OT.082025.2193.1New Zealand Lidar 1 Meter DSMdataset-46.92 167.21-34.13 178.58OT.032025.3979.1Medium Resolution Digital Elevation Model of Canadadataset40.35 -145.983.5 -52.5OT.012021.4269.2USGS 1 arc-second Digital Elevation Modeldataset-15.0 -174.084.0 164.0OT.042026.32611.1UAV Lidar Survey of Volcan Mountain Wilderness Preserve, CA 2024dataset33.12 -116.6133.14 -116.59OT.032026.2230.3Riverside County Flood Control Apple Fire Lidar, CA 2020dataset33.93 -117.034.1 -116.76OT.032026.2230.2Riverside County Flood Control Apple Fire Lidar, CA 2021dataset33.94 -117.034.07 -116.9OT.032026.2230.1Riverside County Flood Control Apple Fire Lidar, CA 2022dataset33.93 -116.9434.09 -116.82OT.032026.6340.1Post-Bobcat Fire lidar of Sawpit Wash, California, 2020dataset34.16 -118.0234.22 -117.93OT.052025.26910.1Lidar Survey of Caspar Creek, CA 2003dataset39.31 -123.7739.41 -123.69OT.022026.6339.1Mapping Coastal Dune Erosion, CA 2025dataset36.59 -121.936.82 -121.78OT.022026.6342.1Mapping Rock Glaciers in the San Juan Mountains, CO 2025dataset37.89 -107.7937.99 -107.66OT.022026.32610.1Monitoring Tree Water Stress, CA 2025dataset34.44 -120.4934.75 -120.0OT.022026.6341.1Lithologic Controls on Slot Canyon Formation, AZ 2025dataset34.89 -110.7534.98 -110.64OT.122025.6340.1Quantifying Sediment Mobilization by Wildfire, CA 2025dataset34.15 -118.2134.27 -118.0OT.092025.2193.1Manawatu-Whanganui - Whanganui River Catchment, New Zealand 2025dataset-40.05 174.76-38.47 175.7OT.062025.2193.2Auckland Part 2, New Zealand 2024dataset-37.29 174.16-36.02 175.56OT.062025.2193.1Mount Ruapehu Summit Region and Rangataua Flows, New Zealand 2021dataset-39.45 175.51-39.25 175.62OT.042025.2193.1Auckland Part 1, New Zealand 2024dataset-37.3 174.38-36.56 175.01OT.022025.2193.1Waikato, New Zealand 2024dataset-37.84 174.7-36.46 175.95OT.012025.6340.2Preliminary Digital Elevation Models for Palisades Fire, CA 2025dataset34.01 -118.7134.14 -118.43OT.012025.6340.1Preliminary Digital Elevation Models for Eaton Fire, CA 2025dataset34.15 -118.1934.25 -118.0OT.012025.2193.1Manawatū - Whanganui, New Zealand 2024dataset-40.79 175.48-39.72 176.64OT.122024.2193.3Northland, New Zealand 2024dataset-36.4 173.73-35.49 174.62OT.122024.2193.2Hawke’s Bay, New Zealand 2023 - 2024dataset-40.44 176.04-38.58 178.01OT.122024.32604.1Mapping the Koyukuk River System, AK 2022dataset65.64 -156.6765.89 -156.14OT.122024.2193.1Bay of Plenty, New Zealand 2024dataset-38.07 175.9-37.38 177.31OT.112024.6339.2Lidar Survey of John Henry Mine, WA 2023dataset47.31 -122.0147.33 -121.98OT.112024.6339.1Lidar Survey of the Centralia Mine, WA 2023dataset46.69 -122.8946.8 -122.75OT.112024.6341.2Lidar Survey of the McKinley Mine, NM 2023dataset35.58 -109.0435.74 -108.87OT.112024.6341.1Lidar Survey of the Kayenta Mine, AZ 2023dataset36.39 -110.4536.59 -110.24OT.102024.6339.1Topo-Bathymetric Data Set: Sacramento River, California 2023dataset39.0 -122.3840.52 -121.81OT.102024.32610.1Lidar Survey of Lava Tubes, CA 2023dataset41.69 -121.5741.77 -121.46OT.092024.32611.1Lidar Survey Along the Calico Fault, CA 2023dataset34.46 -116.5734.71 -116.31OT.092024.6345.1Lidar Survey of Deltaic Wetlands, LA 2023dataset29.35 -89.5529.44 -89.45OT.032021.4326.2NASADEM Global Digital Elevation Modeldataset-56.0 -179.061.0 179.0OT.092024.6342.1Lidar Survey of a Partially Burned Mountain Watershed, CO 2023dataset40.6 -105.6240.65 -105.52OT.092024.26912.1Lidar Survey of the Snake River, WY 2012 (532 nm/Aquarius)dataset43.64 -110.7443.87 -110.49OT.082024.6340.1Lidar Survey of Paoha Island, CA 2023dataset37.97 -119.1438.06 -119.01OT.072024.6344.2Mapping Landscape Evolution in the Ozarks, AR 2023dataset36.03 -93.3136.14 -93.21OT.072024.6344.1Characterizing Alluvial Channel Bank Erosion with Lidar, TX 2023dataset30.06 -94.8430.19 -94.78OT.052024.6340.1Measuring Hydrologic and Biogeochemical Processes in an Intermittent Stream, ID 2023dataset43.12 -116.8143.14 -116.77OT.042024.32606.2Monitoring the Mass Balance of Eklutna Glacier, AK 2023dataset61.15 -149.1161.29 -148.74OT.042024.32606.1Detecting Changes in Hillslope Geomorphology Due to Thawing Permafrost, AK 2023dataset64.96 -147.9365.05 -147.71OT.042024.2193.1Hamilton, Waikato, New Zealand 2023dataset-37.89 175.13-37.64 175.39OT.022024.2193.1Gisborne, New Zealand 2023dataset-38.98 177.12-37.53 178.58OT.022024.2193.2Banks Peninsula, Canterbury, New Zealand 2023dataset-43.91 172.36-43.6 173.13OT.012024.2193.3Selwyn, Canterbury, New Zealand 2023dataset-43.91 171.64-43.28 172.63OT.012024.2193.2Waimakariri, Canterbury, New Zealand 2023dataset-43.47 172.04-43.35 172.72OT.012024.2193.1Abel Tasman and Golden Bay, Tasman, New Zealand 2023dataset-41.11 172.44-40.59 173.08OT.112023.6341.1Lidar Survey to Evaluate Spatial Heterogeneity and Channel Evolution, MT 2022dataset47.73 -113.8847.92 -113.82OT.112023.2193.3Manawatu - Whanganui, New Zealand 2022-2023dataset-40.59 175.09-40.0 176.1OTDS.102025.32616.4Survey of Lions Den Gorge Bluff, Wisconsin, May 2023dataset43.34 -87.8943.35 -87.88OT.112023.2193.2Central Otago, Otago, New Zealand 2022-2023dataset-45.53 169.08-44.56 170.1OT.112023.2193.1Central Otago, Otago, New Zealand 2021dataset-45.76 169.29-45.36 169.7OT.092023.32639.1Satellite derived point clouds of the Kura thrust belt, Shamakhi, Azerbaijan, 2021dataset40.37 47.6540.9 48.82OT.082023.2193.1Porirua, Wellington, New Zealand 2023dataset-41.17 174.77-41.0 175.0OT.022014.32610.1California ARRA Lidardataset34.76 -123.4540.04 -120.08OT.072023.6339.1Quantifying Channel Change in a Steep Coastal Stream, CA 2022dataset36.07 -121.6136.11 -121.55OT.072023.2193.1Kaikōura and Waimakariri, Canterbury, New Zealand 