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Effects of temperature and precipitation variability on the risk of violence in sub-Saharan Africa 1980–2012

机译:温度和降水多变性对撒哈拉以南非洲地区暴力风险的影响1980-2012年

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摘要

Ongoing debates in the academic community and in the public policy arena continue without clear resolution about the significance of global climate change for the risk of increased conflict. Sub-Saharan Africa is generally agreed to be the region most vulnerable to such climate impacts. Using a large database of conflict events and detailed climatological data covering the period 1980–2012, we apply a multilevel modeling technique that allows for a more nuanced understanding of a climate–conflict link than has been seen heretofore. In the aggregate, high temperature extremes are associated with more conflict; however, different types of conflict and different subregions do not show consistent relationship with temperature deviations. Precipitation deviations, both high and low, are generally not significant. The location and timing of violence are influenced less by climate anomalies (temperature or precipitation variations from normal) than by key political, economic, and geographic factors. We find important distinctions in the relationship between temperature extremes and conflict by using multiple methods of analysis and by exploiting our time-series cross-sectional dataset for disaggregated analyses.
机译:在学术界和公共政策领域,有关全球气候变化对增加冲突风险的重要性尚无明确解决方案的辩论仍在继续。普遍认为撒哈拉以南非洲是最容易受到这种气候影响的地区。通过使用大型的冲突事件数据库和涵盖1980年至2012年的详细气候数据,我们应用了多层次的建模技术,该技术比以往任何时候都可以更精细地了解气候与冲突的联系。总的来说,极端的高温与更多的冲突有关。但是,不同类型的冲突和不同的子区域与温度偏差并没有显示出一致的关系。高和低的降水偏差通常不大。暴力的发生地点和时间受气候异常(温度或降水变化与正常变化)的影响较小,而不受主要政治,经济和地理因素的影响。通过使用多种分析方法并利用我们的时间序列横截面数据集进行分类分析,我们发现了极端温度和冲突之间的重要区别。

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