This companion datasets relates to the model shown supplementary information to the manuscript "Integration of geological uncertainty into geophysical inversion by means of local gradient regularization", by J. Giraud, M. Lindsay, V. Ogarko, M. Jessell, R. Martin and E. Pakyuz-Charrier, submitted to Solid Earth. The archive contains the input and output geophysical data, starting and inverted models, probabilistic geological model and conditioning volume derived from the calculation of Shannon's entropy. This description will be updated with the accurate reference to the journal publication and acknowledgement prior to publication
Geophysical data, measured at the Earth’s surface or in boreholes, are used to image the distributio...
3D modelling aims to solve geological problems, but these are always underdetermined and require pre...
We have developed a flexible methodology to jointly invert different types of geophysical and hydro...
This companion datasets relates to the manuscript "Integration of geological uncertainty into geophy...
We introduce a workflow integrating geological modelling uncertainty information to constrain gravit...
This datasets is a companion dataset to the manuscript "Integration of automatic implicit geological...
Structural geological models are widely used to represent relevant geological interfaces and propert...
The present paper analyzes the possibilities for input qualification necessary for inversion of cert...
For highly structured subsurface, the use of strong prior information in geophysical inversion produ...
Prior information regarding subsurface spatial patterns may be used in geophysical inversion to obta...
Scientific curiosity, exploration of georesources and environmental concerns are pushing the geoscie...
In this thesis an attempt is made to develop a methodology by which the information provided by down...
A strategy is presented to incorporate prior information from conceptual geological models in probab...
The subject of this dissertation is use of computer models as data analysis tools in several differe...
Numerical inversion modelling is an integral part of geophysical data interpretation. Growing comput...
Geophysical data, measured at the Earth’s surface or in boreholes, are used to image the distributio...
3D modelling aims to solve geological problems, but these are always underdetermined and require pre...
We have developed a flexible methodology to jointly invert different types of geophysical and hydro...
This companion datasets relates to the manuscript "Integration of geological uncertainty into geophy...
We introduce a workflow integrating geological modelling uncertainty information to constrain gravit...
This datasets is a companion dataset to the manuscript "Integration of automatic implicit geological...
Structural geological models are widely used to represent relevant geological interfaces and propert...
The present paper analyzes the possibilities for input qualification necessary for inversion of cert...
For highly structured subsurface, the use of strong prior information in geophysical inversion produ...
Prior information regarding subsurface spatial patterns may be used in geophysical inversion to obta...
Scientific curiosity, exploration of georesources and environmental concerns are pushing the geoscie...
In this thesis an attempt is made to develop a methodology by which the information provided by down...
A strategy is presented to incorporate prior information from conceptual geological models in probab...
The subject of this dissertation is use of computer models as data analysis tools in several differe...
Numerical inversion modelling is an integral part of geophysical data interpretation. Growing comput...
Geophysical data, measured at the Earth’s surface or in boreholes, are used to image the distributio...
3D modelling aims to solve geological problems, but these are always underdetermined and require pre...
We have developed a flexible methodology to jointly invert different types of geophysical and hydro...