Global disaster tracker for earthquakes, fires, volcanoes, floods, and severe weather

This natural disaster tracker shows all active disasters happening today worldwide — earthquakes, volcanic eruptions, wildfires, floods, tropical cyclones, tsunamis, droughts, landslides, and severe weather events, aggregated into a single real-time monitoring interface. Each disaster is classified by type, severity, and affected region, updated continuously as new events are detected.

Disaster data is sourced from national emergency management agencies, international organizations like the UN Office for the Coordination of Humanitarian Affairs, and sensor networks including seismometers and weather satellites. The natural disaster map presents a unified view of what would otherwise require monitoring dozens of separate government and institutional feeds. For the classification framework that defines how disaster types are categorized and severity thresholds set, see our methodology page.

The deadliest disaster events in modern history were rarely simple single-hazard events — they cascaded. The 2011 Tohoku earthquake triggered a tsunami that killed nearly 16,000 people, and the tsunami's inundation of the Fukushima Daiichi nuclear plant caused a Level 7 nuclear incident — three separate disaster types within 24 hours at the same geographic origin. In 2010, the Haiti earthquake killed over 200,000 people; in the weeks following, a cholera outbreak spread through displaced populations lacking clean water, ultimately killing another 10,000. The physical disaster created the conditions for a biological disaster.

Drought-to-conflict cascades are slower but just as consequential. The 2011 East African drought displaced pastoral communities, collapsed livelihoods, and contributed to the famine conditions that intensified the Somali civil war. Climate-driven drought in Syria between 2006 and 2010 drove massive rural-to-urban migration, contributing to the social pressures that preceded the 2011 uprising. The causal chains are never simple, but the sequences are traceable on this tracker by reviewing overlapping events across the same regions.

Viewing cascades requires a multi-category tracker. Individual specialist pages show their domain deeply; this tracker shows when multiple hazard types are converging on the same region simultaneously — the signal that a cascade may be building. Our live world event map visualizes these multi-type clusters geographically.

When a major disaster strikes, international response activates through a layered system. The UN Office for the Coordination of Humanitarian Affairs (OCHA) coordinates the international humanitarian response, deploying Disaster Assessment and Coordination teams within hours of large events. The International Federation of Red Cross and Red Crescent Societies (IFRC) coordinates non-governmental response across 192 national societies. Regional bodies — the EU Civil Protection Mechanism, ASEAN Agreement on Disaster Management, and African Union's disaster preparedness programs — provide parallel frameworks.

Early warning systems are the first line of defense. Tsunami warning networks in the Pacific and Indian Oceans can issue alerts within minutes of a triggering earthquake. The World Meteorological Organization's tropical cyclone tracking provides 5-7 days of advance warning for major storms. Drought early warning systems like FEWS NET monitor agricultural conditions and food security indicators in vulnerable regions months before famine conditions develop.

Response speed matters enormously for outcomes. The 2010 Haiti earthquake response was hampered by a destroyed port and airport and an overwhelmed local government. The 2004 Indian Ocean tsunami response showed how quickly international assets could mobilize when host governments were functional — but exposed the absence of a regional early warning system that could have saved thousands of lives in the 20 minutes between the earthquake and the first wave arrival on Thai beaches. This tracker helps monitor whether early warning systems are activating ahead of developing disasters.

Natural disasters follow predictable seasonal rhythms that vary by hemisphere and region. Atlantic hurricane season runs June through November, peaking in September; Eastern Pacific season follows a similar calendar. The Northwest Pacific typhoon season is year-round but most intense July through October. Knowing the seasonal calendar helps interpret this tracker — a tropical cyclone watch in the Caribbean in September is an expected seasonal event; the same watch in February signals an anomaly worth investigating.

Tornado season in the central United States peaks March through June as cold Arctic air collides with warm Gulf moisture across the Great Plains. Monsoon floods across South and Southeast Asia affect hundreds of millions annually from June through September, with peak flooding in Bangladesh, India, and Pakistan typically arriving in July and August. Wildfire seasons vary by region: Western United States peaks July through October, Australia's bushfire season runs October through March, and the Amazon dry season fire period runs July through October.

Earthquake and volcanic activity follow no seasonal calendar — they are driven by geological processes unrelated to climate. However, rainfall and snowmelt can trigger secondary hazards from seismic events: lahars from volcanic slopes activate during monsoon rains, and earthquake-weakened slopes are more likely to fail during wet seasons. This seasonal interaction between geological and meteorological hazards makes the multi-category view on this tracker particularly useful during transitional periods between dry and wet seasons in seismically active regions.

The physical science is clear: climate change is altering the frequency and intensity of weather-related disasters. Atlantic hurricanes are intensifying more rapidly — the proportion of storms reaching Category 4 or 5 has increased, and rapid intensification events (a 35+ mph wind speed increase in 24 hours) are more common in warming ocean waters. Western US wildfire season is now 78 days longer than in the 1970s. Extreme precipitation events — both floods and droughts — are becoming more frequent as a warmer atmosphere holds more water vapor and weather patterns shift.

Climate change does not increase earthquake or volcanic risk — those are governed by geological processes independent of surface temperature. But it amplifies the impact of some geological hazards: warming temperatures are accelerating glacial melt in volcanic and seismic regions, and the reduction in overburden pressure on previously glaciated terrain has been linked to increased seismicity and volcanic activity in Iceland.

Disaster economic losses have risen steadily as more infrastructure is built in hazard-prone coastal and river areas. Global insured losses from natural catastrophes exceeded $100 billion annually in recent years, but the majority of disaster losses occur in developing countries where insurance penetration is low, meaning the true economic toll far exceeds insured figures. This tracker's historical data allows trends in disaster frequency, severity, and regional distribution to be observed over time.