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首页> 外文期刊>Journal of Applied Meteorology >Creating a serially complete, national daily time series of temperature and precipitation for the western united states
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Creating a serially complete, national daily time series of temperature and precipitation for the western united states

机译:为美国西部创建一个连续的,全国性的每日温度和降水时间序列

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摘要

The development of serially complete (no missing values) daily maximum-minimum temperatures and total precipitation time series over the western United States is documented. Several estimation techniques based on spatial objective analysis schemes are used to estimate daily values, with the "best" estimate chosen as a missing value replacement. The development of a continuous and complete daily dataset will be useful in a variety of meteorological and hydrological research applications. The spatial interpolation schemes are evaluated separately by interpolation method and calendar month. Cross validation of the results indicates a distinct seasonality to the efficiency (error) of the estimates, although no systematic bias in the estimation procedures was found. The resulting number of serially complete daily time series for the western United States (all states west of the Mississippi River) includes 2034 maximum-minimum temperature stations and 2962 total daily precipitation locations.
机译:记录了美国西部连续最高(无缺失值)日最高最低温度和总降水时间序列的发展。几种基于空间目标分析方案的估算技术用于估算每日价值,其中“最佳”估算被选为缺失值替代。连续而完整的每日数据集的开发将在各种气象和水文研究应用中有用。通过插值方法和日历月分别评估空间插值方案。交叉验证结果表明,估计的效率(错误)有明显的季节性变化,尽管在估计程序中未发现系统偏差。美国西部(密西西比河以西的所有州)的连续完整每日时间序列的数量包括2034个最高最低温度站和2962个每日总降水量位置。

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