CALIPSO stratification of atmospheric aerosols  with environmental assessment of dust content  over the Black Sea region

Papkova, Anna S.; Papkov, S. О.; Shukalo, Dmitrii

doi:10.21046/2070-7401-2020-17-1-234-242

Cited by 3 publications

(2 citation statements)

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“…This task is caused by the need for a reliable determination of the aerosol source and for correct atmospheric correction of satellite data. Previous studies using the CALIPSO atmospheric aerosol typing algorithms [4] have shown a high content of dusty marine aerosol over the Crimean coast.…”

Section: Introductionmentioning

confidence: 98%

Modelling the generation of dusty marine aerosol by expeditionary data and remote sensing methods over the Black Sea region

2020

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During a long-range transport, Sahara dust is naturally mixed with other aerosols, including maritime. At present, the mixing of these types of marine and dust aerosols is of particular interest, since it is important to correctly estimate the ionic and mass balance of aerosol particles. This problem is caused by the need for a reliable determination of the aerosol source and for correct atmospheric correction of satellite data. An analysis was made of the correlation between the change in the AOT parameter and the dates of dust transport from the Sahara to the Black Sea region. The analysis results confirmed the fact that the presence of dust aerosol over the Black Sea water area has a strong effect on the AOT indicator at all wavelengths, increasing the parameter almost by 2 times. This fact is correspondent to the generation of a secondary type of aerosol, namely, dusty marine aerosol. Analysis of CALIPSO aerosol subtype maps also revealed the presence of dusty marine aerosol with corresponding depolarization coefficients.

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Section: Introductionmentioning

confidence: 98%

Modelling the generation of dusty marine aerosol by expeditionary data and remote sensing methods over the Black Sea region

2020

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“…A high dust load from the Sahara Desert is recorded annually over the Black Sea region [1]. It is the dust aerosol that determines the variability of the incident solar radiation and radiation reflected from the Earth.…”

Section: Introductionmentioning

confidence: 99%

Modelling episode of Saharan dust transfer over the Black Sea according to the WRF model and MODIS satellite data

Papkova

Shukalo

2021

E3S Web Conf.

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A high dust load from the Sahara Desert is recorded annually over the Black Sea region. To make a reliable forecast for the level of dust, many external factors such as the wind energy, the soil content in the moisture are to be considered. The physical characteristics of the aerosol particles in the atmosphere are also very important. This study focuses on the prediction of dust content for the Black Sea region by using the WRFdust model. Prolonged dust transport over the Black Sea was recorded during the period from September 25 to September 30, 2020. On these days, MODIS satellite images, return trajectories of AERONET and optical parameters of the atmosphere were analyzed.

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Characteristics of Aerosol Distribution and Composition in Southeastern Crimea in Spring 2020

Artamonova,

Iordanskii,

Chkhetiani

et al. 2023

Atmos Ocean Opt

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CALIPSO stratification of atmospheric aerosols with environmental assessment of dust content over the Black Sea region

Cited by 3 publications

References 0 publications

Modelling the generation of dusty marine aerosol by expeditionary data and remote sensing methods over the Black Sea region

Modelling the generation of dusty marine aerosol by expeditionary data and remote sensing methods over the Black Sea region

Modelling episode of Saharan dust transfer over the Black Sea according to the WRF model and MODIS satellite data

Characteristics of Aerosol Distribution and Composition in Southeastern Crimea in Spring 2020

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