On the link between northern fennoscandian climate and length of the quasi-eleven-year cycle in galactic cosmic-ray flux

M.G. Ogurtsov; H. Jungner; G.E. Kocharov; M. Lindholm; M. Eronen; Yu.A. Nagovitsyn

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On the link between northern fennoscandian climate and length of the quasi-eleven-year cycle in galactic cosmic-ray flux

机译：关于北芬诺斯堪的亚气候与银河系宇宙射线通量准十一年周期长度之间的联系

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Bidecadal fluctuations in terrestrial climate were analyzed. It was shown that this variability might arise if Earth's climate reacts to galactic cosmic-ray intensity, integrated over its full quasi-11-year cycle. It was further shown that this integral effect should also lead to an effective link between climate and the duration of the quasi-11-year cycle in cosmic ray flux. That, in turn, must result in appearance of some connection between climate and the length of the solar cycle, which is currently a topic of active debate. Analyses of temperature proxies, obtained for northern Fennoscandia, confirmed the connection of the climate in this region and the length of the cycle in galactic cosmic-ray intensity. Decadal and bidecadal variability of integrated cosmic-ray flux was quantitatively estimated.

机译：分析了地球气候中的双侧起伏。结果表明，如果地球气候对银河系宇宙射线强度做出反应，并在整个准11年周期内积分，那么这种变化可能会发生。进一步表明，这种整体效应还应导致气候与宇宙射线通量准11年周期的持续时间之间的有效联系。反过来，这必然导致气候和太阳周期长度之间出现某种联系，这是当前争论的话题。对北部芬诺斯坎迪亚（Fennoscandia）进行的温度代理分析证实，该地区的气候与银河系宇宙射线强度周期的长短有关。定量估算了宇宙射线通量的年代际和双年代际变化。

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《Solar Physics》 |2003年第2期|345-357|共13页
作者
M.G. Ogurtsov; H. Jungner; G.E. Kocharov; M. Lindholm; M. Eronen; Yu.A. Nagovitsyn;
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A.F. Ioffe Physico-Technical Institute of Russian Academy of Sciences;

Dating Laboratory University of Helsinki;

A.F. Ioffe Physico-Technical Institute of Russian Academy of Sciences;

Saima Center for Environmental Sciences;

Department of Geology University of Helsinki;

Central (Pulkovo) Astronomic Observatory;

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1. Evidence for a link between the flux of galactic cosmic rays and Earth's climate during the past 200,000 years [J] . M. Christl, A. Mangini, S. Holzkamper, Journal of atmospheric and solar-terrestrial physics . 2004,第3a4期

机译：在过去200,000年中银河系宇宙射线通量与地球气候之间存在联系的证据
2. Galactic cosmic-ray flux short-term variations and associated interplanetary structures with LISA Pathfinder [J] . C. Grimani, S. Benella, M. Fabi, Il Nuovo Cimento della Societa Italiana di Fisica, C. Geophysics and space physics . 2019,第1期

机译：银河系宇宙射线通量短期变化和相关的普通行业型结构与LISA探测器
3. Characteristics and Energy Dependence of Recurrent Galactic Cosmic-Ray Flux Depressions and of a Forbush Decrease with LISA Pathfinder [J] . M. Armano, H. Audley, J. Baird, The Astrophysical journal . 2018,第2期

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4. Models of Galactic Cosmic-Ray Spectrum during the Solar Cycle [C] . M. Buchvarova, D. Draganov School and Workshop on Space Plasma Physics . 2013

机译：太阳循环期间的银宇宙射频光谱模型
5. Links between carbon and water cycles in northern ecosystems: Constraints from stable isotopes. [D] . Welp, Lisa R. 2006

机译：北部生态系统中碳循环与水循环之间的联系：稳定同位素的约束。
6. The Behaviour of Galactic Cosmic-Ray Intensity During Solar Activity Cycle 24 [O] . Eddie Ross, William J. Chaplin -1

机译：太阳活动周期中银河宇宙射线强度的行为24
7. ON THE LINK BETWEEN NORTHERN FENNOSCANDIAN CLIMATE AND LENGTH OF THE QUASI-ELEVEN-YEAR CYCLE IN GALACTIC COSMIC-RAY FLUX [O] . M. G. Ogurtsov, H. Jungner, G. E. Kocharov, 2002

机译：关于北方文森斯气候与GaLaCTIC COsmIC-RaY通量中准十一年气候长度的关系

On the link between northern fennoscandian climate and length of the quasi-eleven-year cycle in galactic cosmic-ray flux

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