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首页> 外文期刊>E3S Web of Conferences >Models to estimate river temperature. Example for Danube, at Olteni?a in the context of climate change and anthropic impact
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Models to estimate river temperature. Example for Danube, at Olteni?a in the context of climate change and anthropic impact

机译:模型来估计河流温度。 Danube的示例,在olteni?a在气候变化和人体影响的背景下

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Daily variation of Danube River temperature measured at Oltenit? gauging station over 9 years (2008-2016) was analysed in comparison with the air temperature measured by satellite in the same location between 1979-2020. Air temperature shows a nearly 2°C increase over the 40-years period, which can be attributed to both climate warming and anthropic impact. Water temperature was modeled with a sinusoidal function and variation with discharge was discussed. Long-term trend of hourly surface air temperature variation was obtained from Open Weather data. Air - water temperature dependency was fitted with a logistic function with good approximation. Resulting correlations help predict water temperature as a function of satellite - measured air temperature.
机译:在Oltenit测量多瑙河温度的日常变异? 与1979 - 2020年间相同位置的卫星测量的空气温度相比,分析了9岁以上的测量站(2008-2016)。 40多年的空气温度显示出近2°C,这可能归因于气候变暖和人类的影响。 用正弦功能模拟水温,并讨论了排出的变化。 每小时表面空气温度变化的长期趋势是从开放的天气数据获得的。 空气 - 水温依赖性配备了近似良好的物流功能。 得到的相关性有助于预测水温作为卫星测量的空气温度。

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