Tectonics and Seismology of Marine Environments
( 24 Modules )

Module #1
Introduction to Marine Geology
Overview of marine geology, importance of studying marine tectonics and seismology, and course objectives

Module #2
Marine Geophysical Methods
Introduction to seafloor mapping, bathymetry, and geophysical methods for exploring marine environments

Module #3
Plate Tectonics Fundamentals
Overview of plate tectonics, plate boundaries, and driving forces

Module #4
Marine Plate Boundaries
Characteristics of divergent, convergent, and transform plate boundaries in marine environments

Module #5
Seafloor Spreading and Magnetic Anomalies
Evidence for seafloor spreading, magnetic anomalies, and implications for plate tectonics

Module #6
Hotspots and Volcanic Islands
Hotspot volcanism, volcanic island formation, and examples from marine environments

Module #7
Subduction Zones and Oceanic Trenches
Characteristics of subduction zones, oceanic trenches, and associated geological processes

Module #8
Earthquake Seismology Fundamentals
Introduction to seismology, earthquake locations, and wave types

Module #9
Seismicity of Marine Environments
Seismicity of oceanic and continental margins, and implications for tectonic processes

Module #10
TSunamis and Tsunami Generation
Tsunami generation, warning systems, and impact on coastal communities

Module #11
Marine Sedimentation and Stratigraphy
Sedimentation processes, stratigraphy, and paleoenvironmental reconstruction in marine environments

Module #12
Tectonic Evolution of Ocean Basins
Tectonic evolution of ocean basins, supercontinents, and paleo-oceanography

Module #13
Marine Geochemical Cycles
Geochemical cycles in marine environments, including the carbon, sulfur, and oxygen cycles

Module #14
Hydrothermal Activity and Oceanic Crust
Hydrothermal activity, oceanic crust formation, and associated geological processes

Module #15
Marine Natural Hazards
Overview of marine natural hazards, including earthquakes, tsunamis, and landslides

Module #16
Case Study:Oceanic Rift Zones
In-depth study of oceanic rift zones, including the Mid-Atlantic Ridge and East African Rift System

Module #17
Case Study:Subduction Zones
In-depth study of subduction zones, including the Japan Trench and Andean subduction zone

Module #18
Case Study:Transform Faults
In-depth study of transform faults, including the San Andreas Fault and North Anatolian Fault

Module #19
Marine Geophysics and Exploration
Applications of geophysics in marine exploration, including oil and gas exploration and seabed mining

Module #20
Marine Tectonics and Climate Change
Interplay between marine tectonics and climate change, including sea-level rise and ocean acidification

Module #21
Marine Geology and Coastal Management
Applications of marine geology in coastal management, including coastal erosion and hazard mitigation

Module #22
Research Methods in Marine Geology
Overview of research methods in marine geology, including data collection and analysis techniques

Module #23
Interpretation of Marine Geological Data
Interpretation of marine geological data, including case studies and group exercises

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Tectonics and Seismology of Marine Environments career

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Tectonics and Seismology of Marine Environments ( 24 Modules )

Tectonics and Seismology of Marine Environments
( 24 Modules )