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Extreme rainfall relationship in Mexico

机译:墨西哥的极端降雨关系

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Precipitation statistics are inherent to the design of water resource systems by the prediction of two aspects of hydrological processes: the extremes and the averages. Extreme rainfall with high temporal resolution (i.e. an hour or less) is necessary for the design of urban drainage systems, as urban areas are generally characterized by their fast response. However, most weather stations only register daily rainfall. The relationship between the hourly intensity of rain and the daily rain intensity is called parameter K. Thus, if extreme daily rainfall data is available, the parameter K allows the estimation of extreme short-duration rainfall intensities. This study offers a map with the regionalization of the relationship between the maximum intensities of precipitation occurring over intervals 1 and 24?hours (parameter K) for the whole country of Mexico, facilitating the description of the geographical variability of precipitation. In this country a high spatial variability of the parameter K was observed, according to the large area studied.
机译:通过预测水文过程的两个方面(极端值和平均值),降水统计是水资源系统设计所固有的。城市排水系统的设计通常需要具有高时间分辨率(即一小时或更短)的极端降雨,因为城市地区通常以快速响应为特征。但是,大多数气象站仅记录每日降雨量。每小时的降雨强度和每日的降雨强度之间的关系称为参数K。因此,如果可获得极端的每日降雨数据,则参数K可以估算极端的短期降雨强度。这项研究提供了一个地图,其中对整个墨西哥地区在间隔1和24小时(参数K)上发生的最大降水强度之间的关系进行了区域划分,这有助于描述降水的地理变异性。在这个国家,根据研究的大面积,观察到参数K的高空间变异性。

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