Ocean Climate Systems — Oceans, Maritime, Fisheries & Blue Economy — Satellize

4.5Subsection · 6 applications

Ocean Climate Systems

Small wooden fishing boats on open ocean waves near a coastal village — A lone vessel on open waters represents the vast ocean systems now continuously tracked by climate-monitoring satellites above.

Satellite Monitoring of Ocean Climate Systems

1
Altimetry Satellite
Measures sea surface height, temperature, salinity
2
Ground Station Downlink
Raw radar and radiometer data received
3
Ocean Climate Modelling
ENSO, current, and heat content analysis
4
Forecast Services
Alerts to fishers, ports, and governments

Satellites measure ocean surface conditions continuously, feeding climate models that deliver actionable forecasts to coastal communities worldwide.

Other areas in Oceans, Maritime, Fisheries & Blue Economy

4.4 · Previous

Offshore Infrastructure

Maritime Security

Subsection 4.5 — Oceans, Maritime, Fisheries & Blue Economy

Ocean Climate Systems

6 applications.

Applications

4.5.1 Sea Surface Temperature Monitoring — Continuously measuring ocean surface temperatures from orbit to underpin fisheries management, climate modelling, storm forecasting and exclusive economic zone sovereignty.
4.5.2 Ocean Salinity Mapping — Measuring the salt concentration of the ocean surface from orbit to track thermohaline circulation, freshwater discharge and climate-driven salinity shifts.
4.5.3 Sea Level Rise Tracking — Measuring absolute and relative sea level change at centimetre precision using satellite radar altimetry and GNSS-reflectometry to underpin coastal infrastructure and climate policy.
4.5.4 Marine Heatwave Detection — Detecting, tracking and forecasting marine heatwaves by fusing satellite sea-surface temperature retrievals with sub-surface ocean state data to trigger early warnings.
4.5.5 Ocean Acidification Monitoring — Tracking the progressive acidification of ocean surface waters by combining satellite-derived ocean colour, sea surface temperature and salinity proxies with in-situ pH sensor networks.
4.5.6 Coral Reef Bleaching Surveillance — Detecting and mapping coral bleaching events at reef scale by fusing multispectral satellite imagery with sea surface temperature anomaly data.