Differences between revisions 4 and 33 (spanning 29 versions)

Sea ice in the climate system

Lecture and exercises by Jun.-Prof. Dr. Lars Kaleschke

Wednesday
11:30-13:00
Room ZMAW 133
First lecture 22. October

Wintersemester 2008/2009

Lectures:

Guest presentations:

31.10. 9:00 Geomatikum H3 Gerhard Dieckmann (AWI): Ikaite in sea ice
4.11. 10:15 ZMAW 22/23 Bruno Tremblay (McGill University, Canada): Abrupt changes in summer Arctic sea ice extent
11.11. 15:15 ZMAW 22/23 Eckhard Kleine (BSH): A model for sea ice mechanics

Sommersemester 2009

Jun.-Prof. Lars Kaleschke, Prof. Dr. Aike Beckmann

Vorläufige Planung

8.4. Vorbesprechung
15.4. LK: Wdh. Meereis 1
22.4. LK: Wdh. Meereis 1
29.4. LK: Wdh. Meereis 1
6.5. LK: Wdh. Meereis 1
13.5. LK: /Praktische Numerik
27.5. LK: Praktische Numerik
10.6. LK: Praktische Numerik
17.6. AB: Wärmeleitung im Meereis
24.6. AB: Eiswachstum und Schmelzen
1.7. AB: Eiskonzentration und Klassen
8.7. AB: Eisdynamik
15.7. LK+AB: Resume, Evaluation

(Sea ice modeling: Arctic Sea Ice Boxmodel ?)
(Paleoclimate, Future scenarios?)

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-Lecture and practices by  [[LarsKaleschke| Prof. Dr. Lars Kaleschke]]
+Lecture and exercises by  [[LarsKaleschke| Jun.-Prof. Dr. Lars Kaleschke]]
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- * 11:00-12:30
+ * 11:30-13:00
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+Lectures:
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+Line 19:
- * 29.10. Phase diagram   * 5.11. Growth and vertical structure
 * 12.11. Mechanics
 * 19.11. Climatology
 * 26.11. Surface heat balance
 * 3.12. Interaction with the atmosphere
 * 10.12. Interaction with the ocean
 * 17.12. Electromagnetic properties
 * 7.1. Remote sensing: sea ice type and concentration
 * 14.1. Remote sensing: sea ice drift
 * 21.1. Remote sensing: sea ice thickness
+ * [[/Lesson2|29.10. Phase diagram]]
 * [[/Lesson3|5.11. Growth]]
 * [[/Lesson4|12.11. Mechanics]]
 * [[/Lesson5|19.11. Climatology]]
 * [[/Lesson6|26.11. Surface radiative heat balance]]
 * [[/Lesson7|3.12. Interaction with the atmosphere]]
 * [[/Lesson8|10.12. Interaction with the ocean]]
 * [[/Lesson9|17.12. Electromagnetic properties and remote sensing measurement techniques]]
 * [[/Lesson10|7.1. Remote sensing: sea ice type and concentration]]
 * [[/Lesson11|14.1. Remote sensing: sea ice thickness]]
 * [[/Lesson12|21.1. Remote sensing: sea ice drift]]
-Line 32:
+Line 33:
+Guest presentations:
 * 31.10. 9:00 Geomatikum H3 Gerhard Dieckmann (AWI): Ikaite in sea ice
 * 4.11. 10:15 ZMAW 22/23 Bruno Tremblay (McGill University, Canada): Abrupt changes in summer Arctic sea ice extent
 * 11.11. 15:15 ZMAW 22/23  Eckhard Kleine (BSH): A model for sea ice mechanics
-Line 35:
+Line 40:
-[[/SeaIceBoxmodel| Arctic Sea Ice Boxmodel]]
+Jun.-Prof. Lars Kaleschke, Prof. Dr. Aike Beckmann

Vorläufige Planung

 * 8.4. Vorbesprechung
 * 15.4. LK: Wdh. Meereis 1
 * 22.4. LK: Wdh. Meereis 1
 * 29.4. LK: Wdh. Meereis 1 
 * 6.5. LK:  Wdh. Meereis 1
 * 13.5. LK: [[/Praktische Numerik]]
 * 27.5. LK: Praktische Numerik
 * 10.6. LK: Praktische Numerik
 * 17.6. AB: Wärmeleitung im Meereis
 * 24.6. AB: Eiswachstum und Schmelzen
 * 1.7. AB: Eiskonzentration und Klassen
 * 8.7. AB:  Eisdynamik
 * 15.7. LK+AB: Resume, Evaluation

----
 * (Sea ice modeling: [[/SeaIceBoxmodel| Arctic Sea Ice Boxmodel]] ?)
 * (Paleoclimate, Future scenarios?)