An official website of the United States government.

Official websites use .gov
A .gov website belongs to an official government organization in the United States.

Secure .gov websites use HTTPS
A lock or https:// means you’ve safely connected to the .gov website. Share sensitive information only on official, secure websites.

Legacy Publications Explorer

You are here: Publications / Publication Details

Publication Details

Please note this explorer contains 2017 and prior publications and is no longer updated. Visit Data Reports Explorer for the latest NCCOS research data and reports.

The Coastal Recovery from Storms Tool (CReST): A Model for Assessing the Impact of Sea Level Rise on Natural and Managed Beaches and Dunes

Author(s): Ruggiero, Peter


Name of Publisher: Oregon State University

Place of Publication: Corvalis, OR

Publication Type: Abstract

Date of Publication: 2015

Reference Information: CSCOR EESLR15-11 Project Summary, 1 p.

Keywords: sea level rise; Sentinel Site Cooperative; EESLR; Coastal Recovery from Storms Tool; CReST; North Carolina; dunes; beaches; storm surge

Abstract: The barrier islands within the North Carolina Sentinel Site Cooperative (NCSSC) sustain rich ecosystems, host valuable infrastructure, and protect the mainland coast from sea level rise (SLR) and stonns. A transdisciplinary team of coastal geomorphologists, ecologists, and managers proposes to transfonn the way in which vulnerability, resiliency, and the ecological effects of SLR are assessed in th NCSSC through the development of a new management instrument called the Coastal Recovery from Storms Tool (CReST). This innovative modeling system will couple an emerging understanding of the feedbacks between dune vegetation and sand transport with a recently developed coastal dune model to assess beach and dune evolution in both natural and managed systems in response to SLR and extreme storms.Specific objectives of the proposed research include: 1. Develop the Coastal Recovery from Storms Tool (CReST), in consultation with NCSSC personnel, which will integrate an emerging understanding of biophysical processes by explicitly coupling SLR, sediment transport processes, and the dynamics of dune-building beach grasses to assess the time and space scales of beach and dune evolution in both natural and managed systems. 2. Apply CReST to Cape Lookout National Seashore (CReST-CALO), to estimate recovery and vulnerability to future storm events under a variety of SLR, storm change, and management scenarios. 3. Apply CReST to Bogue Banks (CReST-BB), in particular examining the impact of extensive beach nourishment programs on dune recovery following storms as well as under various SLR, storm change, and management scenarios. To optimize management decisions within the relatively natural (CALO) and more managed (Bogue Banks) portions of the NCSSC coastline, it is necessary to make assessments of storm impacts to beaches, dunes, and backshore ecosystems under both today's conditions as well as under a range of possible future SLR and storm change scenarios. CReST-CALO and CReST-BB will be user-inspired predictive tools-developed in collaboration with NCSSC, NPS, and Carteret County, North Carolina participants and staff-which will provide output to enable coastal managers to assess and compare a range of future management strategies. Ideally, the tools will be used to inform restoration of degraded ecosystems and protection of healthy ones. By developing the capability to incorporate dune recovery processes into storm impact assessments and to forecast the vulnerability of dune-backed beaches under different climate change scenarios, the proposed project will fill an important gap in the understanding of how dune recovery processes affect, and often drive, overall coastal vulnerability and resilience.

Availability: Available from NCCOS Publications Explorer and from the author.

Related Attachment: Download file (.pdf)

Note to readers with disabilities: Some scientific publications linked from this website may not conform to Section 508 accessibility standards due to the complexity of the information being presented. If you need assistance accessing this electronic content, please contact the lead/corresponding author, Primary Contact, or