2023 TURKEY EARTHQUAKE: RAPID REPAIRABILITY ASSESSMENT AND BUILDING RECONSTRUCTION TO REDUCE IDP

2023 Turkey earthquake caused 35,000 mid-rise buildings collapse, killed 51,000 people and 4.1 million people homeless. The program conducted by the largest municipality in the affected area, Gaziantep provided innovative rapid shelter solutions for Internally Displaced Population by assisting them in returning to repairable buildings. These projects have a three-pronged strategy: First, the program assisted displaced families by providing information to restore their confidence in the structural safety of buildings. Program identified undamaged structures and rebranded them as habitable through publicly visible 'green tagging.' 3,500 undamaged structures were assessed, supporting an estimated 90,000 people. A broader community communication campaign was implemented to provide the community with information on the structural safety of assessed structures through in-person events and the distribution of communication materials online. These communication campaigns reached an estimated 200,000 people across Turkey, including more than 5,000 people through in-person events. Second, the program provided technical assistance on cost-efficient, rapidly implementable repairs required to make light and moderate damaged building stock habitable. The program conducted state of art app-based vulnerability assessment surveys to identify the vulnerability classification and cost-efficient repair method based on locally available materials and labors for each damage type. BOQs and repair cost estimates generated enabled households to repair their homes rapidly. 3,100 structures were assessed, supporting an estimated 75,000 people. Third, the project supported earthquake-affected communities' quick and effective recovery by broadly disseminating activity approaches, resources, and materials, including guidelines and demonstrations on safe repair methodologies. These programs equipped an estimated 165,000 people in the project areas, and 200,000 people across other earthquake-affected communities in Turkey, with improved knowledge of structural safety issues, promote safe repairs, and reduce the number of displaced people living in overcrowded camps while supporting the areas’ self-recovery and economic revitalization. ##################################################

Publication Details

Journal
World Conference of Earthquake Engineering
Published
2025-12-05
DOI
https://doi.org/10.71846/18-wcee-0004
Primary Topic
Disaster Management and Resilience
Type
article
Field-Weighted Citation Impact
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article

2023 TURKEY EARTHQUAKE: RAPID REPAIRABILITY ASSESSMENT AND BUILDING RECONSTRUCTION TO REDUCE IDP

World Conference of Earthquake Engineering
Disaster Management and Resilience
article

2023 TURKEY EARTHQUAKE: RAPID REPAIRABILITY ASSESSMENT AND BUILDING RECONSTRUCTION TO REDUCE IDP

article en

Abstract

2023 Turkey earthquake caused 35,000 mid-rise buildings collapse, killed 51,000 people and 4.1 million people homeless. The program conducted by the largest municipality in the affected area, Gaziantep provided innovative rapid shelter solutions for Internally Displaced Population by assisting them in returning to repairable buildings. These projects have a three-pronged strategy: First, the program assisted displaced families by providing information to restore their confidence in the structural safety of buildings. Program identified undamaged structures and rebranded them as habitable through publicly visible 'green tagging.' 3,500 undamaged structures were assessed, supporting an estimated 90,000 people. A broader community communication campaign was implemented to provide the community with information on the structural safety of assessed structures through in-person events and the distribution of communication materials online. These communication campaigns reached an estimated 200,000 people across Turkey, including more than 5,000 people through in-person events. Second, the program provided technical assistance on cost-efficient, rapidly implementable repairs required to make light and moderate damaged building stock habitable. The program conducted state of art app-based vulnerability assessment surveys to identify the vulnerability classification and cost-efficient repair method based on locally available materials and labors for each damage type. BOQs and repair cost estimates generated enabled households to repair their homes rapidly. 3,100 structures were assessed, supporting an estimated 75,000 people. Third, the project supported earthquake-affected communities' quick and effective recovery by broadly disseminating activity approaches, resources, and materials, including guidelines and demonstrations on safe repair methodologies. These programs equipped an estimated 165,000 people in the project areas, and 200,000 people across other earthquake-affected communities in Turkey, with improved knowledge of structural safety issues, promote safe repairs, and reduce the number of displaced people living in overcrowded camps while supporting the areas’ self-recovery and economic revitalization. ##################################################

World Conference of Earthquake Engineering
Sustainable cities and communities
Openalex Percentile: Top 25%
Disaster Management and Resilience
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