Townsend, K.F., Gallen, S.F., and Clark, M.K., 2020, Quantifying near-surface rock strength on a regional scale from hillslope stability models: Journal of Geophysical Research: Earth Surface, 125, e2020JF005665. Townsend, K.F., Clark, M.K., and Zekkos, D., 2021, Profiles of near-surface rock mass strength across gradients in burial, erosion, and time: Journal of Geophysical Research: Earth Surface, 126, e2020JF005694. Zekkos, 2021, Edenville and Sanford Dam Failures: Field Reconnaissance Report, American Society of Civil Engineers Geotechnical Special Publications, v. J., Athanasopoulos-Zekkos, A., Zekkos, D., Clark, M., Townsend, K., Niemi, N., Midttun, N., Hille, M., 2021, The May 19, 2020, failure of Edenville Dam near Midland, Michigan, Geo-Extreme 2021: Case Histories and Best Practices, American Society of Civil Engineers Geotechnical Special Publications, v. N., Dobson, R., Marion, N., Oommen, T., Esser, A. Townsend, K.F., Clark, M.K., and Niemi, N.A, 2021, Reverse faulting within a continental plate boundary transform system: Tectonics, 40, e2021TC006916.
At Utah State University, he served as a Graduate Teaching Assistant for laboratory courses in introductory geology and Optically Stimulated Luminescence (OSL) geochronology. Townsend served as a Graduate Student Research Assistant and was the Graduate Student Instructor for five graduate and undergraduate courses in Geographic Information Systems (GIS) and geologic field methods. Geological Survey through an internship award from the National Science Foundation.Īt the University of Michigan, Dr. For this project, he collaborated with geoscientists at the Landslides Hazards Program in the U.S. As a doctoral student, hHe led a study assessing the influence of rock strength on the map distribution and volumes of eroded sediment following the 2018 Woolsey Fire in southern California using repeat airborne-LiDAR surveys and field mapping. Townsend also resolved the timing of initiation and propagation of tectonically active fault systems in southern California from thermochronology and structural geology analyses. Townsend mapped earthquake-triggered landslides from aerial and satellite imagery, modelled regional distributions of rock-mass strength from inversion of topography and mapped landslides, and applied field geotechnical approaches to characterize and quantify variability in the strength of fractured rock masses. His doctoral work focused on the role of scale-dependent rock-mass strength in controlling the erosion and morphology of mountainous topography. He has also been involved in geologic and geotechnical field investigations of landslides, debris flows, soil creep, fault rupture, earthen dam failure, wetland restoration, mine remediation, and archeological resources.
#SEISIMAGER CRACKED SOFTWARE#
He has experience with technical software including ArcGIS, CloudCompare, LASTools, SeisImager, MATLAB, and GeoStudio. He also has experience with the application of remote sensing technologies and LiDAR, shallow seismic and electrical resistivity surveying for near-surface investigations, logging and characterizing stratigraphic sections, OSL geochronology and radiocarbon dating, and USDA soil taxonomy. He specializes in the characterization of weak and fractured rock masses, mapping and quantifying erosion following wildland fire, and digital terrain analyses for erosion and slope stability problems. Townsend is a geologist and geomorphologist with experience in near-surface geophysics, geochronology, and geomorphic and geologic site characterization through field mapping, digital topographic analyses, satellite photo analyses, and subsurface investigations.
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