Natural phenomena and human engineering construction activities had great influence on the geosciences space. Natural disasters, particularly mine disaster and other geological disasters happened frequently, which brought great losses both in people's lives and economics, therefore, to explore the essential causes and mechanisms of disaster by some useful approaches is the most important step in mine disaster prevention. In a variety of methods, building an aground-underground seamlessly integrated model, and then analysing the formation and development mechanism of mining disaster based on this model is a useful way. In this paper, we studied an aground-underground seamlessly Integrated modelling method, and correspondingly given an aground-underground seamlessly integrated 3D spatial model, CSG+CD-TIN+GTP-TTS, by which we can carry out analysis of surface subsidence and underground laneway distortion efficiently, finally preliminary applications verified the effectiveness of this method._x000D_
FORMAL CITATION:Zhang, Y S, Yang, X C, Yu, B and Zhang, D, 2011. The effect of aground-underground seamlessly integrated modelling in mine disaster prevention, in Proceedings Second International Future Mining Conference 2011, pp 295-298 (The Australasian Institute of Mining and Metallurgy: Melbourne).