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This study explores the application of the Analytic Hierarchy Process (AHP) to identify groundwater retention potential within a 130 km- study area, leveraging high-precision LiDAR measurements and data from 150 wells. By integrating advanced geospatial technology with extensive field data, this approach offers a unique methodology for analyzing groundwater retention. AHP was employed to assess several key geographical factors, including the Topographic Position Index (TPI), slope, hydrographic network density, la...

Sustainable land use and resource planning are essential for reconciling resource extraction with environmental protection, particularly in mining regions. This study examines the integration of hydrological analysis into sustainable land-use planning, with a specific focus on the Bogdanka SA coal mine in Poland. The objective is to identify limitations in current hydrological methodologies and to propose enhancements that support more effective resource management. The paper reviews critical components of hydrolo...

Conventional salt mining creates large voids that disrupt geomechanical equilibrium, inducing subsidence pressures from overlying strata. This process, known as convergence, is the time-dependent closure of excavated spaces caused by salt-s viscoplastic behavior. Continuous convergence monitoring is critical for early detection of excessive strain, enabling timely mitigation to maintain structural stability and prevent hazards like water ingress and flooding. Due to the slow deformation rates of halite formations,...