2022dataset-43.47 172.04-42.1 173.95OT.072023.26911.1USFS Willow Creek Lidar, CA 2012dataset37.14 -119.5337.4 -119.43OT.072023.26910.1USFS Trout Creek Lidar, CA 2012dataset41.41 -121.9241.46 -121.88OT.062023.26910.8USFS Trout Creek Lidar, CA 2013dataset41.41 -121.9741.48 -121.86OT.062023.26910.7USFS Taliaferro Ridge Lidar, CA 2013dataset39.86 -123.1239.93 -122.94OT.062023.26910.5USFS Summit Springs Lidar, CA 2013dataset39.31 -122.839.35 -122.75OT.062023.26910.6USFS Taliaferro Ridge Lidar, CA 2012dataset39.88 -123.0939.93 -123.0OT.062023.26910.4USFS Storrie Fire, CA 2013dataset39.92 -121.4540.23 -121.24OT.062023.26910.3USFS Storrie Fire, CA 2009dataset39.9 -121.4140.13 -121.18OT.062023.26911.1USFS South Creek Lidar, CA 2012dataset35.91 -118.6535.99 -118.49OT.062023.26910.2USFS Squaw Creek Lidar, CA 2013dataset40.78 -122.1940.96 -122.06OT.012014.26904.1Kohala Peninsula, Hawaii: Precipitation Effects on Landscape Evolutiondataset20.1 -155.8820.23 -155.77OT.062023.26910.1USFS Snag Hill Lidar, CA 2012dataset41.42 -121.7241.53 -121.62OT.062023.6340.1Quantitative Characterization of Dune-Dune Interactions, CA 2022dataset33.9 -114.7633.96 -114.69OT.042023.2193.3Southland, New Zealand 2020-2024dataset-46.68 167.21-44.64 169.28OT.042023.2193.2Waikato, New Zealand 2021dataset-39.3 174.61-36.41 176.7OT.042023.2193.1Wānaka, Otago, New Zealand 2022-2023dataset-44.75 169.09-44.61 169.29OT.042023.26910.1USFS Sims Fire Lidar, CA 2012dataset40.55 -123.7440.91 -123.45OT.032023.26911.2USFS San Gabriel Mountain Lidar, CA 2009dataset34.06 -118.334.28 -117.74OT.042023.26910.2USFS Slides Glade Lidar, CA 2013dataset40.02 -122.8840.1 -122.81OTDS.102025.32616.5Survey of Lions Den Gorge Bluff, Wisconsin, April 2022dataset43.34 -87.8843.35 -87.88OT.032023.26910.4USFS Road46 Lidar, CA 2013dataset41.56 -120.5741.77 -120.5OT.032023.26911.1USFS Oak Creek Lidar, CA 2012dataset36.79 -118.3936.87 -118.23OT.032023.26910.3USFS Mule Lidar, CA 2013dataset39.8 -122.8839.88 -122.69OT.032023.26910.2USFS Mule Lidar, CA 2012dataset39.81 -122.8539.87 -122.74OT.032023.2193.1Top of the South Flood, Nelson and Tasman, New Zealand 2022dataset-41.5 172.78-40.8 173.68OT.032023.26910.1USFS Mount Bidwell Lidar, CA 2013dataset41.94 -120.2341.98 -120.17OT.022023.26910.5USFS Moores Flat Lidar, CA 2013dataset39.41 -120.8739.44 -120.82OT.022023.2193.1Tasman Bay, Tasman, New Zealand 2022dataset-41.53 172.92-41.06 173.22OT.092022.26910.2USFS Cub Complex Lidar, CA 2009dataset40.11 -121.5840.25 -121.41OT.022023.26910.4USFS Moonlight Fire Lidar, CA 2013dataset40.04 -120.940.32 -120.55OT.022023.26911.1USFS Mill Flat Creek Lidar, CA 2012dataset36.72 -119.1336.86 -118.94OT.022023.26910.3USFS Michigan Bluff Lidar, CA 2013dataset39.01 -120.7739.05 -120.72OT.022023.6339.1Mapping Changes in Vegetation After Deep-Seated Landslides, OR 