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  • 22nd March 2018 Sol 2000

    MSL

  • Latin American Eco-Literature

    Module code: SP3163 This module will engage with texts about the environment from across Latin America, as well as explore some of the central terms and concepts of contemporary ecocritical thought.

  • Latin American Eco-Literature

    Module code: SP3163 This module will engage with texts about the environment from across Latin America, as well as explore some of the central terms and concepts of contemporary ecocritical thought.

  • Latin American Eco-Literature

    Module code: SP3163 This module will engage with texts about the environment from across Latin America, as well as explore some of the central terms and concepts of contemporary ecocritical thought.

  • 31st December 2014 Sol 854

    Posted by jbridges in Mars Science Laboratory Blog on December 31, 2014 We are continuing the Pahrump localities looped drive. MSL is not working full time over the holidays but we had a ‘3-sol’ plan on the 29th December.  I was the Geo Science Theme Lead for the day.

  • 8th October 2013 Sol 417

    Posted by jbridges in Mars Science Laboratory Blog on October 8, 2013 Our last drive was about 85 m away from  Waypoint 1 towards the SW.  As we progress one of the new ways we image the landscape is with the MAHLI microimager.

  • 25th April 2014 Sol 611

    Posted by jbridges in Mars Science Laboratory Blog on April 25, 2014 Here is the chosen drill site – Windjana (named after a famous set of rocks in W. Australia which show ancient paintings).

  • Tuesday 20th Nov. Sol 104

    Posted by jbridges in Mars Science Laboratory Blog on November 20, 2012 We have moved from Rocknest where our analyses of soil, rocks and atmosphere are complete.  We have a lot of data to examine.

  • 21st May 2015 Sol 992

    Posted by jbridges in Mars Science Laboratory Blog on May 21, 2015 In a  first for the mission we have successfully climbed a slope at Mt. Stimson.

  • New drugs to prevent tuberculosis could be developed thanks to this novel cell wall breakthrough

    Hero tuberculosis Mycobacterium tuberculosisis|Research has identified a novel regulatory mechanism, which when deactivated, results in the death of the life-threatening pathogen.

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