FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2918150692> ?p ?o ?g. }

• W2918150692 endingPage "221" @default.
• W2918150692 startingPage "208" @default.
• W2918150692 abstract "Metallic and organic pollutants constitute a serious threat for coral reef ecosystems, potentially affecting a great number of species interacting within complex trophodynamic processes. Pesticides, PCBs and trace elements were measured on coral reef communities of three Pacific islands (Moorea, Wallis and New Caledonia) in relation with δ15N values, a proxy of trophic level. Several potential sources of organic matter, benthic invertebrates and fish belonging to various trophic strategies were sampled at each island. Wallis and New Caledonia displayed, respectively, the highest concentrations of pesticides and trace elements. In the three islands, most trace element concentrations (Cd, Co, Cr, Cu, Fe, Mn, Ni, Pb, and V) decreased when δ15N was rising (i.e. bioreduction), whereas Hg and Se biomagnified with increasing δ15N values. Only few trace elements in some islands did not show any significant trend in relation with δ15N (i.e., Ag in New Caledonia, Zn in Wallis and As plus Zn in Moorea). PCBs concentrations showed a significant bioreduction in New Caledonia and in Moorea, but a significant biomagnification in Wallis. Aldrin and heptachlor were the only pesticides to show a similar significant bioreduction in the three islands. Other pesticides, such as chlordecone, diazinon, endosulfan I and II, heptachlor-epoxide A and B, lindane and pp′-DDE displayed contrasted patterns (e.g. chlordecone significantly biomagnified in New Caledonia, significantly bioreduced in Wallis and did not displayed any significant trend in Moorea). Finally, for unclear reasons, Moorea displayed only negative significant correlations between δ15N and all pesticides (except pp′-DDT). Our results highlight that trophic level, here assessed through δ15N values, is a good predictor of metallic trace elements biomagnification or bioreduction in coral reef organisms. However, at large spatial scale, trophic level relevance to predict pesticides and PCBs biomagnification or bioreduction should be considered with caution and studied in close relation with local characteristics." @default.
• W2918150692 created "2019-03-02" @default.
• W2918150692 creator A5005990344 @default.
• W2918150692 creator A5014136528 @default.
• W2918150692 creator A5022362734 @default.
• W2918150692 creator A5029427565 @default.
• W2918150692 creator A5032869500 @default.
• W2918150692 creator A5052204874 @default.
• W2918150692 creator A5055659479 @default.
• W2918150692 creator A5090497495 @default.
• W2918150692 date "2019-06-01" @default.
• W2918150692 modified "2023-10-17" @default.
• W2918150692 title "Does trophic level drive organic and metallic contamination in coral reef organisms?" @default.
• W2918150692 cites W1489566947 @default.
• W2918150692 cites W1969804536 @default.
• W2918150692 cites W1973355976 @default.
• W2918150692 cites W1977488606 @default.
• W2918150692 cites W1982018405 @default.
• W2918150692 cites W1982755608 @default.
• W2918150692 cites W1982859329 @default.
• W2918150692 cites W1984883404 @default.
• W2918150692 cites W1990206681 @default.
• W2918150692 cites W1994387974 @default.
• W2918150692 cites W1994726327 @default.
• W2918150692 cites W1995410799 @default.
• W2918150692 cites W1996284382 @default.
• W2918150692 cites W2001218771 @default.
• W2918150692 cites W2007370532 @default.
• W2918150692 cites W2010140847 @default.
• W2918150692 cites W2013793093 @default.
• W2918150692 cites W2014363430 @default.
• W2918150692 cites W2014388613 @default.
• W2918150692 cites W2014622060 @default.
• W2918150692 cites W2019042310 @default.
• W2918150692 cites W2021524639 @default.
• W2918150692 cites W2022468455 @default.
• W2918150692 cites W2025009209 @default.
• W2918150692 cites W2033227371 @default.
• W2918150692 cites W2036137238 @default.
• W2918150692 cites W2052008513 @default.
• W2918150692 cites W2057745349 @default.
• W2918150692 cites W2059005390 @default.
• W2918150692 cites W2059334632 @default.
• W2918150692 cites W2064114742 @default.
• W2918150692 cites W2064921674 @default.
• W2918150692 cites W2067506830 @default.
• W2918150692 cites W2067882959 @default.
• W2918150692 cites W2071708329 @default.
• W2918150692 cites W2073142434 @default.
• W2918150692 cites W2074040511 @default.
• W2918150692 cites W2074723821 @default.
• W2918150692 cites W2075747243 @default.
• W2918150692 cites W2078527697 @default.
• W2918150692 cites W2079297867 @default.
• W2918150692 cites W2089580817 @default.
• W2918150692 cites W2094813786 @default.
• W2918150692 cites W2103452337 @default.
• W2918150692 cites W2107373698 @default.
• W2918150692 cites W2125359056 @default.
• W2918150692 cites W2126132266 @default.
• W2918150692 cites W2131464118 @default.
• W2918150692 cites W2137809770 @default.
• W2918150692 cites W2141084304 @default.
• W2918150692 cites W2142204783 @default.
• W2918150692 cites W2146444821 @default.
• W2918150692 cites W2149665539 @default.
• W2918150692 cites W2150865017 @default.
• W2918150692 cites W2156026616 @default.
• W2918150692 cites W2160229548 @default.
• W2918150692 cites W2169615677 @default.
• W2918150692 cites W2175946383 @default.
• W2918150692 cites W2293305642 @default.
• W2918150692 cites W2396677326 @default.
• W2918150692 cites W2463118481 @default.
• W2918150692 cites W2558569329 @default.
• W2918150692 cites W2614658888 @default.
• W2918150692 cites W2770555371 @default.
• W2918150692 cites W2790963794 @default.
• W2918150692 cites W2796028754 @default.
• W2918150692 cites W2804285810 @default.
• W2918150692 cites W797252126 @default.
• W2918150692 doi "https://doi.org/10.1016/j.scitotenv.2019.02.311" @default.
• W2918150692 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30831362" @default.
• W2918150692 hasPublicationYear "2019" @default.
• W2918150692 type Work @default.
• W2918150692 sameAs 2918150692 @default.
• W2918150692 citedByCount "15" @default.
• W2918150692 countsByYear W29181506922019 @default.
• W2918150692 countsByYear W29181506922020 @default.
• W2918150692 countsByYear W29181506922021 @default.
• W2918150692 countsByYear W29181506922022 @default.
• W2918150692 countsByYear W29181506922023 @default.
• W2918150692 crossrefType "journal-article" @default.
• W2918150692 hasAuthorship W2918150692A5005990344 @default.
• W2918150692 hasAuthorship W2918150692A5014136528 @default.
• W2918150692 hasAuthorship W2918150692A5022362734 @default.
• W2918150692 hasAuthorship W2918150692A5029427565 @default.
• W2918150692 hasAuthorship W2918150692A5032869500 @default.

• next