Latest Global Monitoring for Environment and Security Stories
A public–private partnership contract signed with Astrium means that ESA is moving ahead with an independent, European satellite system that will speed up the transmission of large quantities of data beginning in 2014.
A new record low could soon be set for ice in the Arctic. The past five years have seen the lowest extent of sea ice since satellite measurements began in the 1970s.
After a final thruster firing last week to deplete its remaining fuel, ESA's venerable ERS-2 observation satellite has been safely taken out of service.
ESA yesterday awarded a contract worth almost â‚¬150 million to Astrium to develop and build two satellite sensors that will monitor Earth's atmosphere as part of Europe's Global Monitoring for Environment and Security program.
After 16 years spent gathering a wealth of data that has revolutionized our understanding of Earth, ESA's veteran ERS-2 satellite is being retired.
On June 15, the European Commission has signed an agreement confirming the transfer of funds to ESA for the initial operations of the space component for the Global Monitoring for Environment and Security program.
Sustainable food production remains a pressing challenge, so scientists have been assessing the potential of the future Sentinel-1 mission to deliver new methods of monitoring crops grown around the world from space.
The Sentinel satellites that are being developed to yield data for information services through Europe's GMES program also have great potential to advance our understanding of Earth. Scientists gathered recently to discuss how to get the most out of these missions.
An ESA project has recently demonstrated that new ways of processing satellite data can show how different properties of snow can be observed from space.
To ensure that a continuous flow of accurate and timely satellite data is available to forecast the weather and study climate change in the coming decades, ESA is looking to the future by preparing the next generation of MetOp satellites.
- a slit in a tire to drain away surface water and improve traction.
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