FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3217109310> ?p ?o ?g. }

• W3217109310 endingPage "151905" @default.
• W3217109310 startingPage "151905" @default.
• W3217109310 abstract "The extensive anthropogenic activities and their potential impacts during the Anthropocene have led to a research focus on the sedimentary record. In the present study, the occurrence and temporal variations in the fluxes and compositions of n-alkanes and polycyclic aromatic hydrocarbon (PAHs) were investigated in 210Pb-dated sediment cores from a small catchment near the outflow Tanglangchuan in the western Dianchi Lake, China. The continuing organic contamination (i.e. PAHs and n-alkanes) from inputs to outputs has been of concern. To trace the sources and driving forces, multi indicators were applied. Results showed that the total organic carbon (TOC) contents and C/N ratios varied in the range of 4.20-12.30 mg g-1 dw and 8.64-15.65, respectively, indicating algae- and terrestrial plant-derived organic matter (OM). The flux of Σn-alkanes ranged from 0.67 to 38.86 μg cm-2 a-1 with a peak in 2013. The long-chain n-alkanes (Σn-alk26-35) and short-chain n-alkanes (Σn-alk12-20) accounted for 44.02%-49.38% and 35.32%-41.49% of the Σn-alkanes, respectively. A bimodal distribution of n-alkanes was displayed in the sediments implying the sedimentary OM may be derived from a mixed source of endogenous and exogenous origin. The posterior peak (≥n-C26) compounds in the highest abundance were n-C31 or n-C33 with a significant odd-numbered C predominance, representing terrestrial plant-derived OM. Whereas n-C16 was rich in all sediment profiles reflecting crude oil or incompletely combusted fossil fuel-derived source. The indicators analysis showed an increasing trend of the contribution from terrestrial plants and wet to drought climate during 1873-2019. The sedimentary flux of ΣPAHs ranged between 11.71 and 1231.54 ng cm-2 a-1 and the percent of high-ring PAHs rose annually indicating enhanced anthropogenic activities. In the past 147 years, the results of present study highlight the influence of the agricultural and industrial economy on the catchment outlets." @default.
• W3217109310 created "2021-12-06" @default.
• W3217109310 creator A5012673862 @default.
• W3217109310 creator A5037458498 @default.
• W3217109310 creator A5042188194 @default.
• W3217109310 creator A5046207167 @default.
• W3217109310 creator A5075170876 @default.
• W3217109310 date "2022-02-01" @default.
• W3217109310 modified "2023-10-13" @default.
• W3217109310 title "Occurrence characteristics and source appointment of polycyclic aromatic hydrocarbons and n-alkanes over the past 100 years in southwest China" @default.
• W3217109310 cites W1126630428 @default.
• W3217109310 cites W1967029453 @default.
• W3217109310 cites W1970314840 @default.
• W3217109310 cites W1970508495 @default.
• W3217109310 cites W1971259390 @default.
• W3217109310 cites W1971485630 @default.
• W3217109310 cites W1971701422 @default.
• W3217109310 cites W1982191729 @default.
• W3217109310 cites W1982359809 @default.
• W3217109310 cites W1985016085 @default.
• W3217109310 cites W1987367916 @default.
• W3217109310 cites W1994022819 @default.
• W3217109310 cites W1996427678 @default.
• W3217109310 cites W1997362333 @default.
• W3217109310 cites W2004529964 @default.
• W3217109310 cites W2009607369 @default.
• W3217109310 cites W2015674826 @default.
• W3217109310 cites W2016645135 @default.
• W3217109310 cites W2022132363 @default.
• W3217109310 cites W2034858102 @default.
• W3217109310 cites W2038576345 @default.
• W3217109310 cites W2045948022 @default.
• W3217109310 cites W2047246368 @default.
• W3217109310 cites W2048877878 @default.
• W3217109310 cites W2060509986 @default.
• W3217109310 cites W2065840357 @default.
• W3217109310 cites W2068922717 @default.
• W3217109310 cites W2087229785 @default.
• W3217109310 cites W2091753308 @default.
• W3217109310 cites W2097705442 @default.
• W3217109310 cites W2100866593 @default.
• W3217109310 cites W2106677466 @default.
• W3217109310 cites W2138536838 @default.
• W3217109310 cites W2306553942 @default.
• W3217109310 cites W2316261277 @default.
• W3217109310 cites W2328336581 @default.
• W3217109310 cites W2409777643 @default.
• W3217109310 cites W2507783469 @default.
• W3217109310 cites W2566251065 @default.
• W3217109310 cites W2578020018 @default.
• W3217109310 cites W2586641532 @default.
• W3217109310 cites W2588285497 @default.
• W3217109310 cites W2741804218 @default.
• W3217109310 cites W2752215963 @default.
• W3217109310 cites W2753760116 @default.
• W3217109310 cites W2772683856 @default.
• W3217109310 cites W2774049998 @default.
• W3217109310 cites W2793290223 @default.
• W3217109310 cites W2800206156 @default.
• W3217109310 cites W2884229262 @default.
• W3217109310 cites W2897680483 @default.
• W3217109310 cites W2903280062 @default.
• W3217109310 cites W2911771445 @default.
• W3217109310 cites W2916600966 @default.
• W3217109310 cites W2923567567 @default.
• W3217109310 cites W2954670942 @default.
• W3217109310 cites W2955293540 @default.
• W3217109310 cites W2959527999 @default.
• W3217109310 cites W2971316311 @default.
• W3217109310 cites W2978847952 @default.
• W3217109310 cites W2990679313 @default.
• W3217109310 cites W2995305531 @default.
• W3217109310 cites W3010198875 @default.
• W3217109310 cites W3037521957 @default.
• W3217109310 cites W3040399628 @default.
• W3217109310 cites W3047909249 @default.
• W3217109310 cites W3101412644 @default.
• W3217109310 cites W3119057747 @default.
• W3217109310 cites W3132680281 @default.
• W3217109310 cites W3187332826 @default.
• W3217109310 cites W3215134921 @default.
• W3217109310 cites W4234748510 @default.
• W3217109310 cites W4236768654 @default.
• W3217109310 cites W4254221141 @default.
• W3217109310 cites W644630548 @default.
• W3217109310 doi "https://doi.org/10.1016/j.scitotenv.2021.151905" @default.
• W3217109310 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34838905" @default.
• W3217109310 hasPublicationYear "2022" @default.
• W3217109310 type Work @default.
• W3217109310 sameAs 3217109310 @default.
• W3217109310 citedByCount "13" @default.
• W3217109310 countsByYear W32171093102022 @default.
• W3217109310 countsByYear W32171093102023 @default.
• W3217109310 crossrefType "journal-article" @default.
• W3217109310 hasAuthorship W3217109310A5012673862 @default.
• W3217109310 hasAuthorship W3217109310A5037458498 @default.
• W3217109310 hasAuthorship W3217109310A5042188194 @default.
• W3217109310 hasAuthorship W3217109310A5046207167 @default.

• next