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Hydro-meteorological trend analysis using the Mann-Kendall and innovative-Sen methodologies: a case study

机译:利用Mann-Kendall和Inno Innovative-sen方法的水力气象趋势分析:案例研究

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This paper analysed temporal trend possibilities of hydro-meteorological records in Vu Gia Thu Bon watershed during 1979-2014 by employing the recently innovative-Sen trend methodology in combination with the classical/modified Mann-Kendall tests. The outcomes show that most of statistically significant increasing trends were found in annual rainfall, extreme temperatures, relative humidity and stream flow, whereas opposite trend direction was predominantly observed in evapotranspiration and sunshine duration over the 36-year period. Particularly, the greatest warming trends in maximum and minimum temperature were 0.019 and 0.024 degrees C/year respectively. The estimated slope of significant positive trends in rainfall varied approximately from 29.7 to 43.6 mm/year. This study also demonstrates high applicability of the innovative-Sen approach to overall and partial trend identification. Generally, it is expected that these findings will be conducive to climate-induced risks and water resources management for the study area under climate emergency.
机译:本文分析了1979 - 2014年在1979 - 2014年在古典/修改的Mann-Kendall测试结合使用最近创新的森林趋势方法的1979 - 2014年vu Gia Thu Bon流域水力气象记录的时间趋势可能性。结果表明,大多数统计学上显着的增加趋势在年降雨量,极端温度,相对湿度和流动流动中发现,而相反的趋势方向主要在36年期间在蒸散和阳光持续时间内观察到。特别是,最大和最小温度的最大变暖趋势分别为0.019和0.024摄氏度/每年。估计的降雨趋势较大的阳性趋势各不相同约29.7至43.6毫米/年。本研究还展示了创新鉴定方法对整体和部分趋势识别的高适用性。一般来说,预计这些调查结果将有利于气候紧急情况下的研究领域的气候诱发的风险和水资源管理。

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