Over three decades of satellite imagery reveal how Nepal's glacial lakes are expanding as the cryosphere transforms. Twelve major glacial lakes monitored from 1992 to 2025 using Google Earth Engine, with the findings hosted on a live interactive platform that remains available online.
After being publicly exhibited, the platform continues to host the imagery and analysis — making 33 years of climate change visible to scientific and general audiences alike.
Promoting inclusive water management in the Lower Karnali Watershed through Python workflows and capacity building for early-career researchers in Kathmandu and Surkhet.
Measured river discharge across 7 major rivers using ADCP and GNSS for accurate flow characterisation in Nepal-India transboundary basins.
Analysing precipitation and temperature variables using ERA5 and APHRODITE to quantify climate variability and inform disaster risk reduction strategies.
Investigated social, technical, and institutional barriers to renewable energy-based water management through qualitative community engagement (FGD & KII) in Dhading and Ramechhap districts. Project completed.
Presented Paper ID 379: Integrated SWAT+ and HEC-RAS modelling to assess present and future flood dynamics in the bifurcated Karnali River system, Nepal. Co-authored with K. Aryal, T. Basnet, D. Pradhananga, S. Shrestha, S. Dhital, A. Dhakal, R. Karki, B. Koirala & S. Manandhar.
Presented climate and water research at Nepal's national water sector conference.
Comparative insights of ERA5, MERRA-2 and WFDEI for climate data validation.
Key milestones in research, outreach, and professional development.