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<course>
  <header>
    <prefix>G</prefix>
    <number>420/520</number>
    <name>Applied Geophysics</name>
  </header>
  <meetings>
    <meeting>
      <time>MW 10:00 - 10:15</time>
      <room>CH 1</room>
    </meeting>
    <meeting>
      <time>T Th 10:00 - 12:00</time>
      <room>CH 1</room>
    </meeting>
  </meetings>
  <messages>
    <message>Information is from last time course was taught</message>
    <message>Page will not update until Sept. 2010. Texts may change</message>
  </messages>
  <description>
    The term geophysics means many things to many scientists.
    In the broadest sense, it is the use of physics and mathematics to quantify our understanding of
    Earth processes, from the innermost core to the uppermost atmosphere.
    Geophysics also refers to the application of remote sensing techniques
    (such as ground penetrating radar and gravity measurements) to the study of Earth's subsurface structure.
    In this course, you will be introduced to the principles of solid earth geophysics and gain laboratory
    experience with several geophysical exploration techniques.
    The class is divided into lecture (solid earth geophysics) and laboratory (exploration) sections.
  </description>
  <background>
    Gravity, Electricity, and Magnetism from the undergraduate Physics sequence. 
    Some programming experience (e.g. G324/G326, G523). 
    Experience with field methods (e.g. surveying) will be helpful for the field exercies.
  </background>
  <textbooks>
    <textbook>
      <record>
        <rec-number>5339</rec-number>
        <ref-type name="Book">6</ref-type>
        <contributors>
          <authors>
            <author>Lowrie, William</author>
          </authors>
        </contributors>
        <titles>
          <title>Fundamentals of Geophysics</title>
        </titles>
        <pages>354</pages>
        <dates>
          <year>1997</year>
        </dates>
        <pub-location>Cambridge</pub-location>
        <publisher>Cambridge University Press</publisher>
        <isbn>0-052-46728-4</isbn>
        <urls></urls>
      </record>    </textbook>
    <textbook>
      <record>
        <rec-number>5335</rec-number>
        <ref-type name="Book">6</ref-type>
        <contributors>
          <authors>
            <author>Recktenwald, Gerald</author>
          </authors>
        </contributors>
        <titles>
          <title>Numerical methods with MATLAB: Implementation and application</title>
        </titles>
        <pages>786</pages>
        <dates>
          <year>2000</year>
        </dates>
        <pub-location>Englewood Cliffs, New Jersey</pub-location>
        <publisher>Prentice-Hall</publisher>
        <isbn>0-201-30860-6</isbn>
      </record>
    </textbook>
    <textbook>
      <record>
        <rec-number>4986</rec-number>
        <ref-type name="Book">6</ref-type>
        <contributors>
          <authors>
            <author>Telford, W.M</author>
            <author>Geldart, L.P</author>
            <author>Sheriff, R.E.</author>
          </authors>
        </contributors>
        <titles>
          <title>Applied Geophysics</title>
        </titles>
        <pages>770</pages>
        <edition>Second</edition>
        <keywords>
          <keyword>book</keyword>
          <keyword>geophysics</keyword>
          <keyword>magnetic</keyword>
          <keyword>seismic</keyword>
          <keyword>gravity</keyword>
          <keyword>resistivity</keyword>
        </keywords>
        <dates>
          <year>1990</year>
        </dates>
        <pub-location>Cambridge</pub-location>
        <publisher>Cambridge University Press</publisher>
        <isbn>0-521-33938-3</isbn>
      </record>
    </textbook>
  </textbooks>
  <schedule>
    <item>
      <number>1</number>
      <topic>TBD</topic>
      <linkText>Material for week 1</linkText>
      <url>Week01/resources.xml</url>
    </item>
    <item>
      <number>2</number>
      <topic>TBD</topic>
      <linkText>Material for week 2</linkText>
      <url>Week02/resources.xml</url>
    </item>
    <item>
      <number>3</number>
      <topic>TBD</topic>
      <linkText>Material for week 3</linkText>
      <url>Week03/resources.xml</url>
    </item>
    <item>
      <number>4</number>
      <topic>TBD</topic>
      <linkText>Material for week 4</linkText>
      <url>Week04/resources.xml</url>
    </item>
    <item>
      <number>5</number>
      <topic>TBD</topic>
      <linkText>Material for week 5</linkText>
      <url>Week05/resources.xml</url>
    </item>
    <item>
      <number>6</number>
      <topic>TBD</topic>
      <linkText>Material for week 6</linkText>
      <url>Week06/resources.xml</url>
    </item>
    <item>
      <number>7</number>
      <topic>TBD</topic>
      <linkText>Material for week 7</linkText>
      <url>Week07/resources.xml</url>
    </item>
    <item>
      <number>8</number>
      <topic>TBD</topic>
      <linkText>Material for week 8</linkText>
      <url>Week08/resources.xml</url>
    </item>
    <item>
      <number>9</number>
      <topic>TBD</topic>
      <linkText>Material for week 9</linkText>
      <url>Week09/resources.xml</url>
    </item>
    <item>
      <number>10</number>
      <topic>TBD</topic>
      <linkText>Material for week 10</linkText>
      <url>Week10/resources.xml</url>
    </item>
  </schedule>
  <grades>
    <grade>
      <percent>25</percent>
      <text>Mid-Term Examination</text>
      <due>5th or 6th week of term</due>
    </grade>
    <grade>
      <percent>25</percent>
      <text>Final Examination</text>
      <due>see PSU Final Exam Schedule</due>
    </grade>
    <grade>
      <percent>25</percent>
      <text>Weekly Assignments</text>
      <due>Due at time specified on assignment sheet</due>
    </grade>
   <grade>
      <percent>25</percent>
      <text>Term Project</text>
      <due>Due at noon on the Friday of the last week of classes</due>
    </grade>
  </grades>
  <latePolicy>Assignments are due at the specified time. A late assignments grade will decay with a half-life of 320 hours.</latePolicy>
  <resources>
    <resource>
      <linkText>Academic Honesty Policy</linkText>
      <url>http://geomechanics.geology.pdx.edu/Courses/AcademicHonesty.pdf</url>
      <comment>Required reading for all students</comment>
    </resource>
  </resources>
</course>
