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首页> 外文期刊>Global Ecology and Conservation >Decapod assemblages in subtidal and intertidal zones—Importance of scuba diving as a survey technique in tropical reefs, Brazil
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Decapod assemblages in subtidal and intertidal zones—Importance of scuba diving as a survey technique in tropical reefs, Brazil

机译:潮间带和潮间带的十足动物组合—水肺潜水作为一种调查手段在巴西热带珊瑚礁中的重要性

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Abstract Decapods play a crucial role within the reef ecosystem and the development of scuba diving as a survey tool has allowed researchers the opportunity to study the decapod–reef relationship more comprehensively. The present study describes the differences in decapod assemblages in intertidal and subtidal zones at a tropical coastal reef system in the southwestern Atlantic Ocean and reports the importance of scuba diving as a survey technique. A total of 71 decapods were recorded during the research; 42 in the intertidal zone mainly formed by small endobenthic species and 39 in the subtidal zone primarily large species only 10 were found to frequent both sample zones. The study extends the range of Brachycarpusholthuisi Fausto Filho 1966 in Brazil; and also demonstrates how scuba diving can be used to complement traditional methodologies and vice versa. The research shows the advantages of using scuba diving when studying trade endangered decapods, as the methodology allows access to cryptic habitats such as reef caves and underwater cavities which were inaccessible when using traditional techniques. In conclusion scuba diving represents a revolutionary non-destructive survey tool allowing the researcher to directly access a specific decapod assemblage in fragile reef environments and in protected marine areas.
机译:摘要十足动物在礁石生态系统中起着至关重要的作用,水肺潜水的发展已成为一种调查工具,它使研究人员有机会更全面地研究十足动物与礁石之间的关系。本研究描述了西南大西洋热带沿海珊瑚礁系统中潮间带和潮间带的十足动物组合的差异,并报告了水肺潜水作为一种调查技术的重要性。在研究过程中总共记录了71个十足动物。在潮间带中有42个主要由小的内底栖动物组成,在潮下带中有39个主要是大型底栖动物,只有10个被发现同时出现在两个采样区。该研究扩大了巴西的Brachycarpusholthuisi Fausto Filho 1966的研究范围。并且还演示了如何使用水肺潜水来补充传统方法,反之亦然。研究表明,在研究濒临灭绝的十足动物时,使用水肺潜水是有优势的,因为该方法可以进入使用传统技术无法接近的隐性栖息地,例如礁石洞穴和水下洞穴。总之,水肺潜水是一种革命性的非破坏性调查工具,可让研究人员直接在脆弱的礁石环境中和受保护的海洋区域中使用特定的十足动物组合。

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