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The project is designed to allow students the opportunity to apply the knowledge and skills learned during the 'Active Tectonics and Remote Sensing' course. Over the first half of the course, students learn about remote sensing approaches, digital topography, seismicity patterns and geodesy, plus how these can capture various features of the tectonics of an active area. In the project, which runs during the second half of the course, students are asked to bring all available data (available online or in the literature) to bear on a selected continental area, to identify evidence for the tectonic activity that occurs there. Students are asked to highlight this evidence in a Google Earth dataset, which could include image overlays, annotations and markers, to indicate particular features of interest. Examples of highlighted features could include geomorphic features such as deflected or offset drainages, faceted mountain fronts or incised canyons, or linear trends seen in topography, seismicity or vegetation abundance. The project is assessed via a written report and class presentation, which must refer to the Google Earth dataset. Students are instructed to choose an area located somewhere other than California, to broaden their horizons/address an otherwise California-centric world view. Keywords: Google Earth, geomorphology, active tectonics
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