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Daily broad‐band measurements of solar ultraviolet radiation reaching the ground at Athens, Greece (38°N, 24°E) during 1989–1991 in conjunction with daily total ozone measurements deduced from satellite and ground‐based instrumentation were used to investigate their association. Furthermore, employing a parametric model, the spectral and broad‐band solar ultraviolet radiation for the period 1979–1991 were calculated considering the total ozone values, derived from the satellite Nimbus‐7. Total ozone reductions of 2.5% during summertime and 7% during wintertime per decade, cause an increase in erythemally active UV‐B irradiance of 5% and 14% respectively.
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Costas A. Varotsos (1994) studied this question.
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