Analysis of carbon and nitrogen from atmospheric sources by bulk deposition sampling at various locations in Germany

• Published in: Environmental advances Vol. 17; p. 100583
• Main Authors: Vogel, Christian, Urban, Klaus, Ackerhans, Carsten, Gorbushina, Anna A.
• Format: Journal Article
• Language: English
• Published: Elsevier Ltd 01.10.2024; Elsevier
• Subjects: Air analysis; Biomonitoring; Particulate matter; Passive sampling; Pollen; Air analysis; Biomonitoring; Pollen; Passive sampling; Particulate matter
• ISSN: 2666-7657; 2666-7657
• DOI: 10.1016/j.envadv.2024.100583

•The TOC value responded urban area significant to the New Year's firework.•Pollen are the major TOC value in rural forest areas.•TN value was more under the influence of the nitrogen emissions from agriculture. Atmospheric deposition of particulate matter is an important indicator of air pollution and a significant factor in material surface fouling. The elemental composition of this nutrient-containing dust depends largely on the exposure region and time as well as on climate. Therefore, in this paper we report an analysis of atmospheric pollutions with a self-made low-cost bulk deposition sampler directed at sampling deposition via air transport and rainfall. We used the device in diverse environments - thus comparing an urban region, an area surrounded by forest and an area mainly dominated by agriculture. The total organic carbon (TOC) and total nitrogen (TN) amounts were selected as indicator parameters and analyzed in a biweekly rhythm for three and a half and two years, respectively. The TOC value responded to particulate matter in the urban area, especially significant were the influences of the New Year's firework in urban and pollen in the rural forest area. In contrast, the TN value was more under the influence of the nitrogen emissions in the agriculture-dominated area. However, the TN value did not correlate with the NOx values in the urban area because the atmospheric nitrogen emissions in the city might originate from various emission sources. Summarizing, the TOC and TN values of the self-made low-cost bulk deposition sampler were in good agreement with environmental events of their immediate surrounding. Moreover, the selected containers and sampling procedures are universally applicable to monitor and analyze organic as well as inorganic parameters (e.g. metal ions) of atmospheric deposition.