UBC ATSC 303 - Methods in Atmospheric Science

Lectures

Lecture Slides 

  1. Overview and Circuits and Multimeters (2023)
  2. Temperature (2023)
  3. Data Acquisition (2023)
  4. Principles of Measurement and Instrumentation:
    1.  Static Response (2023) and
    2.  Dynamic Response (2023)
  5. Pressure (2023)
  6. Humidity (2023)
  7. Precipitation (2023)
  8. Wind Speed and Direction (2023)
  9. Solar and Terrestrial Radiation (2023), Solar Radiation & Clouds (2023, Duan), & Pollution-part 1 (2023)
  10. (a) Visibility & Ceilings (2023), (b) Air Pollutants & How to Measure Them... (2023, Monticelli) & (c) Upper-Air Measurements 
  11. (a) Running a field program (2023, Claude Labine), (b) Visibility, Clouds (2023 continued) & Drones, (c) Microcontroller Lab (2023, McKinney & Rodell)
  12. Turbulence, Fluxes and Eddy Correlation (2023)
  13. Field-program Planning and Field Experiences
    1. Mr. Chris Rodell (2020) - Forest-fire Experimental Burns in AB and NT .
    2. Dr. Rosie Howard (2020) and (2023) - Whistler OTP for 2010 Winter Olympics .
    3. Prof. Roland Stull - Airborne and field-based measurements  .

Additional Guest Lectures

Demos

  1. Temperature Demo handouts / (Slides)
  2. Datalogger handouts / CR1000 Diagram
  3. Humidity Demo handouts / (Slides)
  4. Precipitation Demo handouts / (Slides)
  5. Wind Demo handouts / (Slides)

Supporting Material for Exams

  1. Equations that will be provided with midterm exam #1. (2023)
  2. Equations that will be provided with midterm exam #2 (2020) and (2023).
  3. Equations that will be provided with the final exam (2023).

Review Slides

  1. Static Response and Calibration; Accuracy, Precision, and Resolution
  2. Dynamic Response and Calibration
  3. Fluxes and Eddy Correlation

Supporting Material for Lectures


Instrument lists, excerpted from Stull's (2017) "Practical Meteorology: An Algebra-based Survey of Atmospheric Science"

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