关于巴伦支海Teriberskaya湾岸边的梯田(科拉半岛)

Y. Neradovsky, Y. A. Miroshnikova, A. Kompanchenko, A. Chernyavsky
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引用次数: 0

摘要

本文考虑了巴伦支海Lodeyny半岛沿岸现代阶地的研究结果。根据野外观测、空间和大地测量图的解码和体积模拟,确定了三个阶地的标志。两个有后缝的梯田,一个悬崖,一个山脊和水平平台被更详细地研究了。后缝位于海拔7米和30米,边缘位于海拔10米和40米。第三梯田被限制在40-60米的高度,尚未被详细研究。据估计,最初的两个梯田分别形成于3300年和6000年前。第一个阶地的特征是缓慢上升10米,以3毫米/年的速度上升,大约从3300年前开始一直持续到现在。它的特点是每年均匀后退约15毫米。该阶地的侵蚀产物在横向带中很常见,代表了现代海洋沉积物,包括形成新阶地的海滩。第2阶地的特征是在6000 ~ 3300年前以11毫米/年的速度快速上升30米。这种阶地的侵蚀产物在海岸上最常见,距离海岸100米至2-3公里。假设在海退过程中海岸线的移动速度不同,最高可达900 mm/年。作者认为,初步数据表明,该地区不稳定,并出现了块体运动,这可能对基础设施的发展产生负面影响。
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About terraces on the shore of the Teriberskaya Bay of the Barents Sea (the Kola Peninsula)
The paper considers the results of the study of modern terraces on the coast of the Lodeyny Peninsula in the Barents Sea. According to field observations, decoding of space and geodetic maps and volumetric modeling, signs of three terraces have been identified. Two terraces having a rear seam, a cliff, a brow and horizontal platforms have been studied in more detail. The rear seams are located at 7 and 30 m, and the edges at 10 and 40 m above the sea level. The third terrace is confined to the level of 40-60 m, and has not been studied in detail. According to estimates, the first two terraces were formed about 3,300 and 6,000 years ago respectively. The 1st terrace characterizes the period of slow land rise by 10 m, at the speed up to 3 mm/year, which began about 3,300 years ago and continues to the present. It is characterized by a uniform sea retreat of about 15 mm/year. The erosion products of this terrace are common in the lateral zone and represent modern marine sediments, including beaches forming a new terrace. The 2nd terrace characterizes to the dynamics of rapid land rise by 30 m at a speed of about 11 mm/year, which occurred in the period from 6,000 to 3,300 years ago. The erosion products of this terrace are most common on the coast and are found at a distance of 100 m to 2-3 km from the shore. It is assumed that the speed of movement of the coastline during the retreat of the sea was different and reached up to 900 mm/year. According to the authors, preliminary data indicate the instability of the territory and the manifestation of block movements, which may have a negative impact on the development of infrastructure.
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