GEOG3191: SEA-LEVEL CHANGE AND COASTAL EVOLUTION

• Any Level 2 GEOG module

• None

• None

• This third year elective module examines global, regional, and local-scale changes in sea-level from the last glacial maximum to the present, projections for the future, how coasts have developed, how they operate, and how they may develop in the future.

• Driving mechanisms
• Relative sea-level change
• Rapid events - including storm surges, earthquakes and tsunami
• Future sea-level changes - current knowledge, hazards and management
• The instrumental era of sea-level measurement
• Coastal responses to sea-level change and coastal management
• Project work

Subject-specific Knowledge:

• On successful completion of the module students are expected to be able to:
• Comprehend and evaluate the patterns and processes controlling long-term coastal evolution and relative sea-level change, including the methodology of data collection and analysis
• Describe and explain the causes and importance of rapid events in coastal change
• Evaluate evidence of historic sea-level change, and the significance of the past to understand the contect of modern and future sea-levels
• Assess the human / physical interface through emphasis on issues surrounding future climate and sea-level rise

Subject-specific Skills:

• Identify and evaluate and from the scientific literature the type of evidence that records coastal response to changes in sea-level, sediment supply and energy
• Analyse and interpret historical sea-level change data
• Undertake original research in sea-level change science

Key Skills:

• Examination and analysis of quantitative data sources
• Students are expected to define a research problem, produce their own research findings, design and illustrate a poster displaying their work, defend this presentation orally, and write a scientific abstract of the work
• Present a critical synthesis of a particular project
• Work as a team in the development of a group poster which links directly to an individual poster presentation combining to form the summative assessment
• Review previous work, assess its quality

• This module uses a range of teaching, learning, and assessment techniques
• Much of the module is lecture-based, where students will learn about the processes of sea-level change, but also issues and debates at the cutting edge of research.
• Students complete two data analysis practicals linked to topical issues in sea-level research which provide data analysis skills relevant to the summative research projects. The third practical relates to stakeholder engagement, decision-makring and coastal planning
• Students complete a group research project at an advanced level which allows them to investigate a debate or specific topic in sea-level research and engage with the opportunities and problems faced by researchers investigating that issue.
• Each group of students is provided with a set of research projects linked to contemporary issues in sea-level research from which they elect one project for analysis
• The project work provides an opportunity for advanced level research
• The module employs formative assessment to help students to develop their project presentation and data management skills, summative assessment to assess advanced understanding of issues in sea-level science, and a summative poster presentation which develops written and oral presentation skills.

Group project presentation to member of staff supervising each group project. Feedback from staff member on project design, content and initial analysis will be provided during the tutorials.

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