ATMO 336 Course Outline Spring 1999
Population and "the global trajectory" | Handout (Anthes) |
Scientific notation and units | DLA, Appendix B, C, D |
Time and Conversions to/from GMT | DLA, Appendix G |
Planet Earth |
1. |
Basic weather measurements |
DLA, Ch.1, 1-20 |
Cloud types | DLA, Ch. 6, 155-159 | |
Wind speed and direction | ||
Temperature (and natural variability) | ||
Pressure | ||
Precipitation | ||
Water – Properties and Relative Humidity (RH) | DLA, Ch. 5, 129-137 | |
Hydrologic cycle | DLA, Ch. 2, 46-48 | |
Upper air observations | ||
Temperature vs. altitude | ||
Regions – "spheres" and "pauses" | ||
Satellite imagery | ||
Weather maps and weather forecasting | DLA, Ch. 1, 18-31 | |
Surface maps | ||
Upper air maps | ||
Jet streams |
2. |
Composition of the atmosphere |
DLA, Ch. 2, 34-46 |
Major gases: nitrogen (N2) and oxygen (O2) | ||
Trace gases: | ||
carbon dioxide (CO2) | DLA, Ch. 2, 48-55 | |
methane (CH4) | ||
ozone (O3) | ||
Carbon cycle and increasing CO2 | ||
Stratospheric ozone and ozone "holes" | DLA, Ch. 2, 55-65 | |
CFCs and the Montreal protocol | ||
Air pollution | ||
Air pollution and air quality standards |
3. |
Energy in the atmosphere | |
The sun, seasons, and the solar cycle | DLA, Ch. 3, 70-75 | |
Atmospheric radiation | DLA, Ch. 3, 76-89 | |
Earth’s energy budget and the "greenhouse" effect | DLA, Ch. 3, 89-96 | |
Is the atmosphere warming? | DLA, Ch. 4, 98-125 |
4. |
Forces acting on the atmosphere |
DLA, Ch. 8, 214-226 |
Gravity – Density and buoyancy | ||
Pressure differences | ||
Coriolis (Earth’s rotation) | ||
Friction and convergence/divergence | DLA, Ch. 8, 227 |
5. | The atmosphere and oceans as heat engines | |
General circulation of the atmosphere | DLA, Ch. 11, 314-319 | |
Ocean circulations and upwelling | DLA, Ch. 11, 319-322 | |
El-Niño – Southern Oscillation (ENSO) | DLA, Ch. 11, 322-323 |
6. |
Atmospheric motions |
DLA, Ch. 11, 298-313 |
Land and sea breezes | ||
Mountain and valley winds | ||
Air masses, fronts, and frontal cyclones | DLA, Ch. 9, 238-258 |
7. |
Weather hazards | |
Tropical storms and hurricanes | DLA, Ch. 13, 358-385 | |
Thunderstorms | DLA, Ch. 12, 328-333, and 340-347 | |
Lightning | DLA, Ch. 12, 334-339 | |
Lightning protection | ||
Tornadoes | DLA, Ch. 12, 348-355 |
8. |
Climate | |
Defining and measuring a region’s climate | DLA, Ch. 14, 387-989 | |
Factors that control a region’s climate | DLA, Ch. 14, 390-394 | |
Causes of long-period climate variations | DLA, Ch. 14, 408-411 | |
Earth's orbit parameters | Whyte, Fig. 2.2, p31 | |
Volcanic eruptions | Whyte, Ch. 2, 57-58 |
9. |
Reconstructing past climates |
Whyte, Ch. 1, 9-27 |
Instrumental records |
" | |
Historical and archaeological data |
" | |
Environmental indicators |
" | |
Glaciers and oxygen isotope data |
" |
10. |
Changes in climate in the distant past | |
The Earth Chronology | Handout | |
Glacial/interglacial sequences | Whyte, Ch. 2, 28-37 | |
External vs. internal forcing | ||
"What drives Glacial Cycles?" | Scientific American | |
Positive and negative feedback mechanisms | Whyte, Ch. 3, 84-85 | |
The Younger Dryas Event | Whyte, Ch. 2, 37-41 |
11. |
Climate during the Holocene | |
Human Evolution | Handout | |
Development of agriculture | Handout | |
Early civilizations | Lamb, 122-126 (Handout) | |
The Holocene Optimum | Whyte, Ch. 2, 41-45 |
12. |
Climate of the last millennium | |
Medieval optimum and the Little ice age | Whyte, Ch. 2, 45-50 | |
Winters of the 14th century | Lamb, Ch. 11 (Handout) | |
Twentieth century warming | Whyte, Ch. 2, 50-55 |
13. |
The Future | |
Numerical models for predicting climate | DLA, Ch. 4, 108-110 | |
Sensitivity of models to initial conditions | Whyte, Ch. 4, 94-96 | |
Potential impacts of increasing CO2 | Whyte, Ch. 4, 106-109 | |
The impact of Global Warming | ||
Sea Level rise | Whyte, Ch. 5, 122-129 | |
Ecosystems and Agriculture | Whyte, Ch. 6, 141-144 | |
What can be done? | Whyte, Ch. 7 |
Thursday, January 28, 1999