December 4, 2009

“Recent” Climate Measurements
Present State of the Climate
Why is the Climate Warming?
Greenhouse Earth
Greenhouse Increase
Paleoclimate Quantification Methods
Greenhouse Gases vs. Climate
CO2-enhanced greenhouse
Climate Change & Feedback Mechanisms
Positive Feedback Mechanisms
Negative Feedback Mechanisms
Other Feedback Mechanisms
Paleoclimate: Oceanic Proxies
H2O(18) evaporates slightly less easily than H2O(16)
Recent Climate Measurements
The atmospheric greenhouse
Paleoclimate & greenhouse gases
Putting the feedbacks & forcings together
Global Warming Projections
Future Projections, Uncertainties
Roles of the Ocean in Future Climate
Possible Consequences
Effect on the ocean: sea level rise
Future sea level rise
Response

Lecture Notes: Lecture 27: Climate change 1 and Climate change 2

1. Lecture 1: Introduction to Ocean Interactions
2. Lecture 2: Earth and the origins of our oceans
3. Lecture 3: The shape of the ocean floor
4. Lecture 4: Shape of the ocean
5. Lecture 5: Earth's morphology, magnetism and dating
6. Lecture 6: Plate Tectonics
7. Lecture 7: Plate Tectonics 4
8. Lecture 8: California tectonics, marine sediments
9. Lecture 9: Marine sediments
10. Lecture 10: Sediments and Seawater
11. Lecture 11: Sediments and Seawater
12. Lecture 12: Seawater
13. Lecture 13: Seawater, pH and Wind
14. Lecture 14: Seawater, pH and Wind
15. Lecture 15: Wind, Currents
16. Lecture 16: Currents and Winds
17. Lecture 17: Currents
18. Lecture 18: Currents and Waves
19. Lecture 19: Breaking waves, tsunami & tides
20. Lecture 20: Tides, Marine Systems, Photosynthesis and Productivity
21. Lecture 21: Photosynthesis, Respiration, Productivity, Habitats & Plankton
22. Lecture 22: Phytoplankton, Diatoms, Dinoflagellates, Coccolithophores, Radiolaria & Ostracods
23. Lecture 23: Ostracods, Copepod, Picoplankton, Migrating Plankton, Multicellular life, Origin of Animals, Nekton
24. Lecture 24: Nekton and Benthos
25. Lecture 25: Marine Resources
26. Lecture 26: Climate Change
27. Lecture 27: Climate Change

In this course, Prof. Edwin Schauble gives 27 video lectures on Introduction to Oceanography. This class provides a general introduction to geological, physical, chemical, and biological processes and history of Earth's global oceanic system.

Prerequisites
•High school science background
– Math: algebra & geometry, graphs
– Metric units
– Geography: maps, Earth's major features, longitude & latitude
– Chemistry: elements, atoms, molecules, chemical equations
– Physics: matter, density, waves, velocity, energy, gravity
– Biology: genus, species, evolution, plants & animals

Original Course Name: Earth & Space Science 15: Introduction to Oceanography.

Note: Some clips and images may have been blurred or removed to avoid copyright infringement.