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SMOS data distribution resumed
SMOS data distribution to end users was resumed on 12 March 2024 after confirmation of the adequate quality of the current data.
SMOS data outage since 22 February 2024
SMOS went into safe mode on 22 February 2024 at 05:10 UTC for reasons that are still under investigation.
New reanalysis dataset impacts SMOS Level 3 and 4 sea ice thickness
On 24 January 2024 the JRA55 reanalysis dataset was terminated and updated with the Japanese Reanalysis for Three Quarters of a Century.
Highlighting the value of SMOS data in space weather applications
Data from ESA’s SMOS mission are driving many space weather applications, ranging from air navigation, characterisation of solar flares, space weather modelling and ionospheric electron content mapping.
Introducing the Biomass and SMOS Mission Manager
In this video, Klaus Scipal describes his role as Mission Manager of Biomass and SMOS, and what he enjoys about his involvement with these dedicated science missions.
SMOS Near Real Time Sea Surface Wind Speed products back to nominal dissemination
Following a pause in the dissemination of SMOS Near Real Time Sea Surface Wind Speed data on 2 May, the processor has now been updated and nominal dissemination has resumed.
Overachieving SMOS mission primed for continued success
ESA’s Soil Moisture and Ocean Salinity mission (SMOS) was the second Earth Explorer launched in 2009. Over 13 years on, having already vastly exceeded its predicted lifetime and initial objectives, the mission has been further extended until at least the end of 2025.
ESA's excellent Earth Explorer missions extended to 2025
Since 2009, ESA’s Earth Explorer missions have pioneered breakthrough technologies and transformed our understanding of Earth’s system, from its core to the outer stretches of the atmosphere.
New version of the SMOS-CryoSat level 4 sea ice thickness product is now available
The new version 205 of the merged SMOS-CryoSat level 4 sea ice thickness product is now available on the SMOS dissemination service
Global understanding of Earth's land surfaces greatly boosted by satellite data
ESA perform land surface monitoring with a range of instruments onboard satellites acquiring optical and radar data. Collections of data from these missions are freely available for research purposes.
SMOS data advances space weather and ionospheric research
ESA is taking steps to innovate ways to use SMOS data to support solar scientists and the space weather community, as set out in a workshop held recently in ESRIN.
Minor Update for the SMOS Near Real Time Sea Surface Wind Speed Processor
An updated version of the SMOS Near Real Time Sea Surface Wind Speed Processor - Version 302 - was released on the 23 November 2022.
SMOS data improve estimates of rainfall in Africa
Scientists have used soil moisture data from ESA’s SMOS mission to correct high-resolution satellite-based estimates of precipitation in Africa.
Satellites investigate Earth’s terrestrial hydrosphere
ESA’s Earth observation satellites are playing a leading role in furthering our understanding of how Earth’s water cycle is being influenced by humankind.
Satellite data predicts lower wheat crop yield
In a market pressed with short supply of grain the dry spring weather of 2022 was devastating for European wheat production, according to a new drought monitor that draws on data from ESA’s SMOS Earth observation mission
Satellites reveal changes to Earth’s icy zones
ESA’s Earth observation activities are helping scientists investigate the influence of climate change on widespread ice-losses across the planet.
Transforming space data into climate action
ESA’s Earth observation activities are playing a key role in the revitalised global drive to combat climate change.
Satellite data central to ocean monitoring
Over 95% of Earth’s water is found in our oceans, and yet sadly, oceans are under stress from climate change and pollution. Monitoring our oceans is vital for Earth’s survival and satellites are the primary means of long-term and independent observation of our vast ocean bodies and their associated coastal zones.
SMOS L2 Sea Surface Salinity products documentation updates
SMOS L2 Sea Surface Salinity product validation report is now available.
Satellite data boost global understanding of land surface
Understanding our changing land surface is essential in the study of climate change. Satellites are used to monitor changes to the material that covers Earth’s surface, so-called land cover, such as vegetation and water.