马拉维夏尔河流域的洪水预报

Daniel Nakapu Hussein, Mwakio Tole, Maarifa Mwakumanya
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摘要

本研究描述了2021-2022年在马拉维奇克瓦瓦区夏尔河流域(SRB)进行的一项研究,该研究评估了目前的洪水预报工作,并提出了改进建议。流域经常发生洪涝灾害,危及人民生命财产安全。一个典型的例子是2015年的洪水和2019年的热带气旋伊代,它们的破坏性如此之大,以至于马拉维需要国际援助。这表明,该流域的洪水预报系统(FFS)还不够强大,不足以在洪水发生前向社区提供充分的预警和准备。为此目的,在奇克瓦瓦区的四个传统当局,即米利马、卡西西、马库维拉和伦杜进行了一项研究。对114名居民和政府官员进行了个别和小组访谈,并由5名研究助理对270户家庭进行了调查。采用了三种研究方法:(1)案例研究(2019年洪水),(2)现象学研究(当地人的生活经验)和(3)定量分析(FFS用户)。结果表明,SRB中存在一个复杂的土著洪水预报系统(IFFS)来改进洪水探测和早期预警系统,然而,负责洪水预报(FF)的马拉维政府官员并没有使用它。基于这些发现,我们建议在夏尔河流域开发和实施一种新的“综合洪水预报系统”,该系统将科学和本地FFS结合起来应对洪水影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Flood Forecasting in Malawi's Shire River Basin
This study describes a study conducted in 2021-2022 in the Shire River Basin (SRB) of Chikwawa District, Malawi to evaluate how flood forecasting is currently performed and to provide recommendations for improvement. Flooding often occurs in the basin, endangering people's lives and property. A case in point is the 2015 flood and 2019 Tropical Cyclone Idai, which were so devastating that Malawi required international assistance. This showed that the Flood Forecasting System (FFS) in the basin has not been as robust as needed to adequately warn and prepare communities before the flood occurrence. For this purpose, a study was conducted in four Traditional Authorities (T/As) of Chikwawa District, namely Mlilima, Kasisi, Makhuwira and Lundu. Individual and group interviews were conducted with 114 residents and government officials, and a survey of 270 households was conducted by 5 research assistants. Three types of research methods were used: (1) Case study (2019 flood), (2) Phenomenological (live experiences of local people), and (3) Quantitative analysis (by users of the FFS). The results showed that a sophisticated Indigenous Flood Forecasting System (IFFS) exists in the SRB to improve both flood detection and early warning systems, however, it is not used by the Malawian government officials tasked with Flood Forecasting (FF). Based on these findings, we recommend the development and implementation of a new “integrated flood forecasting system” in the Shire River Basin, which combines both scientific and indigenous FFS to combat flood impacts.
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