0000-0002-7033-3914 About
I am a PhD candidate specializing in the human-environment dimensions of hydro-climatic extremes. With four SCIE-indexed publications, my PhD work bridges the gap between process-based hydrology and flood risk mitigation. I study climatic (climate variability and change) and geomorphologic (topology and morphometry) controls on flood and its mitigation. I have expertise geomorphology-based parsimonious rainfall-runoff modelling, regional flood frequency analysis, Bayesian rating curve and field hydrology to predict and simulate floods under uncertainty. I also prefer geomorphic descriptors and Machine Learning to extrapolate flood inundation for a larger area where hydrodynamic simulation is an constrain. Thus, my research uniquely integrates hydrologic prediction (flood hazard under uncertainty) with social science (socio-economic vulnerability) to understand flood risk in better way. I am dedicated to translating hydrological data into actionable spatial insights that support disaster risk management, climate change adaptation, and sustainable societal development across diverse geographic scales.
Employment
Employment history is unavailable.
Education
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Jadavpur University Doctoral Research Fellow2021 - 2026
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The University of Burdwan M.Sc.2018 - 2020
Projects & Funding
Projects & funding information is unavailable.
Publications (10)
- Improvement of the river discharge reanalysis dataset for event-based flood estimation using HEC-HMS Save
- Comparison between maximum likelihood and L-moments for flood frequency analysis and design flood estimation under uncertainties Save
- Remote Sensing-based Indicators for Evaluating Impact of Micro-irrigation Systems on Tea Canopy Growth Save
- Geomorphic controls on flood response using the Width Function Instantaneous Unit Hydrograph framework Save
- An integrated Bayesian hydrodynamic framework for quantifying rating curve uncertainty in design flood estimation and flood hazard mapping in a data-scarce urban area Save
- Decoding Rainfall Variability, Trends, and Periodicities for Flood and Drought Characterization Using Statistical and Wavelet Analyses Save
- Event-based flood estimation in un-gauged sub-basins: a comparative assessment of SCS-UH, CWC-UH and Nash-GIUH based rainfall-runoff models in Shilabati River, Eastern India Save
- The green conundrum: Navigating the paradox of buffer farmlands of a mangrove forest landscape Save
- A hydro-geomorphologic assessment of flood generation potentiality in ungauged sub-basins and their prioritization based on traditional, statistical, MCDM and Nash-GIUH models of a tropical plateau-fringe River Save
- Analysing the role of land use and land cover changes in increasing urban heat phenomenon in Chandannagar city, West Bengal, India Save