Use this visualization to view comparisons between model hindcasts and the observations. ![]() Results are shown for a variety of statistics, including annual totals, monthly totals, and three extreme metrics which represent the top 1% of annual events for durations of 1, 2, 6, 24, and 72 hour durations. Use this visualization to explore observed precipitation statistics for all rain gauges. ![]() Station Networks available on this google map include: NOAA HPD, NOAA LCD, HYDRA, King County Network, Seattle, Thurston County, Everett, Snohomish County. Use this map to access observations and projections for rain gauges in Washington and Oregon. This tool provides extreme precipitation projections as a function of decade, duration, and frequency (or return interval). The purpose of this tool is to visualize projected changes in heavy rainfall (or extreme precipitation) events across the Pacific Northwest. The online repository includes summary statistics as well as time-series data for use in continuous simulation modeling. The online tool allows users to evaluate projections as a function of precipitation intensity, duration, and frequency. Results are designed to support both municipal and rural stormwater planning. The results presented here stem from a series of projects, in which tailored projections were produced for each participating jurisdiction. This page summarizes the projected changes in heavy rainfall events, from a new set of RCM projections, for use in stormwater and CSO planning. ![]() Recent work has shown that dynamically downscaled projections – in which Regional Climate Models (RCMs) are used to simulate local scale changes in climate – are needed to accurately capture changes in heavy rainfall events in the Pacific Northwest (e.g., Salathé et al.
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