ESA's SMOS Helps Understanding Water Cycle

By consistently mapping these two variables, SMOS will advance the knowledge of the exchange processes between Earth's surface and atmosphere and also help to improve weather and climate models. The data will also be used for practical applications in areas such as agriculture and water resource management.

The Soil Moisture and Ocean Salinity (SMOS) satellite was launched on 2 November last year, and has since undergone an intense programme of calibration and commissioning in preparation for its life in service.

At a three-day review this week in Ávila, Spain, all the elements of the mission were found to be in excellent shape. The meeting concluded with the formal end of commissioning.

Responsibility for the mission has now been transferred from ESA's Project Manager, Achim Hahne, who held the reins since the mission was selected in 2001 for development, to Susanne Mecklenburg, ESA's SMOS Mission Manager, who is responsible for the data and its delivery to the scientific community.

Susanne Mecklenburg said, ''So far, the mission has been progressing really well and we have been very happy to see what the scientific community has already been able to achieve with the data. Brightness temperature data will be released in June and soil moisture and ocean salinity data will be available in September after further validation."

ESA has placed three of its Earth Explorer satellites in orbit within a little over 12 months. The GOCE gravity mission was launched in March 2009, followed by SMOS in November and the CryoSat ice mission last month.

Results from these three missions will be presented to the scientific community at the Living Planet Symposium at the end of June in Bergen, Norway.