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Assessing mesophotic coral ecosystems inside and outside a Caribbean marine protected area

机译:评估加勒比海洋保护区内外的中生珊瑚生态系统

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摘要

Widespread shallow coral reef loss has led to calls for more holistic approaches to coral reef management, requiring inclusion of ecosystems interacting with shallow coral reefs in management plans. Yet, almost all current reef management is biased towards shallow reefs, and overlooks that coral reefs extend beyond shallow waters to mesophotic coral ecosystems (MCEs; 30–150 m). We present the first detailed quantitative characterization of MCEs off Cozumel, Mexico, on the northern Mesoamerican Reef in the Mexican Caribbean, and provide insights into their general state. We documented MCE biodiversity, and assessed whether MCEs adjacent to a major town and port, where coastal development has caused shallow reef damage, have similar benthic and fish communities to MCEs within a National Park. Our results show that overall MCE communities are similar regardless of protection, though some taxa-specific differences exist in benthic communities between sites within the MPA and areas outside. Regardless of protection and location, and in contrast to shallow reefs, all observed Cozumel MCEs were continuous reefs with the main structural habitat complexity provided by calcareous macroalgae, sponges, gorgonians and black corals. Hard corals were present on MCEs, although at low abundance. We found that 42.5% of fish species recorded on Cozumel could be found on both shallow reefs and MCEs, including 39.6% of commercially valuable fish species. These results suggest that MCEs could play an important role in supporting fish populations. However, regardless of protection and depth, we found few large-body fishes (greater than 500 mm), which were nearly absent at all studied sites. Cozumel MCEs contain diverse benthic and fish assemblages, including commercially valuable fisheries species and ecosystem engineers, such as black corals. Because of their inherent biodiversity and identified threats, MCEs should be incorporated into shallow-reef-focused Cozumel National Park management plan.
机译:广泛的浅层珊瑚礁丧失导致对珊瑚礁管理采取更全面的方法的呼吁,要求在管理计划中纳入与浅层珊瑚礁相互作用的生态系统。但是,目前几乎所有的珊瑚礁管理都偏向浅礁,而忽视了珊瑚礁从浅水延伸到中生珊瑚生态系统(MCE; 30-150 m)。我们介绍了墨西哥科苏梅尔海域墨西哥中北部北部中美洲珊瑚礁上MCE的第一个详细的定量表征,并提供了对其总体状态的见解。我们记录了MCE的生物多样性,并评估了沿海开发对浅礁造成破坏的主要城镇和港口附近的MCE是否具有与国家公园内的MCE相似的底栖生物和鱼类群落。我们的研究结果表明,尽管MPA内外的底栖生物群落之间存在某些分类单元差异,但无论受到何种保护,整个MCE群落都是相似的。不论保护和位置如何,与浅礁相比,所有观察到的科苏梅尔MCE都是连续礁,其主要结构生境复杂性由钙质大型藻类,海绵,石gor和黑珊瑚提供。 MCE上存在坚硬的珊瑚,尽管数量很少。我们发现在科苏梅尔记录的鱼类中有42.5%可以在浅礁和MCE上找到,包括39.6%的商业上有价值的鱼类。这些结果表明,MCEs在支持鱼类种群中可能发挥重要作用。但是,无论保护和深度如何,我们都发现很少有大体鱼类(大于500毫米),而在所有研究地点几乎都没有这种鱼类。 Cozumel MCE包含多种底栖生物和鱼类,包括具有商业价值的渔业物种和生态系统工程师,例如黑珊瑚。由于其固有的生物多样性和已查明的威胁,应将MCE纳入以浅礁为重点的考祖梅国家公园管理计划中。

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