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Raman lidar-derived aerosol optical properties and classification during the FENNEC experiment – coherence with CAMS data
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DOI：10.5194/amt-19-4293-2026.png)
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Abstract. As part of the FENNEC programme; a field campaign was conducted on the Mediterranean coast of southern Spain; near Gibraltar; from June to August 2011. Using a straightforward ground-based N2–Raman lidar; several aerosol optical properties were retrieved at 355 nm; including the linear particle depolarisation ratio (PDR); the lidar ratio (LR); and the aerosol backscatter and extinction coefficients. From continuous sampling over 58 nights; several periods were identified in which aerosol events exhibited optical thicknesses greater than 0.5. The primary drivers of these events are the incursions of Saharan dust mixed with local polluted and marine air masses. Pairing PDR and LR has been shown to be effective in identifying three distinct bulk aerosol classes: dust; carbonaceous and soluble (predominantly marine) aerosols. After processing the night-time data to ensure sufficient lidar range; the study demonstrates the effectiveness of lidar profiles in evaluating the reliability of the Copernicus Atmosphere Monitoring Service (CAMS) reanalyses of atmospheric aerosols up to approximately 7 km above mean sea level (a.m.s.l.). The two datasets show excellent consistency in terms of the optical thickness and vertical profile of the aerosol extinction coefficient in the Saharan dust aerosol layers. CAMS reproduces the temporal evolution well; with a correlation coefficient (COR) greater than 0.8. However; this is less accurate for the layer below 2 km a.m.s.l. (COR = 0.55); where CAMS tends to underestimate compared to ground-based lidar.
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