Fundamentals of Ecology (BIO/ESS 148) :: Schedule, Fall 2020
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Please note that the schedule is subject to change at any time. Check back frequently for updates!
T = Tuesday
R = Thursday
L = Lecture
D = Discussion
| Date | Lect/Disc_# | Lecture_Topic | Description | Required Readings | Assign. |
|---|---|---|---|---|---|
| 8/27 | (R-L1) | Web of Life | Introduction & Roadmap | Bowman Ch. 1 | |
| No Disc | No Discussion section | ||||
| 9/1 | (T-L2) | Scales | Ecological questions across scales | Bowman Salmon case study: Chp. 2 beginning/end | |
| 9/3 | (R-L3) | Data to theory | Collecting and analyzing data to inform theory | Leopold; excerpts | |
| 9/4 | (F-D1) | Disc 1 | Investigating ecological problems with R | What does ecology have to do with me? | |
| 9/8 | (T-L4) | Biosphere | Distinguishing among the major Earth’s biomes | Bowman Ch. 3 | |
| 9/10 | (R-L5) | Energy 1 | Variation in temperature and water | Bowman Ch. 4 | |
| 9/11 | (F-D2) | Disc 2 | Temperature as an ecological constraint | Gunderson & Leal 2015 | |
| 9/15 | (T-L6) | Energy 2 | Variation in energy | Bowman Ch. 5 | HW-1 due |
| 9/17 | (R-L7) | Allometry | Allometry & Macroecology | West & Brown | |
| 9/18 | (F-D3) | Disc 3 | Macroecology | ||
| 9/22 | (T-L8) | Evolution 1 | Ecology as the driver of natural selection | Bowman Ch. 6 | HW-2 due |
| 9/24 | (R-L9) | Evolution 2 | |||
| 9/25 | (F-D4) | Disc 4 | Evolution by natural selection | ||
| 9/29 | (T) | EXAM 1 | |||
| 10/1 | (R-L10) | Life history | Life history diversity and tradeoffs | Bowman Ch. 7 | |
| 10/2 | (F-D5) | Disc 5 | Life history strategies | ||
| 10/6 | (T-L11) | Behavior | Behavioral ecology | Bowman Ch. 8, Sinervo | |
| 10/8 | (R-L12) | Games | Evolutionary Game Theory | Easley & Kleinberg | |
| 10/9 | (F-D6) | Disc 6 | Ecological Games | ||
| 10/13 | (T-L13) | Populations 1 | Density dependence and population dynamics | Bowman Ch. 10 | HW-3 due |
| 10/15 | (R-L14) | Populations 2 | Logistic Growth & Discrete dynamics | ||
| 10/16 | (F-D7) | Disc 7 | Exponential and Logistic Growth | ||
| 10/20 | (T-L15) | Populations 3 | Fluctuations | Bowman Ch. 11.1-11.3 | HW-4 due |
| 10/22 | (R-L16) | Populations 4 | Extinctions | ||
| 10/23 | (F-D8) | Disc 8 | Exponential and logistic growth 2 | ||
| 10/27 | (T) | EXAM 2 | |||
| 10/29 | (R-L17) | Competition 1 | Competition | Bowman Ch. 14 | |
| 10/30 | (F-D9) | Disc 9 | Population growth review | ||
| 11/3 | (T-L18) | Competition 2 | Competition dynamics | ||
| 11/5 | (R-L19) | Competition 3 | |||
| 11/6 | (F-D10) | Disc 10 | Lotka-Volterra competition dynamics | ||
| 11/10 | (T-L20) | Predation 1 | Herbivory and Predation | Bowman Ch. 12 | HW-5 due |
| 11/12 | (R-L21) | Predation 2 | |||
| 11/13 | (F-D11) | Disc 11 | Lotka-Volterra predation dynamics | ||
| 11/17 | (T-L22) | Predation 3 | Predation dynamics | ||
| 11/19 | (R-L23) | Parasitism | Parasites and Parasitoids | Bowman Chap. 13 | |
| 11/20 | (F-D12) | Disc 12 | LV dynamics review | HW-6 due | |
| 11/24 | (T) | EXAM III | |||
| 11/26 | No Class | Thanksgiving Break | |||
| 11/27 | No Disc | No Discussion Section | |||
| 12/1 | (T-L24) | Disease 1 | The dynamics of disease | Bowman 13.4-end, Blackwood to 2.2.2 | |
| 12/3 | (R-L25) | Disease 2 | Epidemics and pandemics | R0 is just an average | |
| 12/4 | (F-D13) | Disc 13 | Disease dynamics | ||
| 12/8 | (T-L26) | Interactions | Mutualisms & commensalisms | Bowman Chap. 15 | |
| 12/10 | (R-L27) | Food webs | Ecological networks | Bowman Chap. 16 | |
| 12/11 | (F-D14) | Disc 14 | Species interaction networks | HW-7 due | |
| 12/15 | (T) | FINAL EXAM | Comprehensive (3-6PM) |