HOLISTIC COASTAL RESILIENCY IN THE GALVESTON BAY AREA

The Houston-Galveston area is conceptualizing some of the largest flood defense systems on the planet. The Coastal Texas Study and the Harris County Flood Control District’s proposed tunneling program are both estimated to be in the +$30 billion, first cost, range. Solutions of this large a scale are desperately needed, and we are at the point where we have the political resolve and now need to obtain the financial investment to construct “Texas sized” coastal resilience solutions prior to another devastating event. Advancing the science and keeping these needed projects in the forefront is critical to implementing these projects and protecting those that have less resources and typically live in more vulnerable areas, while also preserving the environment for future generations. In our view, coastal flood risk reduction and equity across resiliency efforts are inherently tied to improved sediment management and other practices plus innovations that can adapt to changing climate threats. Here, we explore a focused series of demonstration projects combined with technical research and development to grow scientific knowledge, awareness, community support, and lower coastal risk by aiding the implementation of billions of dollars in investment already studied and recommended for design and construction. Below is a subset of the existing or ongoing Coastal Storm Surge and Resiliency Studies in the region.

Authors

Publication Details

Journal
Coastal Engineering Proceedings
Published
2025-05-29
DOI
https://doi.org/10.9753/icce.v38.management.15
Primary Topic
Coastal and Marine Management
Type
article
Field-Weighted Citation Impact
0.00
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article

HOLISTIC COASTAL RESILIENCY IN THE GALVESTON BAY AREA

Coraggio Maglio, Jens Figlus, Tony D. Williams
1 links
Coastal Engineering Proceedings
Coastal and Marine Management
article

HOLISTIC COASTAL RESILIENCY IN THE GALVESTON BAY AREA

Coraggio Maglio, Jens Figlus, Tony D. Williams
article en

Abstract

The Houston-Galveston area is conceptualizing some of the largest flood defense systems on the planet. The Coastal Texas Study and the Harris County Flood Control District’s proposed tunneling program are both estimated to be in the +$30 billion, first cost, range. Solutions of this large a scale are desperately needed, and we are at the point where we have the political resolve and now need to obtain the financial investment to construct “Texas sized” coastal resilience solutions prior to another devastating event. Advancing the science and keeping these needed projects in the forefront is critical to implementing these projects and protecting those that have less resources and typically live in more vulnerable areas, while also preserving the environment for future generations. In our view, coastal flood risk reduction and equity across resiliency efforts are inherently tied to improved sediment management and other practices plus innovations that can adapt to changing climate threats. Here, we explore a focused series of demonstration projects combined with technical research and development to grow scientific knowledge, awareness, community support, and lower coastal risk by aiding the implementation of billions of dollars in investment already studied and recommended for design and construction. Below is a subset of the existing or ongoing Coastal Storm Surge and Resiliency Studies in the region.

Coastal Engineering Proceedings(38)
Openalex Percentile: Top 66%
Coastal and Marine Management
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