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• W2885152967 startingPage "219" @default.
• W2885152967 abstract "Worldwide, coastlines are becoming increasingly hardened by infrastructure in response to population growth, need for space, and coastal protection. Coastal and marine infrastructure (CMI) supports fewer species and lower abundance and diversity than analogous natural rocky habitats, which can alter community composition and ecosystem functioning. Efforts to develop ecological engineering solutions that offset these negative consequences on biodiversity while retaining engineering function abound, but to date few studies have investigated the role of multiple factors simultaneously driving patterns of biotic colonisation. Here, the role of surface heterogeneity, chemical composition and surface orientation was evaluated over a 6-month period. An increase in habitat heterogeneity, the replacement of shale for ground oyster shell (cue) and downward orientation was predicted to increase species richness, diversity and abundance. Orientation and heterogeneity greatly affected species richness, abundance, and community composition, and the inclusion of ground oyster shell (cue) increased bivalve recruitment but had only a marginal effect on community structure. Community formation was facilitated by low light but inhibited by sedimentation. On upward-facing surfaces, sediment accumulation on high complexity surfaces expanded niche heterogeneity, and supported communities comprised of burrowing polychaetes and predatory species. Surface orientation and heterogeneity are key factors influencing larval recruitment, and in supporting diverse benthic assemblages on artificial structures. These factors should be considered during the design phase of new engineering projects if the negative consequences of artificial structures are to be minimised while ensuring engineering function is maintained." @default.
• W2885152967 created "2018-08-22" @default.
• W2885152967 creator A5051714882 @default.
• W2885152967 creator A5062037826 @default.
• W2885152967 creator A5083526805 @default.
• W2885152967 date "2018-10-01" @default.
• W2885152967 modified "2023-09-24" @default.
• W2885152967 title "Time-dependent effects of orientation, heterogeneity and composition determines benthic biological community recruitment patterns on subtidal artificial structures" @default.
• W2885152967 cites W1480714782 @default.
• W2885152967 cites W1556637991 @default.
• W2885152967 cites W1753199800 @default.
• W2885152967 cites W1964502709 @default.
• W2885152967 cites W1965747536 @default.
• W2885152967 cites W1966186831 @default.
• W2885152967 cites W1973232629 @default.
• W2885152967 cites W1973685886 @default.
• W2885152967 cites W1974527622 @default.
• W2885152967 cites W1982427336 @default.
• W2885152967 cites W1984604718 @default.
• W2885152967 cites W1985220677 @default.
• W2885152967 cites W1986732103 @default.
• W2885152967 cites W1989277143 @default.
• W2885152967 cites W1992447924 @default.
• W2885152967 cites W1992795141 @default.
• W2885152967 cites W2002246312 @default.
• W2885152967 cites W2005608596 @default.
• W2885152967 cites W2006192978 @default.
• W2885152967 cites W2007617760 @default.
• W2885152967 cites W2007913128 @default.
• W2885152967 cites W2008236000 @default.
• W2885152967 cites W2008597964 @default.
• W2885152967 cites W2009782405 @default.
• W2885152967 cites W2010543830 @default.
• W2885152967 cites W2012322083 @default.
• W2885152967 cites W2012769450 @default.
• W2885152967 cites W2017952878 @default.
• W2885152967 cites W2018142842 @default.
• W2885152967 cites W2022208740 @default.
• W2885152967 cites W2025733883 @default.
• W2885152967 cites W2029716429 @default.
• W2885152967 cites W2031159005 @default.
• W2885152967 cites W2033516133 @default.
• W2885152967 cites W2040207267 @default.
• W2885152967 cites W2042290475 @default.
• W2885152967 cites W2043900304 @default.
• W2885152967 cites W2045992125 @default.
• W2885152967 cites W2048024938 @default.
• W2885152967 cites W2048891072 @default.
• W2885152967 cites W2060793884 @default.
• W2885152967 cites W2073558393 @default.
• W2885152967 cites W2084549418 @default.
• W2885152967 cites W2085333643 @default.
• W2885152967 cites W2088866322 @default.
• W2885152967 cites W2090034662 @default.
• W2885152967 cites W2093710764 @default.
• W2885152967 cites W2094403524 @default.
• W2885152967 cites W2101760002 @default.
• W2885152967 cites W2104372461 @default.
• W2885152967 cites W2109568093 @default.
• W2885152967 cites W2110275592 @default.
• W2885152967 cites W2113926704 @default.
• W2885152967 cites W2114826873 @default.
• W2885152967 cites W2116305548 @default.
• W2885152967 cites W2118360661 @default.
• W2885152967 cites W2119642755 @default.
• W2885152967 cites W2123081534 @default.
• W2885152967 cites W2127276936 @default.
• W2885152967 cites W2130590936 @default.
• W2885152967 cites W2131674164 @default.
• W2885152967 cites W2133087343 @default.
• W2885152967 cites W2135137444 @default.
• W2885152967 cites W2160469060 @default.
• W2885152967 cites W2161211944 @default.
• W2885152967 cites W2166240389 @default.
• W2885152967 cites W2167263616 @default.
• W2885152967 cites W2177690839 @default.
• W2885152967 cites W2265985341 @default.
• W2885152967 cites W2295190630 @default.
• W2885152967 cites W2342930722 @default.
• W2885152967 cites W2562256228 @default.
• W2885152967 cites W2586971412 @default.
• W2885152967 cites W2588942130 @default.
• W2885152967 cites W2689163135 @default.
• W2885152967 cites W2735668499 @default.
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• W2885152967 doi "https://doi.org/10.1016/j.ecoleng.2018.08.013" @default.
• W2885152967 hasPublicationYear "2018" @default.
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