GEOG0133 Terrestrial Carbon: modelling and monitoring¶
Course Convenor¶
Course Moodle page¶
Course GitHub pages¶
Timetable¶
Term 2, Academic year 2020-21
Week commencing |
Course Week |
Topic |
Presentations |
Notes |
---|---|---|---|---|
11 Jan |
1 |
001 Course intro |
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002 Carbon and Climate |
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18 Jan |
2 |
003 Terrestrial Carbon Cycle |
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004 Photosynthesis |
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25 Jan |
3 |
005 Solar Radiation Practical |
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1 Feb |
4 |
006 Terrestrial Ecosystem Modelling |
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007 DGVMs |
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008 PEMs |
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8 Feb |
5 |
009 Phenology |
||
010 Photosythesis Modelling |
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15 Feb |
6 |
Reading Week |
||
22 Feb |
7 |
011 Photosythesis Practical |
||
1 Mar |
8 |
012 Measurement (student-led seminar) |
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8 Mar |
9 |
013 Data Assimilation |
Contents¶
- 1. Introduction to the Course
- 2. Carbon and Climate
- 3. The Terrestrial Carbon Cycle
- 4. Photosynthesis
- 5. Practical: Solar Radiation
- 6. Terrestrial Ecosystem Modelling
- 7. Dynamic Global Vegetation Models
- 8. Production Efficiency Models
- 9. Phenology
- 10. Modelling Photosynthesis
- 11. Practical: Photosynthesis
- 12. Seminar: Measurement (Student-led Seminar)
- 13. Data Assimilation Theory
- 14. Data Assimilation Application
- 15. Practical Answers: Solar Radiation
- 16. Practical Answers: Photosynthesis