Feel free to suggest other data sources that might be helpful to predict, evaluate and visualize catastrophes!
- 1008-1900
- 1900-2011 (Only recorded big magnitude)
- 1900-2015 (recorded all)
- Current (csv)
- Current (geoJSON)
- Seismic
- Mobile accelerometers
- current (csv)
- current (geoJSON)
- seismic
- mobile accelerometers
- Topology
- Thermal heat
- Volcano
- Solar wind
- Internal magnetic field
- Seasurface Tempeture
- Global Temperature Anomality
- Water vapor
- Rainfall
- NASA
- NEO
- ESA
- Copernicus
- EUMETSAT
- EMBAT
- NOAA
- NOAA-NCEP
- NCDC.NOAA
- NOAA MAP SELECTOR
- Earth-Systems-Research Lab - PSD
- WorldClim
- INFORM
- HDX
- reliefWeb
- Flowminder
- gapminder
- PDC
- PDC's REST interface
- PDC-ATLAS
- GHIN - Global Hazards Info Network
- Geophysical Data-Map
- Natural World - Information
- Socioeconomical Data
- Big-Data Europe
- American Meterological Society
- SolarGIS
- edeNEXT
- IPCC
- GlobalWeather by TAMU
- Enigma
- worldDisasterReport
- Red-Cross
- RDA.UCAR
- gnip.com or other (historical) Twitter-data provider
- ocean surface tempature
- iPhone/Android apps for seismology e.g. Shakemeter, iShake etc. (or velocity vectors)
- Antarctic seismic observations
- EUREF-Permanent-Network measuremeants
- Sea Stations Bouys
- Yellowstone Caldera
- GPS Velocity vectors (from mobile phones, GPS-Stations etc.)
- Strain-Meters
- Air-Quality and particle data
- Borehole-Strainmeters (resolution higher then 1/min)
- Tilt-meters
- Seismometer data
- Crustal-deformation measurements
- Ultra-low-frequency magnetic data
- Earth magnetic field data
- Anthropological & socioeconomical data (Population, wealth etc.)
- Animal behavior (e.g. accelerometer gradient, GPS etc.)
- Ocean surface tempature
- Geophysical data (density, condctance etc.)
- Anything else you consider useful for this project!
Please use River-View to collect data!
Here is a step-by-step description on how to do it!