Structural Safety

This report aims to examine data on disaster losses related to infrastructure damage and service disruption in Post Disaster Needs Assessments (PDNAs) submitted by nations between 2010 and 2020, and to identify where gaps still exist in PDNA reporting.
United Nations Office for Disaster Risk Reduction United Nations Development Programme - Headquarters International Recovery Platform
This paper summarises the findings of a mission that conducted damage assessment following an earthquake in Turkey and Greece in October 2020, which was followed by a tsunami.
Frontiers in Built Environment
This report identifies ways for the BRIC program to develop a multihazard, forward-looking, risk-based approach to mitigation that also incorporates issues of equity and community well-being in its application and evaluation processes.
U.S. Department of Homeland Security
2011 Bhutan PDNA
This Joint Rapid Assessment presents an assessment of the damage and loss following the 2011 earthquake in Bhutan. A framework for early recovery, reconstruction, and disaster risk reduction is also presented in the latter section of this Assessment.
Bhutan - government Global Facility for Disaster Reduction and Recovery, the United Nations - Headquarters
The Great East Japan Earthquake-Learning from Mega disasters Knowledge Notes, World Bank -Executive Summary =JP.png
World Bank, the
Build Back Better 事例  モルディブ  20150416.png
International Recovery Platform

This paper aims to explore how insights from the philosophical and social science literature can be incorporated into the definition of resilient infrastructure so that considerations of social justice can be accounted for and addressed more adequately

Sustainable and Resilient Infrastructure

This paper proposes a methodology based on a multi-layer Monte Carlo simulation to model a two-stage recovery process for residential buildings: functional downtime due to delay and functional downtime due to repair. The delay portion of the model was

International Journal of Disaster Risk Reduction (Elsevier)