Initiatives & Impact
Climate Initiatives at the Intersection of Data and Action
From geospatial intelligence platforms to district-level water dashboards — building the digital infrastructure that climate adaptation demands.
Flagship Initiative
Himalayan Watershed Intelligence Platform
HWIPA digital decision-support system for watershed and climate resilience in Himalayan ecosystems.
HWIP integrates geospatial, hydrological, and environmental data to enable actionable insights at district scale. Built on the same product rigour as enterprise systems, it is designed to serve governments, NGOs, research institutions, and climate practitioners who need reliable, real-time intelligence about the water systems that sustain billions of people downstream.
Geospatial Intelligence
Satellite imagery and GIS analysis integrated into a unified spatial data pipeline for watershed health monitoring.
Hydrological Modelling
River basin flow analysis, water stress indicators, and seasonal variability modelling at district resolution.
Climate Data Integration
Precipitation, temperature, and glacier dynamics data layered with land-use and vegetation indices.
Decision-Support Dashboards
Translating complex multi-source data into clear, actionable intelligence for non-technical decision-makers.
All Initiatives
Active & Upcoming Work
District-Level Water Resource Intelligence Dashboard
An operational dashboard integrating geospatial, hydrological, and environmental data to provide district administrators and water resource managers with real-time intelligence on water availability, stress indicators, and seasonal trends.
- District-scale water stress monitoring
- Seasonal flow and availability forecasting
- Integrated satellite and ground-truth data
Climate Resilience Planning Framework
A scalable digital framework enabling governments, NGOs, and communities to assess climate risk, model adaptation scenarios, and track resilience indicators over time — designed for practical use in field conditions.
- Climate risk assessment tooling
- Adaptation scenario modelling
- Resilience indicator tracking
Watershed Health Monitoring via Remote Sensing
Applying multi-spectral satellite imagery and machine learning to monitor vegetation cover, glacier retreat, land-use change, and erosion patterns across Himalayan watershed zones — generating time-series insights for long-term trend analysis.
- Glacier retreat and snow-cover time series
- Vegetation and land-use change detection
- Erosion and sediment risk mapping
Water Policy Intelligence Briefs
Translating complex geospatial and hydrological data into concise, evidence-based policy briefs for government stakeholders — bridging the gap between scientific data and actionable water governance decisions.
- Evidence-based policy brief series
- Stakeholder-ready data visualisations
- Cross-agency data sharing frameworks
Focus Areas
Where the Work Is Concentrated
Himalayan Watersheds
The Ganges, Indus, Brahmaputra, and their tributaries — the water systems that sustain over a billion people downstream.
Glacier Dynamics
Monitoring glacier retreat, snow-cover variability, and meltwater contribution to downstream river systems.
Water Stress Indicators
Quantifying seasonal and long-term water availability, scarcity risk, and demand-supply gaps at district scale.
Land-Use Change
Detecting deforestation, agricultural expansion, and urban encroachment in ecologically sensitive watershed zones.
Climate Risk Mapping
Spatial analysis of flood risk, drought probability, and extreme weather exposure across Himalayan communities.
Downstream Dependencies
Modelling the upstream-downstream relationships that link Himalayan watershed health to water security for billions.
Collaborate on Climate Resilience
I am actively seeking research partnerships, institutional collaborations, and advisory engagements with organisations working on water security, climate adaptation, and geospatial intelligence in the Himalayan region and beyond.