Matches in SemOpenAlex for { <https://semopenalex.org/work/W2272919097> ?p ?o ?g. }
- W2272919097 endingPage "336" @default.
- W2272919097 startingPage "312" @default.
- W2272919097 abstract "Abstract Continental margins play an important role in global carbon cycle, accounting for 15–21% of the global marine primary production. Since carbon fluxes across continental margins from land to the open ocean are not well constrained, we undertook a study to develop satellite algorithms to retrieve dissolved organic carbon (DOC) and combined these satellite data with physical circulation model products to quantify the shelf boundary fluxes of DOC for the U.S. Middle Atlantic Bight (MAB). Satellite DOC was computed through seasonal relationships of DOC with colored dissolved organic matter absorption coefficients, which were derived from an extensive set of in situ measurements. The multiyear time series of satellite‐derived DOC stocks (4.9 Teragrams C; Tg) shows that freshwater discharge influences the magnitude and seasonal variability of DOC on the continental shelf. For the 2010–2012 period studied, the average total estuarine export of DOC into the MAB shelf is 0.77 Tg C yr −1 (year). The integrated DOC tracer fluxes across the shelf boundaries are 12.1 Tg C yr −1 entering the MAB from the southwest alongshore boundary, 18.5 Tg C yr −1 entering the MAB from the northeast alongshore boundary, and 29.0 Tg C yr −1 flowing out of the MAB across the entire length of the 100 m isobath. The magnitude of the cross‐shelf DOC flux is quite variable in time (monthly) and space (north to south). The highly dynamic exchange of water along the shelf boundaries regulates the DOC budget of the MAB at subseasonal time scales." @default.
- W2272919097 created "2016-06-24" @default.
- W2272919097 creator A5005962186 @default.
- W2272919097 creator A5009935021 @default.
- W2272919097 creator A5060347241 @default.
- W2272919097 creator A5065516719 @default.
- W2272919097 creator A5068613375 @default.
- W2272919097 creator A5072896011 @default.
- W2272919097 date "2016-02-01" @default.
- W2272919097 modified "2023-09-26" @default.
- W2272919097 title "Dissolved organic carbon fluxes in the Middle Atlantic Bight: An integrated approach based on satellite data and ocean model products" @default.
- W2272919097 cites W1483240722 @default.
- W2272919097 cites W1539309890 @default.
- W2272919097 cites W1540617600 @default.
- W2272919097 cites W1572319904 @default.
- W2272919097 cites W169402359 @default.
- W2272919097 cites W1900952657 @default.
- W2272919097 cites W1943648329 @default.
- W2272919097 cites W1963935323 @default.
- W2272919097 cites W1964909865 @default.
- W2272919097 cites W1966437115 @default.
- W2272919097 cites W1968481985 @default.
- W2272919097 cites W1969195220 @default.
- W2272919097 cites W1970596988 @default.
- W2272919097 cites W1975451836 @default.
- W2272919097 cites W1976979965 @default.
- W2272919097 cites W1978386951 @default.
- W2272919097 cites W1979265800 @default.
- W2272919097 cites W1980702780 @default.
- W2272919097 cites W1983081157 @default.
- W2272919097 cites W1994024375 @default.
- W2272919097 cites W1996623019 @default.
- W2272919097 cites W2002761039 @default.
- W2272919097 cites W2013260141 @default.
- W2272919097 cites W2014566706 @default.
- W2272919097 cites W2015748019 @default.
- W2272919097 cites W2016590586 @default.
- W2272919097 cites W2017822789 @default.
- W2272919097 cites W2018523310 @default.
- W2272919097 cites W2018757813 @default.
- W2272919097 cites W2025185338 @default.
- W2272919097 cites W2025803035 @default.
- W2272919097 cites W2027543021 @default.
- W2272919097 cites W2030859572 @default.
- W2272919097 cites W2036248399 @default.
- W2272919097 cites W2037215028 @default.
- W2272919097 cites W2037246567 @default.
- W2272919097 cites W2038549880 @default.
- W2272919097 cites W2040727507 @default.
- W2272919097 cites W2042868010 @default.
- W2272919097 cites W2043546813 @default.
- W2272919097 cites W2043961631 @default.
- W2272919097 cites W2049508310 @default.
- W2272919097 cites W2049602071 @default.
- W2272919097 cites W2049752191 @default.
- W2272919097 cites W2054020210 @default.
- W2272919097 cites W2054267692 @default.
- W2272919097 cites W2057606996 @default.
- W2272919097 cites W2058194657 @default.
- W2272919097 cites W2066399900 @default.
- W2272919097 cites W2068853819 @default.
- W2272919097 cites W2074649620 @default.
- W2272919097 cites W2076002163 @default.
- W2272919097 cites W2080791454 @default.
- W2272919097 cites W2080851550 @default.
- W2272919097 cites W2080951255 @default.
- W2272919097 cites W2082032619 @default.
- W2272919097 cites W2083802953 @default.
- W2272919097 cites W2083900283 @default.
- W2272919097 cites W2086759071 @default.
- W2272919097 cites W2088665921 @default.
- W2272919097 cites W2091660302 @default.
- W2272919097 cites W2096935408 @default.
- W2272919097 cites W2101316360 @default.
- W2272919097 cites W2108306796 @default.
- W2272919097 cites W2108535201 @default.
- W2272919097 cites W2109338631 @default.
- W2272919097 cites W2110467951 @default.
- W2272919097 cites W2127565228 @default.
- W2272919097 cites W2134510032 @default.
- W2272919097 cites W2137184259 @default.
- W2272919097 cites W2146096736 @default.
- W2272919097 cites W2147405583 @default.
- W2272919097 cites W2152015474 @default.
- W2272919097 cites W2157883983 @default.
- W2272919097 cites W2158416662 @default.
- W2272919097 cites W2161067360 @default.
- W2272919097 cites W2165064637 @default.
- W2272919097 cites W2166184850 @default.
- W2272919097 cites W2254657836 @default.
- W2272919097 cites W2784064389 @default.
- W2272919097 cites W3174911694 @default.
- W2272919097 cites W4230457499 @default.
- W2272919097 cites W83246279 @default.
- W2272919097 doi "https://doi.org/10.1002/2015jg003031" @default.
- W2272919097 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5706124" @default.
- W2272919097 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29201582" @default.
- W2272919097 hasPublicationYear "2016" @default.