A Study of the Relationship between Global Warming and Hurricane Activity Based on Time Series

Jia-Tong Chen, Yao Gao, L. Wen
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Abstract

Hurricane is a tropical cyclone whose maximal wind speed exceeds 32.7 ms-1. There are two main parameters of hurricane intensity: intensity of wind speed, frequency of the wind speed. Based on the time series model, this paper takes the relationship into account between two parameters and the annual global average temperature. By using the global annual average temperature data collected from NOAA 2000 to 2016 inclusive, the change rule of temperature warming is found out by time series, and the function relationship between temperature and hurricane activity is obtained through regression analyses. The final result is close to the true value, which shows that the hurricane activity has something to do with the phenomenon of global warming.
基于时间序列的全球变暖与飓风活动关系研究
飓风是指最大风速超过32.7 ms-1的热带气旋。飓风强度有两个主要参数:风速强度,风速频率。在时间序列模型的基础上,考虑了两个参数与全球年平均气温的关系。利用NOAA 2000 - 2016年全球年平均气温数据,通过时间序列找出气温变暖的变化规律,通过回归分析得到气温与飓风活动的函数关系。最终结果接近真实值,说明飓风活动与全球变暖现象有一定关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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