气候变化与自然灾害大数据分析及其启示

Hyeonjeong Kang, Choongik Choi
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摘要

本文旨在通过基于气候变化和自然灾害的大数据分析,分析环境政策随时间变化的关键问题和特征。为了实现这一目标,提取了1900年至2022年8月的文章,并进行了文本挖掘分析。从方法论上讲,文本挖掘是一种从网页等电子(文档、文本、数据)中提取有用信息的工具,可用于提取专业(关键词、词云)、网络分析和主题分析等多种方式。在本研究中,通过词云分析进行分析,通过简单的频率分析进行同步网络分析。结果表明:气候变化引起的自然灾害发生频率显著增加,灾害破坏以局地性暴雨为主;这意味着气候变化引起的自然灾害损害正在多样化,因此应该准备应对措施,以减少与气候变化有关的未来损害。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Big Data-Based Analysis on Climate Change and Natural Disaster and Its Implications
This paper aims to analyze key issues and characteristics of environmental policy over time through big data-based analysis on climate change and natural disasters. To achieve this, articles from 1900 to August 2022 are extracted and text mining analysis is conducted. Methodologically, text mining is a tool for extracting useful information from electronic (Documents Text Data) such as web pages, and is used in various ways such as extracting major (Keywords Word Cloud), network analysis, and topic analysis. In this study, it is analyzed through word cloud analysis and simultaneous network analysis through simple frequency analysis. The results show that the frequency of natural disasters caused by climate change has been highly increasing, and the damages are caused mainly by localized torrential rains. It implies that natural disaster damage caused by climate change are diversifying, so that countermeasures should be prepared to reduce future damages related to climate change.
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