|Type of Entry:||Project|
|Duration:||01/04/2002 - 31/03/2005|
The CoastView Project aims to:
COASTVIEW focuses on the physical problems associated with sedimentary coasts. This project aims to simplify the task of the coastal manager who needs to know when a valuable component of the coast is at risk, which processes are responsible, and consequently what appropriate form of intervention is required in order to sustain or improve the resource.
The innovations resulting from the COASTVIEW Project will help towards a simplified, cost-effective means of monitoring the coastal zone with a sampling frequency and duration that matches the time-scale of coastal evolution. A combination of the developments in video technology and the definition and implementation of CSIs will clarify coastal management tasks, facilitate better resource planning, improve project designs and allow better post project evaluation.
The high frequency, long-term video measurements will allow a more accurate evaluation of damage from extreme events and better assessment of implications for the long-term evolution of the coastline. The video-CSI system will allow effective detection of erosion ‘hot-spots’, long-term trends in coastal evolution and provide an early warning system for coastal flooding. The system will also facilitate a ‘real-time’ evaluation of coastal hazards (e.g. the location of sandbars in navigable channels).
Scientific Objectives & Approach:
CoastView has two primary objectives:
New video systems, theory & software for data collection and evaluation of CSIs will be delivered. Data for the verification of video-derived CSIs will be collected from four environmental groups each with clearly defined management problems typical of European Coastlines. These include continuous coastlines defended by nourishment/hard engineering and coastal inlets with single spits or multiple mobile sandbanks with navigational hazards, requiring dredging.
It is vital that determination of appropriate CSIs receives input from two groups, from the managers and policy makers, and from the scientists. The former are able to assess what information will be of most value to the manager, while the latter can determine what might be possible based on existing or potential technology and scientific understanding.
EXPECTED IMPACTS OF COASTVIEW PROJECT:
The COASTVIEW project will lead to a clearly defined set of CSIs. It also will develop coastal video systems and associated tools that are capable of collecting high quality data for the evaluation of CSIs. New theories, algorithms and software will be developed for the estimation of CSIs from video data. These routines will be fully validated by comparison to field data and appropriate error bounds for video derived CSIs will be produced. Developments within the CoastView project will form the basis for future monitoring and management of coastal systems.
|Keywords:||Coastal monitoring, Data collection, Flood, Integrated Coastal Zone Management (ICZM), Tools and techniques for beach management|
|Contact:||Dr. Mark Davidson
University of Plymouth
Institute of Marine Studies
PL4 8AA Plymouth
Telephone: +44 1752 232450
Fax: +44 1752 232406
|Partner:||WL Delft Hydraulics (www.wldelft.nl)
Utrecht Univesiteit (www.geog.uu.nl)
University of Bologna (www.unibo.it)
University of Cantabria (www.puer.unican.es)
Rijkswaterstaat, National Institute for Coastal and Marine Management - RIKZ (RWS) (www.rikz.rws.minvenw.nl)
UK Environment Agency (UKE) (www.environment-agency.gov.uk)
University of Copenhagen (www.geogr.ku.dk)
Emillia-Romagna, Regional Government (www.regione.emilia-romagna.it)
University of Ferrara (www.unife.it)
Santander Port Authority (www.puertosantander.com)
International Centre for Coastal Resources Research (CIIRC) (www.upc.es)
Delft University of Technology (www.tudelft.nl)
Oregon State University (www.coas.oregonstate.edu)
|Financed by:||European Commission (Fifth Framework Programme)|
|Coastal databases provided and maintained|
by EUCC - The Coastal Union Germany