降雨预报在减少洪水风险中的作用,以卢旺达基加利市为例

D. Niyomugabo, Jean Adolphe Nkezabera, A. Maniragaba, Jean Paul Bizimana, Lamek Nahayo, O. Nduwimana
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引用次数: 1

摘要

洪水被认为是一种严重的自然灾害,可能受到人为活动的影响。基加利下游的洪水来自排水系统和溪流的流动。该研究揭示了降雨预报在降低基加利市洪水风险方面的贡献,显示了预测降雨在降低城市居民洪水风险方面的效果。目的是进行洪水风险分析,确定降雨发生的潜在频率,并评估降雨预报对减少洪水风险的贡献。数据来自基加利市2016年至2020年的三个区(Nyarugenge, Gasabo和kikiiro),收集自基加利市灾害的文献综述,并使用SPSS(社会科学统计软件包)工具和Microsoft excel进行分析。风险分析因素基于每公顷的死亡、伤害、基础设施损失和作物损失,易发地区是尼亚鲁热格。各变量间的Pearson相关系数除与洪涝风险呈负相关外,大部分与洪涝风险呈正相关且在显著范围内。尼亚若艮格地区降水与基础设施和死亡呈显著正相关,在0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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The Role of Rain Forecasting in Flood Risk Reduction, Case Study of Kigali City, Rwanda
Floods are recognized as a severe natural disaster influenced potentially by anthropogenic activities. Kigali downstream floods were coming from the drainage system and the flow of streams. The study revealed on contribution of rain forecasting in reduction of flood risk in Kigali city, to show how well forecasted rain used to decrease flood risk among urban residents. The objectives were to carry out a flood risk analysis, determining the potential frequencies rainfall occurred and assessing the contribution of rain forecasting on flood risk reduction. The data was for Kigali city in three districts (Nyarugenge, Gasabo and Kicukiro) from 2016 to 2020, collected from literature review on disaster in Kigali city and Statistical package for social sciences (SPSS) tool and Microsoft excel was used in analysis. The risk analysis factors were based on deaths, injury, infrastructure loss and crops loss per ha, the prone district is Nyarugenge. The Pearson correlation coefficient between variables mostly had positive correlation and in significate range with flood risks in both districts but on different range with such exception of negative relationship. Nyarugenge district precipitation made positive correlation with infrastructure and deaths, r= 0.138 in range 0
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