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Marsh plants are typically composed of leaves attached to a central stem. Both the leaves and the stem are flexible and contribute to wave attenuation. This study developed a model to predict wave damping within a marsh based on a simple representation of the wave‐induced drag on an individual, flexible marsh plant. Specifically, the drag force on the leaves and the stem was represented separately...
Many aquatic plants are flexible and bend in response to current. This reconfiguration can reduce the drag on the plant, both by reducing the frontal area and by creating a more streamlined shape. Previous studies have considered how the buoyancy and rigidity of a plant impact the drag reduction. This study additionally considered how reconfiguration impacts the sheltering between leaves on a plant...
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