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A new insight to vulnerability of Central Odisha coast, India using analytical hierarchical process (AHP) based approach

机译:基于分析层次过程(AHP)的方法,对印度中央奥迪沙海岸脆弱性的新洞察力

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The occurrence of the PHAILIN, HUDHUD cyclones in the Bay of Bengal region highlights the importance of continuous monitoring of this area from the coastal vulnerability perspective. The increase in the magnitude and frequency of coastal disasters is estimated to cause disastrous effects on the ever-increasing coastal population as well as the natural resources that are available in these regions. In this paper, the coastal vulnerability of a part of the Odisha coast, including the districts of Kendrapara and Jagatsinghpur, has been assessed on a relatively finer scale. These districts are reported to be the most vulnerable areas along the Odisha coast. A set of Physical-geological parameters and socio-economic factors are used to derive the vulnerability using AHP, and vulnerability maps are prepared to demarcate areas with different vulnerability. The Coastal Vulnerability Index (CVI) finally is grouped into the three vulnerability classes for the final coastal vulnerability map. Depending on this classification, approx. 35% of the coastline comes under high vulnerability, 39% under Medium and 26% under low vulnerability class. The coastline adjoining, Teisimouza, Barunei, Paradip, are the highly vulnerable zones whereas the shoreline between Jatardharmohan and Saharabedi comes under intermediate vulnerability zone. The results obtained can be used for prioritization of the most sensitive areas in this coastal belt for better strategic management.
机译:Phailin的发生,孟加拉地区湾的Hudhud Cyclnes强调了从沿海漏洞角度持续监测该地区的重要性。估计沿海灾害的幅度和频率的增加估计对不断增加的沿海人群以及这些地区提供的自然资源造成灾难性影响。在本文中,在相对更精细的规模上评估了包括Kendrapara和Jagatsinghpur的区域的一部分Odisha海岸的沿海脆弱性,并进行了评估。这些地区被据报道,成为Otisha海岸最脆弱的地区。使用AHP的一组物理地质参数和社会经济因素用于导出漏洞,并且漏洞地图准备划分具有不同漏洞的区域。沿海漏洞索引(CVI)最终被分组为最终沿海漏洞地图的三个漏洞类。根据此分类,约。 35%的海岸线受到高脆弱性,39%的介质下和26%在低漏洞等级下。海岸线毗邻,Teisimouza,Barunei,Paradip,是高度脆弱的区域,而Jatardharmohan和Saharabedi之间的海岸线来自中间漏洞区。获得的结果可用于该沿海腰带中最敏感区域的优先级,以获得更好的战略管理。

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