The Atmospheric Optics Group of Valladolid University (GOA-UVa) is involved in the study of atmospheric components, mainly aerosols, with optical methods. The GOA calibration facility is devoted to radiometric calibration of optical instrumentations such as photometers, and it is part of the AERONET-Europe Central Facility, partially funded by the European Union.

As a university group, our researchers carry out educational and training activity (graduate, master and PhD thesis).

In this site you can find information about the work of the group, members, research lines, publications, projects, vacancies, etc.



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Cachorro, V.E.; Durán, P.; Vergaz, R.; De Frutos, A.M.

Vertical radiative properties of atmospheric aerosols in a representative continental area of north-central Spain during 1995 Conference

3495 , 1998.

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Cachorro, V.E.; Lobo, A.; Pineda, N.; Vergaz, R.; de Frutos, A.M.

Atmospheric correction for hyperspectral DAIS imagery of a forested zone Conference

3499 , 1998.



Cachorro, V.E.; Utrillas, P.; Vergaz, R.; Durán, P.; Frutos Baraja, A.M.D.; Martinez-Lozano, J.A.

Analysis of the atmospheric water vapor content determination in the 940-nm band using moderate spectral resolution measurements of direct solar irradiance Conference

3495 , 1998.

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Martínez-Lozano, J.A.; Utrillas, M.P.; Tena, F.; Cachorro, V.E.

The parameterisation of the atmospheric aerosol optical depth using the Ångström power law Journal Article

Solar Energy, 63 (5), pp. 303-311, 1998.

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Cachorro, V.E.; Utrillas, P.; Vergaz, R.; Durán, P.; De Frutos, A.M.; Martinez-Lozano, J.A.

Determination of the atmospheric-water-vapor content in the 940-nm absorption band by use of moderate spectral-resolution measurements of direct solar irradiance Journal Article

Applied Optics, 37 (21), pp. 4678-4689, 1998.

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444 entries « 87 of 89 »

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