UsefulLinks
1. Introduction to Biogeochemistry
2. Chemical Foundations
3. Geological Foundations
4. Biological Foundations
5. The Global Carbon Cycle
6. The Global Nitrogen Cycle
7. The Global Phosphorus Cycle
8. The Global Sulfur Cycle
9. Other Essential Element Cycles
10. Terrestrial Ecosystem Biogeochemistry
11. Aquatic Ecosystem Biogeochemistry
12. Analytical Methods and Techniques
13. Human Impacts on Biogeochemical Cycles
14. Biogeochemistry Through Earth History
15. Future Directions and Applications
  1. Earth and Atmospheric Sciences
  2. Geochemistry and Biogeochemistry

Biogeochemistry

1. Introduction to Biogeochemistry
2. Chemical Foundations
3. Geological Foundations
4. Biological Foundations
5. The Global Carbon Cycle
6. The Global Nitrogen Cycle
7. The Global Phosphorus Cycle
8. The Global Sulfur Cycle
9. Other Essential Element Cycles
10. Terrestrial Ecosystem Biogeochemistry
11. Aquatic Ecosystem Biogeochemistry
12. Analytical Methods and Techniques
13. Human Impacts on Biogeochemical Cycles
14. Biogeochemistry Through Earth History
15. Future Directions and Applications
15.
Future Directions and Applications
15.1.
Climate Change and Biogeochemistry
15.1.1.
Carbon Cycle Feedbacks
15.1.2.
Ecosystem Responses
15.1.3.
Tipping Points
15.1.4.
Mitigation Strategies
15.2.
Sustainable Resource Management
15.2.1.
Nutrient Management
15.2.2.
Soil Conservation
15.2.3.
Water Quality Protection
15.2.4.
Ecosystem Services
15.3.
Emerging Technologies
15.3.1.
Remote Sensing Applications
15.3.2.
Molecular Techniques
15.3.3.
Sensor Networks
15.3.4.
Big Data Analytics
15.4.
Interdisciplinary Connections
15.4.1.
Earth System Science
15.4.2.
Astrobiology
15.4.3.
Environmental Health
15.4.4.
Policy Applications

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14. Biogeochemistry Through Earth History

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1. Introduction to Biogeochemistry

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