Integrated geophysical analysis using different methods along with a priori information from
wells, is a proven approach to investigate the geology and the petro-physical characteristics …

Hydraulic tomography is a method to identify the three‐dimensional spatial distribution of
hydraulic properties in the subsurface. We propose a tomographic approach providing the …

Accurate characterization of fractured‐rock aquifer heterogeneity remains one of the most
challenging and important problems in groundwater hydrology. We demonstrate a promising …

High-resolution seismic experiments, employing arrays of closely spaced, four-component
ocean-bottom seismic recorders, were conducted at a site off western Svalbard and a site on …

Abstract The Los Humeros volcanic complex is a geothermal field in Mexico that is now
being further investigated as a candidate for the development of a super-hot geothermal …

Nonuniqueness in traveltime tomographic velocity analysis is largely the result of
insufficiency in model parameterization. Traditional tomography parameterizes the model …

A new framework is introduced for hydraulic tomography application and validation in the
field. Our motivation is the need for methods that are both efficient and expressive for …

We estimate the quality factor (Q) from seismic reflections by using a tomographic inversion
algorithm based on the frequency‐shift method. The algorithm is verified with a synthetic …

We discuss the performance of the multiple-grid model parametrization in seismic
tomographic inversion. Rather than mapping the velocity perturbation Δ c (x)= c (x)− c 0 (x) …

The direct surface wave tomography has become an efficient tool in imaging 3-D shallow
Earth structure. However, some fundamental problems still exist in selecting the grids to …