Matches in SemOpenAlex for { <https://semopenalex.org/work/W2737158998> ?p ?o ?g. }
- W2737158998 endingPage "9632" @default.
- W2737158998 startingPage "9624" @default.
- W2737158998 abstract "The North Temperate Lakes Long-Term Ecological Research site includes seven lakes in northern Wisconsin that vary in hydrology, trophic status, and landscape position. We examine the molecular composition of dissolved organic matter (DOM) within these lakes using Fourier transform-ion cyclotron resonance mass spectrometry (FT-ICR MS) and quantify DOM photochemical activity using probe compounds. Correlations between the relative intensity of individual molecular formulas and reactive species production demonstrate the influence of DOM composition on photochemistry. For example, highly aromatic, tannin-like formulas correlate positively with triplet formation rates, but negatively with triplet quantum yields, as waters enriched in highly aromatic formulas exhibit much higher rates of light absorption, but only slightly higher rates of triplet production. While commonly utilized optical properties also correlate with DOM composition, the ability of FT-ICR MS to characterize DOM subpopulations provides unique insight into the mechanisms through which DOM source and environmental processing determine composition and photochemical activity." @default.
- W2737158998 created "2017-07-31" @default.
- W2737158998 creator A5006004733 @default.
- W2737158998 creator A5012234223 @default.
- W2737158998 creator A5068682577 @default.
- W2737158998 date "2017-08-08" @default.
- W2737158998 modified "2023-10-18" @default.
- W2737158998 title "Relationships Between Dissolved Organic Matter Composition and Photochemistry in Lakes of Diverse Trophic Status" @default.
- W2737158998 cites W1494699847 @default.
- W2737158998 cites W1628139689 @default.
- W2737158998 cites W1840645072 @default.
- W2737158998 cites W1967951377 @default.
- W2737158998 cites W1969922892 @default.
- W2737158998 cites W1970500743 @default.
- W2737158998 cites W1970801056 @default.
- W2737158998 cites W1978163322 @default.
- W2737158998 cites W1983822766 @default.
- W2737158998 cites W1983936554 @default.
- W2737158998 cites W1985030578 @default.
- W2737158998 cites W1995415001 @default.
- W2737158998 cites W1998787283 @default.
- W2737158998 cites W2005246793 @default.
- W2737158998 cites W2007757700 @default.
- W2737158998 cites W2013337290 @default.
- W2737158998 cites W2018747868 @default.
- W2737158998 cites W2019765698 @default.
- W2737158998 cites W2023977516 @default.
- W2737158998 cites W2028865263 @default.
- W2737158998 cites W2031350988 @default.
- W2737158998 cites W2035406113 @default.
- W2737158998 cites W2041612695 @default.
- W2737158998 cites W2048581382 @default.
- W2737158998 cites W2048829169 @default.
- W2737158998 cites W2052498383 @default.
- W2737158998 cites W2053063529 @default.
- W2737158998 cites W2053708596 @default.
- W2737158998 cites W2064124201 @default.
- W2737158998 cites W2067915530 @default.
- W2737158998 cites W2074196765 @default.
- W2737158998 cites W2074704891 @default.
- W2737158998 cites W2076217036 @default.
- W2737158998 cites W2076254043 @default.
- W2737158998 cites W2077871850 @default.
- W2737158998 cites W2078462870 @default.
- W2737158998 cites W2083975333 @default.
- W2737158998 cites W2085076764 @default.
- W2737158998 cites W2089100212 @default.
- W2737158998 cites W2089277201 @default.
- W2737158998 cites W2093576128 @default.
- W2737158998 cites W2103828284 @default.
- W2737158998 cites W2107073684 @default.
- W2737158998 cites W2118928976 @default.
- W2737158998 cites W2128948717 @default.
- W2737158998 cites W2133190205 @default.
- W2737158998 cites W2144832659 @default.
- W2737158998 cites W2150401536 @default.
- W2737158998 cites W2151784573 @default.
- W2737158998 cites W2161310275 @default.
- W2737158998 cites W2162216076 @default.
- W2737158998 cites W2176650303 @default.
- W2737158998 cites W2192542416 @default.
- W2737158998 cites W2287121827 @default.
- W2737158998 cites W2313415900 @default.
- W2737158998 cites W2318404854 @default.
- W2737158998 cites W2322468377 @default.
- W2737158998 cites W2332330508 @default.
- W2737158998 cites W2332853955 @default.
- W2737158998 cites W2334290602 @default.
- W2737158998 cites W2341287240 @default.
- W2737158998 cites W2412411315 @default.
- W2737158998 cites W2468818156 @default.
- W2737158998 cites W2521273518 @default.
- W2737158998 cites W2529957433 @default.
- W2737158998 cites W2558243891 @default.
- W2737158998 cites W2560840052 @default.
- W2737158998 cites W2582104301 @default.
- W2737158998 cites W2588366046 @default.
- W2737158998 cites W2593940320 @default.
- W2737158998 cites W2617536373 @default.
- W2737158998 cites W2730396788 @default.
- W2737158998 cites W4295677158 @default.
- W2737158998 doi "https://doi.org/10.1021/acs.est.7b01270" @default.
- W2737158998 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5881397" @default.
- W2737158998 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28719191" @default.
- W2737158998 hasPublicationYear "2017" @default.
- W2737158998 type Work @default.
- W2737158998 sameAs 2737158998 @default.
- W2737158998 citedByCount "103" @default.
- W2737158998 countsByYear W27371589982017 @default.
- W2737158998 countsByYear W27371589982018 @default.
- W2737158998 countsByYear W27371589982019 @default.
- W2737158998 countsByYear W27371589982020 @default.
- W2737158998 countsByYear W27371589982021 @default.
- W2737158998 countsByYear W27371589982022 @default.
- W2737158998 countsByYear W27371589982023 @default.
- W2737158998 crossrefType "journal-article" @default.
- W2737158998 hasAuthorship W2737158998A5006004733 @default.
- W2737158998 hasAuthorship W2737158998A5012234223 @default.