Impactful environmental research across Bangladesh — from the Sundarbans to Sylhet, coastal zones to urban centers.
Analyzing climate-induced changes on the world's largest mangrove ecosystem using multi-source remote sensing including Sentinel-1 SAR and Landsat OLI imagery.
Modeling seasonal flood extents in northeastern Bangladesh's haor basins to understand inundation patterns and adaptation pathways for vulnerable communities.
Spatiotemporal analysis of urban heat islands across Dhaka Metropolitan Area using Landsat thermal infrared data and machine learning classification.
Exposure modeling of PM2.5 and NO₂ concentrations across urban and industrial zones to quantify environmental health burdens on local populations.
Integrated GIS-based vulnerability and exposure assessment for coastal communities in the Bay of Bengal delta region for early warning planning.
UAV and satellite-derived vegetation indices (NDVI, EVI) to monitor crop health and predict yield under climate stress across major agricultural districts.
Assessment of groundwater level trends and recharge potential in the drought-prone Barind Tract using GRACE satellite data and hydrogeological surveys.
Spatial mapping of soil degradation and nutrient deficiency across riverine char lands using field sampling and geostatistical interpolation.
Estimation of carbon sequestration in tidal marshes and mangrove ecosystems along Bangladesh's coast to support REDD+ and carbon credit initiatives.
Current projects shaping our research agenda and delivering impact on the ground.
Measurable outcomes from EIRN's research and consulting engagements.
We collaborate with government agencies, NGOs and research institutions. Let's discuss how EIRN can help.