We present a new gravity inversion method, which estimates the basement relief of a sedimentary basin, whose sediments may present a constant or a decreasing density contrast with depth relative to the basement. The method combines the minimization of the first-order entropy measure with the maximization of the zeroth-order entropy measure of the solution vector (depths to the basement). The interpretation model consists of a set of rectangular juxtaposed vertical prisms with known density contrasts and whose thicknesses represent the depths to the basement relief and are the parameters to be estimated. The minimization of the first-order entropy favors solutions presenting abrupt discontinuities, and the maximization of the zeroth-or...
A gravity inversion procedure using the success-history-based adaptive differential evolution (SHADE...
<p><strong>Slides for the oral presentation "3D depth-to-basement and density contrast estimates usi...
Gravity surveys in regional geophysical research can be used to estimate the depth of the sediment-b...
We present a new 2D linear inversion gravity method to estimate the discontinuous basement relief of...
We present a method to delineate the basement relief of sedimentary basins composed by vertical faul...
The present method assumes a decrease in the density contrast of a sedimentary basin according to a...
We present a new gravity inversion method, which produces an apparent density contrast mapping on th...
The technological improvement has provided the acquisition of a large volume of geophysical data, wh...
I propose a new method to estimate the morphology of the basement under sedimentary basins, starting...
We present a gravity interpretation method for esti-mating the relief of an arbitrary interface sepa...
This paper reviews different approaches to the problem of finding the shape of the basement buried u...
Aegean Graben System is a significant member of the complex geology of western Turkey. The depths to...
<p><strong>Slides for the oral presentation "Source geometry estimation using the mass excess criter...
In sedimentary basin studies, gravity data are typically used to estimate the basement topography. G...
In sedimentary basin studies, gravity data are typically used to estimate the basement topography. G...
A gravity inversion procedure using the success-history-based adaptive differential evolution (SHADE...
<p><strong>Slides for the oral presentation "3D depth-to-basement and density contrast estimates usi...
Gravity surveys in regional geophysical research can be used to estimate the depth of the sediment-b...
We present a new 2D linear inversion gravity method to estimate the discontinuous basement relief of...
We present a method to delineate the basement relief of sedimentary basins composed by vertical faul...
The present method assumes a decrease in the density contrast of a sedimentary basin according to a...
We present a new gravity inversion method, which produces an apparent density contrast mapping on th...
The technological improvement has provided the acquisition of a large volume of geophysical data, wh...
I propose a new method to estimate the morphology of the basement under sedimentary basins, starting...
We present a gravity interpretation method for esti-mating the relief of an arbitrary interface sepa...
This paper reviews different approaches to the problem of finding the shape of the basement buried u...
Aegean Graben System is a significant member of the complex geology of western Turkey. The depths to...
<p><strong>Slides for the oral presentation "Source geometry estimation using the mass excess criter...
In sedimentary basin studies, gravity data are typically used to estimate the basement topography. G...
In sedimentary basin studies, gravity data are typically used to estimate the basement topography. G...
A gravity inversion procedure using the success-history-based adaptive differential evolution (SHADE...
<p><strong>Slides for the oral presentation "3D depth-to-basement and density contrast estimates usi...
Gravity surveys in regional geophysical research can be used to estimate the depth of the sediment-b...