# Development of Rockburst Research: A Comprehensive Review
## 6 Rockburst Prevention and Control
\begin{table}
\begin{tabular}{c c c c c} \hline \hline
**Country** & **Location** & \begin{tabular}{c} **Buried Depth of Main** \\ **Rockburst Sites/m** \\ \end{tabular} & **Rock Types** & **Main Prevention and Control Measures** \\ \hline China & Jinchuan & 470–800 & Marble, Granite, Migmatic & Strengthen support, in situ monitoring, \\  & No.2 Mine [174] & 800–1150 & Skarm & Optimize mining method, sequence and parameters; monitoring, flexible support \\  & Erdogou & 1050 & Diorite & Improve mining technology and methods, \\  & Gold Mine [176] & 1050 & Diorite & optimize mining sequence and support \\  & Ling Long & 650–1100 & Granite & Optimize mining sequence, filling mining, \\  & Gold Mine [177] & 650–1100 & Granite & improve support, blasting methods, in situ monitoring. \\  & Dahongshan & 807–1301 & Marble, Schist & Controlled blasting, watering and softening, \\  & Iron Mine [178] & \multirow{2}{*}{700–1082} & Gabbro diabase, Metasodic lava, & optimize and strengthen support \\  & Changba & \multirow{2}{*}{700–1082} & Quartz schist, & Change mining methods, fill goat and stope \\  & Lead–Zinc mine [179] & & Marble & Improve excavation process sequence, \\  & Igiuazui & \multirow{2}{*}{1024} & Quartz monozolite, & \multirow{2}{*}{\
\begin{tabular}{c} Improve excavation process sequence, \\ strengthen support \\ watering, official excavation scheme, \\ combined support \\ sections, select the best support time \\ improve excavation methods, advance bolt \\ reinforcement, high-pressure watering \\ improve stress state of surrounding rock, combined support and construction methods \\ \end{tabular} } \\  & Edding mountain & \multirow{2}{*}{709} & Mudstone, Silstone, Marlstone, & Surrounding rock monitoring, high-pressure \\  & Tunned of Sichuan-Tibet & 770 & Sandstone & watering, optimization of excavation scheme, \\  & highway [181] & & Sandstone & combined support \\  & Qinling Zhonghanshan & \multirow{2}{*}{1640} & Stras relief by drilling, excavation of small \\  & Tunned [182] & & Migmatic genies, Granite & sections, select the best support time \\  & Cangling Mountain & \multirow{2}{*}{700–2400} & Tuff, Granite & Improve excavation methods, advance bolt \\  & Tunned [183] & & Tuff, Granite & reinforcement, high-pressure watering \\  & Jinping II Hydropower & \multirow{2}{*}{2525} & Sandstone, Slate, Limestone, & Improve stress state of surrounding rock, combined support and construction methods \\  & Station, & \multirow{2}{*}{709} & Quartzie, Granite & Optimize excavation method, advance stress \\  & Tailrace Tunnel [185] & & & relief, strengthen support \\  & Kirkland Lake & \multirow{2}{*}{630–2520} & \multirow{2}{*}{Prophyry, Alkaline Svenite} & Central stress relief by blasting, change mining \\ Canada & Gold Mine [186] & & & technology, strengthen shaft support \\  & Creighton Mine [186] & & & Stress relief by blasting, optimize mining \\  & & & & sequence, filling mining, improve support \\  & & & & methods, strengthen rock mechanics research, \\  & & & & microseismic monitoring \\  & New Brunswick & \multirow{2}{*}{892} & \multirow{2}{*}{Sulfide ore} & Change mining technology and support \\  & Lead–Zinc Mine & \multirow{2}{*}{1120–2440} & Quartzite & Advance stress relief by blasting, microseismic \\  & Burke, Idaho [2] & & & monitoring \\  & Sunshine Siderite Mine & \multirow{2}{*}{2100} & Quartzie, & Limit the number of slopes, single shift \\  & Kellogg, Idaho [2] & & Pelitic silitsstone & operation, microseismic monitoring, \\  & & & & diversification of support methods \\  & & & & Improve mining methods and technology, \\  & & & & optimize mining sequence, stress relief by blasting, monitoring of surrounding rock stress \\  & Lucky Friday Silver-Lead & \multirow{2}{*}{1808} & \multirow{2}{*}{Quartzie} & Change mining geometry and monitoring of \\  & Mine, Mullan, Idaho [2] & & Surrounding rock stress \\  & Brunswick Mine & \multirow{2}{*}{725–1000} & Tuff & Change of mining method, modified cone bolts, \\  & New Brunswick [2] & & & real-time quantitative seismic system \\  & Strathcone Mine & \multirow{2}{*}{2300–2500} & Breccia, & \multirow{2}{*}{Microsiseismic system, shotcrete, support system} \\  & Onaging, Ontario [2] & & & Granites, Gabbroos, Quartz diorite \\  & Cregighton Mine & \multirow{2}{*}{1200–2000} & Granites, Gabbroos, Quartz diorite & Change of mining method, improved \\  & Sudbury, Ontario [2] & & & microseismic and seismic systems \\  & El Tsenite & \multirow{2}{*}{Diorite, Andesite} & Strengthen support, change mining methods \\  & Copper Mine [187] & & & \\  & Mount Charlotte & \multirow{2}{*}{1200} & Diderite & Improve and strengthen support, strengthen \\  & Gold Mine [188] & & monitoring & monitoring \\  & Lubin & \multirow{2}{*}{600–1000} & Sandstone, Dolomite, Shale & Stress relief by blasting, filling mining, control of \\  & Copper Mine [189] & & & structural parameters \\  & Diversion Tunnel of Sima & \multirow{2}{*}{700} & Optimize support, adjust geometry of \\  & Hydropower & \multirow{2}{*}{700} & Granite & \multirow{2}{*}{
\begin{tabular}{c} Optimize support, adjust geometry of \\ underground cavern section \\ \end{tabular} } \\  & Station [190] & & & underground cavern section \\ \hline \hline \end{tabular}
\end{table}