测量记录水文统计:湖泊分类指标

R. Epting, C. Price Robison, Ravi C. Reddi
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引用次数: 3

摘要

地表水结构和相关的活动阶段管理和水利用改变了许多湖泊。评估变化程度需要一个水文状况指标作为第一步。水位变化是湖泊、沼泽、池塘和湿草原土壤形态和湿地植被群落结构与功能的组织原则。虽然湖泊分类为各种目的包括了各种各样的物理和生物指标,但没有一个是基于频率参数和简单阶段范围以外的水位状况的水文统计。从135个湖泊样本的水位记录中得出了超标和水位变化的统计测量。这些措施被用于主成分分析,以得出湖泊分类的独立指标。前两个主成分占6个原始变量方差的88%,并确定了两个水文制度指标:阶段范围(50%)和阶段上升/下降。
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Gauge Record Hydrologic Statistics: Indicators for Lake Classification
Surface water structures and associated active stage management and water use have altered many lakes. Assessing the degree of alteration requires an indicator of hydrologic regime as a first step. Water level regime is an organizing principal of soil morphology and the structure and function of wetland vegetative communities in lakes, marshes, ponds, and wet prairies. Although lake classifications have included a wide variety of physical and biological indicators for various purposes, none is based on hydrologic statistics of water level regimes beyond frequency parameters and simple stage range. Statistical measures of exceedance and level change were derived from the gauge record for a sample of 135 lakes. These measures were used in a principal component analysis to derive independent indicators for lake classification. The first two principal components accounted for 88% of the variance of six original variables and identified two indicators of hydrologic regimes: stage range (50%) and stage rise/fal...
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