The location of offshore wave power devices structures epifaunal assemblages

Olivia Langhamer
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引用次数: 9

Abstract

With large-scale development of offshore wave power conversion, artificial structures become more common in the open sea. To examine how wave power devices may be colonized by epifaunal organisms, 21 concrete foundations used for anchoring wave power generators were studied during two years, 2007 and 2008. The foundations were placed in two different clusters, located north and south within the Lysekil test site at the Swedish west coast. The degree to which early recruits covered the foundations and the succession of epibenthic communities were documented during two years. A succession in colonization over time was observed, with a higher degree of cover in the northern location. Furthermore, the northern location showed an increase in number of individuals, number of species and in Shannon-Wiener diversity in 2008. Dominant organisms on the foundations were the serpulid tubeworms (Pomatoceros triqueter) and barnacles (Balanus sp.). This comprehensive large-scale study about succession and colonization patterns on wave power foundations suggests that the location of wave energy devices affects colonization patterns. This gives indications on settlement patterns on already operating and planned offshore wave power parks further off the coasts.

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近海波浪能装置的位置构成了海底组合
随着近海波浪能转换的大规模发展,人工结构在远海中越来越普遍。为了研究波浪能装置如何被脚底生物占领,在2007年和2008年的两年中,研究了21个用于锚定波浪能发电机的混凝土基础。这些地基被放置在两个不同的集群中,分别位于瑞典西海岸Lysekil试验场的北部和南部。在两年的时间里,记录了早期招募者覆盖基础和底栖生物群落演替的程度。随着时间的推移,人们观察到殖民地的继承,北部地区的覆盖程度更高。此外,2008年北部生境的个体数、种类数和Shannon-Wiener多样性均有所增加。基础上的优势生物是蛇形管虫(Pomatoceros triqueter)和藤壶(Balanus sp.)。这项关于波浪能基础上的演替和殖民模式的综合大规模研究表明,波浪能装置的位置影响着殖民模式。这表明,在离海岸更远的地方,已经在运行和计划中的近海波浪发电公园的沉降模式。
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