Course Schedule: Results |
2023 January Semester
Apr 26, 2024 |
|
 |
||
| CRN 10314 Weather and Climate - ENSC 201 - A1 |
|||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
This course explains the fundamental processes of weather and climate, and leads the student toward an understanding of how the atmosphere works and how to interpret the weather. Topics introduced include: atmospheric energy, solar and terrestrial radiation, the "Greenhouse Effect", and climate change, air quality and stratospheric ozone, humidity, clouds, precipitation, storms and weather systems, hurricanes and tornadoes, stability and thunderstorms, wind and atmospheric dynamics, and weather forecasting.
Levels: Undergraduate Campus: Prince George Schedule Type: Lecture Instructional Method: On campus, face to face Credits: 3.000
|
|||||||||||||||||||||
| CRN 10315 Weather and Climate - ENSC 201 - L1 |
|||||||||||||||||||||
|
This course explains the fundamental processes of weather and climate, and leads the student toward an understanding of how the atmosphere works and how to interpret the weather. Topics introduced include: atmospheric energy, solar and terrestrial radiation, the "Greenhouse Effect", and climate change, air quality and stratospheric ozone, humidity, clouds, precipitation, storms and weather systems, hurricanes and tornadoes, stability and thunderstorms, wind and atmospheric dynamics, and weather forecasting.
. Levels: Undergraduate Campus: Prince George Schedule Type: Laboratory Instructional Method: On campus, face to face Credits: 0.000
|
|||||||||||||||||||||
| CRN 10316 Weather and Climate - ENSC 201 - L2 |
|||||||||||||||||||||
|
This course explains the fundamental processes of weather and climate, and leads the student toward an understanding of how the atmosphere works and how to interpret the weather. Topics introduced include: atmospheric energy, solar and terrestrial radiation, the "Greenhouse Effect", and climate change, air quality and stratospheric ozone, humidity, clouds, precipitation, storms and weather systems, hurricanes and tornadoes, stability and thunderstorms, wind and atmospheric dynamics, and weather forecasting.
. Levels: Undergraduate Campus: Prince George Schedule Type: Laboratory Instructional Method: On campus, face to face Credits: 0.000
|
|||||||||||||||||||||
| CRN 10317 Weather and Climate - ENSC 201 - L3 |
|||||||||||||||||||||
|
This course explains the fundamental processes of weather and climate, and leads the student toward an understanding of how the atmosphere works and how to interpret the weather. Topics introduced include: atmospheric energy, solar and terrestrial radiation, the "Greenhouse Effect", and climate change, air quality and stratospheric ozone, humidity, clouds, precipitation, storms and weather systems, hurricanes and tornadoes, stability and thunderstorms, wind and atmospheric dynamics, and weather forecasting.
. Levels: Undergraduate Campus: Prince George Schedule Type: Laboratory Instructional Method: On campus, face to face Credits: 0.000
|
|||||||||||||||||||||
| CRN 10318 Weather and Climate - ENSC 201 - L4 |
|||||||||||||||||||||
|
This course explains the fundamental processes of weather and climate, and leads the student toward an understanding of how the atmosphere works and how to interpret the weather. Topics introduced include: atmospheric energy, solar and terrestrial radiation, the "Greenhouse Effect", and climate change, air quality and stratospheric ozone, humidity, clouds, precipitation, storms and weather systems, hurricanes and tornadoes, stability and thunderstorms, wind and atmospheric dynamics, and weather forecasting.
. Levels: Undergraduate Campus: Prince George Schedule Type: Laboratory Instructional Method: On campus, face to face Credits: 0.000
|
| Return to Previous |
|
