FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2807316095> ?p ?o ?g. }

• W2807316095 endingPage "318" @default.
• W2807316095 startingPage "303" @default.
• W2807316095 abstract "Although mangrove forests are efficient natural carbon sinks, most of the atmospheric carbon dioxide (CO2) fixed by its vegetation is believed to be exported via tidal exchange, rather than stored in the vegetative biomass and sediment. However, the magnitude of tidal export is largely unknown because direct measurements are scarce. We deployed a novel experimental design that combined automated high-resolution measurements of hydrodynamic, hydrogeochemical and biogeochemical parameters during the dry season in a mangrove tidal creek in the Can Gio Mangrove Forest in Vietnam. The objective was to quantify the tide-controlled water, porewater, DIC and DOC exchange, and estimate the CO2 evasion throughout tidal cycles contrasted by amplitude. Data from three 25-h time series showed a clear peak of DIC, DOC, pCO2, and 222Rn at low tide, particularly during tidal cycles of large amplitude, which directly relate to porewater discharge. Our mass balance models revealed that the tidal creek was a net exporter of dissolved carbon to coastal waters, with an important contribution (38%) coming from DIC in porewater discharge. Porewater exchange varied from 3.1 ± 1.6 to 7.1 ± 2.4 cm day−1. DIC exchange ranged from 352 ± 34 to 678 ± 79 mmolC m−2 day−1; DOC exchange, 20.6 ± 1.9 to 67.7 ± 7.9 mmol C m−2 day−1; and CO2 evasion, 69.9 ± 10.5 to 173.7 ± 26.1 mmolC m−2 day−1. These estimates were in the high range of previous carbon assessments and were explained by (i) the monitoring station being located at equal distance from the head and the mouth of the creek, which minimized carbon degradation and losses associated to transport in water; and (ii) the site being a highly productive mangrove within South East Asia." @default.
• W2807316095 created "2018-06-13" @default.
• W2807316095 creator A5001956312 @default.
• W2807316095 creator A5009439121 @default.
• W2807316095 creator A5018754758 @default.
• W2807316095 creator A5040495630 @default.
• W2807316095 creator A5048608638 @default.
• W2807316095 creator A5064537217 @default.
• W2807316095 creator A5064792604 @default.
• W2807316095 creator A5065676384 @default.
• W2807316095 creator A5077994859 @default.
• W2807316095 date "2018-08-01" @default.
• W2807316095 modified "2023-10-17" @default.
• W2807316095 title "Assessing the contribution of porewater discharge in carbon export and CO2 evasion in a mangrove tidal creek (Can Gio, Vietnam)" @default.
• W2807316095 cites W122496225 @default.
• W2807316095 cites W135246931 @default.
• W2807316095 cites W1600897084 @default.
• W2807316095 cites W1602894312 @default.
• W2807316095 cites W1648234391 @default.
• W2807316095 cites W1864924596 @default.
• W2807316095 cites W1893513366 @default.
• W2807316095 cites W1964412323 @default.
• W2807316095 cites W1965685133 @default.
• W2807316095 cites W1968189765 @default.
• W2807316095 cites W1973797251 @default.
• W2807316095 cites W1978907362 @default.
• W2807316095 cites W1980607630 @default.
• W2807316095 cites W1982312265 @default.
• W2807316095 cites W1982770973 @default.
• W2807316095 cites W1995498007 @default.
• W2807316095 cites W1998394475 @default.
• W2807316095 cites W2001771770 @default.
• W2807316095 cites W2002927300 @default.
• W2807316095 cites W2013839490 @default.
• W2807316095 cites W2014128567 @default.
• W2807316095 cites W2018516735 @default.
• W2807316095 cites W2020883316 @default.
• W2807316095 cites W2024506915 @default.
• W2807316095 cites W2025617361 @default.
• W2807316095 cites W2030604405 @default.
• W2807316095 cites W2031350946 @default.
• W2807316095 cites W2032861501 @default.
• W2807316095 cites W2037770373 @default.
• W2807316095 cites W2039170254 @default.
• W2807316095 cites W2041676725 @default.
• W2807316095 cites W2049435213 @default.
• W2807316095 cites W2060715345 @default.
• W2807316095 cites W2063370133 @default.
• W2807316095 cites W2063656463 @default.
• W2807316095 cites W2065250633 @default.
• W2807316095 cites W2069089687 @default.
• W2807316095 cites W2072938164 @default.
• W2807316095 cites W2076415791 @default.
• W2807316095 cites W2077722435 @default.
• W2807316095 cites W2083938868 @default.
• W2807316095 cites W2091484243 @default.
• W2807316095 cites W2092949025 @default.
• W2807316095 cites W2094120774 @default.
• W2807316095 cites W2094300388 @default.
• W2807316095 cites W2094597293 @default.
• W2807316095 cites W2094922595 @default.
• W2807316095 cites W2098668642 @default.
• W2807316095 cites W2098998407 @default.
• W2807316095 cites W2099562949 @default.
• W2807316095 cites W2111317694 @default.
• W2807316095 cites W2112269639 @default.
• W2807316095 cites W2125776675 @default.
• W2807316095 cites W2130426665 @default.
• W2807316095 cites W2139080843 @default.
• W2807316095 cites W2141569820 @default.
• W2807316095 cites W2146740477 @default.
• W2807316095 cites W2147850012 @default.
• W2807316095 cites W2150500101 @default.
• W2807316095 cites W2160826174 @default.
• W2807316095 cites W2183338940 @default.
• W2807316095 cites W2204257421 @default.
• W2807316095 cites W2240680561 @default.
• W2807316095 cites W2319861135 @default.
• W2807316095 cites W2345483477 @default.
• W2807316095 cites W2345598463 @default.
• W2807316095 cites W2404281992 @default.
• W2807316095 cites W2415668492 @default.
• W2807316095 cites W2510977363 @default.
• W2807316095 cites W2514545992 @default.
• W2807316095 cites W2538677258 @default.
• W2807316095 cites W2567593817 @default.
• W2807316095 cites W2726824612 @default.
• W2807316095 cites W2767132051 @default.
• W2807316095 cites W2769165094 @default.
• W2807316095 cites W42005914 @default.
• W2807316095 cites W4247926433 @default.
• W2807316095 doi "https://doi.org/10.1016/j.jhydrol.2018.05.042" @default.
• W2807316095 hasPublicationYear "2018" @default.
• W2807316095 type Work @default.
• W2807316095 sameAs 2807316095 @default.
• W2807316095 citedByCount "43" @default.
• W2807316095 countsByYear W28073160952018 @default.
• W2807316095 countsByYear W28073160952019 @default.

• next