With the development of deep, underground coal mines in China, the failure mechanism of
the rocks surrounding roadways is becoming increasingly complicated and the …

The extreme gradient boosting (XGBoost) ensemble learning algorithm excels in solving
complex nonlinear relational problems. In order to accurately predict the surface subsidence …

Lunar in-situ resource utilization (ISRU) has been put on the agenda by many countries.
Due to the special material nature and low gravity environment, the lunar regolith …

The article presents the results of significance analyses of selected mining and geological
variables for an area of underground mining activity. The study area was a region of an …

Continuous mining and continuous backfilling (CMCB) is an effective method to control
surface subsidence and implement resource utilization of solid waste. To address the issue …

Water inrush at roof area seriously affects the safety of coal mines. The characteristics of
aquifer and aquiclude at Wutongzhuang Mine are analyzed. Considering the effect of …

Underground coal mining activities and ground movement are directly correlated, and coal
mining-induced ground movement can cause damage to property and resources, thus its …

Open access to SAR data from the Sentinel 1 missions allows analyses of long-term ground
surface changes. The current data-acquisition frequency of 12 days facilitates the …

Research on land subsidence is a global topic. In recent years, the environmental problems
caused by coal mining have received great attention. In particular, mining land subsidence …

The surface subsidence caused by mining influences the mine environment and
construction safety. In this paper, strata movement and surface subsidence were combined …