Lectures
Lecture Slides
- Overview and Circuits and Multimeters (2023)
- Temperature (2023)
- Data Acquisition (2023)
- Principles of Measurement and Instrumentation:
- Static Response (2023) and
- Dynamic Response (2023)
- Pressure (2023)
- Humidity (2023)
- Precipitation (2023)
- Wind Speed and Direction (2023)
- Solar and Terrestrial Radiation (2023), Solar Radiation & Clouds (2023, Duan), & Pollution-part 1 (2023)
- (a) Visibility & Ceilings (2023), (b) Air Pollutants & How to Measure Them... (2023, Monticelli) & (c) Upper-Air Measurements
- (a) Running a field program (2023, Claude Labine), (b) Visibility, Clouds (2023 continued) & Drones, (c) Microcontroller Lab (2023, McKinney & Rodell)
- Turbulence, Fluxes and Eddy Correlation (2023)
- Field-program Planning and Field Experiences
- Mr. Chris Rodell (2020) - Forest-fire Experimental Burns in AB and NT .
- Dr. Rosie Howard (2020) and (2023) - Whistler OTP for 2010 Winter Olympics .
- Prof. Roland Stull - Airborne and field-based measurements .
Additional Guest Lectures
Demos
- Temperature Demo handouts / (Slides)
- Datalogger handouts / CR1000 Diagram
- Humidity Demo handouts / (Slides)
- Precipitation Demo handouts / (Slides)
- Wind Demo handouts / (Slides)
Supporting Material for Exams
- Equations that will be provided with midterm exam #1. (2023)
- Equations that will be provided with midterm exam #2 (2020) and (2023).
- Equations that will be provided with the final exam (2023).
Review Slides
- Static Response and Calibration; Accuracy, Precision, and Resolution
- Dynamic Response and Calibration
- Fluxes and Eddy Correlation
Supporting Material for Lectures
Instrument lists, excerpted from Stull's (2017) "Practical Meteorology: An Algebra-based Survey of Atmospheric Science"
.