Integrated Coastal Vulnerability Assessment: A Study of Karnataka, India

Q4 Engineering Disaster Advances Pub Date : 2023-06-15 DOI:10.25303/1607da018030
D. Naik, P. Kunte
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引用次数: 0

Abstract

Coastal regions are changing due to environmental pressures and anthropogenic impacts such as coastal development and planning, ultimately becoming sensitive to unpredicted natural and manmade calamities. The scientific assessment requires an understanding of the relative vulnerability of the coast across a region, and, for this purpose, vulnerability indices are often used. This study is an integrated coastal vulnerability index for the Karnataka coastline, incorporating both physical variables and socio-economic indicators. To study the overall vulnerability of a region at the taluka level using the typical physical variables characterizing coastal vulnerability e.g. historical shoreline change, rate of relative sea-level change, coastal regional elevation, coastal slope, mean tidal range, significant wave height and geomorphology. Physical indicators are then combined with the outcomes of an assessment of socio-economic vulnerability developed using population and tourist density and education as indicators like human development index (HDI), composite taluka development index (CTDI) and urban development index (UDI), resulting in a more holistic assessment of vulnerability. The resulting vulnerability map describes the taluka as most vulnerable to physical indicators and also provides information on the nature of vulnerability in terms of its physical and socio-economic components intending to inform adaptation decision-making.
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海岸脆弱性综合评估:对印度卡纳塔克邦的研究
由于环境压力和沿海开发和规划等人为影响,沿海地区正在发生变化,最终对无法预测的自然和人为灾害变得敏感。科学评估需要了解整个地区海岸的相对脆弱性,为此,经常使用脆弱性指数。这项研究是卡纳塔克邦海岸线的综合海岸脆弱性指数,包括物理变量和社会经济指标。利用表征海岸脆弱性的典型物理变量,如历史海岸线变化、相对海平面变化率、海岸区域海拔、海岸坡度、平均潮差、显著波高和地貌,研究塔卢卡水平的区域整体脆弱性。然后,将实物指标与社会经济脆弱性评估的结果相结合,利用人口和旅游密度以及教育作为人类发展指数、综合塔卢卡发展指数和城市发展指数等指标,对脆弱性进行更全面的评估。由此产生的脆弱性地图将塔鲁卡描述为最容易受到物理指标的影响,并从其物理和社会经济组成部分提供了关于脆弱性性质的信息,旨在为适应决策提供信息。
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来源期刊
Disaster Advances
Disaster Advances 地学-地球科学综合
CiteScore
0.70
自引率
0.00%
发文量
57
审稿时长
3.5 months
期刊介绍: Information not localized
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