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Earth and Atmospheric Sciences
Geochemistry and Biogeochemistry
Geochemistry
1. Introduction to Geochemistry
2. Fundamental Principles
3. Cosmochemistry and Planetary Formation
4. High-Temperature Geochemistry: The Solid Earth
5. Low-Temperature Geochemistry: The Earth's Surface
6. Isotope Geochemistry
7. Organic Geochemistry and Biogeochemistry
8. Applied and Environmental Geochemistry
9. Analytical Techniques in Geochemistry
Organic Geochemistry and Biogeochemistry
The Global Carbon Cycle
Major Carbon Reservoirs
Atmosphere
Oceans
Biosphere
Lithosphere
Fluxes between Reservoirs
Photosynthesis and Respiration
Weathering and Volcanism
Ocean-Atmosphere Exchange
Anthropogenic Perturbations
Fossil Fuel Combustion
Land Use Change
Ocean Acidification
Organic Matter in Geologic Systems
Biomarkers and Molecular Fossils
Types of Biomarkers
Applications in Paleoenvironmental Studies
Preservation Mechanisms
Kerogen Formation and Diagenesis
Types of Kerogen
Diagenetic Pathways
Thermal Maturation
Petroleum and Natural Gas Geochemistry
Formation and Migration of Hydrocarbons
Geochemical Indicators of Source Rocks
Oil-Source Rock Correlation
Coal Geochemistry
Types of Coal
Geochemical Properties
Coal Rank and Maturation
Biogeochemical Cycles of Other Key Elements
Nitrogen Cycle
Nitrogen Fixation
Nitrification and Denitrification
Anammox Process
Phosphorus Cycle
Sources and Sinks of Phosphorus
Biological Uptake and Recycling
Phosphorus Limitation
Sulfur Cycle
Sulfate Reduction and Oxidation
Volcanic and Hydrothermal Inputs
Dimethyl Sulfide Production
Iron Cycle
Redox Cycling of Iron
Biological and Abiotic Processes
Iron Fertilization
Geomicrobiology
Microbial Roles in Geochemical Processes
Microbial Metabolisms
Microbial Mediation of Elemental Cycles
Extremophile Environments
Biomineralization
Microbial Formation of Minerals
Environmental and Geological Significance
Biogenic vs. Abiogenic Minerals
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6. Isotope Geochemistry
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8. Applied and Environmental Geochemistry