Abstract:Addressing the prevalent issues of high ground stress environments and the resultant serious ground pressure disasters, such as rock burst and impact ground pressures, encountered during deep mine exploitation in China, this study proposes an innovative early warning method for deep mine ground pressure disasters. This method utilizes the analytical framework of "time, space, and intensity" of ground pressure activities. By constructing indicators such as ground pressure event activity rate, rock mass stress nephogram, and ground pressure signal magnitude, it achieves effective multi-dimensional early warning for deep mine ground pressure disasters. The research findings indicate that this early warning method not only accurately reflects the activity characteristics of ground pressure disasters at the mine site but also demonstrates good practical application value. This study provides new technical support and theoretical guidance for the safe production of deep mines, significantly advancing the field of ground pressure disaster prevention and control.