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  • Data Analysis

    Module code: GY2431 This module seeks to develop the technical skills required to analyse and interpret quantitative data. It also seeks to develop skills of critical thinking, problem solving and report writing.

  • Data Analysis

    Module code: GY2431 This module seeks to develop the technical skills required to analyse and interpret quantitative data. It also seeks to develop skills of critical thinking, problem solving and report writing.

  • Data Analysis

    Module code: GY2431 This module seeks to develop the technical skills required to analyse and interpret quantitative data. It also seeks to develop skills of critical thinking, problem solving and report writing.

  • 30th May 2015 Sol 1000

    Posted by jbridges in Mars Science Laboratory Blog on May 30, 2015 An MSL landmark day.  We have reached 1000 sols on Mars.

  • 21st November 2014 Sol 815

    Posted by jbridges in Mars Science Laboratory Blog on November 21, 2014 This MAHLI image shows the importance of the DRT Dust Removal Tool brushes.

  • 2nd November 2014 Sol 797

    Posted by jbridges in Mars Science Laboratory Blog on November 2, 2014 This NavCam image shows one of the outcrops we have been analysing in detail at the Chinle outcrop in Pahrump.

  • 25th July 2013 Sol 344

    Posted by jbridges in Mars Science Laboratory Blog on July 25, 2013 This HiRISE image shows Curiosity at work at the Shaler outcrop in Yellowknife Bay. The tracks from Bradbury landing are also clearly visible.

  • Sunday 26th August Sol 20

    Posted by jbridges in Mars Science Laboratory Blog on August 26, 2012 Since the noble gas analyses by Viking in 1976 we have had the information to recognise meteorites from Mars (now about 60).  My favourite martian meteorites are the nakhlites.

  • Friday 24th August Sol 18

    Posted by jbridges in Mars Science Laboratory Blog on August 24, 2012 Bradbury landing is defined as the square outlined by the wheel imprints you can see in my last blog entry.

  • 19th January 2014 Sol 517

    Posted by jbridges in Mars Science Laboratory Blog on January 19, 2014 On Earth rocks that are as ancient as those we are studying on Mars have been destroyed by the tectonic recycling process or heavily metamorphosed.

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