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Solar-Terrestrial Cycles in the Climatic and Geophysical Properties of Crimea
Astrophysical Bulletin ( IF 1.3 ) Pub Date : 2019-08-14 , DOI: 10.1134/s1990341319030118
A. E. Volvach , G. S. Kurbasova , L. N. Volvach

Analysis of the time series of climatic characteristics of the Crimean peninsula for the period of 19832-2005 showed an enhanced growth (compared to other points of the Crimea) of the insolation of the Earth’s surface at Kara-Dag and an anomalous temperature decrease of the Earth’s surface at the Cape Fonar. The parameters of the geomagnetic field of the Kara-Dag mount were estimated. To derive the geomagnetic field variations in Crimea, the IGRF-12 online calculator was used. Regular oscillations were found in the analyzed time series, whose periods coincide with the solar-terrestrial cycles. The coherence functions were calculated and the periods of coherent variations were determined. As a result of the analysis of corrections to the vertical deformations of the Earth’s surface, a seasonal component was selected at Katsiveli and its parameters were calculated.

中文翻译:

克里米亚气候和地球物理特性中的太阳-地球周期

对克里米亚半岛19832-2005年气候特征的时间序列的分析表明,卡拉达格地表日射的增加(与克里米亚的其他点相比)增加了,而克里米亚半岛的温度反常下降了。 Cape Fonar的地球表面。估算了卡拉达格山的地磁场参数。为了获得克里米亚的地磁场变化,使用了IGRF-12在线计算器。在所分析的时间序列中发现了规则的振荡,其周期与太阳-地面周期一致。计算了相干函数,并确定了相干变化的周期。作为对地球表面垂直变形的校正分析的结果,
更新日期:2019-08-14
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