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            <th nowrap valign="BASELINE" align="RIGHT">Subject:
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            <td>Fw: Research Fellow in modelling East African Climate
              Dynamics: HyCRISTAL</td>
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            <th nowrap valign="BASELINE" align="RIGHT">Date: </th>
            <td>Tue, 1 Dec 2015 10:39:06 +0000</td>
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            <th nowrap valign="BASELINE" align="RIGHT">From: </th>
            <td>John Marsham <a href="mailto:J.Marsham@leeds.ac.uk" target="_blank">&lt;J.Marsham@leeds.ac.uk&gt;</a></td>
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            <th nowrap valign="BASELINE" align="RIGHT">To: </th>
            <td><a href="mailto:tammy@ucar.edu" target="_blank">tammy@ucar.edu</a> <a href="mailto:tammy@ucar.edu" target="_blank">&lt;tammy@ucar.edu&gt;</a>, <a href="mailto:trier@ucar.edu" target="_blank">trier@ucar.edu</a>
              <a href="mailto:trier@ucar.edu" target="_blank">&lt;trier@ucar.edu&gt;</a>, <a href="mailto:russ.schumacher@colostate.edu" target="_blank">russ.schumacher@colostate.edu</a>
              <a href="mailto:russ.schumacher@colostate.edu" target="_blank">&lt;russ.schumacher@colostate.edu&gt;</a>, <a href="mailto:weisman@ucar.edu" target="_blank">weisman@ucar.edu</a>
              <a href="mailto:weisman@ucar.edu" target="_blank">&lt;weisman@ucar.edu&gt;</a>, <a href="mailto:robwood@atmos.washington.edu" target="_blank">robwood@atmos.washington.edu</a>
              <a href="mailto:robwood@atmos.washington.edu" target="_blank">&lt;robwood@atmos.washington.edu&gt;</a></td>
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        <p>Dear all,<br>
        </p>
        I haven&#39;t made it across the Atlantic in a while, but I would be
        grateful if you could pass this on to any good candidates you
        are aware of
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                    <p>Best wishes,</p>
                    <p>John<br>
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                          <div>********************************************************************************<br>
                            Dr John
                            Marsham,                                                                     
                            <a href="mailto:j.marsham@see.leeds.ac.uk" target="_blank">j.marsham@see.leeds.ac.uk</a><br>
                            Academic Research Fellow (Water@Leeds)<br>
                            Institute for Climate and Atmospheric
                            Science (ICAS)<br>
                            School of Earth and Environment<br>
                            University of
                            Leeds                                                                      
                            Tel: +44 (0)113 343 6422<br>
                            LS2 9JT,
                            UK                                                                                
                            Fax: +44 (0) 113 343 5259<br>
                            <br>
                            <a href="http://homepages.see.leeds.ac.uk/~lecjm/" target="_blank">http://homepages.see.leeds.ac.uk/~lecjm/</a><br>
                            NB: For post, you can ignore Water@Leeds and
                            ICAS<br>
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                      <div dir="ltr"><font style="font-size:11pt" color="#000000" face="Calibri, sans-serif"><b>From:</b> John
                          Marsham<br>
                          <b>Sent:</b> 01 December 2015 10:22<br>
                          <b>To:</b> <a href="mailto:met-jobs@lists.reading.ac.uk" target="_blank">met-jobs@lists.reading.ac.uk</a><br>
                          <b>Subject:</b> Research Fellow in modelling
                          East African Climate Dynamics: HyCRISTAL
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                          <p><b>Research Fellow in modelling African
                              Climate Dynamics:<br>
                              Integrating Hydro-Climate Science into
                              Policy Decisions for Climate-Resilient
                              Infrastructure and Livelihoods in East
                              Africa (HyCRISTAL) project</b><br>
                            <br>
                            Fixed term for 36 months - available
                            immediately<br>
                          </p>
                          <p><br>
                          </p>
                          <p>Outline:
                            <a href="https://jobs.leeds.ac.uk/vacancy.aspx?ref=ENVEE1088" target="_blank">https://jobs.leeds.ac.uk/vacancy.aspx?ref=ENVEE1088</a><br>
                          </p>
                          <p><a title="Ctrl+Click
                              or tap to follow the link" href="https://jobs.leeds.ac.uk/Upload/vacancies/files/3744/ENVEE1088%20%20Research%20Fellow%20in%20modelling%20African%20Climate%20Dynamics.pdf" target="_blank">Job
                              description:
https://jobs.leeds.ac.uk/Upload/vacancies/files/3744/ENVEE1088%20%20Research%20Fellow%20in%20modelling%20African%20Climate%20Dynamics.pdf</a></p>
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                                    We seek an ambitious scientist with
                                    interests in atmospheric dynamics
                                    and climate change to study the role
                                    of moist convection in the climate
                                    system of East Africa and the
                                    implications for projections of
                                    change. Many aspects of climate
                                    projections for East Africa are
                                    uncertain, in particular for
                                    rainfall, floods and droughts, and
                                    the rapidly growing population is
                                    vulnerable to such changes.
