Undergraduate Marine And Coastal Resource Management 2018-2019

Sustainable use of marine and coastal areas is growing in scientific, political and practical importance around the world. Demands on the marine and coastal environment are increasing in intensity and more informed decision-making and policy responses are required. In light of climate change and growing development pressures, coastal management must consider social, economic and environmental concerns This module covers: the Marine Scotland Act, the National Marine Plan, Integrated Coastal Zone Management, Marine Spatial Planning, coastal defences, ecosystem-based management, beach management, coral reefs, stakeholder participation, data acquisition, analysis, and access to information, providing a background to managing coastal and marine environments.

Computer-based simulation offers an innovative way to combine theory with practice in geography, GIS/digital mapping, geology, oil and gas exploration, the marine and coastal sciences, environmental science, medicine, statistics and mathematics, as well as business applications. The course combines theory with the practical use of simulation software, R and Python languages for spatial simulation. OilSim software is used to illustrate the role of simulation in education and training for the oil and gas industry. Practical sessions with software tools and techniques, in a group learning environment, are used to apply theory and practice in a competitive problem-solving environment.

Sustainable use of marine and coastal areas is growing in scientific, political and practical importance around the world. Demands on the marine and coastal environment are increasing in intensity and more informed decision-making and policy responses are required. In light of climate change and growing development pressures, coastal management must consider social, economic and environmental concerns This module covers: the Marine Scotland Act, the National Marine Plan, Integrated Coastal Zone Management, Marine Spatial Planning, coastal defences, ecosystem-based management, beach management, coral reefs, stakeholder participation, data acquisition, analysis, and access to information, providing a background to managing coastal and marine environments.

Computer-based simulation offers an innovative way to combine theory with practice in geography, GIS/digital mapping, geology, oil and gas exploration, the marine and coastal sciences, environmental science, medicine, statistics and mathematics, as well as business applications. The course combines theory with the practical use of simulation software, R and Python languages for spatial simulation. OilSim software is used to illustrate the role of simulation in education and training for the oil and gas industry. Practical sessions with software tools and techniques, in a group learning environment, are used to apply theory and practice in a competitive problem-solving environment.