Geohazard Mechanics publishes basic and applied research papers highlighting new theories, technologies, methods and the latest academic trends in geological disaster mechanics. The journal reveals and explores the objective laws involved in the occurrence and evolution of major natural and engineering geological disasters, such as earthquakes, landslides, rock bursts, collapses, debris flows, gas outbursts, water inrushes and mud outbursts. Geohazard Mechanics also analyses and discusses the engineering records of natural and engineering geological disaster events, summarises experiences and lessons learned, and reports on research trends of geological disasters and emergency rescue countermeasures for disaster prevention and mitigation. Alongside academic ideas, research methods and results of geological disaster mechanics are widely exchanged.

Topics of particular interest include, but are not limited to:

• Monitoring and testing technology of ground stress
• Causes and physical processes of geological disasters
• Engineering records of geological disaster events
• Monitoring, forecast and early warning technologies and methods for geological disasters
• Prevention and control technologies and methods for geological disasters
• Big data and artificial intelligence technologies for disaster prevention and mitigation