2022dataset43.9 -124.0943.93 -124.03OT.022023.26910.1USFS Meadow Valley Lidar, CA 2009dataset39.84 -121.1640.0 -120.91OT.012023.26910.3USFS Marble Valley Lidar, CA 2012dataset41.54 -123.2441.59 -123.17OT.012023.26910.2USFS Lower Klamath Lidar, CA 2014dataset41.38 -123.741.64 -123.54OT.122022.32617.1Lidar Survey of Sparta Earthquake Rupture, NC 2020dataset36.47 -81.1236.51 -81.07OT.122022.26911.1USFS Illilouette Basin Lidar, CA 2011dataset37.61 -119.637.74 -119.42OT.122022.6339.1Linking Snowpack Heterogeneity to Subsurface Storage and Transmissivity, OR 2022dataset44.2 -122.244.3 -122.09OT.122022.26910.2USFS Humbug Creek Lidar, CA 2013dataset41.73 -122.8241.84 -122.65OT.122022.2193.1Canterbury, New Zealand 2020-2025dataset-45.09 169.54-41.9 174.07OT.122022.26910.1USFS Medicine Lake Volcano Lidar, CA 2013dataset41.41 -121.7841.66 -121.43OT.112022.26910.3USFS Hager Basin Lidar, CA 2013dataset41.79 -120.8641.82 -120.79OT.112022.6339.1Forest-Snow Interactions in a High Elevation Critical Zone, CA 2022dataset39.4 -120.3339.47 -120.22OT.112022.26910.2USFS Gopher Hill Lidar, CA 2012dataset39.95 -121.0439.96 -121.02OT.112022.2193.1Northland, New Zealand 2018-2020dataset-36.4 172.03-34.13 174.79OT.112022.26910.1USFS East Branch East Weaver Creek Lidar, CA 2012dataset40.79 -122.9640.83 -122.92OT.102022.2193.4Alpine Fault, NZ 2015dataset-42.99 170.98-42.29 172.32OT.102022.2193.2Central Alpine Fault, NZ 2010dataset-43.43 170.11-43.24 170.45OT.102022.2193.3Western Hope Fault, NZ 2010dataset-42.7 172.0-42.6 172.33OT.102022.26911.3USFS Dinkey Creek Lidar, CA 2012dataset36.95 -119.2937.16 -119.02OT.102022.32612.1Lidar Survey of the San Pedro River, AZ 2021dataset31.33 -110.2131.69 -110.09OT.102022.26911.2USFS Dinkey Creek Lidar, CA 2010dataset36.92 -119.3237.17 -119.01OT.092022.26910.1USFS Bluff Creek Lidar, CA 2013dataset41.23 -123.741.29 -123.65OT.102022.2193.1Kaikōura, Canterbury, New Zealand 2016dataset-42.73 172.87-41.49 174.29OT.102022.26911.1USFS Deadman Creek Lidar, CA 2013dataset37.67 -119.1137.8 -118.93OT.092022.6340.2Topographic and Lithologic Controls on Subsurface Weathering, CA 2021dataset37.05 -119.1737.11 -119.1OT.092022.6340.1Morphodynamics of an Unvegetated Meandering River, NV 2021dataset38.98 -117.1639.08 -117.06OT.082022.6339.1Lidar Survey of the Sierra Nevada Mountains, CA 2012dataset38.9 -120.6639.19 -120.4OT.082022.26910.3USFS Blodgett Forest Lidar, CA 2013dataset38.85 -120.6938.92 -120.63OT.082022.26910.2USFS Bean Hill Lidar, CA 2012dataset39.97 -121.0939.98 -121.08OT.082022.26910.1USFS Bagley Fire Lidar, CA 2013dataset40.94 -122.1541.12 -121.96OT.082022.32614.1Topographic Signatures of Barrier Island Vulnerability, TX 2021dataset26.54 -97.3826.63 -97.25OT.072022.6344.1Sediment Accretion Rates and Spatial Patterns in the Wax Lake Delta, LA 2020dataset29.45 -91.529.52 -91.4OT.072022.2193.1Coastal Catchments, Otago, New Zealand 2021dataset-46.65 169.19-44.91 171.15OT.072022.2193.2Christchurch, Canterbury, New Zealand 2020-2021dataset-43.67 172.39-43.39 172.81OT.072022.26910.1USFS Power Fire Lidar, CA 2015dataset38.43 -120.538.64 -120.0OT.062022.26910.2USFS North Happy Camp Complex Lidar, CA 2015dataset41.66 -123.441.85 -123.0OT.062022.26911.1USFS Kern Plateau Lidar, CA 2011dataset36.12 -118.4136.5 -118.09OT.062022.2193.1Upper Hutt City, Wellington, New Zealand 2021dataset-41.18 174.99-41.08 175.15OT.062022.26910.1USFS Freds Fire Lidar, CA 2015dataset38.63 -120.638.89 -120.03OT.052022.6342.1Bedrock exposure, canopy density, and runoff generation in the Rampart Range, CO 2018dataset38.86 -105.1239.21 -104.83OT.052022.6347.1Estimating Bedload Transport in Gravel-Bedded Rivers, MA 2021dataset42.72 -73.2742.74 -73.25OT.052022.2193.2Tasman, New Zealand 2020-2022dataset-42.31 172.05-40.59 173.31OT.052022.32611.1Impact of Waterfall Formation on River Long Profiles, CA 2021dataset36.41 -118.8636.57 -118.61OT.052022.2193.1Dunedin and Mosgiel, Otago, New Zealand 2021dataset-45.92 170.33-45.85 170.54OT.042022.32615.1Lidar Survey of Middle Usumacinta Region, Mexicodataset17.38 -91.4818.07 -90.93OT.042022.2193.3Oban, Stewart Island / Rakiura, New Zealand 2021dataset-46.92 168.08-46.85 168.17OT.012014.26904.2Na Pali Coast, Kauai, Hawaiidataset22.03 -159.7722.18 -159.61OT.042022.2193.1Taranaki, New Zealand 2021dataset-39.87 173.75-38.7 175.07OT.042022.32611.1Lidar Survey of Dangermond Preserve, CAdataset34.44 -120.5134.58 -120.35OT.032022.2193.1Hutt City, Wellington, New Zealand 2021dataset-41.32 174.85-41.14 175.0OT.032022.26910.1Blacks Mountain Experimental Forest, CA 2009dataset40.7 -121.1940.76 -121.09OT.072018.2193.2Golden Bay, Tasman, New Zealand 2017dataset-41.82 172.41-40.5 173.19OT.032022.6341.1Lidar Survey of Dump Creek, ID 2019dataset45.3 -114.0845.4 -114.0OT.022022.6340.1Climate and Tectonic Controls on Bedrock Hillslopes, CA 2019dataset35.99 -118.1336.78 -117.87OT.012022.2193.1Kapiti Coast, Wellington, New Zealand 2021dataset-41.02 174.92-40.7 175.23OT.122021.2193.1Nelson, New Zealand 2021dataset-41.4 173.17-41.05 173.6OT.122021.6339.1Hydrologic Effects of Forest Restoration, WA 2021dataset47.21 -121.1247.56 -120.91OT.112021.2193.1Hawke's Bay, New Zealand 2020-2021dataset-40.44 176.04-38.58 178.01OT.042018.2193.2Wairarapa Fault, NZ 2010dataset-41.25 175.14-40.77 175.71OT.102021.6345.1Measuring Lake Michigan Coastal Erosion, WI 2020dataset42.77 -87.9243.56 -87.75OT.092021.6339.1Preserving Mountains with Forest Management, CA 2020dataset39.39 -120.3439.48 -120.2OT.082021.6339.2Repeat Mapping of Antelope Valley Ranch, CA, 2019dataset39.12 -122.3839.18 -122.31OT.082021.6339.1Post-Fire Debris Flow Detection and Erosion, Oregon 2020dataset42.8 -123.6442.88 -123.53OT.082021.2193.3Marlborough, New Zealand 2020-2022dataset-42.49 172.71-40.65 174.45OT.082021.32610.13D Fuel Structure in Relation to Prescribed Fire, CA 2020dataset34.66 -120.134.76 -120.0OT.082021.32618.1Haiti Digital Terrain Model 2014 - 2016dataset18.02 -74.520.1 -71.56OT.082021.6346.1Evaluating Area-Volume Relationships after Mass Wasting Event, NC 2020dataset35.21 -82.3835.47 -82.23OT.082021.2193.2Queenstown, Otago, New Zealand 2021dataset-45.11 168.61-44.93 168.86OT.082021.2193.1Bay of Plenty, New Zealand 2019-2022dataset-38.86 175.81-37.26 178.1OT.022013.26910.3PG&E Diablo Canyon Power Plant (DCPP): Los Osos, CA Central Coastdataset35.0 -120.8935.37 -120.41OT.072021.2193.1Whanganui Urban, Manawatu-Whanganui, New Zealand 2020-2021dataset-40.05 174.88-39.81 175.38OT.042021.2193.2Gisborne, New Zealand 2018-2020dataset-38.98 177.11-37.53 178.58OT.042021.2193.1West Coast, New Zealand 2020-2025dataset-44.5 168.05-40.77 172.7OT.042021.6340.1Illilouette Creek Basin Lidar Survey, Yosemite Valley, CA 2018dataset37.62 -119.6337.72 -119.51OTDS.082022.32612.1Hebgen Lake, MT, SfM DEM from aerial images (1947)dataset44.68 -111.4544.89 -111.02OT.092020.2193.2Banks Peninsula, Canterbury, New Zealand 2018-2019dataset-43.91 172.55-43.6 173.14OT.092020.2193.1Wellington City, New Zealand 2019-2020dataset-41.37 174.7-41.15 174.87OT.092020.26912.1Monitoring Woodland Ecosystems, Utah 2018dataset37.34 -110.237.81 -109.84OT.082020.26911.1Salsipuedes-Punta Morro, Baja California, Mexico 2014dataset31.86 -116.7631.96 -116.65OT.082020.6343.1Post Hurricane Harvey Mapping of the Mission River, Texas 2018dataset28.21 -97.3128.32 -97.24OT.082020.6341.1Measuring Variations in Bedrock Cliff Morphologies, Idaho 2019dataset45.35 -114.445.46 -114.26OT.082020.2193.1Canterbury, New Zealand 2018-2019dataset-44.95 170.69-42.64 173.12OT.072020.6340.2Meandering Channels in Death Valley, CA 2019dataset35.99 -116.8436.21 -116.74OT.072020.2193.5Marsden Point, Northland, New Zealand 2016dataset-35.86 174.45-35.83 174.5OT.072020.32611.1Post-fire Debris Flows in Santa Monica Mountains, CA 2019dataset34.02 -118.8534.11 -118.77OT.072020.2193.4Hamilton, Waikato, New Zealand 2019dataset-37.89 175.13-37.65 175.39OT.072020.2193.3Motueka River Valley, Tasman, New Zealand 2018-2019dataset-41.49 172.61-41.1 173.09OT.072020.6340.1Change Detection of Post-fire Runoff Events, CA 2019dataset33.64 -117.4933.72 -117.38OT.072020.6339.2Study in Erosion Response: Horse Linto, CA 2019dataset40.97 -123.5341.07 -123.41OT.072020.6339.1Lassen Volcanic National Park, CA 2019dataset40.44 -121.5540.55 -121.46OT.072020.6341.1Normal Fault Comparisons, Utah 2019dataset38.04 -109.9738.14 -109.86OT.032017.26910.22014 USFS Tahoe National Forest Lidardataset38.93 -121.1839.8 -120.0OT.072020.2193.2Auckland North, New Zealand 