Planetary Monitoring
Observe the Earth as an interconnected system.
Planetary Monitoring integrates independent satellite, terrestrial, environmental and space-weather
observations into a common monitoring environment. Ground motion, seismic activity, hydrology,
geomagnetism, space weather and environmental change are interpreted together in spatial and
temporal context.
What We Monitor
- Ground Motion — InSAR displacement and GNSS velocity from Copernicus EGMS, SONEL and EarthScope
- Seismic Activity — Earthquake catalogue from USGS, with fault-zone context
- Hydrology — Terrestrial water storage from GRACE-FO, precipitation from Open-Meteo, groundwater from USGS NWIS
- Geomagnetism — Ground magnetic field from INTERMAGNET and BGS; Kp and Dst indices from NOAA SWPC
- Space Weather — Solar wind, aurora probability and geomagnetic storm alerts from NOAA SWPC
- Ocean & Climate — Sea surface temperature from NOAA OISST; ENSO state from NOAA CPC
- Fire & Thermal — Active fire radiative power from NASA FIRMS
From Observation to Intelligence
Most monitoring systems expose individual datasets. Planetary Monitoring places independent
observations into a common spatial and temporal context so users can examine relationships
between Earth-system processes. The platform identifies observations, correlations, anomalies
and candidate explanatory drivers — always distinguishing measured data from modelled or
inferred outputs.
About Planetary Monitoring ·
Methodology ·
Data Sources
This application requires JavaScript to run the interactive monitoring environment.