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Farewell To Earth And Lunar As MarsExpress Looks Back

Mars Express Earth-Moon image. On the night of 3 July 2003, the Mars Express spacecraft was pointed backwards to obtain a view of the Earth-Moon system from a distance of 8 million kilometres while on its way to Mars. This image was acquired using Mars Express' High Resolution Stereo Camera (HRSC). ESA/DLR Photo
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  • Paris (ESA) Jul 18, 2003
    A unique view of our home planet and its natural satellite -- the Moon -- is one of the first data sets coming from ESA's Mars Express. "It is very good news for the mission," says ESA's Mars Express Project Scientist, Agustin Chicarro. These and other data, such as those recording the major constituents of Earth as seen from space, are the actual proof that the instruments on board Mars Express, launched 2 June 2003, are working perfectly.

    The routine check-outs of Mars Express's instruments and of the Beagle-2 lander, performed during the last weeks, have been very successful. "As in all space missions little problems have arisen, but they have been carefully evaluated and solved. Mars Express continues on its way to Mars performing beautifully", comments Chicarro.

    The views of the Earth/Moon system were taken on 3 July 2003 by Mars Express's High Resolution Stereo Camera (HRSC), when the spacecraft was 8 million kilometres from Earth. The image taken shows true colours; the Pacific Ocean appears in blue, and the clouds near the Equator and in mid to northern latitudes in white to light grey.

    The image was processed by the Instrument Team at the Institute of Planetary Research of DLR, Berlin (Germany). It was built by combining a super resolution black and white HRSC snap-shot image of the Earth and the Moon with colour information obtained by the blue, green, and red sensors of the instrument.

    "The pictures and the information provided by the data prove the camera is working very well. They provide a good indication of what to expect once the spacecraft is in its orbit around Mars, at altitudes of only 250-300 kilometres: very high resolution images with brilliant true colour and in 3D," says the Principal Investigator of the HRSC, Gerhard Neukum, of the Freie Universit�t of Berlin (Germany). This camera will be able to distinguish details of up to 2 metres on the Martian surface.


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