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Application of a distributed hydrological model to the AWCI demonstration river basins

机译:分布式水文模型在AWCI示范流域中的应用

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In order to tackle extreme events such as floods, reliable weather forecast is required to input into land surface models to make sound decisions. In Asia the countries affected by these events recognized the need to establish the Asian Water Cycle Initiative (AWCI). The objective is to promote integrated water resources management by making usable information from Global Earth Observation System of Systems (GEOSS) to address the common water-related issues in Asia. Within this framework early successful results are achieved. For example, real-time flood management using quantitative precipitation forecast at mesoscale in Japan. Optimal dam operation was achieved maximizing the hydroelectricity production in The Philippines. Flood forecasting forced by meso-scale High Resolution Model in Vietnam. Flood simulation was obtained using corrected satellite rainfall data in Bangladesh. Optimal dam operation was achieved at Pampanga basin in The Philippines. The results might be useful as reference tools to the decision makers and contribute to societal benefits.
机译:为了应对洪水等极端事件,需要可靠的天气预报输入地表模型以做出合理的决策。在亚洲,受这些事件影响的国家认识到有必要建立亚洲水循环倡议(AWCI)。目的是通过从全球地球观测系统系统(GEOSS)获取可用信息来解决亚洲常见的与水有关的问题,从而促进水资源综合管理。在此框架内,可以取得早期成功的结果。例如,日本采用中尺度的定量降水预报进行实时洪水管理。菲律宾实现了最佳的大坝运行,从而最大限度地提高了水力发电量。越南的中尺度高分辨率模型强制进行洪水预报。洪水模拟是使用孟加拉国的校正卫星降雨量数据获得的。菲律宾的邦板牙盆地实现了最佳的大坝运行。结果可能是决策者的参考工具,并有助于社会福利。

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