Named after the Carrington Event of 1859, the most powerful solar storm in recorded history. Understanding space weather is not just curiosity - it is preparation.
Track real-time conditions with KP Index, X-ray flux, solar wind, particle flux, and radio blackout monitoring. Data updated every minute.
Global event tracking from USGS, EMSC, GeoNet, and INGV. Monitor earthquakes, volcanoes, aurora forecasts, and ionospheric conditions.
Explore the G.E.C. Map's 60+ data layers for earthquakes, volcanoes, aurora, wind, ocean, and climate. Navigate the solar system with our 3D planet map.
Watch the Sun in real-time with SDO, GOES, and Helioviewer imagery. Access ENLIL solar wind propagation models from NASA, NOAA, and ESA.
Push notifications for space weather, earthquakes, volcanoes, ocean & climate, and human health. Location-based alerts for aurora visibility and nearby seismic events.
Monitor the ocean-climate system alongside its space-weather drivers — Atlantic overturning circulation, sea-surface temperature, and Arctic sea ice.
Experimental research layers: short- and long-term earthquake-forecast heatmaps and a daily global earthquake-probability outlook. Clearly labelled — not predictions.
Read our evidence-graded literature reviews on space weather, earthquakes, climate, and Earth systems — every claim graded Established, Contested, or Hypothesis.
Built for citizen scientists - not just passive observers. Discover academic papers, discuss research with the community, and access historical data for analysis.
Join thousands of citizen scientists monitoring space weather and Earth events. Available on iOS and Android.