                                    <br>
                                    <br>
                                    You will be a part of the
                                    international HyCRISTAL consortium
                                    that is led from Leeds and has
                                    members in East Africa, the UK and
                                    the USA. You will use
                                    kilometre-scale
                                    convection-permitting simulations of
                                    current and future African climate,
                                    run within the DfID-NERC “Future
                                    Climate for Africa” (FCFA)
                                    programme, to understand future
                                    extreme rainfall and dry spells in
                                    East Africa and how the
                                    representation of convection in
                                    models affects regional circulations
                                    and climate projections. You will
                                    work with the HyCRISTAL team, and
                                    others in FCFA, to address FCFA’s
                                    aims of reducing uncertainty in the
                                    projections of African climate on
                                    the 5-40 year timescale, and making
                                    better use of climate information
                                    for improved decision-making for
                                    those time-scales.
                                    <br>
                                    <br>
                                    The £4M HyCRISTAL consortium is one
                                    of five consortia within the FCFA
                                    programme. It is working with the
                                    HyNEWS programme, which is supported
                                    by the World Meteorological
                                    Organisation. You will be joining
                                    other climate-researchers working on
                                    FCFA at Leeds, as well as a much
                                    larger group working on tropical
                                    weather and climate. You will
                                    therefore be part of a large
                                    collaborative research team, which
                                    includes expertise in East Africa
                                    climate change, observations,
                                    modelling and tropical meteorology,
                                    as well as interacting with
                                    colleagues with expertise in impacts
                                    of climate change, engineering and
                                    economics. You will have close
                                    collaboration with colleagues at
                                    Leeds, the Met Office and elsewhere,
                                    especially those working in the
                                    IMPALA (Improving Model Processes
                                    for African cLimAte) project, which
                                    is supplying most of the model data
                                    for HyCRISTAL. You will communicate
                                    effectively throughout the project
                                    with those researching
                                    climate-change impacts, to ensure a
                                    two-way flow of information,
                                    participate in at least annual
                                    meetings in East Africa and help
                                    host visiting scientists from East
                                    Africa. <br>
                                    <br>
                                    This project presents a unique
                                    opportunity: the multi-year
                                    convection-permitting numerical
                                    simulations to be used in HyCRISTAL
                                    represent a step-change in our
                                    ability to model tropical rainfall,
                                    an outstanding research challenge of
                                    global significance. The results
                                    will be used to improve our
                                    theoretical and conceptual
                                    understanding of climate change and
                                    climate variability in the tropics,
                                    and will influence the
                                    interpretation of climate
                                    predictions at local level. The
                                    models and their interpretation will
                                    also be used to drive collaborative
                                    work on physical, ecological and
                                    socio-economic impacts of climate
                                    change in the region, with our
                                    partners conducting studies on
                                    impacts on rural livelihoods and
                                    urban water supply and sanitation in
                                    particular.  You will contribute to
                                    our understanding of how global
                                    climate change has impacts on local
                                    and regional climate of Africa.
