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The role of solar activity in observed climate changes in the 20th century

机译:太阳能活动在20世纪观察到气候变化中的作用

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摘要

The possible contribution of solar and geomagnetic activity to changes in the characteristics of the main components of the climatic system-the ocean and the atmosphere-is considered and discussed. The mechanisms and models of the solar activity impact on thermobaric and climatic characteristics of the troposphere are presented. Based on a complex analysis of hydrometeorological data, it has been shown that changes in the temperature of the troposphere and the World Ocean reflect a response both to individual helio-geophysical perturbations and to long-term changes (1854-2015) of solar and geomagnetic activity. It is established that the climatic response to the influence of solar and geomagnetic activity is characterized by considerable spatio-temporal heterogeneity, is of a regional nature, and depends on the general circulation of the atmosphere. The largest contribution of solar activity to the global climate changes was observed in the period 1910-1943.
机译:考虑并讨论了太阳能和地磁活动对气候系统主要成分特征的变化的可能性 - 被考虑并讨论了海洋和大气的影响。 介绍了对流层热差异和气候特征的太阳能影响的机制和模型。 基于对水样数据的复杂分析,已经表明,对流层和世界海洋温度的变化反映了对各自的氦地球物理扰动以及太阳能和地磁的长期变化(1854-2015)的反应 活动。 建立对太阳能和地磁活动影响的气候反应的特征在于相当多的时代异质性,是区域性,并取决于大气的一般循环。 在1910年至1943年期间,观察到太阳能活动对全球气候变化的最大贡献。

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