Elsevier The shape of the coastline and its orientation to oncoming waves is also an important factor to consider. An area of coastline may be generally influenced by a large ocean fetch but because of its orientation it may be sheltered from destructive waves.
This course provides a broad overview of marine and coastal processes, with special emphasis on coastal dynamics. It explores basic concepts of nearshore ocean and climate dynamics.
Basic principles of physical oceanography and marine geology with respect to the coastal zone are introduced. This course provide a deep understanding of physical forces wind, waves, tides, currents, tsunamis, hurricanes, human-made structures, etc. Learning Outcomes Students will: Coastal processes a full understanding of physical and geological processes occurring in the marine and coastal environment.
Explain the processes affecting the geomorphology of coastal environments.
Describe the marine provinces and the seafloor features that exist on continental margins. Explain the classification of marine sediments.
Demonstrate an understanding of ocean and atmospheric circulation patterns and its importance on marine and costal processes. Discuss and explain the major hazards in the coastal zone such as hurricanes, tsunamis and sea level rising. Demonstrate an understanding of the forces that cause ocean tides, explain how tides vary during a monthly tidal cycle, and describe the types of tidal patterns and the tidal phenomena that occur in coastal regions.
Discuss how changes in sea level produce emerging and submerging shorelines. Describe the characteristic features of erosional and depositional shores Explain how sediment transport affect the geomorphology of the coastal zone.
Describe the different types of coast and explain the shoreline processes occurring in each one.The Coastal Processes Program The overarching goal of the Coastal Processes (CP) Program is to understand and predict the behavior of coastal systems through interdisciplinary research, in order to advance science, address public concerns and support coastal management.
Coastal Processes. The shoreline is affected by waves (produced by wind at sea) and tides (produced by the gravitational effect of the moon and sun).
Waves. Waves are caused by wind. Wave height in the open ocean is determined by three factors. The greater Coastal Erosion Control. The coast, also known as the coastline or seashore, is the area where land meets the sea or ocean, or a line that forms the boundary between the land and the ocean or a lake.
A precise line that can be called a coastline cannot be determined due to the Coastline paradox.. The term coastal zone is a region where interaction of the sea and land processes occurs. Home > Missions > Great Lakes Information > Coastal Program > Coastal Processes Coastal Processes All the information found on the Coastal Processes web pages are excerpts from the publication entitled "Living on the Coast".
This course provide a deep understanding of physical forces (wind, waves, tides, currents, tsunamis, hurricanes, human-made structures, etc.) which are the drivers of coastal processes, eroding, transporting and depositing sediments in the coastal zone modifying the .
The overarching goal of the Coastal Processes (CP) Program is to understand and predict the behavior of coastal systems through interdisciplinary research, in order to advance science, address public concerns and support coastal management.