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Analysis of the Hydroclimatic Risk Parameters at the High Level of the Tazl?ul S?rat River in 2016 Year

机译:塔兹鲁尔河沿岸2016年高水文气候风险参数分析

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The paper presents an analysis of the hydrological risk parameters registered in June 2016 in the catchment area of the Tazl?ul S?rat River. The studies and researches were carried out on the upper course of the river, in the area between Zeme? and Todera?, the commune of Zeme?, Bacau county. The river basin of the Tazl?ul S?rat River has been affected by several floods in recent years. The floods have morphologically modified the minor and the major river bed, which has influenced the stability of the county road and the river construction. The study focused on the analysis of precipitation and liquid flows over a period of 20 years. Processing of liquid flow data revealed more flood flows in the same year. In 2016 there was a flow of 342 m3 / s (probability of 3%). The effects of the floods have materialized through the excessive degradation of shore defence works until their total destruction. The degradation of shore defence works has contributed to breaking the county road and limiting the road traffic. Parameters of hydroclimatic risk highlighted by research impose special conditions when designing shore defence works and protecting the road adjacent to the river.
机译:本文介绍了2016年6月在塔兹勒尔苏拉特河集水区登记的水文风险参数分析。研究和研究是在泽梅河之间的河道上游进行的。巴托县Zeme的公社Todera?近年来,塔兹勒苏拉河的流域受到数次洪水的影响。洪水在形态上改变了次要河床和主要河床,影响了县道和河道建设的稳定性。该研究的重点是分析20年内的降水和液体流动。处理液体流量数据显示,同一年洪水流量增加。 2016年,流量为342 m 3 / s(概率为3%)。洪水的影响已通过海岸防卫工程的过度退化直至完全破坏而得以实现。海岸防御工程的恶化导致了县道的中断和道路交通的限制。研究强调的水文气候风险参数在设计海岸防御工程和保护与河流相邻的道路时施加了特殊条件。

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