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Long-term performance of seagrass restoration projects in Florida USA

机译:美国佛罗里达州海草修复项目的长期绩效

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摘要

Seagrass restoration is a common tool for ecosystem service enhancement and compensatory mitigation for habitat loss. However, little is known about the long-term performance of these projects. We identified seagrass restoration projects by reviewing historic permitting documents, monitoring reports, and studies conducted in Florida, USA, most of which have not been cited previously in peer-reviewed literature. We then revisited 33 seagrass restorations ranging in age from 3 to 32 years to compare seagrass percent cover, species diversity, and community structure in restored and contemporary reference seagrass beds. We found that 88% of restoration projects continued to support seagrass and, overall, restored percent cover values were 37% lower than references. Community composition and seagrass percent cover differed from references in projects categorized as sediment modification and transplant restorations, whereas all vessel damage repair projects achieved reference condition. Seagrass diversity was similar between restored and reference beds, except for sediment modification projects, for which diversity was significantly lower than in reference beds. Results indicate that restored seagrass beds in Florida, once established, often exhibit long-term persistence. Our study highlights the benefit of identifying and surveying historic restorations to address knowledge gaps related to the performance and long-term fate of restored seagrass beds.
机译:恢复海草是增强生态系统服务和减轻栖息地损失的补偿性手段。但是,对于这些项目的长期性能知之甚少。我们通过审查历史性许可文件,监测报告以及在美国佛罗里达州进行的研究,确定了海草修复项目,而大多数文献以前都没有在同行评审的文献中引用。然后,我们重新审视了3到32岁不等的33个海草修复体,以比较修复后的和现代参考海草床中的海草覆盖率,物种多样性和群落结构。我们发现88%的恢复项目继续支持海草,总体而言,恢复的覆盖率百分比比参考值低37%。社区组成和海草覆盖率与分类为沉积物改良和移植修复的项目中的参考文献不同,而所有船只损害修复项目均达到参考条件。恢复的床层和参考层之间的海草多样性相似,但底泥改良项目除外,因为后者的多样性明显低于参考层。结果表明,佛罗里达州恢复的海草床一旦建立,通常会表现出长期的持久性。我们的研究强调了识别和调查历史修复物的优势,以解决与修复后的海草床的性能和长期命运有关的知识空白。

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