In Situ Relative Sea Level Trends. Trend is presented by means of false color arrows. This product (developed for EMODnet Physics) uses the Permanent Service for Mean Sea Level (PSMSL) data bank on sea level data from the global network of tide gauges since 1900. The trend is available for stations with at least 30 years of measurements.

near real time Sea level data from in situ stations (tide gauges). This product includes the European tide gauges organized under EuroGOOS TG TT and CMS INSTAC, IOC sea level core network, GLOSS stations, UHSLC Fast Delivery network, JRC TAD network. The EMODnet Physics product offers the latest 60 days of operational data (60m time res)

EMODnet Physics - TEMP_003 - Collection of the temperature profiles collected by animal bourn instrumentation. The marine mammal data were collected and made freely available by the International MEOP Consortium and the national programs that contribute to it (http://www.meop.net)

In Situ Absolute Sea Level Trends. Trend is presented by means of false color arrows. This product (developed for EMODnet Physics) uses the SONEL data bank on sea level data from the global network of tide gauges + GNSS. The product is developed and maintained by SONEL.

Absolute Sea Level trend Map [1993-2019]. The product is based on GLORYS12v1, developed by CMCC for EMODnet Physics.

EMODnet Physics - TEMP_002 - Near real-time temperature of the water column from multi-platform observations. The product presents the latest 7, 60 days and 12 months of measurements from fixed and moving platforms.

EMODnet Physics - PSAL_002 - near real time salinity in the water column from multi platforms observations. The product presents the latest 7, 60 days and 12 months of measurements from fixed and moving platforms.

EMODnet Physics – RFVL_001 - The page presents the sea surface currents field are recorded by High Frequency Radars. HFR is a unique technology mapping the speed and direction of ocean surface currents in near real time (along with other variables) over wide areas with high spatial and temporal resolution. Currents in the ocean are equivalent to winds in the atmosphere because they move things from one location to another. These currents carry nutrients as well pollutants, so it is important to know the currents for ecological and economic reasons. The page integrates the European HFR node product (see also http://eurogoos.eu/high-frequency-radar-task-team/) with international sources of HFR data (Global HFR network).