High correlations between variations in monthly averages of solar activity and total atmospheric ozone

Mathematics – Logic

Scientific paper

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Atmospheric Composition, Correlation Coefficients, Global Air Pollution, Ozonometry, Periodic Variations, Solar Activity Effects, Atmospheric Models, Lyman Alpha Radiation, Meteorological Satellites, Nimbus 4 Satellite, Pollution Monitoring, Solar Flux, Spherical Harmonics, Sunspots, Vertical Distribution

Scientific paper

Estimates of the ozone total columnar content, derived from Nimbus IV IRIS data, have been analyzed to estimate monthly averages of the total global atmospheric ozone. Over a 9-month interval, the variation in this monthly average is approximately an order of magnitude greater than its associated uncertainty, and has characteristics in common with variations in the 10.7 cm solar flux, the Zurich sunspot number, and the total solar Lyman alpha flux. The highest correlation, 0.94, exists between the variation in the total Lyman alpha flux and the variation in the estimated total atmospheric ozone.

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