With almost 2,000 responses from 1328 organizations globally, the 2015 survey report identifies the biggest exploration data challenges and how organizations are working to solve them.
Geosoft resources for earth exploration
and the geosciences.
Validating or improving geological models with magnetic field data is an important part of creating a unified 3D exploration model to guide drill planning. The benefit of the Magnetization Vector Inversion technique, now proven in the field, is its ability to produce results that are consistent with more geological environments than conventional susceptibility modelling.
A glimpse behind the scenes of the process of interpreting inversion results with an illustrative example featuring VOXI Earth Modelling. This case demonstrates the need for an iterative process revolving around discussion and the assessment of assumptions that go into an inversion.
How can you unlock big data value in your organization? Understanding the key drivers for improving information management can be your first step.
Data services and methodology that can help your organization establish a process and workflow to capture, catalog, publish and share all of your historical, current and future data.
An introduction to Geosoft GM-SYS 3D Modelling, and overview of how to quickly and easily design 3D earth models with GM-SYS that more accurately depict the variation and irregularity of subsurface structures.
Integrative approaches, combining gravity and magnetics with seismic, are helping to focus oil and gas exploration in frontier and deep water environments. This special report features some of the experience and innovation that’s driving new discovery success.
What are some of the most common, impactful things you can do to improve your 3D geophysical inversion models? Geosoft's Taronish Pithawala, technical lead for geophysical modelling, presents the 'Top 5 Inversion Best Practices' in this web series.
Michal Ruder, President of Wintermoon Geotechnologies, explains how and when to use magnetic and gravity data to further leverage seismic data, improving depth models and defining or constraining geometry in challenging areas.