Lecture
schedule.
Week
1. Required reading: chapter 1; chapter 2 (pp 19-25, 30-32)
Tue
1/2 Introduction and course overview
Wed
1/3 Synopsis of chapter 1
Thu
1/4 Introduction to systems and feedbacks lecture
notes
Fri
1/5 Daisyworld lecture notes
Week
2. Required reading: chapter 3
Mon
1/8 Radiation lecture notes
Tues
1/9 Planetary energy balance
Wed
1/10 The greenhouse effect lecture
notes
Thu
1/11 Vertical mixing in the atmosphere [ASSIGNMENT 1 DUE] lecture
notes
Fri
1/12 Review session; Form groups for project (TM)
Week
3. Required reading: chapter 4, lecture notes
Mon
1/15 Martin Luther King Day (no class)
Tues
1/16 How moisture effects convection lecture
notes
Wed
1/17 The poleward transport of heat by atmospheric motions lecture
notes
Thu
1/18 Global pattern of temperature and rainfall; climate zones lecture
notes
Fri
1/19 Factors that influence temperature and vegetation lecture
notes
Week
4. Required reading: Chapters 5-6
Mon
1/22 Review (TM) [ASSIGNMENT 2 DUE]
Tues
1/23 MIDTERM 1
Wed
1/24 Structure of the oceans; The marine biosphere lecture
notes
Thu
1/25 Wind driven ocean currents; Thermohaline circulation lecture
notes
Fri
1/26 Thermohaline circulation lecture
notes
Week
5. Required reading: Chapters 7-8
Mon
1/29 The cryosphere; plate tectonics lecture
notes
Tues
1/30 The carbon cycle lecture
notes
Wed
1/31 The carbon cycle (continued)
Thu
2/1 Evolution of the atmosphere; The rise of oxygen lecture
notes
Fri
2/2 Earth, 'the Goldilocks planet'
Week
6. Required Reading: Chapters 9-11
Student
Presentations Role of climate in Earth and Human History
Mon
2/5 The past 4.6 billion years; evidence of past climates
Tues
2/6 The past 100 million years
Wed
2/7 The past few million years
Thu
2/8 The past 20,000 years
Fri
2/9 The past 2,000 years
Week
7. Required Reading: Chapter 12 and Reports
to the Nation: El Niño and climate prediction.
Mon
2/12 Review of Paleoclimate (TM) [TERM PAPERS DUE]
Tues
2/13 The Milankovitch theory
Wed
2/14 Recent climate changes, volcanoes, solar variability
Thu
2/15 El Nino (N. Mantua, gust lecturer) [ASSIGNMENT 3 DUE]
Fri
2/16 El Nino
Week
8. Required Reading: Chapter 14
Mon
2/19 President's Day (no class)
Tues
2/20 Review for Midterm 2
Wed
2/21 MIDTERM 2
Thu
2/22 The ozone hole (P. Mote, guest lecturer)
Fri
2/23 The ozone hole (continued)
Week
9. Required Reading: Chapter 13
Mon
2/26 Human impact on the carbon cycle lecture
outline
Tues
2/27 Physics of greenhouse warming lecture
outline
Wed
2/28 Is the Earth getting warmer? lecture
outline
[FINAL DRAFT OF "W" PAPERS DUE]
Thu
3/1 Impacts of greenhouse warming lecture
outline
Fri
3/2 NOVA Video Part 1 [ASSIGNMENT 4 DUE]
Week
10.
Mon
3/5 NOVA Video Part 2
Tues
3/6 Greenhouse warming policy issues (E. Miles, guest lecturer)
Wed
3/7 Students discussion of greenhouse warming opinion pieces [ASSIGNMENT
5 DUE]
Thu
3/8 Global warming discussion (D. Battisti, moderator)
Fri
3/9 Review for Final (TM)
FINAL
EXAM Monday 3/12/01, 8:30-10:20am
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