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BACKGROUND Ninety percent of global trauma deaths occur in under-resourced or remote environments, with little or no capacity for injury surveillance. We hypothesized that emerging electronic and web-based technologies could enable design of a tablet-based application, the electronic Trauma Health Record (eTHR), used by front-line clinicians to inform(More)
Mobile applications are particularly exciting to geographers due to their ability to collect swathes of spatial data from citizens, to present information relevant to a user's current location, and to present data via interactive visualizations. While these functions are presented together within a single mobile location-based application (LBApps), the(More)
Orthorectified imagery is valuable for a wide range of initiatives including environmental change detection, planning, and disaster response. Obtaining aerial imagery at high temporal and spatial scale has traditionally been expensive. Due to lower costs and improved ease of use, unmanned aerial vehicles (UAVs) have been increasingly prevalent. This(More)
The purpose of this minitrack is to comprehensively engage with research that investigates digital locational data. We call for papers that address the production, capture, and study of location information through both technical and theoretical perspectives. Research into the processes associated with data capture and analysis, including visualization(More)
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