Chemical Oceanography
( 24 Modules )

Module #1
Introduction to Chemical Oceanography
Overview of the field, importance, and applications of Chemical Oceanography

Module #2
Seawater Composition
Physical and chemical properties of seawater, major and minor elements, and nutrients

Module #3
pH and Alkalinity
pH buffering capacity, alkalinity, and carbonate chemistry in seawater

Module #4
Oxygen and Nutrient Cycles
Biological and chemical processes controlling oxygen and nutrient distributions in the ocean

Module #5
Carbon Cycle and Ocean Acidification
Carbon dioxide, ocean acidification, and its impact on marine ecosystems

Module #6
Nitrogen and Phosphorus Cycles
Biological and chemical processes controlling nitrogen and phosphorus distributions in the ocean

Module #7
Sediment-Water Interactions
Chemical and biological processes at the sediment-water interface

Module #8
Ocean-Atmosphere Interactions
Gas exchange, atmospheric deposition, and oceanic impacts on climate

Module #9
Chemical Tracers and Ocean Circulation
Using chemical tracers to study ocean circulation and mixing

Module #10
Radioactive Tracers
Applications of radioactive isotopes in oceanography, including dating and tracing ocean circulation

Module #11
Stable Isotopes in Oceanography
Applications of stable isotopes in oceanography, including tracing ocean circulation and paleoceanography

Module #12
Marine Geochemistry of Metals
Cycling and distributions of metals in the ocean, including their biological and ecological significance

Module #13
Marine Organic Geochemistry
Cycling and distributions of organic compounds in the ocean, including their biological and ecological significance

Module #14
Ocean Pollution and Contaminants
Sources, fate, and effects of pollutants in the ocean, including oil spills and plastics

Module #15
Chemical Oceanography of Estuaries and Coastal Systems
Unique chemical characteristics and processes of estuaries and coastal systems

Module #16
Deep-Sea Hydrothermal Vents
Chemical and biological processes associated with deep-sea hydrothermal vents

Module #17
Biogeochemical Cycles in Polar Oceans
Unique chemical and biological processes in polar oceans, including sea ice and ocean acidification

Module #18
Paleoceanography and Climate Change
Using chemical and biological proxies to reconstruct past ocean climates and predict future changes

Module #19
Analytical Techniques in Chemical Oceanography
Laboratory and field methods for measuring chemical parameters in seawater and sediments

Module #20
Data Analysis and Modeling in Chemical Oceanography
Statistical and numerical methods for analyzing and modeling chemical oceanographic data

Module #21
Applications of Chemical Oceanography in Environmental Policy
Using chemical oceanographic data to inform policy and management decisions

Module #22
Case Studies in Chemical Oceanography
In-depth examinations of specific oceanographic events or systems, such as the Deepwater Horizon oil spill

Module #23
Current Research and Emerging Topics in Chemical Oceanography
Recent advances and future directions in chemical oceanography, including emerging topics and techniques

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Chemical Oceanography career

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Chemical Oceanography ( 24 Modules )

Chemical Oceanography
( 24 Modules )