Lecture: Quantitative analysis and inversion of Ground Penetrating Radar (GPR) data
Prof. Emanuele Forte (University of Tieste), November 22nd, Aula C, 14-16, via S. Maria 53
The seminar provides a general overview about the extraction of quantitative information from Ground Penetrating Radar (GPR) data.
After a summary about this geophysical techniques, I will highlight the applicability of GPR attributes calculation and its effectiveness for improved data interpretation and for the development of optimized quantitative inversion techniques. Several examples focused on various data sets with different purposes will be shown, including the density estimation of frozen materials, the brine detection for glaciological studies, the implementation of semi-automated optimized picking strategies, unsupervised petrophysical classification, neo-tectonic integrated studies, as well as the application of combined attributes for archaeological purposes.
E. Forte is assistant professor at the Mathematics and Geosciences Department of the Trieste University. His main research activities include shallow geophysics, geophysical data integration, GPR data processing and algorithm implementation, High-resolution reflection seismic, signal attributes, shallow water Electrical Resistivity Tomography, geophysical data integration and cross-validation. Researches focus on geophysical applications to geology, archaeology, glaciology, environmental problems (pollution, liquid contaminants and brownfields), engineering and hydrogeology. He is author/co-author of more than 50 scientific papers on international journals and more than 140 abstracts/extended abstracts on conference proceedings. He was involved in several acquisition surveys and international expeditions in Antarctic, Austria, Croatia, Egypt, France, Germany, Greece, Israel, Malta, Perù, Slovenia, Switzerland and Turkey.
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