Visualise the 2026 El Niño with 35 Years of Copernicus Marine Data
Building a global SST climatology with Copernicus Marine OSTIA, EDITO Datalab and the MareNostrum 5 supercomputer in Barcelona, and checking the result against NOAA CPC.
Physical Oceanography
3 postsPOSTS:
Plotting Sea‑Surface Temperatures Over the North-Atlantic using Cloud Optimised ERA5 Dataset
In this article we will walk through calculating monthly Sea‑surface temperature (SST) statistics for the North Atlantic using the Analysis‑Ready, Cloud‑Optimised (ARCO) ERA5 dataset from ECMWF and visualising them on a map.
Using Copernicus Satellite Observations to Improve Ocean Acoustic Measurements
Sound travels faster or slower depending on temperature, salinity and pressure, so an accurate sound speed profile (SSP) and absorption coefficient of seawater are essential for converting raw echosounder signals into meaningful depths and calibrated backscattering strengths.
Plotting Sea‑Surface Temperatures Over the North-Atlantic using Cloud Optimised ERA5 Dataset
In this article we will walk through calculating monthly Sea‑surface temperature (SST) statistics for the North Atlantic using the Analysis‑Ready, Cloud‑Optimised (ARCO) ERA5 dataset from ECMWF and visualising them on a map.
Using Copernicus Satellite Observations to Improve Ocean Acoustic Measurements
Sound travels faster or slower depending on temperature, salinity and pressure, so an accurate sound speed profile (SSP) and absorption coefficient of seawater are essential for converting raw echosounder signals into meaningful depths and calibrated backscattering strengths.
Stay in the loop
Enter your email to be notified about future releases and product updates.