Mangroves can function as a 'bio-shield'to protect coastal communities from harsh
environments because of their strong ability to attenuate wave energy. However, as …

As the frequency and intensity of storms increase, a growing need exists for resilient shore
protection techniques that have both environmental and economic benefits. In addition to …

作为河, 湖以及滨海湿地生态系统中必不可少的组成部分ꎬ 水生植被具有重要的生态服务价值ꎬ
且许多生态服务价值是通过改变水体动力条件实现的ꎮ 含植被水流研究不仅可用于科学阐明 …

Seagrass restoration can be promoted through the use of artificial seagrass (ASG).
However, there is no guideline for ASG design, which requires a sound understanding of the …

Quantitative investigation of wave attenuation by flexible vegetation is an increasingly
prominent area in wave mechanics. Given that the existing XBeach non-hydrostatic wave …

Two‐dimensional mean wave‐driven flow and setup dynamics were investigated at a reef‐
lagoon system at Ningaloo Reef, Western Australia, using the numerical wave‐flow model …

In this study, we have developed a two-way fully coupled hydrodynamic-vegetation model
that includes a spatially and temporally variable drag coefficient of flexible submerged …

Engineered and natural submerged coastal structures (eg, submerged breakwaters and
reefs) modify incident wave fields and thus can alter hydrodynamic processes adjacent to …

Flow within submerged canopies influences the transport of nutrients, sediment, pollutants,
plant seeds and the settlement of larvae. To improve our understanding of mass transport …

Coastal canopies formed by aquatic vegetation can significantly modify nearshore wave
processes, which has motivated numerous laboratory and field studies investigating how …