Nicolas W Mathews, PhD (Former Employee)
Science and Products
Multitemporal LIDAR analysis of pre- and post-Eagle Creek Fire debris flows, western Columbia River Gorge, Hood River and Multnomah Counties, Oregon Multitemporal LIDAR analysis of pre- and post-Eagle Creek Fire debris flows, western Columbia River Gorge, Hood River and Multnomah Counties, Oregon
No abstract available.
Authors
William J. Burns, Nancy C. Calhoun, Michael Zimmerman, Joshua R. Roering, Maryn Sanders, Benjamin Leshchinsky, David Mariano De Sousa, Michael J. Olsen, Francis K. Rengers, Nicolas Wahde Mathews
RegionGrow3D: A deterministic analysis for characterizing discrete three-dimensional landslide source areas on a regional scale RegionGrow3D: A deterministic analysis for characterizing discrete three-dimensional landslide source areas on a regional scale
Regional-scale characterization of shallow landslide hazards is important for reducing their destructive impact on society. These hazards are commonly characterized by (a) their location and likelihood using susceptibility maps, (b) landslide size and frequency using geomorphic scaling laws, and (c) the magnitude of disturbance required to cause landslides using initiation thresholds...
Authors
Nicolas Wahde Mathews, Ben Leshchinksy, Benjamin B. Mirus, Michael J. Olsen, Adam M. Booth
RegionGrow3D RegionGrow3D
RegionGrow3D (RG3D) is a software for computing slope stability on a regional scale within a three-dimensional (3D), limit-equilibrium framework. RG3D efficiently computes discrete, 3D landslide geometries throughout a digital landscape. Potential landslide source areas are identified and grown downhill until force equilibrium is achieved.
Science and Products
Multitemporal LIDAR analysis of pre- and post-Eagle Creek Fire debris flows, western Columbia River Gorge, Hood River and Multnomah Counties, Oregon Multitemporal LIDAR analysis of pre- and post-Eagle Creek Fire debris flows, western Columbia River Gorge, Hood River and Multnomah Counties, Oregon
No abstract available.
Authors
William J. Burns, Nancy C. Calhoun, Michael Zimmerman, Joshua R. Roering, Maryn Sanders, Benjamin Leshchinsky, David Mariano De Sousa, Michael J. Olsen, Francis K. Rengers, Nicolas Wahde Mathews
RegionGrow3D: A deterministic analysis for characterizing discrete three-dimensional landslide source areas on a regional scale RegionGrow3D: A deterministic analysis for characterizing discrete three-dimensional landslide source areas on a regional scale
Regional-scale characterization of shallow landslide hazards is important for reducing their destructive impact on society. These hazards are commonly characterized by (a) their location and likelihood using susceptibility maps, (b) landslide size and frequency using geomorphic scaling laws, and (c) the magnitude of disturbance required to cause landslides using initiation thresholds...
Authors
Nicolas Wahde Mathews, Ben Leshchinksy, Benjamin B. Mirus, Michael J. Olsen, Adam M. Booth
RegionGrow3D RegionGrow3D
RegionGrow3D (RG3D) is a software for computing slope stability on a regional scale within a three-dimensional (3D), limit-equilibrium framework. RG3D efficiently computes discrete, 3D landslide geometries throughout a digital landscape. Potential landslide source areas are identified and grown downhill until force equilibrium is achieved.