Satellite altimetry of large lakes of the Baltic Basin

S. Lebedev, Y. Troitskaya, G. Rybushkina, M. Dobrovolsky
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引用次数: 2

Abstract

Variability of the water level of largest lakes in the Baltic Basin is characterized by alternating periods of rise and drop according to the altimeteric measurements of TOPEX/Poseidon and Jason-1/2 satellites. Water level was calculated with the use of an algorithm of regional adaptive retracking for the Lakes Ilmen, Ladoga. Onega and Peipus. Applications of this algorithm considerably increase the amount of actual data records and significantly improve the accuracy of water level evaluation. According to the results, temporal variability of the Lake Ilmen, the Lake Ladoga and the Lake Piepus level is characterized by a wave with a period of 4-5 years and the Lake Onega level we found a wave with a period of 15 years. During the period from 1993 to 2011 lakes level was rising at a rate of 1.17±0.95 cm/yr for the Lakes Il`men', 0.24±0.10 cm/yr - for the Lake Ladoga, 1.39±0.18 cm/yr - for the Lake Piepus and 0.18±0.09 cm/yr - for the Lake Onega.
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波罗的海盆地大型湖泊的卫星测高图
根据TOPEX/Poseidon和Jason-1/2卫星的高度测量,波罗的海盆地最大湖泊的水位变化具有上升和下降交替的特征。采用区域自适应复迹算法对拉多加湖伊尔门湖的水位进行了计算。奥涅加和培浦斯。该算法的应用大大增加了实际数据记录的数量,显著提高了水位评估的准确性。结果表明,伊尔门湖、拉多加湖和皮耶普斯湖水位的时间变化特征为一个周期为4 ~ 5年的波浪,奥涅加湖水位的时间变化特征为一个周期为15年的波浪。1993 - 2011年湖泊水位上升速率分别为:伊门湖(1.17±0.95 cm/年)、拉多加湖(0.24±0.10 cm/年)、比耶普斯湖(1.39±0.18 cm/年)和奥涅加湖(0.18±0.09 cm/年)。
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