FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3036634527> ?p ?o ?g. }

• W3036634527 endingPage "119759" @default.
• W3036634527 startingPage "119759" @default.
• W3036634527 abstract "To appraise the application of isoprenoid glycerol dialkyl glycerol tetraethers (isoGDGTs) as paleoclimate proxies in small lakes we investigated the effect of seasonal variability in temperature and dissolved oxygen concentration (DO) on the GDGT contents and its proxy in the water column of an oligotrophic karst lake in the Catalan pre-Pyrenees (Lake Montcortés). From October 2013 to November 2014, we collected suspended particulate matter (SPM) monthly at three depths and retrieved the sediment from a trap located at 20 m below the lake surface. The GDGT contents in the SPM and sediment trap presented a marked seasonal variation, showing the highest values in summer and autumn. In addition, the isoGDGT proxy TEX86 in SPM and sediment trap showed a marked seasonal variability which matched the temperatures of the upper water column and fit the published global trend between TEX86 and mean annual lake surface temperature (LST). However, in the hypolimnion where oxygen was depleted for most of the study period, we found that TEX86 co-varied with DO. This further confirms previous claims with seasonal field data that the sedimentary TEX86 LST signal may be confounded by DO conditions. Consequently, the application of TEX86 to estimate LST should be carefully appraised in environments with depleted DO conditions." @default.
• W3036634527 created "2020-06-25" @default.
• W3036634527 creator A5005682250 @default.
• W3036634527 creator A5011180605 @default.
• W3036634527 creator A5011994565 @default.
• W3036634527 creator A5035837633 @default.
• W3036634527 creator A5058540884 @default.
• W3036634527 creator A5089195938 @default.
• W3036634527 date "2020-09-01" @default.
• W3036634527 modified "2023-10-15" @default.
• W3036634527 title "Seasonal effects of water temperature and dissolved oxygen on the isoGDGT proxy (TEX86) in a Mediterranean oligotrophic lake" @default.
• W3036634527 cites W1496478109 @default.
• W3036634527 cites W1771401696 @default.
• W3036634527 cites W1873043983 @default.
• W3036634527 cites W1938705403 @default.
• W3036634527 cites W1966788977 @default.
• W3036634527 cites W1974957281 @default.
• W3036634527 cites W1980564883 @default.
• W3036634527 cites W2028360015 @default.
• W3036634527 cites W2028837171 @default.
• W3036634527 cites W2032926321 @default.
• W3036634527 cites W2036613722 @default.
• W3036634527 cites W2047933379 @default.
• W3036634527 cites W2051154832 @default.
• W3036634527 cites W2058637192 @default.
• W3036634527 cites W2064936141 @default.
• W3036634527 cites W2070602244 @default.
• W3036634527 cites W2071024129 @default.
• W3036634527 cites W2073889844 @default.
• W3036634527 cites W2076574789 @default.
• W3036634527 cites W2076959750 @default.
• W3036634527 cites W2085259524 @default.
• W3036634527 cites W2088514110 @default.
• W3036634527 cites W2089755791 @default.
• W3036634527 cites W2090663981 @default.
• W3036634527 cites W2092688408 @default.
• W3036634527 cites W2101159968 @default.
• W3036634527 cites W2104208100 @default.
• W3036634527 cites W2116972303 @default.
• W3036634527 cites W2120560331 @default.
• W3036634527 cites W2124716475 @default.
• W3036634527 cites W2125713732 @default.
• W3036634527 cites W2128977533 @default.
• W3036634527 cites W2129479074 @default.
• W3036634527 cites W2130896789 @default.
• W3036634527 cites W2134452434 @default.
• W3036634527 cites W2134817791 @default.
• W3036634527 cites W2135057795 @default.
• W3036634527 cites W2137130797 @default.
• W3036634527 cites W2137306226 @default.
• W3036634527 cites W2137461582 @default.
• W3036634527 cites W2147745580 @default.
• W3036634527 cites W2148363408 @default.
• W3036634527 cites W2156784352 @default.
• W3036634527 cites W2157578742 @default.
• W3036634527 cites W2164138186 @default.
• W3036634527 cites W2164350381 @default.
• W3036634527 cites W2167725845 @default.
• W3036634527 cites W2409860713 @default.
• W3036634527 cites W2419322613 @default.
• W3036634527 cites W2471764769 @default.
• W3036634527 cites W2579764888 @default.
• W3036634527 cites W2588538441 @default.
• W3036634527 cites W2614253564 @default.
• W3036634527 cites W2756965819 @default.
• W3036634527 cites W2767932119 @default.
• W3036634527 cites W2788505412 @default.
• W3036634527 cites W2791580393 @default.
• W3036634527 cites W2804362987 @default.
• W3036634527 cites W2906029472 @default.
• W3036634527 cites W2914092357 @default.
• W3036634527 cites W2923341740 @default.
• W3036634527 cites W2955694685 @default.
• W3036634527 cites W4206322180 @default.
• W3036634527 doi "https://doi.org/10.1016/j.chemgeo.2020.119759" @default.
• W3036634527 hasPublicationYear "2020" @default.
• W3036634527 type Work @default.
• W3036634527 sameAs 3036634527 @default.
• W3036634527 citedByCount "8" @default.
• W3036634527 countsByYear W30366345272021 @default.
• W3036634527 countsByYear W30366345272022 @default.
• W3036634527 countsByYear W30366345272023 @default.
• W3036634527 crossrefType "journal-article" @default.
• W3036634527 hasAuthorship W3036634527A5005682250 @default.
• W3036634527 hasAuthorship W3036634527A5011180605 @default.
• W3036634527 hasAuthorship W3036634527A5011994565 @default.
• W3036634527 hasAuthorship W3036634527A5035837633 @default.
• W3036634527 hasAuthorship W3036634527A5058540884 @default.
• W3036634527 hasAuthorship W3036634527A5089195938 @default.
• W3036634527 hasBestOaLocation W30366345271 @default.
• W3036634527 hasConcept C105859001 @default.
• W3036634527 hasConcept C111368507 @default.
• W3036634527 hasConcept C114793014 @default.
• W3036634527 hasConcept C115726729 @default.
• W3036634527 hasConcept C122846477 @default.
• W3036634527 hasConcept C125403950 @default.
• W3036634527 hasConcept C127313418 @default.
• W3036634527 hasConcept C142796444 @default.

• next