将灾害评估和基于适应的设计作为提高伊斯坦布尔沿海抗灾能力的工具

IF 1.7 4区 环境科学与生态学 Q4 ENVIRONMENTAL SCIENCES Journal of Coastal Conservation Pub Date : 2023-12-30 DOI:10.1007/s11852-023-01010-5
Doga Dinemis Aman, Ayse Ozlem Dal
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引用次数: 0

摘要

由于全球气候变化,伊斯坦布尔不得不应对日益增多的水基灾害。目前的研究通常都在寻找风险评估模型,但大多数研究都没有为伊斯坦布尔提供设计策略。本研究旨在将气候变化适应纳入沿海城市地区的设计中,以提高伊斯坦布尔的抗灾能力。本研究根据三个尺度对水基灾害进行了研究,并利用地理信息系统绘制了地图,以评估案例研究区域的危害。随后,对所选项目的不同设计策略进行了评估,并绘制了截面图。因此,针对不同规模的水基灾害提出了类型剖面图,这些剖面图既能同时发挥作用,也能在不同时间发挥作用。灵活、适应性强的海岸设计是城市未来抗灾能力的主要需求。拟议的研究有助于降低风险,并帮助决策者支持进一步的城市设计方法。
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Hazard assessment and an adaptation-based design as a tool for coastal resilience in Istanbul

Istanbul has to deal with increasing water-based disasters due to global climate change. Current studies commonly look for risk assessment models, but most of them do not offer design strategies for Istanbul. This study aims to embed climate change adaptation into the design of coastal urban areas to increase the resilience of Istanbul. Water-based disasters were examined under three scales and were mapped to assess the hazard in the case study area by using a geographical information system. Later, different design strategies from the selected projects were evaluated and cross-section drawings were developed. As a result, typology sections have been proposed for water-based hazards of different scales, capable of functioning both simultaneously and at separate times. Flexible and adaptable coastal design is a major demand for the future resilience of the city. The proposed study can assist in risk reduction and help decision-makers support further urban design approaches.

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来源期刊
Journal of Coastal Conservation
Journal of Coastal Conservation ENVIRONMENTAL SCIENCES-MARINE & FRESHWATER BIOLOGY
CiteScore
3.60
自引率
4.80%
发文量
55
期刊介绍: The Journal of Coastal Conservation is a scientific journal for the dissemination of both theoretical and applied research on integrated and sustainable management of the terrestrial, coastal and marine environmental interface. A thorough understanding of both the physical and the human sciences is important to the study of the spatial patterns and processes observed in terrestrial, coastal and marine systems set in the context of past, present and future social and economic developments. This includes multidisciplinary and integrated knowledge and understanding of: physical geography, coastal geomorphology, sediment dynamics, hydrodynamics, soil science, hydrology, plant and animal ecology, vegetation science, biogeography, landscape ecology, recreation and tourism studies, urban and human ecology, coastal engineering and spatial planning, coastal zone management, and marine resource management.
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