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A connected view of the investigation

The usefulness of a geophysical result depends on the entire measurement process. System design, field conditions, survey planning and interpretation need to be considered together. This relationship shapes MGT’s approach to both survey services and measurement technology.

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Dr. Johannes B. Stoll

Johannes B. Stoll’s professional background spans geophysics, electrochemistry, industry and research. His work includes the development and application of airborne geophysical methods.

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Research and technical development

Selected publications describe MGT’s work with UAV magnetic measurements and semi-airborne electromagnetic systems. They provide technical background and document earlier stages of development.

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Based in Germany. Projects assessed individually.

International surveys require the measurement approach and the practical arrangements to be considered together. Project planning includes discussion of the location, site access, logistics and applicable operating requirements.

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Discuss your investigation with MGT

Share your technical objective or system requirements with our team.

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Our partners

MGT’s partner network brings together aviation and geophysical expertise across Germany, the United States, China and Indonesia.

Stanwood, USA

Electromagnetic Geophysical Imaging Solutions, LLC

Dr. Bryan A. James · 2312 254th St. NW · Stanwood, WA 98292

SEG / IMAGE2023

The interferographic TEM (ITEM) method: Array beamforming

Joint publication by Dr. Bryan A. James (Electromagnetic Geophysical Imaging Solutions) and Johannes Stoll on semi-airborne TEM field compaction.

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TECHNICAL ARTICLE2021

Semi-airborne electromagnetics using a multicopter

The development of a ground-source and airborne-receiver configuration, including a field test in northern Germany.

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