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• W2767895904 abstract "MEPS Marine Ecology Progress Series Contact the journal Facebook Twitter RSS Mailing List Subscribe to our mailing list via Mailchimp HomeLatest VolumeAbout the JournalEditorsTheme Sections MEPS 587:41-53 (2018) - DOI: https://doi.org/10.3354/meps12409 Biodiversity surveys and stable isotope analyses reveal key differences in intertidal assemblages between tropical seawalls and rocky shores Samantha Lai1, Lynette H. L. Loke1, Tjeerd J. Bouma2, Peter A. Todd1,* 1Experimental Marine Ecology Laboratory, Department of Biological Sciences, National University of Singapore, 14 Science Drive 4, Block S3, #02-05, Singapore 117543 2Department of Spatial Ecology, Royal Netherlands Institute for Sea Research, Korringaweg 7, 4401 NT Yerseke, The Netherlands *Corresponding author: dbspat@nus.edu.sg ABSTRACT: As coastal cities around the world expand, and sea levels and the frequency of storms rise, natural shorelines are steadily being replaced by artificial defences such as seawalls. A growing number of studies have documented the assemblages that inhabit these novel environments, and some have contrasted them against those found in their natural analogues: rocky shores. Most of this work has, however, been conducted in temperate regions, and there is limited research on seawalls in the tropics. To address this, we conducted monthly surveys of adjacent seawall and rocky shores at multiple sites around Singapore for 1 yr. Our results concur with previous temperate studies—artificial seawalls support a lower diversity but share a substantial number of species with rocky shores. Multivariate analyses reveal that assemblage differences were largely driven by species that were found in both habitats (e.g. detritivore Ligia exotica, grazer Monodonta labio and carnivorous whelk Drupella margariticola) but occurred in different abundances. We also conducted (for the first time on seawalls) stable isotope analyses to elucidate the diets of the common species found in both habitats. Turf algae, which were found to be present in significantly lower abundances on seawalls, could possibly contribute substantially to the diets of many dominant herbivores. Future seawall enhancement efforts in the tropics could therefore look into whether enhancing turf algae will improve biodiversity. KEY WORDS: Coastal urbanisation · Artificial structures · Community · Diet · Tropical Full text in pdf format Supplementary material PreviousNextCite this article as: Lai S, Loke LHL, Bouma TJ, Todd PA (2018) Biodiversity surveys and stable isotope analyses reveal key differences in intertidal assemblages between tropical seawalls and rocky shores. Mar Ecol Prog Ser 587:41-53. https://doi.org/10.3354/meps12409 Export citation RSS - Facebook - Tweet - linkedIn Cited by Published in MEPS Vol. 587. Online publication date: January 25, 2018 Print ISSN: 0171-8630; Online ISSN: 1616-1599 Copyright © 2018 Inter-Research." @default.
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• W2767895904 date "2018-01-25" @default.
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• W2767895904 title "Biodiversity surveys and stable isotope analyses reveal key differences in intertidal assemblages between tropical seawalls and rocky shores" @default.
• W2767895904 cites W1480714782 @default.
• W2767895904 cites W1556637991 @default.
• W2767895904 cites W1753199800 @default.
• W2767895904 cites W1754159260 @default.
• W2767895904 cites W1832543218 @default.
• W2767895904 cites W1963840360 @default.
• W2767895904 cites W1964628462 @default.
• W2767895904 cites W1969932961 @default.
• W2767895904 cites W1970354789 @default.
• W2767895904 cites W1975807755 @default.
• W2767895904 cites W1976806282 @default.
• W2767895904 cites W1979446978 @default.
• W2767895904 cites W1979623947 @default.
• W2767895904 cites W1982427336 @default.
• W2767895904 cites W1985157518 @default.
• W2767895904 cites W1985724499 @default.
• W2767895904 cites W1989275057 @default.
• W2767895904 cites W1989719986 @default.
• W2767895904 cites W1994785855 @default.
• W2767895904 cites W1999166171 @default.
• W2767895904 cites W2000941625 @default.
• W2767895904 cites W2001978985 @default.
• W2767895904 cites W2004580780 @default.
• W2767895904 cites W2005473657 @default.
• W2767895904 cites W2007913128 @default.
• W2767895904 cites W2008155988 @default.
• W2767895904 cites W2008597964 @default.
• W2767895904 cites W2011045139 @default.
• W2767895904 cites W2011435702 @default.
• W2767895904 cites W2013895043 @default.
• W2767895904 cites W2016010408 @default.
• W2767895904 cites W2024375215 @default.
• W2767895904 cites W2025750481 @default.
• W2767895904 cites W2027491381 @default.
• W2767895904 cites W2028677942 @default.
• W2767895904 cites W2032045764 @default.
• W2767895904 cites W2035337485 @default.
• W2767895904 cites W2036887825 @default.
• W2767895904 cites W2040064313 @default.
• W2767895904 cites W2042290475 @default.
• W2767895904 cites W2042384335 @default.
• W2767895904 cites W2043415492 @default.
• W2767895904 cites W2047036736 @default.
• W2767895904 cites W2047191005 @default.
• W2767895904 cites W2047391444 @default.
• W2767895904 cites W2048095059 @default.
• W2767895904 cites W2050445843 @default.
• W2767895904 cites W2067494952 @default.
• W2767895904 cites W2071205872 @default.
• W2767895904 cites W2075815788 @default.
• W2767895904 cites W2083760583 @default.
• W2767895904 cites W2084532710 @default.
• W2767895904 cites W2095484302 @default.
• W2767895904 cites W2099053943 @default.
• W2767895904 cites W2105172915 @default.
• W2767895904 cites W2105637182 @default.
• W2767895904 cites W2107154445 @default.
• W2767895904 cites W2109226117 @default.
• W2767895904 cites W2109868247 @default.
• W2767895904 cites W2113181214 @default.
• W2767895904 cites W2113313876 @default.
• W2767895904 cites W2116374977 @default.
• W2767895904 cites W2130231412 @default.
• W2767895904 cites W2138233512 @default.
• W2767895904 cites W2145796355 @default.
• W2767895904 cites W2149386790 @default.
• W2767895904 cites W2160469060 @default.
• W2767895904 cites W2177690839 @default.
• W2767895904 cites W2212017409 @default.
• W2767895904 cites W2314364072 @default.
• W2767895904 cites W2402836365 @default.
• W2767895904 cites W2586971412 @default.
• W2767895904 cites W4253883125 @default.
• W2767895904 doi "https://doi.org/10.3354/meps12409" @default.
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