Increased Utilization of Storm Surge Barriers: A Research Agenda on Estuary Impacts
Rising coastal flood risk and recent disasters are driving interest in the construction of gated storm surge barriers worldwide, with current studies recommending barriers for at least 11 estuaries in the United States alone. Surge barriers partially block estuary‐ocean exchange with infrastructure...
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| Published in | Earth's future Vol. 11; no. 3 |
|---|---|
| Main Authors | , , , , , , , , |
| Format | Journal Article |
| Language | English |
| Published |
Bognor Regis
John Wiley & Sons, Inc
01.03.2023
Wiley |
| Subjects | |
| Online Access | Get full text |
| ISSN | 2328-4277 2328-4277 |
| DOI | 10.1029/2022EF002991 |
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| Abstract | Rising coastal flood risk and recent disasters are driving interest in the construction of gated storm surge barriers worldwide, with current studies recommending barriers for at least 11 estuaries in the United States alone. Surge barriers partially block estuary‐ocean exchange with infrastructure across an estuary or its inlet and include gated areas that are closed only during flood events. They can alter the stratification and salt intrusion, change sedimentary systems, and curtail animal migration and ecosystem connectivity, with impacts growing larger with increasing gate closures. Existing barriers are being used with increasing frequency due to sea level rise. New barrier proposals typically come with maximum closure frequency recommendations, yet the future adherence to them is uncertain. Given that the broader environmental effects and coupled‐human dynamics of surge barriers are not well‐understood, we present an interdisciplinary research agenda for this increasingly prevalent modification to our coastal zone.
Key Points
Gated storm surge barriers represent a fundamental change to our coastlines and potentially to ocean‐estuary exchanges
They are increasingly being built for coastal protection and closure frequency of existing barriers is increasing with sea level rise
Funding of interdisciplinary basic and applied science research is critical to inform billion‐dollar decisions on coastal engineering |
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| AbstractList | Rising coastal flood risk and recent disasters are driving interest in the construction of gated storm surge barriers worldwide, with current studies recommending barriers for at least 11 estuaries in the United States alone. Surge barriers partially block estuary‐ocean exchange with infrastructure across an estuary or its inlet and include gated areas that are closed only during flood events. They can alter the stratification and salt intrusion, change sedimentary systems, and curtail animal migration and ecosystem connectivity, with impacts growing larger with increasing gate closures. Existing barriers are being used with increasing frequency due to sea level rise. New barrier proposals typically come with maximum closure frequency recommendations, yet the future adherence to them is uncertain. Given that the broader environmental effects and coupled‐human dynamics of surge barriers are not well‐understood, we present an interdisciplinary research agenda for this increasingly prevalent modification to our coastal zone.
Gated storm surge barriers represent a fundamental change to our coastlines and potentially to ocean‐estuary exchanges
They are increasingly being built for coastal protection and closure frequency of existing barriers is increasing with sea level rise
Funding of interdisciplinary basic and applied science research is critical to inform billion‐dollar decisions on coastal engineering Rising coastal flood risk and recent disasters are driving interest in the construction of gated storm surge barriers worldwide, with current studies recommending barriers for at least 11 estuaries in the United States alone. Surge barriers partially block estuary‐ocean exchange with infrastructure across an estuary or its inlet and include gated areas that are closed only during flood events. They can alter the stratification and salt intrusion, change sedimentary systems, and curtail animal migration and ecosystem connectivity, with impacts growing larger with increasing gate closures. Existing barriers are being used with increasing frequency due to sea level rise. New barrier proposals typically come with maximum closure frequency recommendations, yet the future adherence to them is uncertain. Given that the broader environmental effects and coupled‐human dynamics of surge barriers are not well‐understood, we present an interdisciplinary research agenda for this increasingly prevalent modification to our coastal zone. Key Points Gated storm surge barriers represent a fundamental change to our coastlines and potentially to ocean‐estuary exchanges They are increasingly being built for coastal protection and closure frequency of existing barriers is increasing with sea level rise Funding of interdisciplinary basic and applied science research is critical to inform billion‐dollar decisions on coastal engineering Rising coastal flood risk and recent disasters are driving interest in the construction of gated storm surge barriers worldwide, with current studies recommending barriers for at least 11 estuaries in the United States alone. Surge barriers partially block estuary-ocean exchange with infrastructure across an estuary or its inlet and include gated areas that are closed only during flood events. They can alter the stratification and salt intrusion, change sedimentary systems, and curtail animal migration and ecosystem connectivity, with impacts growing larger with increasing gate closures. Existing barriers are being used with increasing frequency due to sea level rise. New barrier proposals typically come with maximum closure frequency recommendations, yet the future adherence to them is uncertain. Given that the broader environmental effects and coupled-human dynamics of surge barriers are not well-understood, we present an interdisciplinary research agenda for this increasingly prevalent modification to our coastal zone. Abstract Rising coastal flood risk and recent disasters are driving interest in the construction of gated storm surge barriers worldwide, with current studies recommending barriers for at least 11 estuaries in the United States alone. Surge barriers partially block estuary‐ocean exchange with infrastructure across an estuary or its inlet and include gated areas that are closed only during flood events. They can alter the stratification and salt intrusion, change sedimentary systems, and curtail animal migration and ecosystem connectivity, with impacts growing larger with increasing gate closures. Existing barriers are being used with increasing frequency due to sea level rise. New barrier proposals typically come with maximum closure frequency recommendations, yet the future adherence to them is uncertain. Given that the broader environmental effects and coupled‐human dynamics of surge barriers are not well‐understood, we present an interdisciplinary research agenda for this increasingly prevalent modification to our coastal zone. |
| Author | Chen, Ziyu Orton, Philip Prooijen, Bram Fernald, Sarah Marcell, Kristin Ganju, Neil Secor, David Brooks, Bennett Ralston, David |
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| Snippet | Rising coastal flood risk and recent disasters are driving interest in the construction of gated storm surge barriers worldwide, with current studies... Abstract Rising coastal flood risk and recent disasters are driving interest in the construction of gated storm surge barriers worldwide, with current studies... |
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| SubjectTerms | Animal migration Closures Coastal flooding Coastal zone Cyclones Environmental effects Environmental risk Estuaries Flood risk Floods Interdisciplinary research Interdisciplinary studies Salinity Sea level Sea level rise Sedimentation & deposition Soil erosion Storm surges Tidal waves Wetlands |
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| Title | Increased Utilization of Storm Surge Barriers: A Research Agenda on Estuary Impacts |
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