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The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding

Sarah Gille (18-Jun-19)

Click on any item to begin slideshow.

  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #1
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #2
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #3
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #4
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #5
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #6
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #7
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #8
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #9
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #10
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #11
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #12
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #13
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #14
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #15
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #16
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #17
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #18
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #19
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #20
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #21
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #22
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #23
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #24
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #25
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #26
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #27
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #28
  • The Transition from Balanced Motions to Internal Waves: Using ADCP Data to Guide Understanding - Slide #29

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