FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2945904938> ?p ?o ?g. }

• W2945904938 endingPage "63" @default.
• W2945904938 startingPage "45" @default.
• W2945904938 abstract "Abstract. The coastal Gulf of Mexico (GOM) and coastal sea off the Korean Peninsula (CSK) both suffer from human-induced eutrophication. We used a nitrogen (N) mass balance model in two different regions with different nitrogen input sources to estimate organic carbon fluxes and predict future carbon fluxes under different model scenarios. The coastal GOM receives nitrogen predominantly from the Mississippi and Atchafalaya rivers and atmospheric nitrogen deposition is only a minor component in this region. In the CSK, groundwater and atmospheric nitrogen deposition are more important controlling factors. Our model includes the fluxes of nitrogen to the ocean from the atmosphere, groundwater and rivers, based on observational and literature data, and identifies three zones (brown, green and blue waters) in the coastal GOM and CSK with different productivity and carbon fluxes. Based on our model results, the potential primary production rate in the inner (brown water) zone are over 2 gC m−2 d−1 (GOM) and 1.5 gC m−2 d−1 (CSK). In the middle (green water) zone, potential production is from 0.1 to 2 (GOM) and 0.3 to 1.5 gC m−2 d−1 (CSK). In the offshore (blue water) zone, productivity is less than 0.1 (GOM) and 0.3 (CSK) gC m−2 d−1. Through our model scenario results, overall oxygen demand in the GOM will increase approximately 21 % if we fail to reduce riverine N input, likely increasing considerably the area affected by hypoxia. Comparing the results from the USA with those from the Korean Peninsula shows the importance of considering both riverine and atmospheric inputs of nitrogen. This has direct implications for investigating how changes in energy technologies can lead to changes in the production of various atmospheric contaminants that affect air quality, climate and the health of local populations." @default.
• W2945904938 created "2019-05-29" @default.
• W2945904938 creator A5000773484 @default.
• W2945904938 creator A5018863239 @default.
• W2945904938 creator A5041592109 @default.
• W2945904938 creator A5056930657 @default.
• W2945904938 creator A5065846337 @default.
• W2945904938 date "2020-01-08" @default.
• W2945904938 modified "2023-10-16" @default.
• W2945904938 title "Implications of different nitrogen input sources for potential production and carbon flux estimates in the coastal Gulf of Mexico (GOM) and Korean Peninsula coastal waters" @default.
• W2945904938 cites W1485758903 @default.
• W2945904938 cites W1492415698 @default.
• W2945904938 cites W1523688531 @default.
• W2945904938 cites W1539487979 @default.
• W2945904938 cites W1561380704 @default.
• W2945904938 cites W1858939587 @default.
• W2945904938 cites W1963786261 @default.
• W2945904938 cites W1964172124 @default.
• W2945904938 cites W1964253703 @default.
• W2945904938 cites W1966596209 @default.
• W2945904938 cites W1970636883 @default.
• W2945904938 cites W1971200458 @default.
• W2945904938 cites W1975550524 @default.
• W2945904938 cites W1976081074 @default.
• W2945904938 cites W1986698309 @default.
• W2945904938 cites W1989803890 @default.
• W2945904938 cites W1990810203 @default.
• W2945904938 cites W1992529983 @default.
• W2945904938 cites W1995605482 @default.
• W2945904938 cites W1996107419 @default.
• W2945904938 cites W2005774098 @default.
• W2945904938 cites W2010190258 @default.
• W2945904938 cites W2011610363 @default.
• W2945904938 cites W2013077733 @default.
• W2945904938 cites W2015273962 @default.
• W2945904938 cites W2017803098 @default.
• W2945904938 cites W2019520275 @default.
• W2945904938 cites W2021557145 @default.
• W2945904938 cites W2021687116 @default.
• W2945904938 cites W2022303435 @default.
• W2945904938 cites W2024680074 @default.
• W2945904938 cites W2025030867 @default.
• W2945904938 cites W2026049117 @default.
• W2945904938 cites W2028339819 @default.
• W2945904938 cites W2028484602 @default.
• W2945904938 cites W2028555926 @default.
• W2945904938 cites W2029688868 @default.
• W2945904938 cites W2030804397 @default.
• W2945904938 cites W2034592156 @default.
• W2945904938 cites W2035518975 @default.
• W2945904938 cites W2037503658 @default.
• W2945904938 cites W2039568707 @default.
• W2945904938 cites W2041158780 @default.
• W2945904938 cites W2045769481 @default.
• W2945904938 cites W2047015783 @default.
• W2945904938 cites W2062444302 @default.
• W2945904938 cites W2067470833 @default.
• W2945904938 cites W2075274388 @default.
• W2945904938 cites W2077769416 @default.
• W2945904938 cites W2084262312 @default.
• W2945904938 cites W2086676220 @default.
• W2945904938 cites W2087873998 @default.
• W2945904938 cites W2089911835 @default.
• W2945904938 cites W2089961313 @default.
• W2945904938 cites W2107764905 @default.
• W2945904938 cites W2109668453 @default.
• W2945904938 cites W2109680766 @default.
• W2945904938 cites W2111250163 @default.
• W2945904938 cites W2112448118 @default.
• W2945904938 cites W2120185909 @default.
• W2945904938 cites W2130231032 @default.
• W2945904938 cites W2137460707 @default.
• W2945904938 cites W2139485889 @default.
• W2945904938 cites W2142782952 @default.
• W2945904938 cites W2161978191 @default.
• W2945904938 cites W2162317680 @default.
• W2945904938 cites W2162905331 @default.
• W2945904938 cites W2167818346 @default.
• W2945904938 cites W2170823534 @default.
• W2945904938 cites W2253353872 @default.
• W2945904938 cites W2272698877 @default.
• W2945904938 cites W2277215776 @default.
• W2945904938 cites W2290034724 @default.
• W2945904938 cites W2322249143 @default.
• W2945904938 cites W2336395294 @default.
• W2945904938 cites W2534042406 @default.
• W2945904938 cites W2724903132 @default.
• W2945904938 cites W2801389959 @default.
• W2945904938 cites W2805197332 @default.
• W2945904938 cites W4233165488 @default.
• W2945904938 doi "https://doi.org/10.5194/os-16-45-2020" @default.
• W2945904938 hasPublicationYear "2020" @default.
• W2945904938 type Work @default.
• W2945904938 sameAs 2945904938 @default.
• W2945904938 citedByCount "3" @default.
• W2945904938 countsByYear W29459049382020 @default.
• W2945904938 countsByYear W29459049382021 @default.
• W2945904938 countsByYear W29459049382022 @default.

• next