Surface subsidence induced by mineral extraction from underground mines can significantly
affect the ecological environment and human life. Surface collapse is extremely hazardous …

It is of significant importance to prevent and control mining damage by quantitatively
investigating the dynamic development law of overburden movement and deformation …

Coal-mining-induced surface subsidence is a complex spatiotemporal phenomenon. With
the progressive mining of the working face, the surfaces of the affected areas undergo three …

The topic of residual subsidence is important in Europe as it defines possible surface
deformation for closed mine areas. It has to be determined because of potential financial …

Taking into account the inadequacy of the Knothe time function model to predict the dynamic
surface subsidence caused by underground mining, a new hypothesis is proposed, and the …

Highlights•A novel method was proposed to calculate subsidence waterlogging spatial
information.•Combining remote sensing technology with surface subsidence …

Although most subsidence occurs in the months and years after mining by the longwall
method, surface movement is still occurring many decades after the mining. The aim of the …

The advance speed of a longwall face is an essential factor affecting the mining pressure
and overburden movement, and an effective approach for choosing a reasonable advance …

The forward prediction of mining subsidence in coal mining areas is key to evaluating
mining risk and improving mine management plans. At present, the conditions that ensure …

It is imperative to timely and accurately predict the progressive surface subsidence caused
by coal mining in the context of precision coal mining. However, the existing dynamic …