Contribution of black carbon and desert dust to aerosol absorption in the atmosphere of the Eastern Arabian Peninsula

Contribution of black carbon and desert dust to aerosol absorption in the atmosphere of the Eastern Arabian Peninsula

<p dir="ltr">Discriminating the absorption coefficients of aerosol mineral dust and black carbon (BC) in different aerosol size fractions is a challenge because of BC's large mass absorption cross-section compared to dust. Ambient aerosol wavelength dependent absorption coeffici...

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Main Author: Mohamed M.K. Mahfouz (18192862) (author)
Other Authors: Gregor Skok (18192865) (author), Jean Sciare (2562697) (author), Michael Pikridas (18192868) (author), M. Rami Alfarra (1343493) (author), Shamjad Moosakutty (18192871) (author), Balint Alfoldy (14151009) (author), Matic Ivančič (18192874) (author), Martin Rigler (11028521) (author), Asta Gregorič (4505989) (author), Rok Podlipec (1628266) (author), Svenja Lohmann (18192877) (author), Gregor Hlawacek (2117155) (author), Rene Heller (18192880) (author), Ersin Tutsak (4795959) (author), Griša Močnik (18192883) (author)
Published: 2024
Subjects:
Earth sciences
Atmospheric sciences
Environmental sciences
Environmental management
black carbon
desert dust
aerosol absorption
atmosphere
the Eastern Arabian Peninsula
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