Students

Current students

Saroj Kumar Dash (PhD),Estimating soil moisture and crop water stress in an agriculture-dominated Critical Zone Observatory (CZO) in the Ganga plains.
Sohini Bhattacharya (PhD), Understanding soil and sediment flux variability in the Anthropocene (jointly with Bodo Bookhagen, University of Potsdam, Germany).
Aqib Ansari (PhD), River Health Assessment of the Ganga-Ramganga river system using innovative methods: Flow Cytometry and Nutrient Mitigation.
Smurti Ranjan Patra (PhD),Historical remote sensing for reconstructing the ‘Ganga of the Past’
Shobhit Singh (PhD),Hydro-geomorphic modeling for flood risk assessment in the Anthropocene: the Ghaghra River System.
Moumita Akuria (PhD),Anthropogenic perturbations in large river systems: impacts on hydrological connectivity and sediment dynamics
Abhishek Sinha (PhD), Assessment of wetland health and hydrologic connectivity in the Ganga basin
Abid Khan (PhD),Groundwater modelling in urban setting

Graduated students

PhD students

Dipro Sarkar, 2021, Terrain mapping and water quality monitoring from airborne platforms. Integrating UAV Technology with community-based tools for Monitoring Water Quality of the Ganga River
Pavani Mishra, 2021, High resolution paleoclimatic reconstruction and depositional environments of paleolake sediments in the Ganga plains
Kanchan Mishra, 2020, Sediment dynamics and sediment connectivity in the Kosi basin: implications for river hazards
Imran Khan, 2020, Drainage reorganisation and sub-surface stratigraphy of the paleo-Yamuna River in Haryana Plains, NW India and its linkage to Harappan Civilization.
Somil Swrankar, 2020, Soil erosion and sediment flux estimation from landscape evolution models (jointly with Shivam Tripathi)
Manudeo Narayan Singh, 2019,Wetland dynamics and hydrological connectivity in a tropical floodplain setting, Kaabar Tal, North Bihar, India
Haridas Mohanta ,2018, Geomorphic diversity, connectivity and river health assessment of the Ganga River and their application for river management.
Suneel Kumar Joshi, 2018, Deciphering groundwater dynamics in the Ghaggar basin in northwest India using historical water level data and isotopic techniques (jointly with S.P. Rai, BHU)
Gaurav Kumar, 2016 , Morphology of alluvia rivers (jointly with Francois Metivier and Olivier Devauchelle, IPG Paris)
Swati Sinha, 2015, Tectonic and climatic controls on landscape evolution in the Dehradun-Nahan salient-recess in the frontal Himalaya.
Ajit Singh, 2014, Sub-surface stratigraphy and sedimentology of the Ghaggar plains: linkage of landscape evolution and cultural heritage.
S. K. Lahiri, 2014, Basin evolution, morpho-tectonics and fluvial processes in the Brahmaputra river system, Assam.
Ananda Sankar Dasgupta, 2010: Valley and interfluve geomorphology and stratigraphy of the southern Ganga plains: implications for Late Quaternary landscape evolution.
Noni Gopal Roy, 2010: Morphodynamics and Late Quaternary Valley- interfluve Stratigraphy of the Western Ganga Plains: Rythmic Sequences and Monsoonal Forcing.
Vikrant Jain, 2001: Fluvio-Geomorphological analysis of Baghmati river system, North Bihar with special reference to fluvial hazard.

