Daniel Friess BSc
PhD Student
Monitoring and modelling the impacts of managed realignment on low-lying coasts using GIS and remote sensing.
Biography
Qualifications
- PhD Geography, St. Catharine's College, University of Cambridge, 2005-Present
- BSc (Hons) Environmental Biology, Imperial College of Science, Technology and Medicine, and the US Geological Survey, Colorado USA. 2001-2004
Research
Dan is focusing on the impacts of re-engineering highly alluvial coastlines as an alternative method of coastal defence; using abandonment and the artificial breaching of existing sea defences to create intervening intertidal areas. These intertidal areas provide a buffer to incoming wave energy and an opportunity to create an ecologically important habitat type.
These intertidal areas are currently in decline due to reclamation and sea level rise; frequently marshes can not migrate landwards as they front fixed coastal defence structures (coastal squeeze). In several locations, artificial breaching of existing sea walls is being used to counteract these habitat losses.
Whilst much research has focused on the internal processes of managed realignment schemes, little is known about their external physical and ecological impacts. Dan will use NERC ARSF imagery, LIDAR data and aerial photography to (a) map the distribution of coastal habitats and their subdivisions, (b) estimate the physical properties of these habitats and their stability and (c) identify rates and styles of intertidal morphology and habitat change prior to and after breaching. Multi-spectral imagery from airborne platforms offers a rapid, repeatable, non-intrusive and relatively large scale monitoring system for assessing these external impacts.
A conceptual model will then be developed to predict the likely impact of altered tidal exchange on saltmarshes and mudflats outside the managed realignment site, tested by field observations. This can then form the basis of a sustainable design for future realigned schemes and can be used by coastal planners during the decision-making process.
This project is based on a managed realignment trial at Freiston Shore, Lincolnshire, and is a collaboration between the Cambridge Coastal Research Unit (Tom Spencer, Iris Möller) and the Section for Earth Observation, Centre for Ecology and Hydrology, Monks Wood (Geoff Smith, Andy Thomson).
Teaching
- Demonstrator, Geographical Tripos 1A: Geographical Skills and Methods
- Demonstrator, Geographical Tripos 1B: Geographical Skills and Methods (Project 5)
- Demonstrator, Geographical Tripos 1B: Ecogeography
- Demonstrator, Geographical Tripos II: Quarternary Science
- Supervisor, Geographical Tripos 1A: Paper 4 Environmental Processes (Hydrological Processes)
- Supervisor, Geographical Tripos 1A: Paper 4 Environmental Processes (Coastal and Marine Processes)
- Supervisor, Geographical Tripos 1A: Paper 4 Environmental Processes (Plants, Animals and Ecosystems)
- Supervisor, Geographical Tripos 1B: Paper 10 Biogeography and Biogeomorphology
Publications
- Friess DA, Spencer T., Möller I., Smith G. and Thomson AG. 2008. Geomorphological Impacts of Managed Realignment on the External Intertidal Zone. Proceedings of Littoral 2008, Venice, Italy
- Friess DA, Spencer T. and Möller I. 2008. Managed Realignment and the Re-establishment of Saltmarsh Habitat, Freiston Shore, Lincolnshire, United Kingdom. In: ProAct Network. The Role of Environmental Management and Eco-Engineering in Disaster Risk Reduction and Climate Change Adaptation. ProAct Network/United Nations International Strategy for Disaster Reduction. 124pp
- Baxter JM, Buckley PJ and Wallace CJ. (eds). 2008. Marine Climate Change Impacts. Marine Climate Change Impacts Partnership (listed as contributor)
- Friess DA, Brown SL, Spencer T and Möller I. 2008. A Comparison of the Surface Elevation Table (SET) and Marker Horizon Techniques to Monitor Surface Elevation Change due to Managed Realignment. Report to the Environment Agency. 11pp
- Friess DA, Spencer T, Smith GM, Moller I and Thomson AG. 2006. Thinking Outside the Box: Visualising the External Impacts of Managed Realignment. Proceedings of Littoral 2006, Gdansk, Poland. Vol 6: 35-40
External Activities
- Associate member of the Royal College of Science (ARCS)
- Member of the British Association for the Advancement of Science
- Member of the British Geomorphological Research Group (Royal Geographical Society)
- Member of the COZONE Network
- Member of ENCORA (European Network for Coastal Research Coordination Action)
- STIMULUS: Peer-Assisted Learning in Schools
- 'Rising Stars' Public Communication
- Department of Geography Graduate-Staff Consultative Committee
- Department of Geography Lab, Field and Workshop Resources Committee
