Building on its use of satellites for responding to disasters, ESA has helped to create a service that makes flood maps available simply via the Internet.

ESA is sponsoring an initiative to explore the possible benefits that the Copernicus programme’s Sentinel satellites can bring to geo-information communities in over 20 European countries.

In this study the team use geodetic data to determine surface deformation associated with the Mw 5.1 earthquake that occurred in Lorca, southeast Spain, on 11 May 2011.

Daugaard Jensen Gletscher, Greenland, is a large tidewater glacier covering an estimated 4% of the Greenland ice sheet. In this study the team investigate whether recent changes in the dynamics and mass balance of this sector of the Greenland ice sheet are reflected in the behaviour of this particular glacier.

ESA's Directorate of Earth Observation Programmes (D-EOP) has opened a Request For Information (RFI) directed at collecting ideas for the implementation of some Thematic Exploitation Platforms (TEPs) as part of the evolution of the Payload Data Ground Segment (PDGS) operations concept.

In this study the team focuses on the Zhongba earthquake sequence, which occurred between 2004 and 2008 within the South Lunggar Rift in the southwest part of the Tibetan Plateau.

ESA's first Sentinel satellite dedicated to Europe's Copernicus environmental monitoring programme is nearing completion in readiness for launch. The series of Sentinels and this ambitious programme were much in focus at the Living Planet Symposium this week.

Multisensoral remote sensing is a valuable method to gather the necessary water budget components with appropriate spatial coverage and with high temporal resolutions for closed basin lakes on the Tibetan Plateau due to their remote and hard to access locations.

The Azov Sea is a shallow inland sea adjoined by Ukraine on the west and Russia on the east, and gets most of its water input from the runoff from the Don River, the Kuban River, and several smaller rivers; thus, its water quality is heavily influenced by the fluvial runoff. Tremendous industrialisation in the last couple of decades, leading to increased influx of terrigenous nutrients, has produced significant eutrophication in the Azov Sea. This has caused drastic changes in the ecosystem, resulting in tremendous loss of fish population.

If you are a university student from Poland, Czech Republic or Romania and you would like to be on the space scene when the first Copernicus Sentinel-1 satellite starts monitoring the Earth next year, apply for the new ESA 'Sentinel-1 Student Transponders' project.