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Courses - Winter Semester 2019/20
- Master courses on request in English -



Mo 11:00-12:30 Tutorium Bachelor 1. Semester   ° M. Mohr B1 W
11:15-12:45 Dynamics and Synoptics P1    M. Wendisch M1 P
13:00-14:30 Theoretical Meteorology (Dynamics II) P6    K. Block B3 P
15:00-16:30 Atmospheric chemistry A2 H. Herrmann M1/3 WP
16:30-17:15 Exercise course: Atmospheric Chemistry A2 H. Herrmann M1/3 WP
 
 
 
 
 
 
 

 
 
 
 
 
 
 
Tu 07:30-09:00 Basics of Math. for Meteorology 1 P2 <> Ch. Jacobi B1 P
08:30-10:00 Atmospheric radiation P2    M. Wendisch M1 P
09:15-10:45 Exercise course: Theoret. Meteorology 2 P6 ° Block/Kretzschmar/Sudhakar B3 P
09:30-11:00 Middle and Upper Atmosphere WP6 Ch. Jacobi B5 WP
10:15-11:00 Exercise course: Atmospheric radiation P2    M. Wendisch /A. Ehrlich M1 P
11:00-11:45 Exercise course: Middle and Upper Atmosphere WP6 Ch. Jacobi B5 WP
11:15-12:45 Seminar: NinJo   & M. Wendisch/B. Gast B3 P
11:30-12:30 Ph.D. Student Seminar (spec. dates)   M. Wendisch every  
12:45-13:30 Exercise course: Introduction to Meteorology Gr. 1 P1 @@  Ch. Jacobi/ A. Raabe B1 P
13:00-14:30 Synoptics (Vectoranalysis) P5    M. Wendisch B3 P
13:00-14:30 Tutoring: Tools for Visualization and Data Analysis   ° Y. Schreiner   W
13:00-14:30 Ground based Remote Sensing Radar/Microwave E2 °° H. Kalesse M1/3 WP
14:00-14:45 Exercise course: Introduction to Meteorology Gr. 2 P1 @@ Ch. Jacobi/ A. Raabe B1 P
14:30-15:15 Exercise course: Microwave remote sensing E2 °° H. Kalesse M1/3 WP
14:30-16:00 Dynamics of the middle Atmosphere T1 _/& Ch. Jacobi M1/3 WP
15:00-16:30 Basics of Statistics P7 ° M. Salzmann B3 P
16:00-16:45 Exercise course: Dynamics of the middle Atmosphere T1 _/& Ch. Jacobi / D. Mewes M1/3 WP
 
 
 
 
 
 
 

 
 
 
 
 
 
 
We 07:30-09:00 Exercise course: Basics of Math P2 Samtleben/Geißler B1 P
09:15-10:45 Introduction to Meteorology P1 Ch. Jacobi B1 P
09:30-11:00 Synoptics P5    M. Wendisch B3 P
09:45-11:15 Lidar remote sensing of the atmosphere E4 D. Althausen / A. Ansmann M1/3 WP
11:15-12:00 Seminar Lidar remote sensing E4 +;  D. Althausen / A. Ansmann M1/3 WP
12:30-14:00 Scattering and atmospheric Optics T4 U. Wandinger M1/3 WP
13:00-14:30 Theoret. Meteorology 2 (Thermodynamics) P6 ° Kretzschmar / Sudhakar B3 P
13:00-15:00 Seminar Atmospheric Chemistry (spec. dates) A2 H. Herrmann M1/3 WP
14:00-14:45 Seminar Applied Scatter-theory T4 U. Wandinger M1/3 WP
15:00-17:00 Meteorological Seminar (spec. dates) P9    every B5 P
 
 
 
 
 
 
 

 
 
 
 
 
 
 
Th 09:00-09:45 General Circulation WP2 °° H. Kalesse B5 WP
09:15-10:45 Modelling of atmospheric Trace substances A7 I. Tegen M1/3 WP
09:30-11:00 Exercise course: Basics of Statistics P7 & M. Salzmann B3 P
09:45-10:30 Seminar General Circulation WP2 °° M. Brückner B5 WP
10:45-11:30 Seminar Modelling of atmospheric Trace substances A7 I. Tegen M1/3 WP
11:15-12:45 Airborne phys. measuring Methods E1 °° M. Wendisch M1/3 WP
11:30-12:30 Ph.D. Student Seminar (spec. dates)   M. Wendisch every  
11:30-12:15 Exercise course: Dynamics and synoptic Lock P1   Th. Hain / M. Wendisch M1 P
12:30-13:15 Exercise course: preparing Weatherforecast P5    Th. Hain / M. Wendisch B3 P
13:30-15:00 Weatherforecast Lock P1/P11/P5   Th. Hain / M. Wendisch B3/B5/M1 P
16:00-18:00 Meteorological Colloquium   ° (spec. dates) every  
 
 
 
 
 
 
 

 
 
 
 
 
 
 
Fr 07:30-09:00 Basics of Math. for Meteorology 2 P2 <> Ch. Jacobi B1 P
08:30-10:00 Applied Meteorology WP3   U. Schlink / A. Raabe B5 WP
09:00-10:30 Numerical Weatherforecast and Climate-simulation A3 +/& M. Salzmann M1/3 WP
09:15-10:45 Dust in the Atmosphere A6 K. Schepanski M1/3 WP
10:00-10:45 Exercise course: Applied Meteorology WP3   U. Schlink / A. Raabe B5 WP
10:45-12:15 Practical course: Numerical Weatherforecast A3 +/& M. Salzmann M1/3 WP
10:45-11:30 Seminar Dust in the Atmosphere A6 K. Schepanski M1/3 WP
  
Block Meteorological Research Trends (spec. dates) P9    Ph.D Students B5 P
Block Pract. course: Airborne phys. measuring Meth. E1    A. Ehrlich M1/3 WP
Block Atmospheric aerosol (Block) A1 F.Stratmann/A.Wiedensohler M1/3 WP
Block Seminar: Atmospheric aerosol A1 F.Stratmann/A.Wiedensohler M1/3 WP
Block Topical meteorological Research Projects (spec. dates) P5    every M1/3 P
Block Meteorological Work Methods (spec. dates) P6    every M1/3 P
Block Seminar Meteorological Research (spec. dates) P5    every M1/3 P
Block Seminar Meteorological Methods (spec. dates) P6    every M1/3 P





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

  •   Stephanstraße 3, 04103 Leipzig, Seminar Room 1 (no colorcode)
  • * and seagreen labeled: Kleiner HS, Physik, Linnéstraße 5
  • ** and mintgreen labeled: Theoretical HS, Physik, Linnéstraße 5
  • + and blue labeled: Seminar Room 2, Stephanstraße 3
  • # and gray labeled: Tropos, Permoserstraße 15
  • § and yellow labeled: Practical course, Talstraße 35
  • & and yellow labeled: CIP-Pool, Talstraße 35
  • ° and pink labeled: Seminar Room Climate / Vor dem Hospitaltore
  • <> and yellow labeled: Lecture Room 1 (Hörsaal 1), Talstraße 35
  • °° and pink labeled: Seminar Room Arctic / Prager Straße 34
  • @@ and olivegreen labeled: Seminar Room 218, Physik, Linnéstraße 5
  • % and olivegreen labeled: Seminar Room 225 / 221, Physik, Linnéstraße 5
  • ° and seagreen labeled: FSR-Room, Physik, Linnéstraße 5



Winter Semester - Print Version (pdf, german)
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Letzte Aktualisierung am 27. 11. 2019 von meteo