Ground Penetrating Radar (GPR)

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GPR

GPR

New OpenGL XYZ-2D menu in GPR-SLICE allows the user to click on time slice anomalies and to instantenously see the X and Y volume cuts.  IDS Stream multichannel was used during the workshop "GPR methods for Archaeology and Historical Buildings" and were collected in the Geophysical Test Site of ITABC National Research Area of CNR Roma1.  The site was surveyed by Gianfranco Morelli of Geostudi and processed in GPR-SLICE with multichannel options.  The software was recently enhanced ...

New OpenGL XYZ-2D menu in GPR-SLICE allows the user to click on time slice anomalies and to instantenously see the X and Y volume cuts. IDS Stream multichannel was used during the workshop "GPR methods for Archaeology and Historical Buildings" and were collected in the Geophysical Test Site of ITABC National Research Area of CNR Roma1. The site was surveyed by Gianfranco Morelli of Geostudi and processed in GPR-SLICE with multichannel options. The software was recently enhanced ...

GPR-SLICE provides for Google Earth KMZ time slice image output.  In this Google Earth image, Kofun burial mounds located in Saitobaru, Miyazaki Japan are shown.  Some of the strong reflections repressent intact subterranean burial chambers.  (Data courtesy of Hongo Hiromichi and Higashi Noriaki, curator at the Saitobaru Archaeological Museum)

GPR-SLICE provides for Google Earth KMZ time slice image output. In this Google Earth image, Kofun burial mounds located in Saitobaru, Miyazaki Japan are shown. Some of the strong reflections repressent intact subterranean burial chambers. (Data courtesy of Hongo Hiromichi and Higashi Noriaki, curator at the Saitobaru Archaeological Museum)

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time slice image Layout1 (1)-1

time slice image Layout1 (1)-1

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Ground Penetrating Radar | Ludwig Boltzmann Institute for Archaeological Prospection and Virtual Archaeology

In close collaboration with GPR equipment manufacturers MALÅ Geoscience two different novel multichannel GPR systems (MIRA I and MIRA II) have been evaluated, motorized, adapted and optimized for their use for efficient large-scale prospection.

Ground Penetrating Radar | Ludwig Boltzmann Institute for Archaeological Prospection and Virtual Archaeology

In close collaboration with GPR equipment manufacturers MALÅ Geoscience two different novel multichannel GPR systems (MIRA I and MIRA II) have been evaluated, motorized, adapted and optimized for their use for efficient large-scale prospection.

In search of the Etruscan settlement of Bisenzio at Lago di Bolsena (Italy) | Ludwig Boltzmann Institute for Archaeological Prospection and Virtual Archaeology

In search of the Etruscan settlement of Bisenzio at Lago di Bolsena (Italy)

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Remote-sensing surveys have revealed a vast array of archaeological features in the vicinity of Stonehenge, making clear that it was part of a much broader ceremonial landscape that included monuments, shrines, burial mounds, and pits.

Ground Penetrating Radar

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Radar is a system that uses electromagnetic waves to identify the range and direction of objects. A radar system has a transmitter that emits electromagnetic

Ground Penetrating Radar | Ludwig Boltzmann Institute for Archaeological Prospection and Virtual Archaeology

In close collaboration with GPR equipment manufacturers MALÅ Geoscience two different novel multichannel GPR systems (MIRA I and MIRA II) have been evaluated, motorized, adapted and optimized for their use for efficient large-scale prospection.

In search of the Etruscan settlement of Bisenzio at Lago di Bolsena (Italy) | Ludwig Boltzmann Institute for Archaeological Prospection and Virtual Archaeology

In search of the Etruscan settlement of Bisenzio at Lago di Bolsena (Italy)

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