Marks of past storminess on baltic uplifting coasts and the perspective of future climate change

机译：波罗的海隆起海岸过去的暴风雨迹象和未来气候变化的前景

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Various geomorphic, geophysical and GIS-based methods are used to study coastal processes in relation to variations in climatic forcing factors in the Baltic Sea area. Rhythmic patterns on uplifting coastal landscapes (e.g. on Osmussaar) and the sequence of accumulative spits (on Cape Kelba and Tahkuna) probably do not reflect single storms, but rather a (~35-year) quasi-periodicity in storminess.

机译：各种地貌，地球物理和基于GIS的方法都用于研究与波罗的海地区气候强迫因素变化有关的沿海过程。沿海地区隆起的节律模式（例如在奥斯穆萨尔（Osmussaar））和累积吐出的序列（在海角凯尔巴（Cape Kelba）和塔库纳群岛（Tahkuna））可能没有反映出单一风暴，而是在暴风雨中（约35年）的准周期性。

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《International Geoscience and Remote Sensing Symposium》|2017年|4817-4820|共4页
会议地点 Fort Worth(US)
作者
Ülo Suursaar; Kadri Vilumaa; Hannes Tõnisson; Are Kont;
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作者单位

Estonian Marine Institute University of Tartu 14 Mäealuse St. Tallinn 12618 Estonia;

Institute of Ecology at Tallinn University Uus-Sadama 5-537 10120 Tallinn Estonia;

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Geology; Earth; Sea measurements; Meteorology;

机译：地质学;地球;海域测量；气象;

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Marks of past storminess on baltic uplifting coasts and the perspective of future climate change

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