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Response characteristics of distribution of total ozone in the earth's atmosphere to change the surface temperature of the central equatorial sector Pacific

Based on current understanding of the factors spatial and temporal variability of total ozone in the Earth's atmos-phere, it seems likely that the cause of the high correlation of areas located in the eastern hemisphere (above the Indian Ocean and Africa Coy) may be the link between changes in surface temperatures in the eastern different sectors-tropical zones of the Pacific and Atlantic oceans.

Relations Between Changes Of Average Values Of Total Ozone Over The Arctic With Temperatures Waters Carried By Currents That Form The Gulf Stream, At The Present Warming (ru)

Defined statistical relationships between annual changes in total ozone over the Arctic in February and May, and the change in the average surface temperature of the Caribbean and Atlantic waters in the area of North trade-wind currents, which in the period from 1979 to 2010 significantly increased and in the present material. Resistance to gain suggests that further warming, they will grow even more. This indicates the advisability of taking them into account in modeling and forecasting.
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