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Ecology and diversity of Mediterranean hard-bottom Syllidae (Annelida): a community-level approach

机译:地中海底栖菜科(Annelida)的生态和多样性:社区一级的方法

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The Syllidae are geographically widespread polychaetes, particularly diverse and abundant on marine hard bottoms and in seagrass meadows. Hydrodynamics, habitat complexity and biological traits are hypothesized to influence syllid bathymetric distribution. Little is known about the consistency of, or variation in, horizontal distribution patterns with varying depth. I analyzed hard-bottom Syllidae at 2 depths (1.5 and 5 m) at the scale of 1000s of metres, located around the Torre Guaceto marine protected area (MPA) (SE Italy) in order to (1) quantify syllid diversity and abundance, (2) describe their distribution pattern and (3) identify potentially important factors influencing their distribution. The Syllidae were dominant and highly diverse, and new bio-geographic records were reported. Horizontal distribution patterns changed with depth, being more variable at 1.5 than 5 m. The presence of the MPA had little effect on alongshore variation in individual species abundance and assemblage structure. Contrary to expectations, there was no consistent relationship between Syllidae distribution and habitat-forming algal species. In contrast, syllid abundance varied with that of other invertebrates, suggesting that future research should focus on the role of interspecific interactions in syllid ecology. Syllidae are a highly diversified and widespread taxon that deserves special attention when analyzing biodiversity patterns of hard-bottom benthic communities.
机译:锡兰科是地理上广泛的多毛鱼类,在海洋硬底和海草草地上特别多样且丰富。假设流体力学,生境复杂性和生物学特性会影响滑坡测深分布。随深度变化的水平分布模式的一致性或变化知之甚少。我分析了位于托雷·瓜塞托海洋保护区(MPA)(意大利东南部)周围2个深度(1.5和5 m)的硬底锡兰(1.5和5 m),以量化(1)锡兰的多样性和丰度, (2)描述其分布方式,(3)确定影响其分布的潜在重要因素。茜草科占主导地位且高度多样,据报道有新的生物地理记录。水平分布模式随深度而变化,在1.5比5 m处变化更大。 MPA的存在对沿岸物种个体丰度和组合结构的变化影响很小。与预期相反,西丽科的分布与形成栖息地的藻类之间没有一致的关系。相比之下,沙棘的丰度与其他无脊椎动物的丰度不同,这表明未来的研究应侧重于物种间相互作用在沙棘生态中的作用。茜草科是高度多样化和广泛分布的分类单元,在分析硬底底栖生物群落的生物多样性模式时应特别注意。

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