FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2997674033> ?p ?o ?g. }

• W2997674033 endingPage "121967" @default.
• W2997674033 startingPage "121967" @default.
• W2997674033 abstract "Peatlands are globally important ecosystems where inorganic mercury is converted to bioaccumulating and highly toxic methylmercury, resulting in high risks of methylmercury exposure in adjacent aquatic ecosystems. Although biological mercury methylation has been known for decades, there is still a lack of knowledge about the organisms involved in mercury methylation and the drivers controlling their methylating capacity. In order to investigate the metabolisms responsible for mercury methylation and methylmercury degradation as well as the controls of both processes, we studied a chronosequence of boreal peatlands covering fundamentally different biogeochemical conditions. Potential mercury methylation rates decreased with peatland age, being up to 53 times higher in the youngest peatland compared to the oldest. Methylation in young mires was driven by sulfate reduction, while methanogenic and syntrophic metabolisms became more important in older systems. Demethylation rates were also highest in young wetlands, with a gradual shift from biotic to abiotic methylmercury degradation along the chronosequence. Our findings reveal how metabolic shifts drive mercury methylation and its ratio to demethylation as peatlands age." @default.
• W2997674033 created "2020-01-10" @default.
• W2997674033 creator A5004332250 @default.
• W2997674033 creator A5009221038 @default.
• W2997674033 creator A5012758282 @default.
• W2997674033 creator A5014076471 @default.
• W2997674033 creator A5017477753 @default.
• W2997674033 creator A5020488635 @default.
• W2997674033 creator A5037912770 @default.
• W2997674033 creator A5048982675 @default.
• W2997674033 creator A5049049521 @default.
• W2997674033 creator A5057055718 @default.
• W2997674033 creator A5060344167 @default.
• W2997674033 creator A5060802837 @default.
• W2997674033 date "2020-04-01" @default.
• W2997674033 modified "2023-10-18" @default.
• W2997674033 title "Shifts in mercury methylation across a peatland chronosequence: From sulfate reduction to methanogenesis and syntrophy" @default.
• W2997674033 cites W1507055832 @default.
• W2997674033 cites W1584650979 @default.
• W2997674033 cites W1862122927 @default.
• W2997674033 cites W1894172353 @default.
• W2997674033 cites W1922589098 @default.
• W2997674033 cites W1974723174 @default.
• W2997674033 cites W1977387164 @default.
• W2997674033 cites W1981036332 @default.
• W2997674033 cites W1994359868 @default.
• W2997674033 cites W1996421412 @default.
• W2997674033 cites W2002188020 @default.
• W2997674033 cites W2004999616 @default.
• W2997674033 cites W2005572983 @default.
• W2997674033 cites W2018727681 @default.
• W2997674033 cites W2021911332 @default.
• W2997674033 cites W2027476121 @default.
• W2997674033 cites W2029683886 @default.
• W2997674033 cites W2031070866 @default.
• W2997674033 cites W2037102663 @default.
• W2997674033 cites W2041689353 @default.
• W2997674033 cites W2049586153 @default.
• W2997674033 cites W2049758681 @default.
• W2997674033 cites W2059589032 @default.
• W2997674033 cites W2066509682 @default.
• W2997674033 cites W2067275165 @default.
• W2997674033 cites W2082304859 @default.
• W2997674033 cites W2083544192 @default.
• W2997674033 cites W2086612383 @default.
• W2997674033 cites W2091719706 @default.
• W2997674033 cites W2104691866 @default.
• W2997674033 cites W2109852986 @default.
• W2997674033 cites W2122001860 @default.
• W2997674033 cites W2125860091 @default.
• W2997674033 cites W2144874357 @default.
• W2997674033 cites W2145678161 @default.
• W2997674033 cites W2146102154 @default.
• W2997674033 cites W2162774718 @default.
• W2997674033 cites W2165751990 @default.
• W2997674033 cites W2166608740 @default.
• W2997674033 cites W2323128186 @default.
• W2997674033 cites W2329639364 @default.
• W2997674033 cites W2767957309 @default.
• W2997674033 cites W2782567474 @default.
• W2997674033 cites W2791683349 @default.
• W2997674033 cites W2794551233 @default.
• W2997674033 cites W2896618449 @default.
• W2997674033 cites W2897305991 @default.
• W2997674033 cites W2945745476 @default.
• W2997674033 cites W296333311 @default.
• W2997674033 cites W299235686 @default.
• W2997674033 doi "https://doi.org/10.1016/j.jhazmat.2019.121967" @default.
• W2997674033 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31901845" @default.
• W2997674033 hasPublicationYear "2020" @default.
• W2997674033 type Work @default.
• W2997674033 sameAs 2997674033 @default.
• W2997674033 citedByCount "26" @default.
• W2997674033 countsByYear W29976740332020 @default.
• W2997674033 countsByYear W29976740332021 @default.
• W2997674033 countsByYear W29976740332022 @default.
• W2997674033 countsByYear W29976740332023 @default.
• W2997674033 crossrefType "journal-article" @default.
• W2997674033 hasAuthorship W2997674033A5004332250 @default.
• W2997674033 hasAuthorship W2997674033A5009221038 @default.
• W2997674033 hasAuthorship W2997674033A5012758282 @default.
• W2997674033 hasAuthorship W2997674033A5014076471 @default.
• W2997674033 hasAuthorship W2997674033A5017477753 @default.
• W2997674033 hasAuthorship W2997674033A5020488635 @default.
• W2997674033 hasAuthorship W2997674033A5037912770 @default.
• W2997674033 hasAuthorship W2997674033A5048982675 @default.
• W2997674033 hasAuthorship W2997674033A5049049521 @default.
• W2997674033 hasAuthorship W2997674033A5057055718 @default.
• W2997674033 hasAuthorship W2997674033A5060344167 @default.
• W2997674033 hasAuthorship W2997674033A5060802837 @default.
• W2997674033 hasBestOaLocation W29976740331 @default.
• W2997674033 hasConcept C104317684 @default.
• W2997674033 hasConcept C107872376 @default.
• W2997674033 hasConcept C110872660 @default.
• W2997674033 hasConcept C130309983 @default.
• W2997674033 hasConcept C132215390 @default.
• W2997674033 hasConcept C150194340 @default.
• W2997674033 hasConcept C178790620 @default.

• next