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首页> 外文期刊>Journal of spatial science >Seaport resilience to climate change: mapping vulnerability to sea-level rise
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Seaport resilience to climate change: mapping vulnerability to sea-level rise

机译:港口对气候变化的适应力:将脆弱性映射到海平面上升

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摘要

This paper examines the likely impact of extreme weather events and rising sea levels on key port logistics operations and infrastructure. It develops a 3D model to assess the vulnerability of seaports vis-a-vis operational assets to sea-level rise. Key operational assets were first identified and geo-referenced on a high-resolution digital terrain model. In addition, perceptions of threat of extreme weather events on port operations were also evaluated. The spatial model provides an innovative, flexible and visual representation of sea-level rise under different climate scenarios with the capability of mapping vulnerability of port assets relative to their location. The visual outputs provide the capacity to develop evidence-based adaptation strategies to adjust or retreat to respond to the risk of sea-level rise and related flooding. It is recommended that new infrastructure development should revisit design standards, specifications and procurement of assets that are more resilient and climate proof.
机译:本文研究了极端天气事件和海平面上升对关键港口物流运营和基础设施的可能影响。它开发了一个3D模型来评估海港相对于运营资产对海平面上升的脆弱性。首先在高分辨率的数字地形模型中确定了关键运营资产并对其进行了地理参考。此外,还评估了对极端天气事件威胁港口运营的看法。空间模型提供了在不同气候情景下海平面上升的创新,灵活和可视化表示,并能够绘制港口资产相对于其位置的脆弱性。视觉输出提供了开发基于证据的适应策略以适应或退缩以应对海平面上升和相关洪水风险的能力。建议新的基础架构开发应重新审视设计标准,规范和资产采购,以更具弹性和耐气候性。

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