首页> 外文会议>2011 International Conference on Electric Technology and Civil Engineering >Trend and correlation analysis of air temperature, precipitation, evaporation and discharge (1968–2009) in the Liu River, Zhangwu, Liaoning, China
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Trend and correlation analysis of air temperature, precipitation, evaporation and discharge (1968–2009) in the Liu River, Zhangwu, Liaoning, China

机译:辽宁省彰武县柳河的气温,降水,蒸发和排放量(1968-2009年)趋势及相关分析

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Climatic changes may have significant impacts on terrestrial hydrological processes. It is essential to study the correlation between climate and hydrology of the Liu River, because the river is crucial for the local agriculture and industry development. The change range, trend and correlation analysis of air temperature, precipitation, evaporation and discharge during 1968–2009 in the Liu River ( Zhangwu county) were carried out. The results showed inter-year change range of air temperature for the high flow period, precipitation and discharge for the level flow period and evaporation for the low flow period were relative stable. The trends of air temperature and discharge series for every period were significant positive and negative respectively and that of evaporation series for the level flow period was significant negative. Correlation analysis indicated a marked drop in discharge with increased air temperature and reduced precipitation, furthermore, the effect of evaporation on discharge was different for different period.
机译:气候变化可能会对陆地水文过程产生重大影响。研究柳河的气候与水文之间的相关性至关重要,因为柳河对于当地的农业和工业发展至关重要。进行了1968-2009年柳江(彰武县)气温,降水,蒸发和排放量的变化范围,趋势和相关分析。结果表明:高流量时期气温年际变化范围,平流量时期降水和排放量,低流量时期蒸发量相对稳定。每个时期的气温和排放序列的趋势分别为正向和负向,而水平流时期的蒸发序列的趋势则为负向。相关分析表明,随着气温的升高和降水的减少,排放量显着下降,此外,蒸发对排放量的影响在不同时期也不同。

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