@Article{PoliukhovChKiRiShTa:2017:CoCaSh,
author = "Poliukhov, Aleksei and Chubarova, Natalia and Kinne, Stephan and
Rivin, Gdaliy and Shatunova, Marina and Tarasova, Tatiana",
affiliation = "{Lomonosov Moscow State University} and {Lomonosov Moscow State
University} and {Max Planck Institute for Meteorology} and
{Lomonosov Moscow State University} and {Hydrometeocentre of
Russia} and {Instituto Nacional de Pesquisas Espaciais (INPE)}",
title = "Comparison between calculations Of shortwave radiation with
different aerosol datasets and measured data at the MSU MO
(Russia)",
journal = "AIP Conference Proceedings",
year = "2017",
volume = "1810",
month = "Feb.",
note = "{International Radiation Symposium 2016: Radiation Processes in
the Atmosphere and Ocean (IRS). University of AucklandAuckland;
New Zealand; 16 - 22 Apr. 2016. Code 126652}",
abstract = "The radiation block of the COSMO non-hydrostatic mesoscale model
of the atmosphere and soil active layer was tested against a
relatively new effective CLIRAD(FC05)-SW radiation model and
radiative measurements at the Moscow State University
Meteorological Observatory (MSU MO, 55.7N, 37.5E) using different
aerosol datasets in cloudless conditions. We used the data of
shortwave radiation components from the Kipp\&Zonen net
radiometer CNR4. The model simulations were performed with the
application of various aerosol climatologies including the new
MACv2 climatology and the aerosol and water vapor dataset from
CIMEL (AERONET) sun photometer measurements. The application of
the new MACv2 climatology in the CLIRAD(FC05)-SW radiation model
provides the annual average relative error of the total global
radiation of -3% varying from 0.5% in May to -7.7% in December.
The uncertainty of radiative calculations in the COSMO model
according to preliminary estimates changes from 1.4% to 8.4%.
against CLIRAD(FC05)-SW radiation model with the same parameters.
We showed that in clear sky conditions the sensitivity of air
temperature at 2 meters to shortwave net radiation changes is
about 0.7-0.9°C per100 W/m2 due to the application of aerosol
climatologies over Moscow.",
doi = "10.1063/1.4975561",
url = "http://dx.doi.org/10.1063/1.4975561",
issn = "0094-243X",
language = "en",
targetfile = "poliukhov_comparison.pdf",
urlaccessdate = "01 maio 2024"
}