FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3204253944> ?p ?o ?g. }

• W3204253944 endingPage "436" @default.
• W3204253944 startingPage "421" @default.
• W3204253944 abstract "Abstract Eutrophication has been identified as the primary cause of water quality deterioration in inland waters worldwide, often associated with algal blooms or fish kills. Eutrophication can be controlled through watershed management and in-lake measures. An extreme heatwave event, through its impact on mineralization rates and internal nutrient loading (phosphorus—P, and nitrogen—N), could counteract eutrophication control measures. We investigated how the effectiveness of a nutrient abatement technique is impacted by an extreme heatwave, and to what extent biogeochemical processes are modulated by exposure to heatwaves. To this end, we carried out a sediment-incubation experiment, testing the effectiveness of lanthanum-modified bentonite (LMB) in reducing nutrients and greenhouse gas emissions from eutrophic sediments, with and without exposure to an extreme heatwave. Our results indicate that the effectiveness of LMB may be compromised upon exposure to an extreme heatwave event. This was evidenced by an increase in concentration of 0.08 ± 0.03 mg P/L with an overlying water volume of 863 ± 21 mL, equalling an 11% increase, with effects lasting to the end of the experiment. LMB application generally showed no effect on nitrogen species, while the heatwave stimulated nitrification, resulting in ammonium loss and accumulation of dissolved oxidized nitrogen species as well as increased dissolved nitrous oxide concentrations. In addition, carbon dioxide (CO 2 )-equivalent was more than doubled during the heatwave relative to the reference temperature, and LMB application had no effect on mitigating them. Our sediment incubation experiment indicates that the rates of biogeochemical processes can be significantly accelerated upon heatwave exposure, resulting in a change in fluxes of nutrient and greenhouse gas between sediment and water. The current efforts in eutrophication control will face more challenges under future climate scenarios with more frequent and intense extreme events as predicted by the IPCC." @default.
• W3204253944 created "2021-10-11" @default.
• W3204253944 creator A5012750837 @default.
• W3204253944 creator A5014942392 @default.
• W3204253944 creator A5022860046 @default.
• W3204253944 creator A5024735259 @default.
• W3204253944 creator A5060764696 @default.
• W3204253944 creator A5061004706 @default.
• W3204253944 creator A5061616669 @default.
• W3204253944 date "2021-10-02" @default.
• W3204253944 modified "2023-10-18" @default.
• W3204253944 title "Effectiveness of phosphorus control under extreme heatwaves: implications for sediment nutrient releases and greenhouse gas emissions" @default.
• W3204253944 cites W1477669139 @default.
• W3204253944 cites W1518897246 @default.
• W3204253944 cites W1564009122 @default.
• W3204253944 cites W1615875926 @default.
• W3204253944 cites W1968569817 @default.
• W3204253944 cites W1971285895 @default.
• W3204253944 cites W1980328642 @default.
• W3204253944 cites W1989979458 @default.
• W3204253944 cites W1992460765 @default.
• W3204253944 cites W2005726506 @default.
• W3204253944 cites W2008641042 @default.
• W3204253944 cites W2012111881 @default.
• W3204253944 cites W2012706455 @default.
• W3204253944 cites W2015118901 @default.
• W3204253944 cites W2018516735 @default.
• W3204253944 cites W2020709904 @default.
• W3204253944 cites W2034943968 @default.
• W3204253944 cites W2042027321 @default.
• W3204253944 cites W2046597617 @default.
• W3204253944 cites W2056385195 @default.
• W3204253944 cites W2057457981 @default.
• W3204253944 cites W2066963070 @default.
• W3204253944 cites W2067841165 @default.
• W3204253944 cites W2078860594 @default.
• W3204253944 cites W2080063783 @default.
• W3204253944 cites W2080582037 @default.
• W3204253944 cites W2092735848 @default.
• W3204253944 cites W2101791894 @default.
• W3204253944 cites W2102942560 @default.
• W3204253944 cites W2112448118 @default.
• W3204253944 cites W2116229933 @default.
• W3204253944 cites W2125168966 @default.
• W3204253944 cites W2125867401 @default.
• W3204253944 cites W2131659431 @default.
• W3204253944 cites W2132841585 @default.
• W3204253944 cites W2133929470 @default.
• W3204253944 cites W2135731312 @default.
• W3204253944 cites W2142758405 @default.
• W3204253944 cites W2148492494 @default.
• W3204253944 cites W2159345526 @default.
• W3204253944 cites W2161429714 @default.
• W3204253944 cites W2162020807 @default.
• W3204253944 cites W2171207905 @default.
• W3204253944 cites W2179539464 @default.
• W3204253944 cites W2261656067 @default.
• W3204253944 cites W2278065902 @default.
• W3204253944 cites W2299711591 @default.
• W3204253944 cites W2342998116 @default.
• W3204253944 cites W2415885529 @default.
• W3204253944 cites W2526870882 @default.
• W3204253944 cites W2567891855 @default.
• W3204253944 cites W2610663440 @default.
• W3204253944 cites W2737109767 @default.
• W3204253944 cites W2749978664 @default.
• W3204253944 cites W2768297408 @default.
• W3204253944 cites W2768322789 @default.
• W3204253944 cites W2770060225 @default.
• W3204253944 cites W2793477774 @default.
• W3204253944 cites W2793727841 @default.
• W3204253944 cites W2921637222 @default.
• W3204253944 cites W2923597814 @default.
• W3204253944 cites W2937600863 @default.
• W3204253944 cites W2970515629 @default.
• W3204253944 cites W3004962135 @default.
• W3204253944 cites W3028531427 @default.
• W3204253944 cites W3087595018 @default.
• W3204253944 cites W3124355643 @default.
• W3204253944 cites W3134410660 @default.
• W3204253944 cites W789464349 @default.
• W3204253944 doi "https://doi.org/10.1007/s10533-021-00854-z" @default.
• W3204253944 hasPublicationYear "2021" @default.
• W3204253944 type Work @default.
• W3204253944 sameAs 3204253944 @default.
• W3204253944 citedByCount "13" @default.
• W3204253944 countsByYear W32042539442022 @default.
• W3204253944 countsByYear W32042539442023 @default.
• W3204253944 crossrefType "journal-article" @default.
• W3204253944 hasAuthorship W3204253944A5012750837 @default.
• W3204253944 hasAuthorship W3204253944A5014942392 @default.
• W3204253944 hasAuthorship W3204253944A5022860046 @default.
• W3204253944 hasAuthorship W3204253944A5024735259 @default.
• W3204253944 hasAuthorship W3204253944A5060764696 @default.
• W3204253944 hasAuthorship W3204253944A5061004706 @default.
• W3204253944 hasAuthorship W3204253944A5061616669 @default.
• W3204253944 hasBestOaLocation W32042539441 @default.
• W3204253944 hasConcept C107872376 @default.

• next