Through analyzing and researching on the comprehensive and integral technology for the large-space ground fractures, this paper advances the design and construction technology for the control of large-space fractures, and probes into the application of the comprehensive and integral technology in the practical construction.

Preventing land subsidence by wastewater reuse in Taiyuan;

Effect of groundwater exploitation on land subsidence in Tianjin using multiple regression analysis method;

Study of urban land subsidence information management and prediction system based on GIS;

Application of support vector machines in ground subsidence forecasting;

Virtual simulation of ground subsidence in Suzhou-Wuxi-Changzhou Region;

The current situation and prospect of city ground subsidence and its countermeasures;