FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3174256211> ?p ?o ?g. }

• W3174256211 endingPage "2966" @default.
• W3174256211 startingPage "2953" @default.
• W3174256211 abstract "Abstract Estuarine sediments make an important contribution to the global carbon cycle, but we do not know how this will change under a future climate, which is expected to have lower pH oceans and frequent high‐temperature days. Six combinations of warming and partial pressures of CO 2 ( p CO 2 ) were chosen to investigate the combined and individual effects of short‐term pressures on the diel metabolic response of shallow unvegetated sediments ex‐situ. Whereas warming significantly increased respiration, making sediments more heterotrophic, high‐ p CO 2 increased net primary productivity, resulting in less heterotrophic sediments. As a result, warming decreased the carbon burial potential of estuarine sediments and high‐ p CO 2 had the opposite effect. High‐ p CO 2 mitigates the negative effects of warming on benthic metabolism under the combined scenario, with carbon burial similar to that expected under high‐ p CO 2 conditions alone. Climate scenarios also changed the diurnal p CO 2 variation, with ranges increasing by 33% with warming, and almost doubling under high‐ p CO 2 conditions. An additive response in p CO 2 variability was observed under the combined scenario, increasing to 2.3× the current diel‐ p CO 2 range, highlighting the reduced buffering capacity of the water associated with a high CO 2 climate. Future carbon burial and export under increased frequencies of unseasonably warm days projected for mid and end of century (30% and 50% of days‐per‐year, respectively) were estimated with and without ocean acidification. By 2100, warming alone could decrease annual estuarine sediment burial potential by 25%. However, ocean acidification could mitigate the negative effects of more frequent high‐temperature days and increase carbon burial potential over current conditions by ~18%." @default.
• W3174256211 created "2021-07-05" @default.
• W3174256211 creator A5014466183 @default.
• W3174256211 creator A5077040357 @default.
• W3174256211 creator A5081298442 @default.
• W3174256211 creator A5091734550 @default.
• W3174256211 date "2021-06-29" @default.
• W3174256211 modified "2023-10-16" @default.
• W3174256211 title "Ocean acidification may mitigate negative effects of warming on carbon burial potential in subtidal unvegetated estuarine sediments" @default.
• W3174256211 cites W1512905153 @default.
• W3174256211 cites W1651762400 @default.
• W3174256211 cites W177113258 @default.
• W3174256211 cites W1866331449 @default.
• W3174256211 cites W1906692336 @default.
• W3174256211 cites W1967813219 @default.
• W3174256211 cites W1967976185 @default.
• W3174256211 cites W1982389495 @default.
• W3174256211 cites W1990225358 @default.
• W3174256211 cites W1998193389 @default.
• W3174256211 cites W2000552563 @default.
• W3174256211 cites W2007987359 @default.
• W3174256211 cites W2011151029 @default.
• W3174256211 cites W2022856123 @default.
• W3174256211 cites W2026886308 @default.
• W3174256211 cites W2029001067 @default.
• W3174256211 cites W2029052572 @default.
• W3174256211 cites W2030604405 @default.
• W3174256211 cites W2037099726 @default.
• W3174256211 cites W2038512853 @default.
• W3174256211 cites W2045273132 @default.
• W3174256211 cites W2046691276 @default.
• W3174256211 cites W2048170654 @default.
• W3174256211 cites W2049621326 @default.
• W3174256211 cites W2055180988 @default.
• W3174256211 cites W2056096370 @default.
• W3174256211 cites W2059235535 @default.
• W3174256211 cites W2071156433 @default.
• W3174256211 cites W2074857410 @default.
• W3174256211 cites W2091484243 @default.
• W3174256211 cites W2093204111 @default.
• W3174256211 cites W2097607146 @default.
• W3174256211 cites W2098759916 @default.
• W3174256211 cites W2101312932 @default.
• W3174256211 cites W2102031718 @default.
• W3174256211 cites W2120393286 @default.
• W3174256211 cites W2120675057 @default.
• W3174256211 cites W2125776675 @default.
• W3174256211 cites W2126107194 @default.
• W3174256211 cites W2135729862 @default.
• W3174256211 cites W2136223765 @default.
• W3174256211 cites W2140089672 @default.
• W3174256211 cites W2142944832 @default.
• W3174256211 cites W2144134336 @default.
• W3174256211 cites W2146517559 @default.
• W3174256211 cites W2148515377 @default.
• W3174256211 cites W2159356973 @default.
• W3174256211 cites W2161248428 @default.
• W3174256211 cites W2162905331 @default.
• W3174256211 cites W2202226113 @default.
• W3174256211 cites W2324700679 @default.
• W3174256211 cites W2346228654 @default.
• W3174256211 cites W2346546110 @default.
• W3174256211 cites W2473009902 @default.
• W3174256211 cites W2516496847 @default.
• W3174256211 cites W2546582430 @default.
• W3174256211 cites W2610112398 @default.
• W3174256211 cites W2738872183 @default.
• W3174256211 cites W2746485780 @default.
• W3174256211 cites W2750846676 @default.
• W3174256211 cites W2782858359 @default.
• W3174256211 cites W2788474355 @default.
• W3174256211 cites W2800129199 @default.
• W3174256211 cites W2901181391 @default.
• W3174256211 cites W2923124730 @default.
• W3174256211 cites W3011793182 @default.
• W3174256211 cites W3017185904 @default.
• W3174256211 cites W3043053709 @default.
• W3174256211 cites W3098969547 @default.
• W3174256211 cites W4253432475 @default.
• W3174256211 doi "https://doi.org/10.1002/lno.11796" @default.
• W3174256211 hasPublicationYear "2021" @default.
• W3174256211 type Work @default.
• W3174256211 sameAs 3174256211 @default.
• W3174256211 citedByCount "4" @default.
• W3174256211 countsByYear W31742562112022 @default.
• W3174256211 countsByYear W31742562112023 @default.
• W3174256211 crossrefType "journal-article" @default.
• W3174256211 hasAuthorship W3174256211A5014466183 @default.
• W3174256211 hasAuthorship W3174256211A5077040357 @default.
• W3174256211 hasAuthorship W3174256211A5081298442 @default.
• W3174256211 hasAuthorship W3174256211A5091734550 @default.
• W3174256211 hasConcept C107872376 @default.
• W3174256211 hasConcept C110872660 @default.
• W3174256211 hasConcept C111368507 @default.
• W3174256211 hasConcept C115343472 @default.
• W3174256211 hasConcept C127313418 @default.
• W3174256211 hasConcept C132651083 @default.
• W3174256211 hasConcept C139719470 @default.

• next