Scafetta Nicola, West Bruce J
Pratt School EE Department, Duke University, PO Box 90291, Durham, North Carolina 27708, USA.
Phys Rev Lett. 2003 Jun 20;90(24):248701. doi: 10.1103/PhysRevLett.90.248701. Epub 2003 Jun 17.
We argue that Earth's short-term temperature anomalies and the solar flare intermittency are linked. The analysis is based upon the study of the scaling of both the spreading and the entropy of the diffusion generated by the fluctuations of the temperature time series. The joint use of these two methods evidences the presence of a Lévy component in the temporal persistence of the temperature data sets that corresponds to the one that would be induced by the solar flare intermittency. The mean monthly temperature data sets cover the period from 1856 to 2002.
我们认为,地球的短期温度异常与太阳耀斑的间歇性有关。该分析基于对温度时间序列波动所产生的扩散的传播和熵的标度研究。这两种方法的联合使用证明了温度数据集的时间持续性中存在一个 Lévy 分量,该分量与太阳耀斑间歇性所诱导的分量相对应。月平均温度数据集涵盖了 1856 年至 2002 年的时间段。