The development of high lateral resolution holographic radar imaging has stimulated new research on mapping of exposed dinosaurs and detection of tracks hidden in the uppermost layers of potential track-bearing rocks, as well as for the characterization of rock features around tracks. This project involves experiments on tracksites, museum specimens, and laboratory models from around the world. Preliminary experiments indicate that holographic radar will be able to provide comprehensive tracksite mapping with objectivity and total non-invasiveness.
RASCAN holographic radar for detecting and characterizing dinosaur tracks / Capineri, Lorenzo; Zandonai, F.; Inagaki, M.; Razevig, V.; Ivashov, S.; Windsor, C.; Bechtel, T.. - ELETTRONICO. - (2013), pp. 1-6. (Intervento presentato al convegno Advanced Ground Penetrating Radar (IWAGPR), 2013 7th International Workshop on tenutosi a Nantes nel 2-5 July 2013) [10.1109/IWAGPR.2013.6601553].
RASCAN holographic radar for detecting and characterizing dinosaur tracks.
CAPINERI, LORENZO;
2013
Abstract
The development of high lateral resolution holographic radar imaging has stimulated new research on mapping of exposed dinosaurs and detection of tracks hidden in the uppermost layers of potential track-bearing rocks, as well as for the characterization of rock features around tracks. This project involves experiments on tracksites, museum specimens, and laboratory models from around the world. Preliminary experiments indicate that holographic radar will be able to provide comprehensive tracksite mapping with objectivity and total non-invasiveness.
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