印度西孟加拉邦南24 Parganas印度孙德班Fraserganj和Bakkhali海岸段的形态动力学变化

I. Mondal, Jatisankar Bandyopadhyay, P. Chakrabarti, D. Santra
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引用次数: 10

摘要

孟加拉平原的特点是南部有广阔的沿海地带,与孟加拉湾接壤。该地区主要有两种截然不同的沿海环境,即;东部大潮汐胡格利河口;以及向西的中潮汐海岸平原。基于地形映射单元(TMU)概念的形态发生研究揭示了这两种不同海岸环境的形式-过程-物质相互作用,并提出了一种可能的海岸第四纪地史模式。研究表明,孟加拉平原沿海地带的整个过程-响应系统是在海平面上升后(即佛兰德海侵的最佳时期)开始运作的,在胡格利河口,红树林植被在潮滩的演变过程中起着重要的主导地貌作用,并最终向主陆块增生,导致三角洲淤积。在今天的情景中,胡格利河口成为印度恒河-雅鲁藏布江三角洲的废弃部分,并且在中潮汐的Midnapore沿海地区也变得具有破坏性并形成侵蚀机制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Morphodynamic Change of Fraserganj and Bakkhali Coastal Stretch of Indian Sundarban, South 24 Parganas, West Bengal, India
The Bengal plain is characterized by the presence of an extensive coastal tract bordered by the Bay of Bengal in the south. Two contrasting coastal environments are prevailing in the area, namely; the macro tidal Hooghly estuary in the east; and the mesotidal Midnapore Coastal plain to the west. A morphogenetic study based on the terrain mapping unit (TMU) concept reveals the form- process-material interactions of these two contrasting coastal environments with a possible geo-history model of the coastal Quaternaries. It has been established that the entire process-response system of the coastal tract of the Bengal plain started operating after the rise of sea level around 6000yrs B.P. (i.e., optimum of flandrian transgression) and the Hooghly estuary, the mangrove vegetation plays a significant role as the dominant geomorphic agent in the evolution of the tidal shoals and their eventual accretion to the main landmass resulting in delta progradation. In the present-day scenario, the Hooghly estuary becomes the abandoned part of the Ganga-Brahmaputra delta in India, and is also turning destructive and forming erosional regime in the mesotidal Midnapore coastal area.
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