Understanding barrier beaches

Understanding barrier beaches

Stripling, S.
Bradbury, A.P.
Cope, S.N.
Brampton, A.H.

TU Delft

2008-02-01

This report scopes the state-of-the-art understanding of barrier beaches. It sets the foundations for improving the science and application of management tools, and for developing sound management guidance. Such guidance will help flood and coastal erosion risk management policy makers and practitioners make better decisions on barrier beach management practice. It should be noted that it does not constitute official government policy or guidance but provides information for understanding the geomorphological, physical and morphodynamic processes influencing barrier beach evolution and management. It will be of particular relevance for coastal managers and researchers engaged in enhancing understanding and management of these dynamic features. SUMMARY OBJECTIVE: Assemble and publish existing knowledge and operational experience of the performance of barrier beaches, identifying the dominant processes and areas of uncertainty or absence of definitive knowledge. Establish, justify and prioritise a costed framework of field or laboratory or theoretical studies that will fill knowledge gaps so as to support better- informed and more effective management of barrier beaches. KEY CUSTOMER PURPOSEL: Shingle barriers and ridges provide a natural line of coastal protection and flood defence for many sites. Regular breaching and extensive storm damage has occurred at many sites, but limited scientific guidance is currently available to provide beach managers with operational management tools, to predict the response of these beaches to storm conditions. Some sites are currently the subject of high profile strategic management reviews, or have already incurred high capital or maintenance expenditure costs: significant decisions must currently be made with a limited understanding of the way that these beaches perform under storm attack.

barrier beach
coastal morphology
beach morphology

TLN200100

http://resolver.tudelft.nl/uuid:ff88c128-1221-48f9-9c41-537515741a51

Defra

FD1924, on contract by HR Wallingford (SR683)

Hydraulic Engineering Reports

report

© 2008 Crown Copyright (UK)