Available Data
Spatial Distribution
Single sites (UV Index):
Further included:
Information on the Network
Type: Broadband instruments, type Model 501 (Solar Light).
QA/QC: Every year the instruments are absolutely calibrated in Innsbruck with respect to a spectroradiometer
and the spectral response function is determined in the laboratory. Calibration matrixes are applied to
correspond to the changes of solar spectrum in dependence of solar heigth and total ozone content of the
athmosphere.
Visualization: WHO colors
Responsible for the network: A. Prof. Dr. Mario Blumthaler
References:
Schreder J., J. Gröbner, A. Los, M. Blumthaler
Huber M., M. Blumthaler and J. Schreder
Huber M., M. Blumthaler, J. Schreder, A. Bais and C. Topaloglou
A. W. Schmalwieser, G. Schauberger
Bais A., C. Topaloglou, S. Kazadtzis, M. Blumthaler, J. Schreder, A. Schmalwieser, D. Henriques and M. Janouch
Leszczynski K., Jokela K., Ylianttila L., Visuri R., Blumthaler M.
UV-Index, online data and archive as graphs, English/German
UV-Map of: Austria
Bad Vöslau (286m, 16.200°E, 47.967°N)
Dornbirn (410m, 9.7275°E, 47.433°N)
Gerlitzen (1526m, 13.907°E, 46.678°N)
Graz (348m, 15.418°E, 47.096°N)
Gross Enzersdorf (156m, 16.567°E, 48.200°N)
Hafelekar (2275m, 11.386°E, 47.315°N)
Innsbruck (577m,11.380°E, 47.262°N)
Klagenfurt (448m, 14.324°E, 46.650°N)
Linz/Steyregg (335m, 14.354°E, 48.290°N)
Mariapfarr (1153m, 13.746°E, 47.153°N)
Sonnblick (3106m, 12.959°E, 47.053°N)
Vienna (153m, 16.433°E, 48.258°N)
München (530m, 11.573°E, 48.148°N) (D)
Zugspitze (2660m, 10.982°E, 47.417°N) (D)
Davos (1610m, 9.83°E, 46.80°N) (CH)
Blumthaler Mario
Quality assurance and quality control methodologies within the Austrian UV monitoring network
Rad Prot Dos 111, 359-362, 2004
Intercomparison of monochromatic source facilities for the determination of the relative spectral response of erythemal broadband filter radiometers
Optics Letters 29, 1455-1457, 2004
Solar UV measurements with Robertson-Berger type instruments: influence of the detector's internal humidity status
Agric Forest Meteorol, 120, 39-43, 2003
Effect of ambient temperature on Robertson-Berger type erythemal dosimeters
Appl. Opt. 41, 4273-4277, 2002
A monitoring network for erythemally-effective solar ultraviolet radiation in Austria: determination of the measuring sites and visualisation of the spatial distribution
Theor Appl Climatol 69 (3/4), 221-229, 2001
Report of the LAP/COST/WMO intercomparison of erythemal radiometers
World Meteorological Organization - Global Atmospheric Watch, Rep. No. 141, 2000
Report of the WMO/STUK intercomparison of erythemally-weighted solar UV radiometers
World Meteorological Organization - Global Atmospheric Watch, Rep. No. 112, 1996