从历史和地质数据看波罗的海南部科沃布热格(科尔贝格)地区的沿海洪水

Andrzej Piotrowski, Fritz Brose, Paweł Sydor
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摘要

波罗的海不是典型的海啸区,但也有沿海洪水泛滥的报道,在德国、芬兰和瑞典的沉积物中,以及最近在波兰的沉积物中,都保留有洪水泛滥的痕迹。本研究试图验证有关 "海熊"("der Seebär")现象的历史和传说。在民间描述中,海熊现象具有突发性、速度快、持续时间短、不受海陆大气条件影响等特点。我们在位于波罗的海南岸的科沃布热格(科尔贝格)镇周围寻找沿海洪水沉积物。在研究区域的编年史记录中,有关于两次事件(1497 年 9 月 17 日和 1779 年 3 月 1 日)的信息。这两次事件都没有在地质剖面图中找到记录,可能是由于地表下层发生了强烈的人为变化。不过,关于 1497 年 9 月 17 日事件的范围以及洪水留下的沙层厚度,编年史记录中有相当精确的信息。根据这些信息,科沃布热格地区的沙层范围为距离海岸 1400 米,局部厚度约为 10 厘米。在波罗的海地区,沿岸洪水可能是由大气胁迫造成的,大气胁迫可能导致外部波浪事 件和破坏性长波,其空间和时间尺度与典型的海啸波浪相同。
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Coastal flooding in Kołobrzeg (Kolberg) area, southern Baltic Sea, in the light of historical and geological data
The Baltic Sea is not a typical tsunami area, but there are reports of coastal flooding, with its traces preserved in deposits from Germany, Finland and Sweden, and more recently from Poland. In this study an attempt was made to verify historical and legendary accounts of the ‘Sea Bear’ (‘der Seebär’) phenomenon. In the descriptions of folk accounts, the phenomenon has the features such as suddenness, speed, short duration, independence from the atmospheric conditions on land and sea. The search for coastal flooding deposits was conducted around the town of Kołobrzeg (Kolberg), located on the southern coast of the Baltic Sea. For the study area in chronicle record exist information about two events (17 September 1497 and 1 March 1779). For both events no record has been found in geological profiles, probably due to strong anthropogenic transformation of the subsurface layers. However there is quite precise information from chronicle records on the extent of the event from 17 September 1497 and on the thickness of the sandy layer left by the flooding. Based on this information in the Kołobrzeg area the range of the sand layer was 1400 m from the seashore, and its thickness locally reached approximately 10 cm. The flood height estimated according to the above-presented assumptions was 4.9 m a.s.l. In the Baltic Sea area, coastal flooding is possibly due to atmospheric forcing which can be responsible for an external waves event and devastating long waves, which have the same spatial and temporal scale as typical tsunami waves.
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