PDNA: Post-Disaster Needs Assessments

Esta Avaliação de Necessidades Pós-Desastre visa identificar e quantificar os impactos, estimar as necessidades de curto, médio e longo prazo, e apoiar a formulação de um quadro estratégico para uma recuperação e reconstrução resiliente.

The report presents the Joint Rapid Recovery Needs Assessment (JRRNA) following the August 2025 earthquake in eastern Afghanistan, outlining damage, impacts, and priority recovery needs across key sectors.

This report examines the impact of hostilities and the post-escalation conditions of affected municipalities in Lebanon. It focuses on displacement, infrastructure damage, socio-economic conditions, and initial recovery needs.

This report assesses the impacts of Somalia's 2023 Deyr floods, offering a roadmap for recovery and resilience-building. It outlines damages, losses, and priorities across key sectors to guide recovery.

The PDNA examines the impact of Hurricane Beryl on Grenada and proposes recovery strategies to restore infrastructure, livelihoods, and resilience across affected sectors.

The objective of the Somalia 2023 Deyr Floods R-PDNA is to inform, guide and catalyse the sustainable and resilient recovery of Somalia's flood-affected communities.

This PDNA provides assesses the damages and recovery needs in the Lori and Tavush regions, and proposes strategies to rebuild affected areas sustainably, integrating the Build Back Better principles and fostering resilience against future disasters.

This PDNA report provides an assessment of the severe impacts of the earthquakes which struck Herat, Afghanistan in October 2023, and provides a vision and guiding principles for recovery.

The objective of the Rapid Damage and Needs Assessment (RDNA) is to estimate the impact of the storm and floods on physical assets and service delivery in the most affected areas and take stock of the ensuing recovery needs.

This report provides an impact assessment of the 2022 floods in Nigeria, highlighting key findings on their impact, recovery and coping mechanisms and offers an evidence-based strategy for future flood risk mitigation and adaptation.