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WYOMING STATEWIDE PROBABLE MAXIMUM PRECIPITATION STUDY, REPLACING FOUR HMRS

机译:怀俄明州范围内可能的最大降水研究,取代了四个HMRS

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AWA is in the process of developing updated PMP values for the state of Wyoming. The study began in late spring of 2011 and is approximately half completed as of the summer of 2012. Because Wyoming is such a diverse state topographically, is very data sparse, and has a climate with varies tremendous over small distances, extensive work must be completed to ensure accuracy and continuity with the results. Some of the major challenges remaining include completion of the required SPAS storm analyses, definition of transposition limits for individual storms, quantification of orographic effects using the OTF, defining the PMP design storm characteristics, and implementing the user interface for deriving PMP values for any point within the state.his study builds upon the previous and ongoing PMP work AWA whenever possible, specifically the statewide studies, including the state of Nebraska (2008), Arizona (in progress), and Ohio (in progress). The results of this study will replace the PMP values given in the four HMRs covering the state and provide for a consistent database for use by dams owners and regulators. In addition, the PMP values will be the result of updated data and technology, which will provide a storm based dataset and the highest reliability in resulting values. Further, because the regulators have been involved from the beginning, the understanding and comfort level with the development and implementation of the PMP will at its highest level. This will allow for appropriate use of the data and most importantly, informed and reliable decisions regarding dam safety where PMP is involved to be made with confidence.
机译:AWA正在为怀俄明州开发更新的PMP值。这项研究于2011年春末开始,到2012年夏季大约完成了一半。由于怀俄明州地势如此多样,数据稀疏,并且气候变化小,距离短,因此必须完成大量工作以确保结果的准确性和连续性。剩下的一些主要挑战包括完成所需的SPAS风暴分析,定义单个风暴的转置极限,使用OTF量化地形影响,定义PMP设计风暴特征以及实现用于导出任何点PMP值的用户界面他的研究尽可能以先前和正在进行的PMP工作AWA为基础,特别是全州范围的研究,包括内布拉斯加州(2008),亚利桑那州(进行中)和俄亥俄州(正在进行中)。这项研究的结果将替代覆盖该州的四个HMR中给出的PMP值,并为水坝所有者和监管者提供一致的数据库。此外,PMP值将是数据和技术更新的结果,它将提供基于风暴的数据集,并在结果值中具有最高的可靠性。此外,由于监管机构从一开始就参与其中,因此对PMP的开发和实施的理解和舒适度将达到最高水平。这将允许适当地使用数据,最重要的是,可以放心地进行涉及PMP的大坝安全性的明智和可靠的决策。

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