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首页> 外文期刊>Geophysical Research Letters >Near-coastal satellite altimetry: Sea surface height variability in the North Sea - Baltic Sea area
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Near-coastal satellite altimetry: Sea surface height variability in the North Sea - Baltic Sea area

机译:近岸卫星测高:北海-波罗的海地区的海面高度变化

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摘要

The radiometer wet tropospheric correction is a limiting factor of the application of near-coastal altimetry observations in the North Sea -Baltic Sea area. Using an ECMWF model based correction instead, we increase the return rate from 70% to 95%, with observations as close as 10 km from the coast. The altimetry and 39 coastal tide gauges are referenced to the same state of the art regional geoid. The two data sets are highly correlated and reveal a consistent mean dynamic topography and two distinct correlation regimes separated by the Danish islands. The combination of the two data sets in a simple statistical model is shown to estimate the sea surface height with the same error level as state of the art operational models, indicating the potential for near-coastal applications of satellite altimetry observations.
机译:辐射计湿对流层校正是北海-波罗的海地区近海岸测高观测应用的限制因素。取而代之,使用基于ECMWF模型的校正,我们将回波率从70%提高到了95%,并且观测到的距离海岸近10 km。高程仪和39个沿海潮汐仪参考的是同一地区最先进的大地水准面。这两个数据集高度相关,并显示出一致的平均动态地形和由丹麦群岛分隔的两个不同的相关状态。显示了在简单的统计模型中这两个数据集的组合,以估计海平面高度,且误差水平与最新的操作模型相同,这表明了卫星测高观测的近岸应用潜力。

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