7月 2026
atmospheric-chemistry-and-physics.net
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44.92%
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atmospheric-chemistry-and-physics.net 的前十大競爭對手
在 7月 2026,系統根據關鍵字流量、受眾定位與市場重疊率與 atmospheric-chemistry-and-physics.net 的相似程度,排名出 atmospheric-chemistry-and-physics.net 等前 10 名網站。
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AGU is an international, nonprofit scientific association whose mission is to promote discovery in Earth and space science for the benefit of humanity.
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Abstract. Long-term monitoring at sites with relatively low particulate pollution could provide an opportunity to identify changes in pollutant concentration and potential effects of current air quality policies. In this study, 9-year sampling of PM10 (particles with an aerodynamic diameter below 10 µm) was performed in a rural background site in France (Observatoire Pérenne de l'Environnement or OPE) from 28 February 2012 to 22 December 2020. The positive matrix factorization (PMF) method was used to apportion sources of PM10 based on quantified chemical constituents and specific chemical tracers analysed on collected filters. Oxidative potential (OP), an emerging health metric that measures PM capability to potentially cause anti-oxidant imbalance in the lung, was also measured using two acellular assays: dithiothreitol (DTT) and ascorbic acid (AA). The sources of OP were also estimated using multiple linear regression (MLR) analysis. In terms of mass contribution, the dominant sources are secondary aerosols (nitrate- and sulfate-rich) associated with long-range transport (LRT). However, in terms of OP contributions, the main drivers are traffic, mineral dust, and biomass burning factors. There is also some OP contribution apportioned to the sulfate- and nitrate-rich sources influenced by processes and ageing during LRT that could have encouraged mixing with other anthropogenic sources. The study indicates much lower OP values than in urban areas. A substantial decrease (58 % reduction from the year 2012 to 2020) in the mass contributions from the traffic factor was found, even though this is not clearly reflected in its OP contribution. Nevertheless, the findings in this long-term study at the OPE site could indicate effectiveness of implemented emission control policies, as also seen in other long-term studies conducted in Europe, mainly for urban areas.
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Antworten auf häufige Fragen, Kontaktmöglichkeiten zu Elsevier Produkten, Feedback geben oder eine Beschwerde einreichen – schnell und unkompliziert.
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49%Learn more about our institutional models for librarians and the benefits for researchers.
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47%journal impact search engine. bioxbio.com includes the journal factors, issn, number of articles and other detailed information of over 11000 journals in different fields.
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相似度評分
46%atmospheric-chemistry-and-physics.net 在 7月 2026的前 5 大競爭對手是:atmospheric-measurement-techniques.net、agu.org、the-cryosphere.net、solid-earth.net 等。
根據 Similarweb 月造訪量數據,atmospheric-chemistry-and-physics.net 在 7月 2026 的主要競爭對手為 atmospheric-measurement-techniques.net。與 atmospheric-chemistry-and-physics.net 相似度排名第二的網站是 agu.org,緊隨其後位居前三的是 the-cryosphere.net。
在 7月 2026,solid-earth.net 被評為與 atmospheric-chemistry-and-physics.net 相似度第四高的網站,atmos-chem-phys.net 則位居第五。
前十名榜單中的其他五家競爭對手分別是 atmos-chem-phys-discuss.net、elsevier.com、plosone.org、plos.org 和 bioxbio.com。
