Explore
Institutions
Bank Watch: scheduled banks tracked on stability metrics.
Parliament Watch: members and their activity.
Government Watch: the executive, tracked over time.
University Watch: the higher-education system, tracked.
NGO Watch: civil society and development NGOs, tracked.
Development Partner Watch: the donors, tracked.
Industry Association Watch: the apex chambers, tracked.
Early warning
The Crisis Orb: a live, level-anchored hazard board.
The LDC 2029 graduation monitor.
The national early-warning board across hazards.
Early warning for the haor flood basin.
Where hazards compound across the same places.
A priority index ranking places by combined risk.
Cropland exposed to flood, heat, and salinity.
The bank distress watch: stress signals across banks.
The disaster ledger: events and losses over time.
GovTwin · Geospatial exposure
Four primary remote-sensing layers, aggregated to the 64 districts and population-weighted with WorldPop: GloFAS river flood, FABDEM low elevation, MODIS surface heat and ACAG satellite PM2.5. The numbers below quantify how many people and how much farmland each hazard threatens.
In 100-year floodplain
82,403,842
58.4% of population
Below 5 m elevation
42,947,856
30.4% of population
National PM2.5
71.6
µg/m³ (WHO = 5)
Cropland at flood risk
4,656,769
ha in 100-yr floodplain
Most exposed districts
Each district’s exposure across the four hazard layers. The combined rank is the mean within-country percentile across all four (equal weights, no hidden weighting), a relative ranking across the 64 districts rather than an absolute risk score. Switch the ranking layer to re-sort. The same values drive the choropleth above.
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Rank by layer
Sorted by Combined rank: mean within-country percentile across the four layers.
Flood: GloFAS v2.1 100-year river-flood hazard (JRC/Copernicus, ~1 km), population inside the modelled extent. Coastal: FABDEM bare-earth elevation (30 m), population below 5 m. Heat: MODIS MOD11A2 land-surface temperature (NASA, 1 km), warm-season (March to May) 2020 to 2024 mean, population-weighted. Air: satellite-derived surface PM2.5 from van Donkelaar et al. (ACAG, Washington University), ~1 km, 2020 to 2022 mean, population-weighted. Population: WorldPop 2020 (100 m), summed within district polygons; the WorldPop 2020 national total is about 141 million, roughly 14 percent below the 2022 census count of 165.2 million because the 2020 grid is an unadjusted model, so the percentages are shares of WorldPop-modelled population, not of the census total. Boundaries: FAO GAUL 2015 (ADM2). Source: BDPolicyLab multi-hazard district exposure dataset.