2016-2018dataset-37.06 174.15-36.02 175.56OT.072020.2193.1Balclutha, Otago, New Zealand 2020dataset-46.39 169.63-46.14 169.92OT.062020.2193.1Bay of Plenty, New Zealand 2018-2019dataset-38.47 175.85-37.39 177.3OT.062020.6340.1Southern California Bedrock Landscapes 2015 Airborne Lidardataset33.72 -117.6634.28 -116.6OT.052020.6341.1Interpreting Fluvial Processes from Channel-Belt Deposits, Utah 2018dataset38.85 -110.3338.9 -110.16OT.042020.26911.1Agua Blanca Fault, Baja California, Mexico.dataset31.44 -116.6231.69 -116.08OT.042020.26910.1High Resolution Topography over Gabilan Mesa, CA 2003dataset35.89 -120.8636.01 -120.69OT.042020.6339.1Topographic Data Set: Klamath River, California 2018dataset41.18 -124.0842.29 -121.77OT.042020.6339.2High Resolution Topography near Santa Cruz, CA 2017dataset37.01 -121.9437.09 -121.83OT.022020.2193.2Palmerston North, Manawatu-Whanganui, New Zealand 2018dataset-40.54 175.49-40.26 175.79OT.022020.2193.3Christchurch and Ashley River, Canterbury, New Zealand 2018-2019dataset-43.68 172.39-43.19 172.82OT.022020.2193.1Huntly, Waikato, New Zealand 2015-2019dataset-37.59 174.68-37.2 175.65OT.012020.32611.12019 Ridgecrest, CA Post-Earthquake Lidar Collectiondataset35.53 -117.7935.97 -117.33OT.122019.2193.2Auckland South, New Zealand 2016-2017dataset-37.3 174.51-36.84 175.31OT.122019.2229.2Lake Isabella Lidar Collection, CA 2015dataset35.62 -118.535.73 -118.38OT.122019.2229.1Kern Canyon Lidar Collection, CA 2008dataset35.18 -118.7536.78 -118.3OT.032017.26910.12013 USFS Tahoe National Forest Lidardataset38.98 -121.0739.72 -120.26OT.122019.2193.1Whangarei Heads, Northland, New Zealand 2016dataset-35.86 174.38-35.72 174.59OT.112019.2193.2Thames, Waikato, New Zealand 2017-2019dataset-37.39 175.53-37.12 175.69OT.112019.2193.1Reporoa and Upper Piako River, Waikato, New Zealand 2019dataset-38.47 175.59-37.68 176.52OT.102019.6339.2Paleo-Outburst Floods in the Truckee River Canyon, CAdataset39.16 -120.2939.4 -120.01OT.102019.6339.1Alteration of Groundwater Flow due to Slow Landslide Failure, CAdataset37.43 -121.7737.53 -121.73OT.102019.32611.12019 Ridgecrest, CA: Trona-Argus Area - Post-Earthquake Lidardataset35.6 -117.4135.78 -117.35OT.092019.26910.1Ecosystem Structure in Hetereogeneous Restored Wetlands, CA 2018dataset38.03 -121.8138.12 -121.48OT.092019.26911.1Point Classification for Hazard Applications: Mammoth Lakes, CAdataset37.54 -119.0437.63 -118.77OT.092019.6340.1Control of steepland landscape morphology in Idaho Batholithdataset44.29 -115.8944.4 -115.75OT.082019.26912.1Mapping the Kaibab Plateau, AZdataset36.12 -112.4136.84 -111.9OT.072019.6339.2High Resolution Mapping of Antelope Valley Ranch, CA.dataset39.12 -122.3839.18 -122.31OT.072019.2193.1Marlborough, New Zealand 2018dataset-41.93 173.29-41.25 174.21OT.072019.6339.1High-Resolution Mapping