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Light Detection Ranging (Lidar) is an efficient tool to gather points reflected from a terrain and store them in a xyz coordinatesystem, allowing the generation of 3D data sets to manage geoinformation. Translation of these coordinates, from an arbitrary systeminto a geographical base, makes data feasible and useful to calculate volumes and define topographic characteristics at differentscales. Lidar technological advancement in topographic mapping enables the generation of highly accurate and densely sampledelevation models, which are in high demand by many industries like construction, mining and forestry. This study merges terrestrialand aerial Lidar data to evaluate the effectiveness of these tools assessing volumetric changes after a hurricane event of riverbeds andscour bridges The resulted information could be an optimal approach to improve hydrological and hydraulic models, to aidauthorities in proper to decision making in construction, urban planning, and homeland security

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

Assessing hydrometeorological impacts with terrestrial and aerial Lidar data in Monterrey, México