Abstract Although understanding the requisite hydrodynamic habitat for mangrove vegetation is vital for successful restoration efforts, few studies have quantitatively assessed the in-situ tolerance of mangroves to relevant physical forcing mechanisms. In this work, hydrodynamic thresholds for the persistence of mangrove vegetation (Rhizophora mangle, Avicennia germinans, and Laguncularia racemosa) are assessed using a hindcast wind-wave model coupled with a high-resolution shoreline survey, with analysis including 383 km of shoreline located in a microtidal estuary along the Atlantic coast of Florida (north Indian River Lagoon, USA). Observed mangrove distribution patterns were most strongly correlated with the modelled wave climate (p

中文翻译：

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微潮河口泻湖海岸线上红树林植被的水动力栖息地阈值

摘要 尽管了解红树林植被所需的水动力栖息地对于成功恢复工作至关重要，但很少有研究定量评估红树林对相关物理强迫机制的原位耐受性。在这项工作中，使用后报风波模型和高分辨率海岸线调查评估了红树林植被（Rhizophora mangle、Avicennia Germanans 和 Laguncularia racemosa）持久性的水动力阈值，分析包括位于佛罗里达州大西洋沿岸的一个微潮河口（美国北印度河泻湖）。观察到的红树林分布模式与模拟的波浪气候最密切相关（p