Matches in SemOpenAlex for { <https://semopenalex.org/work/W2949558590> ?p ?o ?g. }
- W2949558590 endingPage "926" @default.
- W2949558590 startingPage "905" @default.
- W2949558590 abstract "ABSTRACT The radiocarbon ( 14 C) content of simultaneously deposited substrates in lacustrine archives may differ due to reservoir and detrital effects, complicating the development of age models and interpretation of proxy records. Multi-substrate 14 C studies quantifying these effects remain rare, however, particularly for large, terminal lake systems, which are excellent recorders of regional hydroclimate change. We report 14 C ages of carbonates, brine shrimp cysts, algal mat biomass, total organic carbon (TOC), terrestrial macrofossils, and n -alkane biomarkers from Holocene sediments of the Great Salt Lake (GSL), Utah. 14 C ages for co-deposited aquatic organic substrates are generally consistent, with small offsets that may reflect variable terrestrial organic matter inputs to the system. Carbonates and long-chain n -alkanes derived from vascular plants, however, are ∼1000–4000 14 C years older than other substrates, reflecting deposition of pre-aged detrital materials. All lacustrine substrates are 14 C-depleted compared to terrestrial macrofossils, suggesting that the reservoir age of the GSL was > 1200 years throughout most of the Holocene, far greater than the modern reservoir age of the lake (∼300 years). These results suggest good potential for multi-substrate paleoenvironmental reconstruction from Holocene GSL sediments but point to limitations including reservoir-induced uncertainty in 14 C chronologies and attenuation and time-shifting of some proxy signals due to detrital effects." @default.
- W2949558590 created "2019-06-27" @default.
- W2949558590 creator A5020797893 @default.
- W2949558590 creator A5069257605 @default.
- W2949558590 creator A5090083396 @default.
- W2949558590 date "2019-06-14" @default.
- W2949558590 modified "2023-09-25" @default.
- W2949558590 title "Multi-Substrate Radiocarbon Data Constrain Detrital and Reservoir Effects in Holocene Sediments of the Great Salt Lake, Utah" @default.
- W2949558590 cites W101880634 @default.
- W2949558590 cites W1040255368 @default.
- W2949558590 cites W151043946 @default.
- W2949558590 cites W1560333253 @default.
- W2949558590 cites W1562621146 @default.
- W2949558590 cites W1966384168 @default.
- W2949558590 cites W1967910721 @default.
- W2949558590 cites W1973714196 @default.
- W2949558590 cites W1974440507 @default.
- W2949558590 cites W1985524448 @default.
- W2949558590 cites W1987584462 @default.
- W2949558590 cites W1990654621 @default.
- W2949558590 cites W1991070194 @default.
- W2949558590 cites W1991230894 @default.
- W2949558590 cites W2002274998 @default.
- W2949558590 cites W2004904046 @default.
- W2949558590 cites W2006440058 @default.
- W2949558590 cites W2008410509 @default.
- W2949558590 cites W2009316568 @default.
- W2949558590 cites W2010295542 @default.
- W2949558590 cites W2011493946 @default.
- W2949558590 cites W2016895904 @default.
- W2949558590 cites W2027204577 @default.
- W2949558590 cites W2029333538 @default.
- W2949558590 cites W2033768765 @default.
- W2949558590 cites W2037879851 @default.
- W2949558590 cites W2040453137 @default.
- W2949558590 cites W2042479816 @default.
- W2949558590 cites W2050465011 @default.
- W2949558590 cites W2051791554 @default.
- W2949558590 cites W2054053198 @default.
- W2949558590 cites W2054119472 @default.
- W2949558590 cites W2058371571 @default.
- W2949558590 cites W2063151191 @default.
- W2949558590 cites W2063488917 @default.
- W2949558590 cites W2066026465 @default.
- W2949558590 cites W2067308263 @default.
- W2949558590 cites W2067920254 @default.
- W2949558590 cites W2069642703 @default.
- W2949558590 cites W2074906602 @default.
- W2949558590 cites W2077708531 @default.
- W2949558590 cites W2082054562 @default.
- W2949558590 cites W2084425820 @default.
- W2949558590 cites W2086815949 @default.
- W2949558590 cites W2089990107 @default.
- W2949558590 cites W2097705442 @default.
- W2949558590 cites W2100241610 @default.
- W2949558590 cites W2121238828 @default.
- W2949558590 cites W2128429941 @default.
- W2949558590 cites W2130898390 @default.
- W2949558590 cites W2139388007 @default.
- W2949558590 cites W2148534890 @default.
- W2949558590 cites W2156569150 @default.
- W2949558590 cites W2166399398 @default.
- W2949558590 cites W2168160282 @default.
- W2949558590 cites W2168968971 @default.
- W2949558590 cites W2230638989 @default.
- W2949558590 cites W2311997878 @default.
- W2949558590 cites W2766597677 @default.
- W2949558590 cites W388267991 @default.
- W2949558590 cites W4246027503 @default.
- W2949558590 cites W4249751050 @default.
- W2949558590 doi "https://doi.org/10.1017/rdc.2019.62" @default.
- W2949558590 hasPublicationYear "2019" @default.
- W2949558590 type Work @default.
- W2949558590 sameAs 2949558590 @default.
- W2949558590 citedByCount "5" @default.
- W2949558590 countsByYear W29495585902020 @default.
- W2949558590 countsByYear W29495585902021 @default.
- W2949558590 countsByYear W29495585902023 @default.
- W2949558590 crossrefType "journal-article" @default.
- W2949558590 hasAuthorship W2949558590A5020797893 @default.
- W2949558590 hasAuthorship W2949558590A5069257605 @default.
- W2949558590 hasAuthorship W2949558590A5090083396 @default.
- W2949558590 hasConcept C100134115 @default.
- W2949558590 hasConcept C100970517 @default.
- W2949558590 hasConcept C111368507 @default.
- W2949558590 hasConcept C115393850 @default.
- W2949558590 hasConcept C127313418 @default.
- W2949558590 hasConcept C140345934 @default.
- W2949558590 hasConcept C151730666 @default.
- W2949558590 hasConcept C17409809 @default.
- W2949558590 hasConcept C174110039 @default.
- W2949558590 hasConcept C18903297 @default.
- W2949558590 hasConcept C191897082 @default.
- W2949558590 hasConcept C192562407 @default.
- W2949558590 hasConcept C205649164 @default.
- W2949558590 hasConcept C25868968 @default.
- W2949558590 hasConcept C2777289219 @default.
- W2949558590 hasConcept C2780659211 @default.