The topographic points collected by wading Selected two study reaches along the river for simultaneous detailed Its experimental EAARL LiDAR over targets along the Platte River, Nebraskaĭuring the week of March 25-29, 2002 (Kinzel and others, 2002). Technology to complex environments such as those found in clear and or shallowĮAARL elevation surface of a reach of the Platte River passing though the National Audubon Society's Rowe Sanctuary, 6/2005. Presenting exciting research opportunities for the application of this Signifies a new generation in LiDAR technology that supplements recentĪdvances in terrestrial LiDAR with water penetrating capabilities, thereby Theĭevelopment of the National Aeronautics and Space Administration (NASA) Experimental Advanced Airborne Research LiDAR, EAARL, In existence, and their use almost exclusively relegated to coastal waters. Specialized and unique technology with only a handful of these systems currently Bathymetric LiDARs, which employ aīlue-green wavelength of laser light to penetrate water, currently remain a very Has not experienced the same development. The use of airborne lasers to measure bathymetry, however, The technology and application of airborne laser altimetry or Light DetectionĪnd Ranging, LiDAR, for mapping terrestrial topography has undergone a rapidĮvolution over the last few decades as these systems have transitioned fromīeing research tools to operational systems that are commercially available in
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