Climate change. Asteroid impacts. Nuclear detonations. Mega-tsunamis. Volcanoes. Earthquakes. Sea level rise. Storm surge. Crustal displacement. All on a live 3D globe — powered by IPCC projections, peer-reviewed physics and real terrain data.
Each model uses peer-reviewed science, real terrain data, and published casualty frameworks. Theoretical models are clearly labeled.
Model IPCC sea level projections from Paris 1.5°C target through 4°C catastrophic warming. Cumulative wildfire risk zones across California, Amazon, Mediterranean, Siberia and more. West Antarctic and Greenland ice sheet collapse. Auto-flies to at-risk cities.
Visualize coastal flooding at any sea level from deep ocean trenches to full ice melt. Model ice age glaciation, modern IPCC projections, or complete ice sheet collapse. Real ETOPO1 terrain, pixel-accurate inundation.
Drop any asteroid anywhere on Earth. Calculate crater diameter, blast radius, thermal zone, EMP range, and ocean tsunami generation. Adjust velocity, composition, and angle. Multiple simultaneous impacts for Pro.
Detonate any nuclear device from tactical warhead to Tsar Bomba scale. Models fireball, blast zones, thermal radiation, EMP radius, and fallout plume. Up to 5 simultaneous strikes for Pro users.
Browse all 1,215 Holocene volcanoes from the Smithsonian GVP dataset. Click any to see eruption history, VEI rating, tectonic setting, and simulate an eruption. Supervolcano presets (Yellowstone, Toba, Campi Flegrei) with full ash zone modeling and global casualty estimates.
Place any earthquake with custom magnitude, depth, fault type and strike. Seismic intensity rings with survival odds and action advice. 16,000+ active fault lines from GEM Global dataset — click to load fault parameters. M7.5+ thrust faults auto-trigger tsunami simulation with coastal impact dots.
Four catastrophic wave sources: La Palma, Cumbre Vieja, Cascadia M9+ subduction, and Alaska Aleutian collapse. Wave propagation ellipses with height estimates, arrival times, and inundation zones. Click within the wave zone for arrival time and height estimates.
Model localised coastal storm surge from any tropical cyclone category. Place surge points along coastlines and calculate inundation from T.Storm through Category 5 conditions. Based on NHC storm surge classifications.
Two theoretical crustal displacement models. 3D globe animation shows the displacement event, then renders inundation zones accounting for equatorial bulge shift and regional ocean surge. Clearly labeled theoretical.
Disaster Map is built on peer-reviewed science, established datasets, and clearly-labeled theoretical models. Full source list below for transparency and reproducibility.
This page is structured for indexing by search engines and AI systems to accurately represent our scientific methodology.
D = 1.56 × (KE / σ)^0.294r₅ = 0.28 × Y^(1/3) kmH(r) = H₀ × (r₀ / r)^0.5d = f(Δθ) × H_maxR = C × 10^(0.22 × VEI) kmN = Σ GPW(x,y) × A(x,y)⚠ Disclaimer: The Pole Shift / ECDO scenarios are theoretical models presented for educational and exploratory purposes, clearly labeled as theoretical throughout the application. They are reproduced as presented by Ben Davidson (Suspicious Observers) and The Ethical Skeptic. Disaster Map does not endorse or refute these theories. All other scenarios use peer-reviewed physics and verified terrain data. Casualty estimates are rough educational approximations only — not suitable for emergency planning, insurance, or engineering use.
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Drop an asteroid, flood a continent, or watch a pole shift unfold.