International Tsunami Symposium 2025

ITS2025 : Deadline for Submission of Abstracts Special Session on Kamchatka Tsunami and South Alaska landslide Tsunami upto 01 September 2025 | ODTP Registration

Registration for ODTP Conference & ITS-2025 is open Now

Background

The 32^nd International Tsunami Symposium would be coming up in the month of November 2025 for three consecutive days. The primary goal of this symposium is to develop and implement a robust program that upholds professional excellence among participants specializing in diverse, dynamic fields such as tsunami hazard assessment, detection, monitoring, early warning systems, mitigation strategies and community preparedness. Throughout this major annual event, attendees will engage in peer-reviewed and technical sessions designed to explore and address the latest advancements. Read More

Objectives

To report on and document the achievements in Tsunami Science
To identify the challenges and gaps in the early warning system and work that still needs to be done
To enhance interdisciplinary collaboration especially for non-seismic tsunami source detection and tsunami forecasting
To enhance tsunami detection and warning systems through the latest technological advancements like high-performance computing and AI/ML
To promote global tsunami preparedness through UNESCO-IOC Tsunami Ready Recognition Programme and similar programmes/projects
To leverage on the Ocean Decade Tsunami Programme for improvement

Updates

Deadline for Submission of Abstracts for Special Session on Kamchatka Tsunami and South Alaska landslide Tsunami upto 01 September 2025

Registration for ODTP Conference & ITS-2025 Conference is open Now

First Announcement Brochure

Themes

The increasing complexity and frequency of tsunami-related hazards in both seismic and non-seismic contexts demand a renewed scientific focus, multi-sectoral collaboration, and global cooperation. The International Tsunami Symposium brings together leading experts, practitioners, and stakeholders to address the full spectrum of tsunami science, risk reduction, and resilience-building. The following thematic areas have been thoughtfully selected to reflect the multidisciplinary nature of tsunami research and the evolving challenges in warning and mitigation:

Tsunami hazard, vulnerability and risk assessment
Paleotsunami Studies
Instrumentation and observation network
Tsunamigenic earthquake source mechanisms
Non-seismic and Complex tsunami Research
Tsunami modelling (seismic and non-seismic sources)
Experimental studies
Advanced Techniques (Real-time inundation modelling, use of high-performance computing, AI/ML etc.)