Special Course Offerings

Fall 2006

  • Meteo 440W: Principles of Atmospheric Measurement (3)

  • Meteo 474: Computer Methods for Meteorological Analysis and Forecasting (3)
    (G. Young)

  • Meteo 512: Advanced Meteorological Analysis (3)
    (P. Markowski)

  • Meteo 523: Climate Modeling (3)
    (M. Mann)

Spring 2006

  • Meteo 480W: Radar Observations and Analysis (3)
    (P. Markowski and Y. Richardson)
  • Meteo 497A: Air Quality Forecasting (3)
    (P. Markowski and Y. Richardson)

  • Meteo 497B: Data Analysis in The Atmospheric Sciences (3)
    [Meets TR 1:00 - 2:15 PM in 371 Willard, Cross-listed with ENNEC 472. This course may be used as a substitute for Stat 301 or 401.]
    (M. Mann)
  • Meteo 597E: Climate Dynamics Seminar [Meets W 11:30 - 12:45 PM]
    (M. Mann)

Fall 2005

  • Meteo 418W: Topics in Mesoscale Meteorology (3)
    (P. Knight)
  • Meteo 532: Chemistry of the Atmosphere (3)
    (A. Thompson)

Spring 2005

  • Meteo 597A: The Structure of Atmospheric Boundary Layers (2)
    (J. Wyngaard)
  • Meteo 448: Stormwater Hydrology (3) (T. Carlson)
  • Meteo 538: Atmospheric Convection (3) (P. Markowski)
  • ENNEC 472: Quantitative Analysis in Earth Sciences (3) (T. Considine)
  • Meteo 465/565: Middle Atmosphere Meteorology/Physics of the Upper Atmosphere (3) (A. Thompson)

Fall 2004

  • Meteo 474: Computer Methods of Meteorological Analysis and Forecasting (3)
    (M. Roulston)
  • Meteo 491/591: Map Discussion (P. Markowski, S. Perugini, M. Guishard)
  • Math 422: Wavelets and Fourier Analysis (H. Weiss)
  • EE 536: Inversion Techniques in Remote Sensing (T. Kane)

Spring 2004

  • Meteo 297B: Meteorology, Business and the Environment (3)
    (D. Thomson)
  • Meteo 448: Storm Water Hydrology (3)
    (T. Carlson)
  • Meteo 497A: Topics in Atmospheric Sciences (3)
    (P. Bannon)
  • Meteo 497D/597D: Radar Observations and Analysis (3)
    (P. Markowski, Y. Richardson, J. Verlinde)
  • Meteo 597F: Statistics in Turbulence (2)
    (J. Wyngaard)

Fall 2003

Undergraduate

  • Meteo 297C: Land Surface--Biosphere Processes. (3)
    (T. Carlson)
  • Meteo 497D/597D: Radar Observations and Analysis Part I. (3)
    (Y. Richardson, P. Markowski, J. Verlinde, J. Wurman)
  • Meteo 497X/597X: Radar Observations and Analysis Part II. (3)
    (Y. Richardson, P. Markowski, J. Verlinde, J. Wurman)
  • Meteo 497E: Pattern Recognition (2). This course will teach students how to determine unique atmospheric signatures of significant weather events in the eastern third of the nation by improving conceptual and statistical models of their occurrences. (P. Knight)
  • Meteo 498B: Climate Studies (1). A thorough acquainting with the Pennsylvania State Climatologist Office, its data management, services and research. (P. Knight)


Graduate  

  • Meteo 597B: Advanced Oceanography: Ocean's Role in Climate Change. (2) (D. Seidov)
  • Meteo 497D/597D: Radar Observations and Analysis Part I. (3)
    (Y. Richardson, P. Markowski, J. Verlinde, J. Wurman)
  • Meteo 497X/597X: Radar Observations and Analysis Part II.
    (Y. Richardson, P. Markowski, J. Verlinde, J. Wurman)

 

 

Last Updated: February 20, 2006

©2003 The Pennsylvania State University, Department of Meteorology
A department in the College of Earth and Mineral Sciences.
503 Walker Building, University Park, PA 16802