Matches in SemOpenAlex for { <https://semopenalex.org/work/W3006940210> ?p ?o ?g. }
- W3006940210 endingPage "105564" @default.
- W3006940210 startingPage "105564" @default.
- W3006940210 abstract "Vehicles generate particulate matter (PM) in significant amounts as their brake systems wear. These particles can influence air quality and their transport/deposition may affect the edaphic and aquatic ecosystems. As part of the LOWBRASYS H2020 project, new more eco-friendly brake disc and pad formulations were developed. PMs generated from traditional (FM1-BD1) and innovative (FM4-BD2, FMB-BD7) brake systems in bench tests were studied. The PMs' physical/chemical characteristics were preliminarily investigated. To study the possible environmental impact of the nano-micro particulate, we used a battery of ecotoxicological tests. We employed the microalga Pseudokirchneriella subcapitata, the crustacean Daphnia magna and the bacteria Vibrio fischeri as aquatic bioindicators, while for the edaphic ecosystem we used the seeds of Lepidium sativum and Sorghum saccharatum, the nematode Caenorhabditis elegans, the earthworm Eisenia andrei and the ameba Dictyostelium discoideum. The results showed a higher sensitivity of the freshwater organisms exposed to the soluble PM fraction, with respect to the edaphic ones. FM4-BD2 brake formulation was slightly more toxic for algae (200 mg/L) than FM1-BD1 (500 mg/L). The new system FMB-BD7 particulate was not harmful for crustacean survival, and resulted weakly toxic for algal reproduction only at 500 mg/L. The particulate material per se was found to affect the algal reproduction. No toxic effects were found on nematodes, earthworms and seeds up to 1000 mg/L. However, in D. discoideum the reproduction rate was significantly reduced starting from 100 mg/L; and the lysosomal membrane stability showed a relevant alteration also at minimal concentration (0.1 mg/L). The results demonstrated a minimal risk for biodiversity of the particulates from the different brake systems and highlighted a more eco-friendly performance the new brake-pad FMB-BD7. However, the occurrence of sublethal effects should be considered as a possible contribution of the particle toxicity to the biological effects of the environmental pollution." @default.
- W3006940210 created "2020-03-06" @default.
- W3006940210 creator A5003148359 @default.
- W3006940210 creator A5006004785 @default.
- W3006940210 creator A5020885539 @default.
- W3006940210 creator A5041820397 @default.
- W3006940210 creator A5046547468 @default.
- W3006940210 creator A5058133879 @default.
- W3006940210 creator A5061589666 @default.
- W3006940210 creator A5065212747 @default.
- W3006940210 creator A5072696345 @default.
- W3006940210 creator A5075468074 @default.
- W3006940210 date "2020-04-01" @default.
- W3006940210 modified "2023-09-24" @default.
- W3006940210 title "Ecotoxicological effects of atmospheric particulate produced by braking systems on aquatic and edaphic organisms" @default.
- W3006940210 cites W1965032851 @default.
- W3006940210 cites W1965911940 @default.
- W3006940210 cites W1966476051 @default.
- W3006940210 cites W1968401726 @default.
- W3006940210 cites W1968753818 @default.
- W3006940210 cites W1977371368 @default.
- W3006940210 cites W1979449651 @default.
- W3006940210 cites W1981769841 @default.
- W3006940210 cites W1982019981 @default.
- W3006940210 cites W1990609292 @default.
- W3006940210 cites W1992821860 @default.
- W3006940210 cites W1993850667 @default.
- W3006940210 cites W1994243442 @default.
- W3006940210 cites W2000260632 @default.
- W3006940210 cites W2006771578 @default.
- W3006940210 cites W2008576124 @default.
- W3006940210 cites W2010440651 @default.
- W3006940210 cites W2011893409 @default.
- W3006940210 cites W2014583762 @default.
- W3006940210 cites W2018788193 @default.
- W3006940210 cites W2022021790 @default.
- W3006940210 cites W2025658496 @default.
- W3006940210 cites W2029278504 @default.
- W3006940210 cites W2029516853 @default.
- W3006940210 cites W2033300093 @default.
- W3006940210 cites W2037962348 @default.
- W3006940210 cites W2038666069 @default.
- W3006940210 cites W2041435676 @default.
- W3006940210 cites W2042342613 @default.
- W3006940210 cites W2046011229 @default.
- W3006940210 cites W2046639285 @default.
- W3006940210 cites W2053784789 @default.
- W3006940210 cites W2056099463 @default.
- W3006940210 cites W2068854701 @default.
- W3006940210 cites W2073912316 @default.
- W3006940210 cites W2076036608 @default.
- W3006940210 cites W2079909985 @default.
- W3006940210 cites W2081775589 @default.
- W3006940210 cites W2089620278 @default.
- W3006940210 cites W2089871476 @default.
- W3006940210 cites W2090793903 @default.
- W3006940210 cites W2091670299 @default.
- W3006940210 cites W2097339264 @default.
- W3006940210 cites W2103115463 @default.
- W3006940210 cites W2106521305 @default.
- W3006940210 cites W2109756205 @default.
- W3006940210 cites W2117326659 @default.
- W3006940210 cites W2127166353 @default.
- W3006940210 cites W2135265997 @default.
- W3006940210 cites W2150735360 @default.
- W3006940210 cites W2166748180 @default.
- W3006940210 cites W2169508979 @default.
- W3006940210 cites W2189461249 @default.
- W3006940210 cites W2255418170 @default.
- W3006940210 cites W2282807568 @default.
- W3006940210 cites W2321814792 @default.
- W3006940210 cites W2368320405 @default.
- W3006940210 cites W2466256217 @default.
- W3006940210 cites W2529432033 @default.
- W3006940210 cites W2573914334 @default.
- W3006940210 cites W2600237350 @default.
- W3006940210 cites W2621051550 @default.
- W3006940210 cites W2767265778 @default.
- W3006940210 cites W2780178667 @default.
- W3006940210 cites W2936259136 @default.
- W3006940210 cites W2950435037 @default.
- W3006940210 cites W65751948 @default.
- W3006940210 doi "https://doi.org/10.1016/j.envint.2020.105564" @default.
- W3006940210 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32086078" @default.
- W3006940210 hasPublicationYear "2020" @default.
- W3006940210 type Work @default.
- W3006940210 sameAs 3006940210 @default.
- W3006940210 citedByCount "18" @default.
- W3006940210 countsByYear W30069402102020 @default.
- W3006940210 countsByYear W30069402102021 @default.
- W3006940210 countsByYear W30069402102022 @default.
- W3006940210 countsByYear W30069402102023 @default.
- W3006940210 crossrefType "journal-article" @default.
- W3006940210 hasAuthorship W3006940210A5003148359 @default.
- W3006940210 hasAuthorship W3006940210A5006004785 @default.
- W3006940210 hasAuthorship W3006940210A5020885539 @default.
- W3006940210 hasAuthorship W3006940210A5041820397 @default.
- W3006940210 hasAuthorship W3006940210A5046547468 @default.