Many current capture technologies can extract coordinate information, embedding it in or providing it with imagery. Raster data can be obtained from many sources including satellite sensors, aerial cameras, scanned maps, and drawings. This high-resolution basemap shows the southwest corner of Everson, the Nooksack River, and the Highway 544 bridge, and the imported layers show the centers of the drone images and outlines for structures and the bridge. To learn more about CAUSEV and Mount Baker, read “Testing Cross-Border Disaster Response Coordination” and “Mount Baker (Briefly)” in the fall 2017 issue of ArcUser. The scenario for this exercise, which was also the basis for a tutorial in the summer 2017 issue of ArcUser, “Modeling Volcanic Mudflow Travel Time with ArcGIS Pro and ArcGIS Network Analyst,” included a hypothetical crater collapse on Mount Baker, a dormant composite volcano with accompanying seismic activity that would result in volcanic mud and debris flows (lahars), riverine flooding, landslides, and other natural phenomena. The training exercise was held across the westernmost portion of the US-Canada border.ĭuring the week of November 13, 2017, public safety agencies in the United States and Canada, supported by other governmental and industry participants, conducted the fifth Canada-United States Enhanced Resiliency Experiment (CAUSE V) exercise. This tutorial introduces georeferencing techniques available in ArcGIS Pro using imagery collected by drones during a multi-day training exercise testing response and recovery capabilities of US and Canadian emergency agencies. Sample dataset downloaded from the ArcUser website.ArcGIS Online for Organizations account.
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