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Courses - Summer Semester 2020
- Master courses on request in English -



Mo 09:00-13:00 Practical course: Met. Measurement Engineering P10 § A. Ehrlich / M. Tesche B4 P
09:15-10:45 Tutorial Mathematics   ° M. Mohr B2 W
13:00-14:30 Atmospheric Chemistry - Basics WP4 H. Herrmann B6 WP
13:00-14:30 Differential Equations P4 ° J. Quaas B2 P
13:30-15:00 Cloud Physics A5 °° A. Macke / F. Stratmann M2 WP
14:00-15:30 Numerics and math Methods P9 $$$ M. Salzmann B4 P
14:30-15:15 Exercise course: Atmospheric Chemistry WP4 H. Herrmann B6 WP
14:45-16:15 Exercise course: Theoretical Meteorology 1 P4 ° J. Quaas/K. Block B2 P
15:00-15:45 Exercise course: Cloud Physics A5 °° A. Macke / F. Stratmann M2 WP
15:30-17:00 Exercise course: Numerical Weatherforecast P9 $$$/& M. Salzmann B4 P
 
 
 
 
 
 
 

 
 
 
 
 
 
 
Tu 07:30-09:00 Upper Atmosphere E3 $$$ Ch. Jacobi M2 WP
08:30-09:15 Fundamentals of Cloud Physics WP1 $$ M. Wendisch B6 WP
09:00-10:30 Modelling of the Atmosphere (fortnightly) P8 ° I. Tegen B4 P
09:15-10:00 Exercise course: "Radiation and Clouds" WP1 $$ M. Schäfer B6 WP
09:15-10:45 Satellite remote Sensing E5 °° A. Macke M2 WP
11:00-12:30 Exercise course: Satellite remote Sensing (fortnightly) E5 & H. Deneke / A. Macke M2 WP
11:00-12:30 Exercise course: Introduction to Climatology I P3 /\ Ch. Jacobi / M. Wilsdorf B2 P
11:30-12:30 Ph.D Seminar at Tropos   Macke/Tegen/Herrmann all  
13:00-14:30 Exercise course: Introduction to Climatology II P2 @@ Ch. Jacobi / M. Wilsdorf B2 P
13:00-14:30 Exercise course: Scientific Programming P8 & M. Salzmann, others B4 WP
13:00-17:00 Practical course: Meteorology (subsidiary subject)   § A. Ehrlich / M. Tesche B4 P
13:30-15:00 Terrestrial Radiative Transfer T5 $$ M. Wendisch M2 WP
15:00-16:30 Dynamics 1 P4 ° J. Quaas/K. Block B2 P
 
 
 
 
 
 
 

 
 
 
 
 
 
 
We 09:15-10:00 Advanced experimental Practice P10 °° A. Foth B4 P
09:15-10:45 Introduction to Climatology P3 Ch. Jacobi B2 P
09:15-10:45 Atmospheric Radiation (fortnightly) WP1 $$ A. Macke B6 WP
09:15-10:45 Global Climate Dynamics P4 ° J. Quaas M2 P
10:00-10:45 Seminar Scientific Investigation and Publication P10 °° A. Foth B4 P
10:45-12:15 Exercise course: Global Climate Dynamics P4 & J. Kretzschmar M2 P
11:00-12:30 Meteorological Measurement Engineering P3 $$ A. Ehrlich B2 P
11:30-13:00 Physics of the Atospheric boundary Layer P13 °° H. Kalesse /J. Quaas B6 P
13:15-14:45 Data Assimilation T6 °& J. Quaas M2 WP
13:30-15:00 Practical course: Numerics P9 & M. Salzmann B4 P
15:00-15:45 Practical course: Data Assimilation T6 ° & J. Quaas M2 WP
15:00-16:00 Meteorological Seminar (spec. Dates)   $$   all  
 
 
 
 
 
 
 

 
 
 
 
 
 
 
Th 09:15-10:45 Non-linear Statistics P8 & U. Schlink B4 P
09:15-10:45 Aerosol Physics WP5 A. Wiedensohler B6 WP
10:45-11:30 Practical course: Aerosol Physics WP5 A. Wiedensohler B6 WP
10:45-11:30 Seminar Data Analysis P8 $$/& Schlink/Tegen/Salzmann B4 WP
11:30-12:30 Ph.D Seminar at Tropos   Macke/Tegen/Herrmann all  
12:30-13:15 Exercise course: Weatherforecast Lock P3 $$ Th. Hain / M. Wendisch M2/B4 P
13:30-15:00 Weatherforecast P3 $$ Th. Hain / M. Wendisch M2 P
14:00-15:30 Tutoring: Tools for Visualization and Data Analysis   ° N. Pomnitz   W
16:00-18:00 Meteorological Colloquium   °° (special Plan) All  
 
 
 
 
 
 
 

 
 
 
 
 
 
 
Fr 09:00-10:30 Parametrization and scales of atmosph. Models T2 $$ I. Tegen M2 WP
10:30-13:30 Practical course: Mesoscale Models (special Plan) T2 & I. Tegen M2 WP
11:00-12:30 Radiative Transfer Laboratory (fortnightly) T3 ° T. Trautmann M2 WP
12:30-15:30 Practical course: Radiative Transfer Laboratory (fortnightly) T3 ° T. Trautmann M2 WP
15:00-16:30 Climate of the Polar region A4 °° H. Kalesse M2 WP
16:30-17:15 Seminar Climate of the Polar region A4 °° H. Kalesse M2 WP
 
 
 
 
 
 
 
Block (2 SWS) Exercise course: Terrestrial Radiative Transfer T5 § A. Ehrlich M2 WP
Block (1 SWS) Practical course: Atmospheric Chemistry WP4 H. Herrmann B6 WP
Block (2 SWS) Advanced practical course Meteorolog. Field Measurements P13 $$ A. Ehrlich / M. Schäfer B6 P
Block (2 SWS) Practical course: Measurements of the Upper Atmosphere E3 $$ Ch. Jacobi/A. Kuchar M2 WP




(20.07.-31.07.20 + 03.08.-14.08.20) Advanced practical course , Zingst - A. Ehrlich


Legend:  
  • Column 7/8 contains the recommended semester with B = Bachelor, M = Master, P = Compulsory , WP = Required
Seminar rooms:

  • $$ and no colorcode: Lecture Room 2 (Hörsaal 2), Talstraße 35
  • <> and no colorcode: Lecture Room 1 (Hörsaal 1), Talstraße 35
  • * and green labeled: Kleiner HS, Physik, Linnéstraße 5
  • $$$ and light blue labeled: Lecture Room 3 (Hörsaal 3), Talstraße 35
  • ° and pink labeled: Seminar Room Climate Vor dem Hospitaltore
  • °° and pink labeled: Seminar Room Arctic Pragerstr. 34
  • /\ and meadow green labeled: Seminar Room 532, Physik, Linnéstraße 5
  • # and gray labeled: Tropos, Permoserstraße 15
  • § and light yellow labeled: Practical course, Talstraße 35
  • & and light yellow labeled: CIP-Pool, Talstraße 35
  • ** und olive green labeled: Theroretischer HS, Physik, Linnéstraße 5
  • % und olive green labeled: Seminar Room, Physik, Linnéstraße 5
  • @@ and meadow green labeled: Seminar Room 218, Physik, Linnéstraße 5
  •   Stephanstraße 3, 04103 Leipzig, Seminar Room 1 (no colorcode)
  • + and light blue labeled: Seminar Room 2, Stephanstraße 3



Summer Semester - Print Version (pdf, german)
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Letzte Aktualisierung am 16. 4. 2020 von meteo