Characterization of the water flow regime of the rivers from the Căliman Mountains (1950-2010) based on the Pardé Coefficient.

Costin Hîrlav, A. Porcuţan
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Abstract

The Pardé coefficient, first introduced by Maurice Pardé in 1933, is the most famous water regime classification system in the world, and can be calculated and adapted to any river on the globe, based only on the average flow of rivers. In the Căliman Mountains, an analysis of the river’s water flow regime has not been performed according to this coefficient so far, this work being the first of its kind. Following the completion of this paper, it was observed that the variation of climatic elements (precipitation and temperatures) in the period 1950-2010 influenced more the regime at a seasonal than at a year level. Changes were observed at the level of the season with the lowest runoff, at the stations from Someș River basin, changing in the analyzed period from winter to the beginning of the period, in autumn after the year 2000.
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基于pard系数的喀里曼山地区河流1950-2010年水流特征
pard系数由Maurice pard于1933年首次提出,是世界上最著名的水情分类系统,仅根据河流的平均流量就可以计算和适应全球任何河流。在克里克里曼山,迄今为止还没有根据该系数对河流的水流状况进行分析,这是第一次这样做。在本文完成后,观察到1950-2010年期间气候要素(降水和温度)的变化对季节状况的影响大于对年状况的影响。从2000年以后的冬季到秋季,在索默斯特河流域的站点,在径流最少的季节水平上观察到变化。
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