Engineering and design of the Lightning Point Shoreline Restoration Project in Bayou La Batre, Alabama

Shore & Beach Pub Date : 2021-11-05 DOI:10.34237/1008946
N. Cox, K. Hanegan, J. Hird, Meg Goecker, Katherine Dawson, Mary Kate Brown
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Abstract

Lightning Point, located in Alabama at the confluence of the Bayou La Batre navigation channel and Mississippi Sound, is a culturally and ecologically valuable site with an extensive history of shoreline erosion. Between 1916 and 2019, the shoreline experienced approximately 750 to 1,000 ft of shoreline retreat as a result of severe weather events and anthropogenic causes such as shoreline modification and response efforts related to the Deepwater Horizon oil spill. Moffatt & Nichol worked with The Nature Conservancy to restore the lost habitat and resources through ecology-based engineering and design. The Lightning Point Shoreline Restoration Project is a 1-milelong living shoreline that includes approximately 4,700 ft of segmented, overlapping breakwaters, 40 acres of marsh and upland habitat creation, and 10,000 linear feet of tidal creeks. The project was designed to include a diversity of habitat types (subtidal, intertidal, higher scrub-shrub) and to serve as a resilient restoration solution capable of adapting in the face of sea level rise and increasing storm activity.
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亚拉巴马州巴特尔湾闪电点海岸线修复工程的工程设计
闪电点位于亚拉巴马州的拉巴特湾(Bayou La Batre)航道和密西西比海湾的交汇处,是一个具有文化和生态价值的地点,有着广泛的海岸线侵蚀历史。在1916年至2019年期间,由于恶劣天气事件和人为原因(如海岸线改造和与深水地平线石油泄漏相关的响应工作),海岸线经历了大约750至1000英尺的海岸线退缩。Moffatt & Nichol与大自然保护协会合作,通过基于生态的工程和设计来恢复失去的栖息地和资源。闪电点海岸线恢复项目是一个1英里长的活海岸线,包括大约4700英尺的分段,重叠的防波堤,40英亩的沼泽和高地栖息地,以及10,000英尺的潮汐溪流。该项目旨在包括多种栖息地类型(潮下、潮间带、较高的灌木-灌木),并作为一个有弹性的恢复解决方案,能够适应海平面上升和日益增加的风暴活动。
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Supplemental Online Materials: The impacts of climate change on surfing resources Engineering and design of the Lightning Point Shoreline Restoration Project in Bayou La Batre, Alabama Tidal marsh restoration at Blackwater National Wildlife Refuge, Maryland: A case study in thin-layer placement Thin layer placement for marsh enhancement: Planning, design, construction, and monitoring considerations Evaluating direct and strategic placement of dredged material for marsh restoration through model simulations
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