The hydrogeologic systems of alluvial fan are characterized by a heterogeneous distribution
of various lithological units/facies. The structure (integral scale and volumetric proportion) of …

Quantitative investigation of the interaction between surface water and groundwater relies
on the determination of transience of streambed hydraulic conductivity (K sb). The commonly …

Aquitard hydraulic conductivity (K), specific storage (S s) and porosity (ϕ) are critical to the
modeling of flow and mass and heat transport in groundwater systems, yet comprehensive …

Groundwater management models have been widely applied to obtain optimal pumping
strategies for land subsidence control, but most of them do not explicitly incorporate land …

The problem of land subsidence due to groundwater pumping in highly compressible,
randomly heterogenous aquitards with stress-dependent parameters is analyzed through …

Abstract The Mexico City aquifer is a complex mix of alluvial deposits and volcanic rocks
overlapped by an aquitard composed of lacustrine deposits. To characterize this …

Extensometers provide long-term records of deformation over a depth interval of interest. An
overconsolidated aquitard usually undergoes elastic deformation if the hydraulic head within …

Darcy's law has been widely used to study the groundwater drainage process within an
aquitard. However, non-Darcy flow is frequently encountered in laboratory and in situ …

Land subsidence resulting from the withdrawal of groundwater is one of the problems of
major importance to geosciences and geomechanics. In order to analyze the phenomena of …

En esta investigación se evaluó el proceso de subsidencia en México mediante el uso de
técnicas de geodesia satelital complementadas con información de los censos (2010 y …