Matches in SemOpenAlex for { <https://semopenalex.org/work/W3204647940> ?p ?o ?g. }
- W3204647940 endingPage "14280" @default.
- W3204647940 startingPage "14269" @default.
- W3204647940 abstract "Globally, the consumption of coastal fish is the predominant source of human exposure to methylmercury, a potent neurotoxicant that poses health risks to humans. However, the relative importance of riverine inputs and atmospheric deposition of mercury into coastal oceans remains uncertain owing to a lack of riverine mercury observations. Here, we present comprehensive seasonal observations of riverine mercury and methylmercury loads, including dissolved and particulate phases, to East Asia's coastal oceans, which supply nearly half of the world's seafood products. We found that East Asia's rivers annually exported 95 ± 29 megagrams of mercury to adjacent seas, 3-fold greater than the corresponding atmospheric deposition. Three rivers alone accounted for 71% of East Asia's riverine mercury exports, namely: Yangtze, Yellow, and Pearl rivers. We further conducted a metadata analysis to discuss the mercury burden on seawater and found that riverine export, combined with atmospheric deposition and terrestrial nutrients, quantitatively elevated the levels of total, methylated, and dissolved gaseous mercury in seawater by an order of magnitude. Our observations support that massive amounts of riverine mercury are exported to coastal oceans on a continental scale, intensifying their spread from coastal seawater to the atmosphere, marine sediments, and open oceans. We suggest that the impact of mercury transport along the land-ocean aquatic continuum should be considered in human exposure risk assessments." @default.
- W3204647940 created "2021-10-11" @default.
- W3204647940 creator A5002362678 @default.
- W3204647940 creator A5010908422 @default.
- W3204647940 creator A5012324763 @default.
- W3204647940 creator A5016899347 @default.
- W3204647940 creator A5025997311 @default.
- W3204647940 creator A5028736731 @default.
- W3204647940 creator A5036818705 @default.
- W3204647940 creator A5052002532 @default.
- W3204647940 creator A5071021196 @default.
- W3204647940 creator A5077980120 @default.
- W3204647940 creator A5081611476 @default.
- W3204647940 creator A5084539496 @default.
- W3204647940 creator A5085850141 @default.
- W3204647940 date "2021-10-07" @default.
- W3204647940 modified "2023-10-14" @default.
- W3204647940 title "Observation-Based Mercury Export from Rivers to Coastal Oceans in East Asia" @default.
- W3204647940 cites W1620813043 @default.
- W3204647940 cites W1620997547 @default.
- W3204647940 cites W1865851020 @default.
- W3204647940 cites W1951724000 @default.
- W3204647940 cites W1965396984 @default.
- W3204647940 cites W1975630899 @default.
- W3204647940 cites W1987988199 @default.
- W3204647940 cites W1997446431 @default.
- W3204647940 cites W2002302655 @default.
- W3204647940 cites W2004672892 @default.
- W3204647940 cites W2013983568 @default.
- W3204647940 cites W2025748405 @default.
- W3204647940 cites W2027712647 @default.
- W3204647940 cites W2051663919 @default.
- W3204647940 cites W2052268561 @default.
- W3204647940 cites W2056636229 @default.
- W3204647940 cites W2062595876 @default.
- W3204647940 cites W2064317234 @default.
- W3204647940 cites W2065349798 @default.
- W3204647940 cites W2067275165 @default.
- W3204647940 cites W2070370343 @default.
- W3204647940 cites W2073828634 @default.
- W3204647940 cites W2077814094 @default.
- W3204647940 cites W2105322370 @default.
- W3204647940 cites W2125605275 @default.
- W3204647940 cites W2133377555 @default.
- W3204647940 cites W2144671881 @default.
- W3204647940 cites W2164325500 @default.
- W3204647940 cites W2166015331 @default.
- W3204647940 cites W2203505791 @default.
- W3204647940 cites W2223711942 @default.
- W3204647940 cites W2298596790 @default.
- W3204647940 cites W2322982807 @default.
- W3204647940 cites W2411003423 @default.
- W3204647940 cites W2414471262 @default.
- W3204647940 cites W2474276466 @default.
- W3204647940 cites W2538837821 @default.
- W3204647940 cites W2581807008 @default.
- W3204647940 cites W2583684450 @default.
- W3204647940 cites W2583727975 @default.
- W3204647940 cites W2585418303 @default.
- W3204647940 cites W2585745483 @default.
- W3204647940 cites W2609956992 @default.
- W3204647940 cites W2774765269 @default.
- W3204647940 cites W2783224868 @default.
- W3204647940 cites W2783535228 @default.
- W3204647940 cites W2791257893 @default.
- W3204647940 cites W2801027379 @default.
- W3204647940 cites W2803845970 @default.
- W3204647940 cites W2886800836 @default.
- W3204647940 cites W2890430207 @default.
- W3204647940 cites W2899978272 @default.
- W3204647940 cites W2902839449 @default.
- W3204647940 cites W29173089 @default.
- W3204647940 cites W2930259662 @default.
- W3204647940 cites W2953905517 @default.
- W3204647940 cites W2970448896 @default.
- W3204647940 cites W2971566549 @default.
- W3204647940 cites W2990139933 @default.
- W3204647940 cites W2995189342 @default.
- W3204647940 cites W3003815438 @default.
- W3204647940 cites W3009120236 @default.
- W3204647940 cites W3011032848 @default.
- W3204647940 cites W3018292680 @default.
- W3204647940 cites W3024653562 @default.
- W3204647940 cites W3043551052 @default.
- W3204647940 cites W3048518281 @default.
- W3204647940 cites W3186094908 @default.
- W3204647940 doi "https://doi.org/10.1021/acs.est.1c03755" @default.
- W3204647940 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34618428" @default.
- W3204647940 hasPublicationYear "2021" @default.
- W3204647940 type Work @default.
- W3204647940 sameAs 3204647940 @default.
- W3204647940 citedByCount "13" @default.
- W3204647940 countsByYear W32046479402022 @default.
- W3204647940 countsByYear W32046479402023 @default.
- W3204647940 crossrefType "journal-article" @default.
- W3204647940 hasAuthorship W3204647940A5002362678 @default.
- W3204647940 hasAuthorship W3204647940A5010908422 @default.
- W3204647940 hasAuthorship W3204647940A5012324763 @default.