The course focuses on oceanic and coastal environments, emphasising the relationship between physical processes and management strategies. The physical environment, i.e. waves, currents, sediment movement, beaches, erosion/deposition mechanisms, as well as potential consequences of sea-level rise and global warming, is integrated with anthropogenic dimensions, i.e. usage, coastal defence, pollution (e.g. persistent marine debris) and resource exploitation. The course also gives students an understanding of the consequences of human interactions with both marine and coastal environments as well as an introduction to quantitative techniques for data processing, measuring and data presentation in the field of coastal and marine management.
Dr. Jana Cox is a young post doctoral researcher at the University of Utrecht working o the Rivers2Morrow (https://ncr-web.org/projects/rivers2morrow/) project studying the response of the lower Rhine and Maas rivers to climate change and sea level rise.
The course focuses on oceanic and coastal environments, emphasising the relationship between physical processes and management strategies. The physical environment, i.e. waves, currents, sediment movement, beaches, erosion/deposition mechanisms, as well as potential consequences of sea-level rise and global warming, is integrated with anthropogenic dimensions, i.e. usage, coastal defence, pollution (e.g. persistent marine debris) and resource exploitation. The course also gives students an understanding of the consequences of human interactions with both marine and coastal environments as well as an introduction to quantitative techniques for data processing, measuring and data presentation in the field of coastal and marine management.
On completion of the course, a student: