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Life beyond re-entry: new Aeolus data a breath of fresh air
Aeolus data are still improving our understanding of weather and atmospheric science. In Spring 2024, the Aeolus data, science and innovation cluster (DISC) released a new public data update (Baseline 16), with a range of exciting new features.
Featuring the power of Earth observation data at EGU
The European Geosciences Union General Assembly 2024 brings together geoscientists from all over the world, aiming to provide a forum where scientists and early career researchers can present their work and discuss their ideas with experts, in all fields of geoscience.
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.
Space data support Earth’s ecosystems
ESA’s Earth observation (EO) missions are making a critical contribution to monitoring transformations in our planet’s ecosystems, helping track changes in the vegetation, soil, and ocean that affect these systems.
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.
Aeolus data and lessons learned: what happens next for ESA’s wind mission?
The Aeolus satellite returned to Earth on 28 July 2023, in an assisted reentry that marked the end of nearly five years in space. For scientists working with Aeolus data, however, the mission lives on.
Synergy of space data helps modernise irrigation systems
The growing demands on agriculture, coupled with the climate crisis, are pressurising Earth’s valuable freshwater resources and making assessment of water practices ever more important.
SMOS Tools updates
Updates for two SMOS tools have been released, offering new features and improvements.
Young scientists bid farewell to ESA's wind mission
Students and early career researchers are saying an emotional goodbye to Aeolus ahead of its upcoming reentry.
An overview of the SMOS mission
In this video, Klaus Scipal - Biomass and SMOS Mission Manager - talks about ESA's Soil Moisture and Ocean Salinity mission.
Overview of the Aeolus Level-1B wind product
Learn about the Aeolus Level-1B wind product, which supports applications for the weather, atmospheric processes and climate research, in our latest infographic.
SMOS data reveal ecosystems' resistance to drought
Climate change is rapidly altering the world’s ecosystems, causing extreme weather conditions, such as droughts, to become increasingly frequent. Understanding the factors that contribute to ecosystem resilience to extreme events is vital to develop more effective strategies for climate adaptation and mitigation.
Key facts about SMOS Level-1 and Level-2 science data
Learn about data products from the SMOS mission in our latest infographic.
The divine keeper of the winds retires
ESA’s fifth Earth Explorer - Aeolus - is due to retire soon, but will provide fully nominal data up to the end of operations on 30 April.
Scientists to showcase value of Earth observation data at EGU
Remote sensing scientists are getting ready to present innovative and exciting applications of satellite data at the European Geosciences Union general assembly which will take place from 24 to 28 April in Vienna, Austria.
Improved Aeolus Rayleigh-cloudy winds product now available
An improved Aeolus product is now available: Rayleigh channel winds measured in atmospheric conditions with clouds and/or dense aerosol, known as Rayleigh-cloudy winds.
An overview of the Aeolus mission
In this overview video, ESA's mission manager, Tommaso Parrinello, describes the successes and challenges of this amazing mission, whose impacts will live long beyond its lifetime in space.
Monitoring water on Earth's surface
ESA's Earth observation satellites are playing a leading role in furthering our understanding of how Earth's terrestrial hydrosphere is being influenced by humankind.