M.Tech. students

Sambit Behera, 2021, Understanding soil moisture – temperature interaction in an Agriculture dominated CZO in the Ganga Basin, India
Unnati Patel, 2021 Assessment of geomorphic connectivity under changing LULCscenarios and its implications for management of a coastal wetland, Chilika Lagoon, Odisha, India.
Satyasri Alka, 2020 Deciphering Optical Water Types (OWTs) of wetlands using Earth Observation (EO) datasets.
Arnab Laha, 2019:Forest Fire risk assessment for Sikkim using Remote Sensing data and multi-criteria decision making technique.
Shobhit Singh, 2018: Assessment of Planform dynamics and sediment dynamics in the Lower Ganga Plains.
Rajat Rana, 2018:Groundwater Modeling for Punjab and Haryana using Numerical Approach.
Siba Mohanty, 2017:Linking river space to LULC mapping: towards policy interventions.
Rimali Mitra, 2017:Hydrologic connectivity analysis in the Ramganga basin.
Devanshi Pathak, 2017:Simulating flows and sediment dynamics in the Ramganga basin using INCA-Sed model.
R. Chandrashekhar, 2016: Geomorphology and LULC changes in the Chilika Lake basin, Odisha.
Sana Khan, 2016: Assessing flows and sediment dynamics in the Ganga river under modern and future climate scenarios.
Shivika Saxena, 2015 Wetland classification and mapping using remote sensing and GIS techniques: a case study from north Bihar plains.
Sajal Mittal, 2015: Geomorphology and riverine flood risk analysis of Mahanadi delta, India based on remote sensing and GIS.
Dipro Sarkar, 2014: Impact of anthropogenic interventions and human transformations on the Ganga river around Kanpur region.
Sananda Sarkar, 2014:Assessing present and future river flows and water quality in the Ganga basin due to climate change.
Somil Swrankar, 2014: Soil erosion and sediment transport modeling in the Garra basin using CEASER-Lissflood model.
Anshu Malini, 2013: Modeling sediment transport and morpho-dynamics in parts of the Ganga basin in climate change scenario.
Jawed Ahmad, 2012: Shallow sub-surface stratigraphy of the Kosi and Gandak fan, North Bihar.
Priyanka S, 2010:: River dynamics, Flood Risk evaluation and integrated basin management with special reference to the Kosi river, north Bihar.
B V Suresh Reddy, 2007: Hydro-geomorphic impact assessment of the Ken-Betwa interlinking project.
Sujit Kumar Sarkar, 2007: Geomorphic elements and sedimentary environments of the Ganga Delta: Exploring Facies and Magnetic Signatures.
SantoshGhosh, 2007:Landscape evolution and fluvial dynamics of the Lower Ganga plains.
Suryakant Chambule, 2007: Rapid Environmental impact assessment of the Ken-Betwa river link project.
Smita S. Swain,2006: Enviromagnetic and sedimentologic signatures of the valley fill sediments of the Ganga plains.
G.V. Bapalu, 2005: GIS-based flood hazard mapping of the Kosi river basin, north Bihar.
Partha Sarathi Bhattacharjee,2004: Stratigraphy and sedimentology of parts of the Gangetic plains around Kanpur: implications for paleoclimatic reconstruction.
L. K. Singh,2004: Geoenvironmental analysis and socio-economic impact of the Kosi Project: a case study of north Bihar.
G. Prasad Babu, 2003: Geomorphic characterization and evolution of the Ganga-Yamuna interfluve: a remote sensing approach.
P.D. Roy,2001: Sedimentology and geochemistry of the Sambhar playa, Thar desert, Rajasthan, India.
Madhur Khanna, 2001: Mega-geomorphology of Ganga basin aided by remote sensing data.
M. Vasanth Kr., 2000: Remote sensing and GIS assisted interpretations for tectono-geomorphic evolution of Sambhar Lake, Rajasthan.
Vivek Kumar, 2000: Change detection around ash disposal area using IRS-LISS III data.
Sanjoy Das, 1999: GIS assisted erosion intensity mapping: a case study from Alaknanda valley, Garhwal Himalaya.
A. Mahapatra,1998: Geoenvironmental study of trace metal leaching in ashfills: an integrated approach using geochemistry and mathematical modeling.
A. K. Panda,1998: Identification of groundwater Recharge Potential zones in Kamla-Balan Basin in North Bihar plains using remote sensing and GIS techniques.
A. Hebrare,1998:Evaluation of liquefaction potential of some earthquake-prone sites of India.
D.B. Brahmankar, 1996: Fluvial geomorphology of the Wainganga river basin, Maharashtra.
S.K. Panda, 1996: Physico-chemical evolution of the Sambhar lake system, Rajasthan.

B. Tech/ MS students

Vani Chaturvedi, 2021Testing LULC classification algorithms and performing change detection on Google Earth Engine (GEE) platform: a case study of the Ghaghra river basin
T.V.N. Srinivas, 2009: Electromagnetic anomalies as precursors for earthquakes: a GIS based analysis for the Corinth Gulf. ***Adjudged Best Project in Civil Engineering***
Nripendra Pratap Singh, 2008: Geomorphic Markers of Active Tectonics for Site Selections for Engineering Projects.
Denis Soreng, B. S. Meena, 2005: Hydraulic geometry and hydrological processes in the alluvial channels of the gangetic plains.
Mahendra Singh Gautam and Anupam Pathak, 2003: Comparison of mathematical modeling and experimental results for leachate transport in a flyash pond.
Tarun Mittal & Rahul Biyani, 2000: Modeling leachate quantity and quality in ash ponds.
Manish Katyan & Aditya Agrawal, 2000: Site selection for soild waste dumping using remote sensing and GIS.
Gaurav Sharma & N.S. Vaidyanathan, 1999: Catchment-scale erosion mapping in a mountainous terrain using remote sensing and GIS techniques. ***Adjudged Best Project in Civil Engineering***
Sheena Garg, 1999: Hydraulics of leachate in landfills.
Abhijit Singh & Dharmendra Kr., 1995: Hydraulic transport modelling of slurried flyash.
M.P. Singh, 1995: Geotechnical properties of Indian flyash.