Why Gravity in Exploration?
VIDL Network experience can introduce you to Gravity Method for Oil-Gas-Mineral Exploration. The experience allows you to review some applications of these data or to embark on solving a specific geologic problem.
Gravity data can contribute to the resolution of a wide range of geologic problems. The interpretation correlations are considered less complicated than when using the magnetic or electromagnetic fields.
The gravity field relates directly to high- and low-density mass distributions; such as geologic structures (bodies). However, interaction between several masses can mask individual body signatures (anomalies). Therefore one needs to be versed on residualization techniques in order to isolate the anomaly of geologic interest.
Gravity is just as useful a tool for investigating deep tectonic structures as part of regional syntheses as it is for finding buried streambeds or caves in urban engineering studies. Data acquisition survey parameters and meter precision will differ, of course, with the intended use of the data.
Singularly or integrated with other Potential Field Methods, one can outline sedimentary basins, delineate basement structure, rifts, faults, dykes, sills, salt features, granitic plutons, igneous intrusives, regolith drainage patterns, barite veins or kimberlite pipes.
VIDL Network allows you to select an Oil-Gas-Mineral Exploration Method either by, choosing a specific Module and Project pertaining to your objective or request a course series designed specifically for your individual interests.
Gravity data can contribute to the resolution of a wide range of geologic problems. The interpretation correlations are considered less complicated than when using the magnetic or electromagnetic fields.
The gravity field relates directly to high- and low-density mass distributions; such as geologic structures (bodies). However, interaction between several masses can mask individual body signatures (anomalies). Therefore one needs to be versed on residualization techniques in order to isolate the anomaly of geologic interest.
Gravity is just as useful a tool for investigating deep tectonic structures as part of regional syntheses as it is for finding buried streambeds or caves in urban engineering studies. Data acquisition survey parameters and meter precision will differ, of course, with the intended use of the data.
Singularly or integrated with other Potential Field Methods, one can outline sedimentary basins, delineate basement structure, rifts, faults, dykes, sills, salt features, granitic plutons, igneous intrusives, regolith drainage patterns, barite veins or kimberlite pipes.
VIDL Network allows you to select an Oil-Gas-Mineral Exploration Method either by, choosing a specific Module and Project pertaining to your objective or request a course series designed specifically for your individual interests.
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