Aims

This journal aims to serve as a platform for disseminating high-quality research and practical insights in the field of disaster management and resilience. By integrating theoretical advancements with real-world applications, it seeks to shape contemporary practices, inform policymaking, and guide future research directions. The journal welcomes interdisciplinary contributions that explore innovative strategies, tools, and frameworks to reduce disaster risks, enhance preparedness, and support recovery and resilience across diverse social and environmental contexts.

Scopes

The journal covers a wide range of topics related to disaster risk reduction, management, and resilience, including but not limited to:

• Risk-Based Disaster Analysis
  Analytical approaches for identifying, assessing, and mitigating potential hazards based on probability, exposure, and vulnerability.
• Social, Economic, Cultural, and Community Wisdom
  The role of local knowledge, cultural practices, and community-based strategies in enhancing resilience and disaster response.
• Policy and Institutional Governance
  Governance frameworks, legal instruments, and policy innovations for effective disaster risk management at local, national, and international levels.
• Disaster Monitoring and Early Warning Systems
  Development and application of technologies and methodologies for real-time disaster detection and timely public warning systems.
• Emergency Preparedness and Post-Disaster Healing
  Strategies for community readiness, emergency response planning, psychological support, and long-term recovery.
• Physical and Non-Physical Infrastructure Management
  Designing and managing resilient infrastructures, including critical facilities, transportation systems, and social networks.
• Geological, Environmental, and Climate Change Risks
  Interdisciplinary research on natural hazards influenced by geological processes, environmental degradation, and climate change.
• Damage and Loss Mapping
  Tools and methods for quantifying and visualizing disaster impacts to inform response, recovery, and risk reduction planning.
• Food Security and Disaster Response
  The intersection of disaster events with food systems, and strategies to ensure food availability and access during crises.
• Seismic and Tsunami Disaster Mitigation
  Scientific and engineering approaches to reduce risks from earthquakes and tsunamis through forecasting, land-use planning, and resilient infrastructure.