FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2067076404> ?p ?o ?g. }

• W2067076404 endingPage "468" @default.
• W2067076404 startingPage "454" @default.
• W2067076404 abstract "Abstract Assessing the fate of organic matter (OM) in estuaries is challenging due to its numerous sources, diagenetic processing, and physical and biogeochemical sinks. In order to evaluate differences in the sources and potential transformations of OM, particulate organic matter (POM) and high molecular weight dissolved organic matter (HMW DOM (⩾3 kDa)) were characterized along the York River estuary (Virginia, USA) using lipid biomarker, elemental ratios, and stable isotope (δ13C and δ15N) analyses. Isotopic signatures of HMW DOM from the freshwater site were distinct from both its POM counterpart and HMW DOM from higher salinity regions of the estuary. Lipid compound classes were depleted in HMW DOM relative to POM. Saturated fatty acids (FA) dominated the dissolved organic pool while monounsaturated and polyunsaturated FA were the primary FA classes in POM. Concentrations of sterols diagnostic of allochthonous (i.e., plant/freshwater algae) sources were enriched in HMW DOM relative to the POM at higher salinities. Ternary plots based on FA biomarkers show that POM is characterized by contributions from polyunsaturated FA, labile compounds representing contributions from “fresh” phytoplankton/zooplankton sources. In contrast, FA in HMW DOM reflect bacterial and vascular plant signatures. Disparities in the composition of HMW DOM and POM likely reflect differences in the dominant biological sources, different susceptibilities to transformation and/or differential influences from abiotic processes (sorption–desorption, flocculation, etc.). Thus, the physical associations of OM (particulate vs. dissolved) may be a fundamental control on both the distribution and biogeochemical processing of OM whereby terrigenous DOM may be selectively exported while terrigenous POM is retained within the estuary. These observations have implications for the selective processing of different sources and forms of OM in rivers and estuaries prior to export to the coastal ocean." @default.
• W2067076404 created "2016-06-24" @default.
• W2067076404 creator A5032287026 @default.
• W2067076404 creator A5032940868 @default.
• W2067076404 creator A5052498685 @default.
• W2067076404 creator A5071326890 @default.
• W2067076404 date "2006-04-01" @default.
• W2067076404 modified "2023-09-29" @default.
• W2067076404 title "Sources of estuarine dissolved and particulate organic matter: A multi-tracer approach" @default.
• W2067076404 cites W1515985097 @default.
• W2067076404 cites W1560593572 @default.
• W2067076404 cites W1591089546 @default.
• W2067076404 cites W1964573311 @default.
• W2067076404 cites W1967600114 @default.
• W2067076404 cites W1968132591 @default.
• W2067076404 cites W1972259038 @default.
• W2067076404 cites W1974010937 @default.
• W2067076404 cites W1974632504 @default.
• W2067076404 cites W1975238506 @default.
• W2067076404 cites W1977328017 @default.
• W2067076404 cites W1989605162 @default.
• W2067076404 cites W1990592601 @default.
• W2067076404 cites W1995451097 @default.
• W2067076404 cites W1997382336 @default.
• W2067076404 cites W2002232472 @default.
• W2067076404 cites W2002479523 @default.
• W2067076404 cites W2004714782 @default.
• W2067076404 cites W2005984133 @default.
• W2067076404 cites W2009337458 @default.
• W2067076404 cites W2009560431 @default.
• W2067076404 cites W2012792340 @default.
• W2067076404 cites W2014677315 @default.
• W2067076404 cites W2022883197 @default.
• W2067076404 cites W2026577262 @default.
• W2067076404 cites W2027232936 @default.
• W2067076404 cites W2032805527 @default.
• W2067076404 cites W2033981575 @default.
• W2067076404 cites W2034145590 @default.
• W2067076404 cites W2037719682 @default.
• W2067076404 cites W2039558586 @default.
• W2067076404 cites W2044197201 @default.
• W2067076404 cites W2045733825 @default.
• W2067076404 cites W2054160444 @default.
• W2067076404 cites W2054551462 @default.
• W2067076404 cites W2061549802 @default.
• W2067076404 cites W2062065907 @default.
• W2067076404 cites W2066980677 @default.
• W2067076404 cites W2070647479 @default.
• W2067076404 cites W2075963633 @default.
• W2067076404 cites W2077871850 @default.
• W2067076404 cites W2080037940 @default.
• W2067076404 cites W2082488831 @default.
• W2067076404 cites W2082954272 @default.
• W2067076404 cites W2091608502 @default.
• W2067076404 cites W2096187616 @default.
• W2067076404 cites W2106629158 @default.
• W2067076404 cites W2109746143 @default.
• W2067076404 cites W2110112925 @default.
• W2067076404 cites W2113135961 @default.
• W2067076404 cites W2118160586 @default.
• W2067076404 cites W2120393286 @default.
• W2067076404 cites W2122500576 @default.
• W2067076404 cites W2123956439 @default.
• W2067076404 cites W2128507261 @default.
• W2067076404 cites W2131650203 @default.
• W2067076404 cites W2136774340 @default.
• W2067076404 cites W2141799946 @default.
• W2067076404 cites W2145166053 @default.
• W2067076404 cites W2152311269 @default.
• W2067076404 cites W2153893445 @default.
• W2067076404 cites W2157260192 @default.
• W2067076404 cites W2160055693 @default.
• W2067076404 cites W2165960374 @default.
• W2067076404 cites W2168262102 @default.
• W2067076404 cites W2328467696 @default.
• W2067076404 cites W4233615550 @default.
• W2067076404 cites W4252597300 @default.
• W2067076404 doi "https://doi.org/10.1016/j.orggeochem.2005.12.005" @default.
• W2067076404 hasPublicationYear "2006" @default.
• W2067076404 type Work @default.
• W2067076404 sameAs 2067076404 @default.
• W2067076404 citedByCount "108" @default.
• W2067076404 countsByYear W20670764042012 @default.
• W2067076404 countsByYear W20670764042013 @default.
• W2067076404 countsByYear W20670764042014 @default.
• W2067076404 countsByYear W20670764042015 @default.
• W2067076404 countsByYear W20670764042016 @default.
• W2067076404 countsByYear W20670764042017 @default.
• W2067076404 countsByYear W20670764042018 @default.
• W2067076404 countsByYear W20670764042019 @default.
• W2067076404 countsByYear W20670764042020 @default.
• W2067076404 countsByYear W20670764042021 @default.
• W2067076404 countsByYear W20670764042022 @default.
• W2067076404 countsByYear W20670764042023 @default.
• W2067076404 crossrefType "journal-article" @default.
• W2067076404 hasAuthorship W2067076404A5032287026 @default.
• W2067076404 hasAuthorship W2067076404A5032940868 @default.
• W2067076404 hasAuthorship W2067076404A5052498685 @default.

• next