Physical Oceanography
( 25 Modules )

Module #1
Introduction to Physical Oceanography
Overview of the field, importance, and scope of physical oceanography

Module #2
Ocean Properties and Characteristics
Physical and chemical properties of seawater, density, salinity, and temperature

Module #3
Ocean Currents:An Overview
Types of ocean currents, driving forces, and global circulation patterns

Module #4
Wind-Driven Ocean Circulation
Ekman transport, Ekman spiral, and wind-driven gyres

Module #5
Thermohaline Circulation
Deep-water formation, thermohaline circulation, and ocean overturning

Module #6
Ocean-Atmosphere Interaction
Energy exchange, heat transfer, and gas exchange between the ocean and atmosphere

Module #7
Ocean Waves and Tides
Wave types, wave dynamics, and tidal forces

Module #8
Coastal Oceanography
Coastal processes, beach morphology, and nearshore circulation

Module #9
Ocean Mixing and Turbulence
Mixing processes, turbulence, and diapycnal diffusion

Module #10
Ocean Dynamics:Ekman Layers and Boundary Layers
Ekman layers, boundary layers, and ocean dynamics

Module #11
Geostrophic Currents and Ocean Gyres
Geostrophic currents, ocean gyres, and large-scale circulation patterns

Module #12
Meridional Overturning Circulation
Meridional overturning circulation, ocean conveyor belt, and climate implications

Module #13
Ocean Eddies and Mesoscale Processes
Ocean eddies, mesoscale processes, and their impact on ocean circulation

Module #14
Ocean Modeling and Prediction
Ocean modeling techniques, data assimilation, and predictability

Module #15
Sea Level Rise and Ocean Volume Changes
Sea level rise, ocean volume changes, and their implications for coastal communities

Module #16
Ocean Acidification and Carbon Uptake
Ocean acidification, carbon uptake, and implications for marine ecosystems

Module #17
Ocean Freshwater Budget and Hydrological Cycle
Ocean freshwater budget, hydrological cycle, and global water balance

Module #18
Physical Oceanography and Climate Change
Impact of climate change on ocean circulation, ocean-atmosphere interaction, and climate feedbacks

Module #19
Ocean Observations and Instrumentation
Ocean observation systems, instrumentation, and data analysis techniques

Module #20
Satellite Remote Sensing of the Ocean
Satellite remote sensing of ocean properties, sea surface temperature, and ocean color

Module #21
Physical Oceanography and Marine Geophysics
Interdisciplinary approaches to studying ocean dynamics and marine geophysics

Module #22
Ocean Research and Applications
Applications of physical oceanography in fisheries, ocean engineering, and coastal management

Module #23
Physical Oceanography and Marine Policy
Implications of physical oceanography for marine policy, conservation, and sustainability

Module #24
Case Studies in Physical Oceanography
Real-world examples and case studies of physical oceanography in action

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Physical Oceanography career

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Physical Oceanography ( 25 Modules )

Physical Oceanography
( 25 Modules )