FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2989704706> ?p ?o ?g. }

• W2989704706 endingPage "113684" @default.
• W2989704706 startingPage "113684" @default.
• W2989704706 abstract "The Haihe River Basin is a polluted area affected by the developing industry and intensive agricultural activities in China. Dissolved organic matter (DOC) and light-absorbing characteristics of chromophoric dissolved organic matter (CDOM) were monitored in different tributaries of China within the Haihe River basin during spring and autumn. The concentration of DOC during spring was higher than during autumn (p < 0.01), and the evaporation was an important factor affecting the concentration of DOC in the basin. By contrast, the proportion of inputs due to terrigenous plants during autumn was higher than during spring. Carbon stable isotope analysis δ13C and C: N ratio of DOC, evidenced the inputs of DOC in the Haihe River basin from different sources including sewage, terrestrial plants, soil, and plankton. Isotopic analysis of δ13C and excitation-emission matrix (EEM) with fluorescence regional integration (FRI) analysis supported the hypothesis that allochthonous inputs contributed substantially to the inputs of DOC in the Haihe River basin, coming largely from sewage (9.8%–81.2%) and terrestrial plants (13.3%–65.8%). Depending on the source of DOC and contribution, four types with different EEM spectra were set. Type I, river water from sewage (81.2%); Type II, river water with input from terrestrial plants (65.8%); Type III, river water with plankton (36.4%), and Type IV, river water with soil-derived DOC (33.9%). The results demonstrated that the combined methodology using 13C stable isotope and EEM-FRI can be used to characterize the components of DOC in river waters. This approach was important for tracking the concentration and composition of DOC in river waters from different input sources and for better understanding concerning the local regulation of the terrestrial carbon cycle." @default.
• W2989704706 created "2019-12-05" @default.
• W2989704706 creator A5027200482 @default.
• W2989704706 creator A5028724918 @default.
• W2989704706 creator A5034134503 @default.
• W2989704706 creator A5046878806 @default.
• W2989704706 creator A5063761923 @default.
• W2989704706 creator A5064376545 @default.
• W2989704706 creator A5072696463 @default.
• W2989704706 date "2020-03-01" @default.
• W2989704706 modified "2023-10-07" @default.
• W2989704706 title "Characterizing DOC sources in China’s Haihe River basin using spectroscopy and stable carbon isotopes" @default.
• W2989704706 cites W1505592082 @default.
• W2989704706 cites W1510478284 @default.
• W2989704706 cites W1776313780 @default.
• W2989704706 cites W1905566710 @default.
• W2989704706 cites W1964993164 @default.
• W2989704706 cites W1965197192 @default.
• W2989704706 cites W1967307131 @default.
• W2989704706 cites W1970801056 @default.
• W2989704706 cites W2002238879 @default.
• W2989704706 cites W2009076100 @default.
• W2989704706 cites W2012755326 @default.
• W2989704706 cites W2017502886 @default.
• W2989704706 cites W2018693664 @default.
• W2989704706 cites W2022339784 @default.
• W2989704706 cites W2025057245 @default.
• W2989704706 cites W2025721714 @default.
• W2989704706 cites W2026100467 @default.
• W2989704706 cites W2029641155 @default.
• W2989704706 cites W2031688730 @default.
• W2989704706 cites W2031987139 @default.
• W2989704706 cites W2033355897 @default.
• W2989704706 cites W2034861881 @default.
• W2989704706 cites W2042392936 @default.
• W2989704706 cites W2044224958 @default.
• W2989704706 cites W2055763451 @default.
• W2989704706 cites W2057459006 @default.
• W2989704706 cites W2061659690 @default.
• W2989704706 cites W2065624815 @default.
• W2989704706 cites W2067104023 @default.
• W2989704706 cites W2068570552 @default.
• W2989704706 cites W2072683919 @default.
• W2989704706 cites W2077361180 @default.
• W2989704706 cites W2084665882 @default.
• W2989704706 cites W2090095993 @default.
• W2989704706 cites W2091660302 @default.
• W2989704706 cites W2100468073 @default.
• W2989704706 cites W2108686678 @default.
• W2989704706 cites W2109868247 @default.
• W2989704706 cites W2113313876 @default.
• W2989704706 cites W2117771686 @default.
• W2989704706 cites W2120514850 @default.
• W2989704706 cites W2128200239 @default.
• W2989704706 cites W2129588563 @default.
• W2989704706 cites W2135705792 @default.
• W2989704706 cites W2168225251 @default.
• W2989704706 cites W2174160342 @default.
• W2989704706 cites W2332068739 @default.
• W2989704706 cites W2515417770 @default.
• W2989704706 cites W2591934537 @default.
• W2989704706 cites W2593870481 @default.
• W2989704706 cites W2734566634 @default.
• W2989704706 cites W2737383162 @default.
• W2989704706 cites W2781429478 @default.
• W2989704706 cites W2792802470 @default.
• W2989704706 cites W2793632733 @default.
• W2989704706 cites W2795847860 @default.
• W2989704706 cites W2804269481 @default.
• W2989704706 cites W2807160691 @default.
• W2989704706 cites W2809910961 @default.
• W2989704706 cites W2888795495 @default.
• W2989704706 cites W2898735456 @default.
• W2989704706 cites W2900914392 @default.
• W2989704706 cites W2901037872 @default.
• W2989704706 cites W2904301212 @default.
• W2989704706 cites W2953381008 @default.
• W2989704706 cites W4256506390 @default.
• W2989704706 doi "https://doi.org/10.1016/j.envpol.2019.113684" @default.
• W2989704706 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31818617" @default.
• W2989704706 hasPublicationYear "2020" @default.
• W2989704706 type Work @default.
• W2989704706 sameAs 2989704706 @default.
• W2989704706 citedByCount "24" @default.
• W2989704706 countsByYear W29897047062020 @default.
• W2989704706 countsByYear W29897047062021 @default.
• W2989704706 countsByYear W29897047062022 @default.
• W2989704706 countsByYear W29897047062023 @default.
• W2989704706 crossrefType "journal-article" @default.
• W2989704706 hasAuthorship W2989704706A5027200482 @default.
• W2989704706 hasAuthorship W2989704706A5028724918 @default.
• W2989704706 hasAuthorship W2989704706A5034134503 @default.
• W2989704706 hasAuthorship W2989704706A5046878806 @default.
• W2989704706 hasAuthorship W2989704706A5063761923 @default.
• W2989704706 hasAuthorship W2989704706A5064376545 @default.
• W2989704706 hasAuthorship W2989704706A5072696463 @default.
• W2989704706 hasConcept C107872376 @default.
• W2989704706 hasConcept C121332964 @default.

• next