater, Balia  district, Uttar Pradesh (2005: Anita Joshi). 
                  14.Arsenic contamination in groundwater and uptake of  arsenic by food crops , Malda district,West Bengal.  (W.Dhanachandra: 2006 DAAD fellow) 
                  15. Fluoride contamination  in and around Anugual district, Orissa. ( Jogeshwar Kumbhar, 2007).   
                  16.  Petrological study and reconstruction of subsurface lithological sequence of upper Godavari basin using drill core study,( Banambar Singh, 2010).   
                  17.   Reconstruction of subsurface lithology of the Godavari basin between Aswaropeta, mandapeta and Drakshrama using drill cores,   ( Deepika Singh, 2010)  
                  17. Trace element content in Godhra granite and its bearing on the geothermal resources of Tuwa region, Gujarat  ( Hemant Kumar Singh, 2010)  
                    
                  Supervised/Supervising: M.Sc 
                  1.Geochemistry of surface, subsurface and hot springs, west coast of India,  Maharashtra (1988; S.Balasubramaniam). 
                  2.Petrology of Ezhimala igneous complex, Kerala  (1988; S.Kannan). 
                  3.Chemical characteristics of thermal springs around  Anhoni-Samoni and Anhoni, Madhya Pradesh (1989; Srinivasan). 
                  4.Geochemistry  of Tandur volcanics, Andhra Pradesh (1990; Shivakumar). 
                  5.Chemical characteristics of thermal springs of  Puttur, Karnataka (1991; R.L.Selvakumar). 
                  6.Geochemistry of Tattapani thermal springs, Madhya Pradesh, India: Field and experimental  investigations (1992; M.C.Antu). 
                  7.Hydrogeochemistry  of Tuwa and Tulsi Shyam thermal springs, Gujarat  (1993). 
                  8.Hydrogeochemistry of Shahada and Chopda thermal  springs. (1994;Deepak Das). 
                  9.Geochemistry of Taptapani thermal springs, Orissa  (1995). 
                  10.Hydrogeochemistry of coastal aquifers, Bombay island (1996). 
                  11.Hydrogeochemistry of Thana-Belapur coast, Maharashtra (1996). 
                  12.Petrology of basic dikes of Dhule, Deccan Volcanic   Province. (1997; Shantanu  Kesav). 
                  13.Hydrochemistry of thermal springs, Tapi rift,  Jalgaon, , Maharashtra (1997; Sheel Ranjan  Prasad). 
                  14.Hydrogeochemistry of geothermal springs, northern  part of Bombay, Maharashtra,  (1998; Julie Karmakar). 
                  15.Comparative petrographic study of xenoliths  occurring in alkali olivine basalts from central Bhuj (Kutch),  west coast (Murud-Janjhira) and in basalts from Powai (1999; K.C.Vinod). 
                  16.Hydrogeochemistry of thermal springs in Unkeswar,  Nanded District, Maharashtra, (1999; Saikat  Das). 
                  17.Hydrogeochemical  studies of natural waters in and around Powai and Saki Naka, Mumbai, Maharashtra (1999; Smita Chakraborty ). 
                  18.Hydrogeochemistry of Rajgir thermal springs, Bihar, India  (2000; Manabesh Chawdhury). 
                  19.Hydrogeochemistry of thermal springs in and around  Sohana area, Gurgaon District, Haryana. (2001; Basudeb Datta). 
                  20.Hydrochemistry of thermal springs, Manikaran,  Himachal Pradesh (2002; Ayaz Alam). 
                  21.Hydrogeochemistry of thermal waters, Surajkund, Bihar  ( 2003; Saumitri Sarkar). 
                  22.Petrology of Godhra granite and hydrochemistry of  associated thermal springs, Tuwa, Gujarat (  Kaustav Gosh, 2007). 
                  23.Petrography  and melt inclusion study on GPB of Igatpuri, Nasik,  Maharashtra (S. Mahapatra, 2007) 
                  24.Melt inclusions in picrites from Warangishi, Deccan basalt province ( 2007). 
                  25.Hydrochemistry of thermal springs, Vajreswari (  2008, Sonu Roy). 
                    
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