A T M O S P H E R I C
R E S E A R C H
G R O U P

Monitoring of total column ozone content, solar radiation and meteorological parameters

50%	Variation of the total column ozone content over the urban area of Kishinev during one month. Archive.

50%	Variation of daily totals of global and diffuse solar radiation during one month. Archive.

50%	Daily totals of UV erythemal solar irradiance variations during one month. Archive.

50%	Daily totals of Photosynthetically Active Radiation (PAR) variations during one month.Archive.

50%	Daily totals of IR radiation of an atmosphere variations during one month. Archive.

50%	Time series of total ozone content in column of atmosphere (in DU) measured at the ground-based station at the Kishinev site (ARG) and data retrieved from measurements at the satellite platforms Earth Probe (EP) TOMS and AURA OMI.

50%	Synthesized time series of total ozone content in column of atmosphere (in DU) from satellite platforms EP TOMS and AURA OMI retrieved datasets and data from ground-based measurements (ARG) at the Kishinev site.

50%	Time series of diffuse UV-B erythemally weighted radiation (280-315nm) onto horizontal plane, kJ/m²

50%	Time series of global UV-B erythemally weighted radiation (280-315nm) onto horizontal plane, kJ/m²

50%	Time series of global UV-A radiation (315-400 nm) onto horizontal plane, MJ/m²

50%	Time series of diffuse shortwave solar radiation (305-2800 nm) onto horizontal plane, MJ/m²

50%	Time series of global shortwave solar radiation (305-2800 nm) onto horizontal plane, MJ/m²

50%	Time series of direct shortwave solar radiation (200-4000 nm) onto horizontal plane, MJ/m²

50%	Time series of Photosynthetically Active Radiation (PAR) (400-700 nm) onto horizontal plane, mole/m²

50%	Time series of global shortwave solar radiation (400-1100 nm) onto horizontal plane, MJ/m²

50%	Time series of global longwave atmospheric radiation (4-42 µm) onto horizontal plane, MJ/m²

50%	Spectral variation of multi-year mean aerosol optical depth <τa(λ)>Y deduced from direct sun radiance measurements at the Kishinev site operating within the framework of the AERONET project (http://aeronet.gsfc.nasa.gov). Time series: from 1999 to 2006.

50%	Seasonal variation of multi-year monthly aerosol optical depth <τa(λ)>M deduced from direct sun radiance measurements at the Kishinev site operating within the framework of the AERONET project (http://aeronet.gsfc.nasa.gov). Time series: from 1999 to 2006.

50%	Multi-year series of monthly means of aerosol optical depth <τa(500)>M at λ=500 nm deduced from direct sun radiance measurements at the Kishinev site operating within the framework of the AERONET project (http://aeronet.gsfc.nasa.gov)

50%	Multi-year series of monthly means of Ångström exponent <α 440_870>M at λ=440 nm and λ=870 nm deduced from direct sun radiance measurements at the Kishinev site operating within the framework of the AERONET project (http://aeronet.gsfc.nasa.gov)

50%	Variation of the basic meteorological parameters within one month. Archive.

50%	Average values of the basic meteorological parameters for one month in different years. January February March April May June July August September October November December

50%	Variation of year basic meteorological parameters.

50%	Seasonal variations of temperature.

50%	Wind rose 2004 - 2017. In the centre duration of calms, %

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