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首页> 外文会议>Dynamic data-driven environmental systems science >Local-Scale Assessment of Tropical Cyclone Induced Storm Surge Inundation over the Coastal Zones of India in Probabilistic Climate Risk Scenario
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Local-Scale Assessment of Tropical Cyclone Induced Storm Surge Inundation over the Coastal Zones of India in Probabilistic Climate Risk Scenario

机译：概率气候风险情景中印度沿海地区热带气旋诱发的风暴潮淹没的局部评估

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India is frequently affected by coastal flooding due to storm surges which has a significant impact on human life. The quantitative analysis of coastal flooding depends on accurate simulation of storm surges and its inundation. The analysis is imperative in coastal risk evaluation in terms of rise of water levels and its extent of inundation. In this study, risk analysis is made at the smallest geographical scale, particularly, for Andhra Pradesh which is one of the maritime states along the east coast of India often caused by coastal flooding. The ADCIRC model is used for calculating maximum possible total water elevation and associated inundation considering the non-linear interaction with the local tide as well. The simulations also include the risk assessment in the climate change scenario based on the IPCC reports. A detailed analysis of additional coastal regions which are prone to inundation in response to climate change is also made.
机译：印度由于风暴潮而经常受到沿海洪灾的影响，这对人类生活产生了重大影响。沿海洪水的定量分析取决于对风暴潮及其淹没的准确模拟。就水位上升及其淹没程度而言，在沿海风险评估中必须进行分析。在这项研究中，风险分析是在最小的地理范围内进行的，尤其是对于安得拉邦（Andhra Pradesh），它是印度东海岸的沿海国家之一，通常是沿海洪灾造成的。考虑到与当地潮汐之间的非线性相互作用，ADCIRC模型用于计算最大可能的总水位升高和相关的淹没。模拟还包括基于IPCC报告的气候变化情景中的风险评估。还对其他因气候变化而容易被淹没的沿海地区进行了详细分析。

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