Twenty-two year cycle of solar faculae numbers and spring temperature in Leningrad.

Details Twenty-two year cycle of solar faculae numbers and spring temperature in Leningrad. Twenty-two year cycle of solar faculae numbers and spring temperature in Leningrad.

Apr 1989

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1989bsold..11..116o&link_type=abstract

Byulletin Solnechnye Dannye Akademie Nauk USSR, No. 1989/4,11 p. 116 - 119

Physics

Solar Activity Cycles: Solar Faculae, Solar Activity Cycles: Earth Atmosphere

Scientific paper

On the basis of the number of polar faculae for 1847 - 1979 mean curves have been constructed separately for odd and even 11-year solar cycles (by superposit epochs method). Declining phases of odd and even solar cycles are significantly different. This indicates the presence of a 22-year solar cycle. Similar mean curves of spring temperatures in Leningrad for 1752 - 1980 are also different at the declining phases. The maximum amplitude of a 22-year cycle in spring temperatures of Leningrad is 2°3.

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