                                    There is the potential for a number
                                    of important publications arising
                                    from the work. We aim that the
                                    results will increase confidence in
                                    model climate projections for
                                    Africa, and will influence methods
                                    and policies for exploitation of
                                    climate projections in tropical
                                    continental regions.<br>
                                    You will be expected to contribute
                                    to the ongoing research in
                                    atmospheric science in the School.
                                    Your work will lead to significant
                                    publications in atmospheric and
                                    climate science and you will also
                                    present your research at national
                                    and international meetings. You will
                                    communicate outcomes of the research
                                    to relevant stakeholders outside
                                    academia.<br>
                                    <br>
                                    You must have a PhD (or be close to
                                    obtaining) in a quantitative
                                    physical science, such as Atmosphere
                                    Science, Physics, Applied
                                    Mathematics or Meteorology, and
                                    experience of the use of large
                                    numerical model datasets. You should
                                    be willing to collaborate actively
                                    with partners in Africa, the UK and
                                    the USA. You will be used to
                                    programming on a Unix/Linux
                                    operating system and have excellent
                                    communication skills.
                                    <br>
                                    <br>
                                    The University of Leeds’ commitment
                                    to women in science has been
                                    recognised with a national accolade.
                                    The University has received the
                                    Athena Swan Bronze Award in
                                    recognition of our success in
                                    recruiting, retaining and promoting
                                    women in Science, Engineering and
                                    Technology (SET).  The Faculty of
                                    Environment are in the process of
                                    preparing an application for an
                                    Athena Swan award to recognise our
                                    commitment and work in these areas.<br>
                                    <br>
                                    <br>
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                                      The University also offers family
                                      friendly policies including
                                      generous maternity and paternity
                                      leave; full details of the
                                      policies can be found here
                                      <a href="http://hr.leeds.ac.uk/homepage/4/policies" target="_blank">http://hr.leeds.ac.uk/homepage/4/policies</a>
                                      University Grade 7
                                      (£31,656-£37,768 p.a.) </div>
                                    <br>
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                                      Informal enquiries may be made to
                                      Dr John Marsham, email
                                      <a href="mailto:J.Marsham@leeds.ac.uk" target="_blank">J.Marsham@leeds.ac.uk</a>, tel +44
                                      (0)113 343 6422</div>
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                                      <br>
                                      Closing Date: 10 January 2016</div>
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                                      <br>
                                      <p>Ref: ENVEE1088</p>
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********************************************************************************<br>
                                  Dr John
                                  Marsham,                                                                     
                                  <a href="mailto:j.marsham@see.leeds.ac.uk" target="_blank">j.marsham@see.leeds.ac.uk</a><br>
                                  Academic Research Fellow (Water@Leeds)<br>
                                  Institute for Climate and Atmospheric
                                  Science (ICAS)<br>
                                  School of Earth and Environment<br>
                                  University of
                                  Leeds                                                                      
                                  Tel: +44 (0)113 343 6422<br>
                                  LS2 9JT,
                                  UK                                                                                
                                  Fax: +44 (0) 113 343 5259<br>
                                  <br>
<a href="http://homepages.see.leeds.ac.uk/~lecjm/" target="_blank">http://homepages.see.leeds.ac.uk/~lecjm/</a><br>
                                  NB: For post, you can ignore
                                  Water@Leeds and ICAS<br>
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</div><br><br clear="all"><div><br></div>-- <br><div class="gmail_signature"><div dir="ltr"><div><div dir="ltr"><div><div dir="ltr"><div><div dir="ltr">Scott Briggs<br>Administrative Assistant<br>Advanced Study Program<br>National Center for Atmospheric Research<br>P.O. Box 3000<br>Boulder, CO 80307-3000<br>303-497-1607 <br></div><div dir="ltr"><br></div></div></div></div></div></div></div></div>
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