Matches in SemOpenAlex for { <https://semopenalex.org/work/W3016083931> ?p ?o ?g. }
- W3016083931 endingPage "102319" @default.
- W3016083931 startingPage "102319" @default.
- W3016083931 abstract "Abstract Recent research has focused on the changing ability of oceans to absorb atmospheric CO2 and the consequences for ocean acidification, with Arctic shelf seas being among the most sensitive regions. Hudson Bay is a large shelf sea in northern Canada whose location at the margin of the cryosphere places it in the vanguard of global climate change. Here, we develop a four-compartment box-model and carbon budget using published and recently collected measurements to estimate carbon inputs, transformations, and losses within Hudson Bay. We estimate the annual effects of terrestrial carbon remineralization on aragonite saturation (ΩAr, a proxy for ocean acidification) and on the partial pressure of CO2 (pCO2, a proxy for air-sea CO2 flux) within each compartment, as well as the effects of marine primary production, marine organic carbon remineralization, and terrestrial calcium carbonate dissolution. We find that the remineralization of terrestrial dissolved organic carbon is the main driver of CO2 accumulation and aragonite under-saturation in coastal surface waters, but this is largely offset by marine primary production. Below the surface mixed layer, marine organic carbon remineralization is the largest contributor to CO2 accumulation and aragonite under-saturation, and is partially offset by terrestrial CaCO3 dissolution. Overall, the annual delivery and processing of carbon reduces ΩAr of water flowing through HB by up to 0.17 units and raises pCO2 by up to 165 µatm. The similarities between Hudson Bay and other Arctic shelf seas suggest these areas are also significantly influenced by terrestrial carbon inputs and transformation." @default.
- W3016083931 created "2020-04-17" @default.
- W3016083931 creator A5017401964 @default.
- W3016083931 creator A5019328113 @default.
- W3016083931 creator A5037384896 @default.
- W3016083931 creator A5043983686 @default.
- W3016083931 creator A5045074908 @default.
- W3016083931 creator A5075858161 @default.
- W3016083931 date "2020-06-01" @default.
- W3016083931 modified "2023-10-18" @default.
- W3016083931 title "Effect of terrestrial organic matter on ocean acidification and CO2 flux in an Arctic shelf sea" @default.
- W3016083931 cites W1520455020 @default.
- W3016083931 cites W1652059687 @default.
- W3016083931 cites W1794888371 @default.
- W3016083931 cites W1855007063 @default.
- W3016083931 cites W1878464291 @default.
- W3016083931 cites W1878965460 @default.
- W3016083931 cites W1879849585 @default.
- W3016083931 cites W1900254199 @default.
- W3016083931 cites W1963482020 @default.
- W3016083931 cites W1968317063 @default.
- W3016083931 cites W1971560796 @default.
- W3016083931 cites W1973082817 @default.
- W3016083931 cites W1975343289 @default.
- W3016083931 cites W1975984731 @default.
- W3016083931 cites W1979148485 @default.
- W3016083931 cites W1979569300 @default.
- W3016083931 cites W1982652858 @default.
- W3016083931 cites W1982862854 @default.
- W3016083931 cites W1983044405 @default.
- W3016083931 cites W1987988199 @default.
- W3016083931 cites W1991709792 @default.
- W3016083931 cites W1994366024 @default.
- W3016083931 cites W1995747770 @default.
- W3016083931 cites W1999510344 @default.
- W3016083931 cites W2003388607 @default.
- W3016083931 cites W2010506804 @default.
- W3016083931 cites W2012429947 @default.
- W3016083931 cites W2012964458 @default.
- W3016083931 cites W2014230877 @default.
- W3016083931 cites W2020198719 @default.
- W3016083931 cites W2020767027 @default.
- W3016083931 cites W2023906603 @default.
- W3016083931 cites W2028566000 @default.
- W3016083931 cites W2028844989 @default.
- W3016083931 cites W2031779014 @default.
- W3016083931 cites W2034708545 @default.
- W3016083931 cites W2038561967 @default.
- W3016083931 cites W2039963712 @default.
- W3016083931 cites W2040661481 @default.
- W3016083931 cites W2043785409 @default.
- W3016083931 cites W2045012408 @default.
- W3016083931 cites W2049123246 @default.
- W3016083931 cites W2051688195 @default.
- W3016083931 cites W2052153084 @default.
- W3016083931 cites W2052729928 @default.
- W3016083931 cites W2053764175 @default.
- W3016083931 cites W2053792177 @default.
- W3016083931 cites W2054120366 @default.
- W3016083931 cites W2055763451 @default.
- W3016083931 cites W2055875809 @default.
- W3016083931 cites W2057891126 @default.
- W3016083931 cites W2058972137 @default.
- W3016083931 cites W2060012482 @default.
- W3016083931 cites W2060726365 @default.
- W3016083931 cites W2062663870 @default.
- W3016083931 cites W2063877699 @default.
- W3016083931 cites W2064438038 @default.
- W3016083931 cites W2065349798 @default.
- W3016083931 cites W2067081409 @default.
- W3016083931 cites W2069445353 @default.
- W3016083931 cites W2070646681 @default.
- W3016083931 cites W2074074124 @default.
- W3016083931 cites W2076140042 @default.
- W3016083931 cites W2078114051 @default.
- W3016083931 cites W2084663067 @default.
- W3016083931 cites W2088410527 @default.
- W3016083931 cites W2091960568 @default.
- W3016083931 cites W2094090904 @default.
- W3016083931 cites W2097729467 @default.
- W3016083931 cites W2099860231 @default.
- W3016083931 cites W2100084802 @default.
- W3016083931 cites W2111246672 @default.
- W3016083931 cites W2117194284 @default.
- W3016083931 cites W2121357041 @default.
- W3016083931 cites W2123376261 @default.
- W3016083931 cites W2125602417 @default.
- W3016083931 cites W2128149267 @default.
- W3016083931 cites W2132073794 @default.
- W3016083931 cites W2132285656 @default.
- W3016083931 cites W2142213607 @default.
- W3016083931 cites W2144039460 @default.
- W3016083931 cites W2147163683 @default.
- W3016083931 cites W2149888331 @default.
- W3016083931 cites W2155877774 @default.
- W3016083931 cites W2158113853 @default.
- W3016083931 cites W2164820671 @default.
- W3016083931 cites W2170593944 @default.