FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2907017146> ?p ?o ?g. }

• W2907017146 endingPage "503" @default.
• W2907017146 startingPage "484" @default.
• W2907017146 abstract "As large-scale peat burning emissions can severely impact the environment and human health, it is crucial to assess the characteristics of smoke aerosol at the source and at down-wind locations. From March until late summer in 2014, the Tver region, north of the city of Moscow, was considerably affected by long-lasting peat bog fires. Peat bog smoldering emissions from three types of smoke (underground, inside grass, and above grass) were analyzed by an extensive suite of instrumentation that sampled and measured their optical and chemical properties. The particle composition was characterized by organic species with high OC/EC ratios (10–20), with water-soluble organic carbon (WSOC) and levoglucosan (Lev) comprising the largest fraction, up to 30 and 9%, respectively, of the OC. Aliphatic, aromatic, carbonyl, and carboxylate functionalities in the underground smoke were enriched by nitro compounds, and brown carbon (BrC) was identified by a high Absorption Angstrom Exponent (AAE) of 4.1. Organic “tar balls” in the peat smoke were more abundant (78.5%) than individual Ca-rich (e.g., Ca-oxides or carbonates), Fe-rich (e.g., Fe-oxides), and Al-rich (e.g., alumosilicates) particles. Peat smoke plumes affected an urban site in Moscow in August 2014, with ambient PM10 mass loadings reaching up to 97 µg m–3 and OC, EC, and ionic species accounting for a large percentage of the total aerosol enhancement. With the transport of air masses from the peat bog region to Moscow, the OC/EC ratio and AAE reached peak values of 7 and 1.3, respectively. Levoglucosan served as a molecular marker of the impact of peat smoldering, approaching a maximum ambient concentration of 108 ng m–3. WSOC correlated well with Lev, indicating secondary organic aerosol (SOA) formation associated with peat burning emissions. Spectral absorbance features showed characteristics similar to peat burning and traffic source emissions during fire and non-fire related days, confirming the potential effect of transported peat smoke on air quality in megacities." @default.
• W2907017146 created "2019-01-11" @default.
• W2907017146 creator A5005993539 @default.
• W2907017146 creator A5019846811 @default.
• W2907017146 creator A5064871597 @default.
• W2907017146 creator A5071742516 @default.
• W2907017146 creator A5084807182 @default.
• W2907017146 date "2019-01-01" @default.
• W2907017146 modified "2023-09-25" @default.
• W2907017146 title "Aerosol Emissions from Long-lasting Smoldering of Boreal Peatlands: Chemical Composition, Markers, and Microstructure" @default.
• W2907017146 cites W1485504984 @default.
• W2907017146 cites W1586439865 @default.
• W2907017146 cites W1636421222 @default.
• W2907017146 cites W1965222058 @default.
• W2907017146 cites W1967415205 @default.
• W2907017146 cites W1968274572 @default.
• W2907017146 cites W1970172959 @default.
• W2907017146 cites W1975756413 @default.
• W2907017146 cites W1979515153 @default.
• W2907017146 cites W1983127142 @default.
• W2907017146 cites W2002459745 @default.
• W2907017146 cites W2003678836 @default.
• W2907017146 cites W2004932539 @default.
• W2907017146 cites W2012201353 @default.
• W2907017146 cites W2012649600 @default.
• W2907017146 cites W2014826917 @default.
• W2907017146 cites W2016830479 @default.
• W2907017146 cites W2018078027 @default.
• W2907017146 cites W2018301306 @default.
• W2907017146 cites W2018813583 @default.
• W2907017146 cites W2019492708 @default.
• W2907017146 cites W2021510643 @default.
• W2907017146 cites W2023212663 @default.
• W2907017146 cites W2024037180 @default.
• W2907017146 cites W2030233571 @default.
• W2907017146 cites W2032387514 @default.
• W2907017146 cites W2036289626 @default.
• W2907017146 cites W2044777963 @default.
• W2907017146 cites W2055513580 @default.
• W2907017146 cites W2066286996 @default.
• W2907017146 cites W2066373886 @default.
• W2907017146 cites W2066828854 @default.
• W2907017146 cites W2072248880 @default.
• W2907017146 cites W2072382186 @default.
• W2907017146 cites W2080394203 @default.
• W2907017146 cites W2082755150 @default.
• W2907017146 cites W2083332818 @default.
• W2907017146 cites W2084307570 @default.
• W2907017146 cites W2086608725 @default.
• W2907017146 cites W2095553875 @default.
• W2907017146 cites W2096873813 @default.
• W2907017146 cites W2106161186 @default.
• W2907017146 cites W2111813284 @default.
• W2907017146 cites W2112308202 @default.
• W2907017146 cites W2113092801 @default.
• W2907017146 cites W2120360230 @default.
• W2907017146 cites W2123288825 @default.
• W2907017146 cites W2127644734 @default.
• W2907017146 cites W2129899383 @default.
• W2907017146 cites W2142109796 @default.
• W2907017146 cites W2143290287 @default.
• W2907017146 cites W2145320782 @default.
• W2907017146 cites W2153765402 @default.
• W2907017146 cites W2157994300 @default.
• W2907017146 cites W2158311690 @default.
• W2907017146 cites W2160540983 @default.
• W2907017146 cites W2161651958 @default.
• W2907017146 cites W2161922980 @default.
• W2907017146 cites W2163114065 @default.
• W2907017146 cites W2166204353 @default.
• W2907017146 cites W2171765982 @default.
• W2907017146 cites W2285976547 @default.
• W2907017146 cites W2294297354 @default.
• W2907017146 cites W2346434120 @default.
• W2907017146 cites W2364003510 @default.
• W2907017146 cites W2411413628 @default.
• W2907017146 cites W2530128001 @default.
• W2907017146 cites W2581471964 @default.
• W2907017146 cites W2610162368 @default.
• W2907017146 cites W2674899056 @default.
• W2907017146 cites W2763083634 @default.
• W2907017146 cites W2801506876 @default.
• W2907017146 cites W771673678 @default.
• W2907017146 doi "https://doi.org/10.4209/aaqr.2018.08.0302" @default.
• W2907017146 hasPublicationYear "2019" @default.
• W2907017146 type Work @default.
• W2907017146 sameAs 2907017146 @default.
• W2907017146 citedByCount "17" @default.
• W2907017146 countsByYear W29070171462019 @default.
• W2907017146 countsByYear W29070171462020 @default.
• W2907017146 countsByYear W29070171462021 @default.
• W2907017146 countsByYear W29070171462022 @default.
• W2907017146 countsByYear W29070171462023 @default.
• W2907017146 crossrefType "journal-article" @default.
• W2907017146 hasAuthorship W2907017146A5005993539 @default.
• W2907017146 hasAuthorship W2907017146A5019846811 @default.
• W2907017146 hasAuthorship W2907017146A5064871597 @default.
• W2907017146 hasAuthorship W2907017146A5071742516 @default.

• next