FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3199209432> ?p ?o ?g. }

• W3199209432 abstract "In this study, the results from two passive air sampling campaigns (winter and summer) performed previously in 8 different urban sites allowed the inclusion of the volatile methyl siloxane (VMS) D5 in a chemistry transport model (WRF+CHIMERE modeling system) to assess its performance in describing the concentrations and seasonal distribution of this emergent contaminant in a domain covering the western Iberian Peninsula. The model estimations were evaluated using the available field-based data, and the WRF+CHIMERE approach showed, in general, errors under 50% for all sampling sites and seasons, with a slight tendency to underestimations of D5 concentrations when using the lowest emission factor among those selected from the literature and to very large overestimations when using the highest emission factor available. The greatest errors are found for remote sampling points (substantial overestimations of the models at Midões, by even a factor of 3) and for coastal ones (where population and therefore emissions exhibit strong seasonality). The results also indicate that the chemical sinks by OH degradation play a negligible role on the ground-level concentrations of D5 at the scale of the investigated domain, with average contributions under 0.5%. Despite the lack of data regarding D5 emissions in the area, which led to the assumption of emission rates taken from other countries (and a constant population in the domain), the results of this first study are excellent and highlight the skill of WRF+CHIMERE in reproducing D5 concentrations. Indeed, the nature of the proposed modeling tool is helpful for understanding the processes conditioning the present and future behavior of contaminants like D5. Moreover, the model is bound to allow the future inclusion of D5 (and other VMSs) in regulatory scenarios, since restrictions on the use of these chemicals have just started to be introduced." @default.
• W3199209432 created "2021-09-27" @default.
• W3199209432 creator A5078156106 @default.
• W3199209432 creator A5089103827 @default.
• W3199209432 date "2021-01-01" @default.
• W3199209432 modified "2023-10-16" @default.
• W3199209432 title "Characterizing the regional concentrations and seasonality of the emerging pollutant decamethylcyclopentasiloxane (D5) using a WRF+CHIMERE modeling approach" @default.
• W3199209432 cites W1509848768 @default.
• W3199209432 cites W161496736 @default.
• W3199209432 cites W1817886894 @default.
• W3199209432 cites W1890585326 @default.
• W3199209432 cites W1963678409 @default.
• W3199209432 cites W1970913729 @default.
• W3199209432 cites W1973146499 @default.
• W3199209432 cites W1975450074 @default.
• W3199209432 cites W1980182854 @default.
• W3199209432 cites W1980302962 @default.
• W3199209432 cites W1987012590 @default.
• W3199209432 cites W2002570697 @default.
• W3199209432 cites W2003246806 @default.
• W3199209432 cites W2006927794 @default.
• W3199209432 cites W2015111192 @default.
• W3199209432 cites W2016453579 @default.
• W3199209432 cites W2022991918 @default.
• W3199209432 cites W2025102618 @default.
• W3199209432 cites W2027667094 @default.
• W3199209432 cites W2028979275 @default.
• W3199209432 cites W2029336365 @default.
• W3199209432 cites W2036225292 @default.
• W3199209432 cites W2043597165 @default.
• W3199209432 cites W2046476702 @default.
• W3199209432 cites W2055938690 @default.
• W3199209432 cites W2056961811 @default.
• W3199209432 cites W2059706403 @default.
• W3199209432 cites W2062288646 @default.
• W3199209432 cites W2069534697 @default.
• W3199209432 cites W2073338950 @default.
• W3199209432 cites W2078869898 @default.
• W3199209432 cites W2084367471 @default.
• W3199209432 cites W2087680759 @default.
• W3199209432 cites W2090543418 @default.
• W3199209432 cites W2098580925 @default.
• W3199209432 cites W2104057601 @default.
• W3199209432 cites W2104950763 @default.
• W3199209432 cites W2112354123 @default.
• W3199209432 cites W2113999280 @default.
• W3199209432 cites W2119007429 @default.
• W3199209432 cites W2121745948 @default.
• W3199209432 cites W2142794782 @default.
• W3199209432 cites W2146815886 @default.
• W3199209432 cites W2153284731 @default.
• W3199209432 cites W2154806785 @default.
• W3199209432 cites W2155640084 @default.
• W3199209432 cites W2158417594 @default.
• W3199209432 cites W2163171091 @default.
• W3199209432 cites W2163451677 @default.
• W3199209432 cites W2313102730 @default.
• W3199209432 cites W2327200407 @default.
• W3199209432 cites W2329564671 @default.
• W3199209432 cites W2333045527 @default.
• W3199209432 cites W2334043336 @default.
• W3199209432 cites W2338859767 @default.
• W3199209432 cites W2416919082 @default.
• W3199209432 cites W2460463326 @default.
• W3199209432 cites W2554477284 @default.
• W3199209432 cites W2569002119 @default.
• W3199209432 cites W2585900543 @default.
• W3199209432 cites W2735608297 @default.
• W3199209432 cites W2759099736 @default.
• W3199209432 cites W2782999448 @default.
• W3199209432 cites W2785649357 @default.
• W3199209432 cites W2793096176 @default.
• W3199209432 cites W2793708033 @default.
• W3199209432 cites W2801288176 @default.
• W3199209432 cites W2801321755 @default.
• W3199209432 cites W2898304584 @default.
• W3199209432 cites W2955135015 @default.
• W3199209432 cites W3018592596 @default.
• W3199209432 cites W3021176428 @default.
• W3199209432 cites W3038176380 @default.
• W3199209432 cites W3091946195 @default.
• W3199209432 cites W3111180285 @default.
• W3199209432 cites W784165005 @default.
• W3199209432 cites W81808495 @default.
• W3199209432 doi "https://doi.org/10.1525/elementa.2020.00137" @default.
• W3199209432 hasPublicationYear "2021" @default.
• W3199209432 type Work @default.
• W3199209432 sameAs 3199209432 @default.
• W3199209432 citedByCount "0" @default.
• W3199209432 crossrefType "journal-article" @default.
• W3199209432 hasAuthorship W3199209432A5078156106 @default.
• W3199209432 hasAuthorship W3199209432A5089103827 @default.
• W3199209432 hasBestOaLocation W31992094321 @default.
• W3199209432 hasConcept C105795698 @default.
• W3199209432 hasConcept C120665830 @default.
• W3199209432 hasConcept C121332964 @default.
• W3199209432 hasConcept C125403950 @default.
• W3199209432 hasConcept C126314574 @default.
• W3199209432 hasConcept C127313418 @default.
• W3199209432 hasConcept C133204551 @default.

• next