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Potential error in hydrologic field data collected from small semi-arid watersheds

机译:从小型半干旱流域收集的水文场数据中的潜在误差

摘要

The potential contributions of 39 error sources in hydrologic field data collected from small, semi-arid watersheds were estimated and used to test the sensitivity of derived forms of observed hydrologic data. Estimates of the potential contributions of each source were based primarily on existing literature but also on errors encountered in the Santa Rita data base, sensitivity analyses, experimentation, and established mathematical relationships. The study suggests that potential errors in measured and derived precipitation variables are generally slight (less than 10 percent) and that the potential errors in measured and derived runoff and sediment variables are generally moderate (between 10 and 50 percent). Sediment data was found to be the least accurate type of hydrologic field data.
机译:估计了从小型半干旱流域收集的水文现场数据中39个误差源的潜在贡献,并将其用于测试观测水文数据派生形式的敏感性。每个来源的潜在贡献的估算主要基于现有文献,但也基于Santa Rita数据库中遇到的错误,敏感性分析,实验和已建立的数学关系。研究表明,测得和导出的降水变量的潜在误差通常很小(小于10%),测得和导出的径流和沉积物变量的潜在误差通常是中等的(10%至5​​0%)。发现沉积物数据是水文现场数据的最不准确的类型。

著录项

  • 作者

    Freimund Jeremy Ronald.;

  • 作者单位
  • 年度 1992
  • 总页数
  • 原文格式 PDF
  • 正文语种 en
  • 中图分类

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