​GU INSTITUTE OF EARTHQUAKE
PREDICTION

In a new study published recently in Geophysical Research Letters, scientists warn that a major earthquake fault, dormant for 12,000 years, is awakening. This fault, called the Tintina Fault, stretches like a massive scar, diagonally across the Yukon Territory in northwestern Canada and into Alaska, USA, for approximately 1,000 kilometers. It was previously widely believed that the Tintina Fault, while once highly active, was no longer a threat. Monitoring data from recent de

Earthquakes are among the most devastating natural disasters, striking without warning and causing widespread damage. Over the years, scientists and engineers have developed advanced methods to detect and predict seismic activity. One of the most promising advancements is the development of earthquake alert technologies. These systems aim to provide crucial seconds to minutes of warning before the shaking begins, allowing people and infrastructure to prepare and respond effec

The Importance of Community-Based Earthquake Monitoring Information from the Sichuan Provincial Disaster Prevention and Mitigation Education Center, China, dated January 6, 2026. Link In the wake of the devastating Wenchuan earthquake in 2008, the need for effective earthquake monitoring has become increasingly clear. To fully leverage the role of community-based earthquake monitoring and prevention systems, the Guangyuan Municipal Disaster Prevention, Mitigation, and Relief

In a new study published recently in Geophysical Research Letters, scientists warn that a major earthquake fault, dormant for 12,000 years, is awakening. This fault, called the Tintina Fault, stretches like a massive scar, diagonally across the Yukon Territory in northwestern Canada and into Alaska, USA, for approximately 1,000 kilometers. It was previously widely believed that the Tintina Fault, while once highly active, was no longer a threat. Monitoring data from recent de