Climate Change

PART 1: INTRODUCTION
1. Climate Change: A complex problem
2. The Role of Atmospheric Gases in Climate Change

PART 2: TOOLS USED TO INVESTIGE AND PREDICT CLIMATE CHANGE
3. Climate Change through Earth's History
4. Numerical Modelling of the Global Climate and Carbon-cycle System

PART 3: INDICATORS
5. Global Surface Temperatures and Climate Change
6. Sea Ice and Climate Change
7. Antarctic Sea Ice Changes and their Implications
8. Land Ice: indicator and integrator of Climate Change
9. Glaciers and Climate Change
10.Poleward Expansion of the Atmospheric Circulation and Climate Change
11. Rising Sea levels and Climate Change
12. Ocean Current Changes
13. Ocean Acidification and Climate Change
14. Permafrost and Climate Change
15. The Jet Stream and Climate Change
16. Extreme Weather and Climate Change
17. Bird Ecology and Climate Change
18. Insect Communities and Climate Change
19. Sea Life, Pelagic Ecosystems, and Climate Change
20. Changes in Coral Reef Ecosystems as a result of Climate Change
21. Marine Biodiversity and Climate Change
22. Intertidal Indicators of Climate and Global Change
23. Lichens and Climate Change
24. Plant Pathogens as Indicators of Climate Change
25. Invasive Plants and Climate Change
26. Biological Diversity and Climate Change
27.The Role of Forests in the Carbon Cycle and Climate Change

PART 4: OTHER POSSIBLE CONTRIBUTING FACTORS TO CLIMATE CHANGE
28. The Variation of the Earth’s Movements (orbital, tilt and precession) and Climate Change
29. The Role of Volcanic Activity in Climate and Global Change
30. Atmospheric Aerosols and their Role in Climate Change
31. Climate Change and Agriculture
32. Widespread surface solar radiation changes and their effects on the Climate: dimming and brightening
33. Space Weather and Cosmic Ray effects and Climate Change

PART 5: SOCIETAL ASPECTS OF GLOBAL CHANGE
34. Engineering Aspects of Climate Change
35. Societal Adaptation to Climate Change