This track focuses on the latest geomatics technologies and methodologies that enhance disaster management efforts. Participants will explore innovative solutions that integrate spatial data for effective disaster response and recovery.

This session will delve into the identification and mapping of areas vulnerable to natural hazards using advanced geomatics techniques. Discussions will include case studies that highlight successful mapping initiatives and their impact on disaster preparedness.

This track addresses the importance of deformation monitoring for infrastructure resilience in disaster-prone areas. Experts will present methodologies for assessing structural integrity and predicting potential failures.

Focusing on the production of rescue maps, this session will cover the tools and techniques used to create effective mapping solutions during disaster response. Participants will learn about the integration of real-time data for situational awareness.

This track will explore methodologies for assessing damage following disasters, emphasizing the role of geomatics in evaluation and recovery planning. Case studies will illustrate best practices in damage assessment.

This session will provide insights into the various phases of disaster management, from preparedness to recovery, through a geospatial lens. Participants will discuss the critical role of geomatics in each phase.

This track will examine the intersection of land use planning and disaster management, highlighting strategies to mitigate risks through informed spatial planning. Discussions will focus on integrating geomatics into land use policies.

This session will investigate the applications of 2D and 3D imaging systems in disaster management contexts. Participants will explore how these technologies enhance situational awareness and decision-making.

Focusing on the application of nighttime sensors, this track will discuss their role in the rapid detection of disaster-impacted areas. Experts will share insights on data collection and analysis techniques.

This session will highlight the use of remote sensing technologies for mapping extensive natural hazard areas. Participants will learn about the challenges and advancements in remote sensing applications.

This track will explore the use of digital data for mapping and analyzing hazardous slope processes. Experts will discuss methodologies for risk assessment and management in mountainous regions.