Fig 2 - available via license: Creative Commons Attribution 4.0 International
Content may be subject to copyright.
Comparison of the results of different applied geophysical methods. a) detail of fluxgate magnetometer measurement, b) resistivity, c) EM-conductivity (Q-phase), d) EM-magnetic susceptibility (I-phase), e) magnetic susceptibility from Multi Kappa and coil 1 m dimeter, f) magnetic susceptibility from Multi Kappa and coil 0.5 m diameter. tometer prospection, black line -detail for complex measurements.
Source publication
The publication at hand are the proceedings of the 15th International Conference on Archaeological Prospection held between March 28 and April 1, 2023, in Kiel, Germany. The content of the articles ranges from local to large-scale case studies all over the world and from various archaeological times, over methodological improvements, new processing...
Contexts in source publication
Context 1
... potential of various applied geophysical measurement methods can best be seen from a mutual comparison of the results of an identical examined area with a uniform profile orientation (Fig. 2). Heavily burnt materials from the destruction of production features of the glasswork (and one place of metal additionally confirmed by a detector survey) can be seen both in the results of magnetometry, in the results of the I-phase electromagnetic measurement and in the results of the magnetic susceptibility with the Multi Kappa ...
Context 2
... features of the glasswork (and one place of metal additionally confirmed by a detector survey) can be seen both in the results of magnetometry, in the results of the I-phase electromagnetic measurement and in the results of the magnetic susceptibility with the Multi Kappa instrument. The changes in magnetic susceptibility reminiscent of drift (Fig. 2 e or 2 f) were caused by changes in the sloped relief and contamination of a part of the surface by glass production waste. Stone destruction from the construction of the glass furnace can best be seen in the result of the resistance measurement, less so in the result of the Q-phase electromagnetic measurement. From the ...