The Feedback from a Beach Berm during Post-Storm Recovery and How to Improve the Berm’s Restorative Efficiency

The efficiency of beach recovery during a time of moderate waves following storm waves is closely related to the interaction between dynamics, sediment, and the landform. The existing studies mainly focus on the description of erosion and accretion characteristics, while the response and feedback me...

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Published inWater (Basel) Vol. 16; no. 14; p. 1955
Main Authors Zhu, Yu, Zhou, Yingtao, Zeng, Weite, Feng, Weibing, Jiang, Yuanshu
Format Journal Article
LanguageEnglish
Published Basel MDPI AG 01.07.2024
Subjects
Analysis
Beaches
China
Coasts
Efficiency
landforms
mathematical models
Methods
Sediments
Shorelines
Soil erosion
Storm surges
Storms
water
Zhu Yu
China
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Abstract The efficiency of beach recovery during a time of moderate waves following storm waves is closely related to the interaction between dynamics, sediment, and the landform. The existing studies mainly focus on the description of erosion and accretion characteristics, while the response and feedback mechanism of beach berm sediment have not been elucidated. The main controlling factors of recovery efficiency are not clear. In this paper, field observation and the XBeach numerical model are utilized on the sandy beach in Puqian Bay, China, to capture high-frequency cross-shore data during the post-storm recovery period. The variation characteristics and rules of berm elements, including berm ridge height and slope on two sides of the berm ridge, are analyzed. It is observed that the berm constantly changes to adapt to dynamic conditions. Additionally, a correlation between volume change and certain landform parameters is proposed, leading to the identification of a new relationship in wave run-up. The new forum reflects berm influence and considers the berm ridge and berm width.
AbstractList The efficiency of beach recovery during a time of moderate waves following storm waves is closely related to the interaction between dynamics, sediment, and the landform. The existing studies mainly focus on the description of erosion and accretion characteristics, while the response and feedback mechanism of beach berm sediment have not been elucidated. The main controlling factors of recovery efficiency are not clear. In this paper, field observation and the XBeach numerical model are utilized on the sandy beach in Puqian Bay, China, to capture high-frequency cross-shore data during the post-storm recovery period. The variation characteristics and rules of berm elements, including berm ridge height and slope on two sides of the berm ridge, are analyzed. It is observed that the berm constantly changes to adapt to dynamic conditions. Additionally, a correlation between volume change and certain landform parameters is proposed, leading to the identification of a new relationship in wave run-up. The new forum reflects berm influence and considers the berm ridge and berm width.
Audience Academic
Author Zhu, Yu
Zeng, Weite
Zhou, Yingtao
Feng, Weibing
Jiang, Yuanshu
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RelatedPersons Zhu Yu
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Snippet The efficiency of beach recovery during a time of moderate waves following storm waves is closely related to the interaction between dynamics, sediment, and...
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StartPage 1955
SubjectTerms Analysis
Beaches
China
Coasts
Efficiency
landforms
mathematical models
Methods
Sediments
Shorelines
Soil erosion
Storm surges
Storms
water
Zhu Yu
Title The Feedback from a Beach Berm during Post-Storm Recovery and How to Improve the Berm’s Restorative Efficiency
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