of Goat Rock Volcano, WAdataset46.45 -121.4746.56 -121.31OT.052019.2193.1Manawatu - Whanganui, New Zealand 2015-2016dataset-40.73 174.76-38.82 176.05OT.052019.6340.1Erosion and sedimentation within the Kern River Canyon, CAdataset35.4 -118.8635.66 -118.44OT.092018.6341.12015-2017 State of Utah Lidar Acquisitiondataset36.99 -113.9242.71 -108.49OT.042019.6342.2Quantifying rock strength controls in Guadalupe Mountains, NM/TXdataset31.94 -104.8632.05 -104.73OT.042019.6342.13D Landscape Reconstruction and Land Use Modeling, Chaco Canyon, NM 2016dataset35.93 -108.1636.13 -107.63OT.032019.2193.1Canterbury, New Zealand 2016-2017dataset-45.37 169.78-43.45 172.65OT.032019.32610.1Mapping of Displacements Near Parkfield, Californiadataset35.79 -120.5435.99 -120.32OT.012019.26911.1Mapping of San Gabriel Mountains, CA 2009 Firedataset34.17 -118.2934.4 -117.73OT.012019.2193.2Otago, New Zealand 2016dataset-46.39 168.88-44.68 171.15OT.012019.2193.1Queenstown, Otago, New Zealand 2016dataset-45.14 168.61-44.92 168.93OT.112018.2193.1Mackenzie, Canterbury, New Zealand 2015dataset-44.46 169.91-44.0 170.49OT.112018.26910.1Eagle Creek Fire Area in the Columbia River Gorge, Oregondataset45.54 -122.2145.7 -121.7OT.082018.2193.2Richmond and Motueka, Tasman, New Zealand 2015dataset-41.44 172.94-41.06 173.26OT.082018.2193.1Abel Tasman and Golden Bay, Tasman, New Zealand 2016dataset-41.11 172.69-40.74 173.07OT.072018.2193.1Blenheim, Marlborough, New Zealand 2014dataset-41.68 173.6-41.37 174.17OT.072018.6340.1Reynolds Creek Critical Zone Observatory 2015 Post-Soda Fire Lidardataset43.16 -116.8843.33 -116.67OT.032018.32611.1B4 Project - Southern San Andreas and San Jacinto Faults - Classified Lidardataset32.86 -120.6436.07 -115.61OT.072018.6635.1Kilauea Volcano, HI July 2018 Acquisitiondataset19.38 -155.3119.53 -154.8OT.062018.6635.1Kilauea Volcano, HI June 2018 Acquisitiondataset19.31 -155.319.5 -154.88OT.062018.26912.2Mapping of Diamond Fork River, UT 2017dataset40.01 -111.5240.2 -111.24OT.062018.26911.1Distribution and Legacy of Large Landslides, San Gabriel Mountains, CA 2017dataset34.2 -117.6734.3 -117.58OT.022013.26910.2PG&E Diablo Canyon Power Plant (DCPP): Diablo Canyon, CA Central Coastdataset35.16 -120.9135.28 -120.75OT.062018.26912.3Mapping of Hydrothermal Explosion Craters in Yellowstone N.P., WY 2017dataset44.5 -110.3744.63 -110.24OT.062018.26912.1Characterizing Forest Structure Changes and Effects on Snowpack, AZ 2017dataset35.13 -111.7835.31 -111.65OT.052018.2444.1Post-Kumamoto Earthquake (16 April 2016) Rupture Lidar Scandataset32.72 130.7532.84 130.92OT.052018.2444.2Pre-Kumamoto Earthquake (16 April 2016) Rupture Lidar Scandataset32.69 130.7132.85 130.92OT.052018.28355.1Very High Resolution Airborne Lidar at Strathalbyn in Queensland, Australiadataset-20.21 147.32-20.18 147.34OT.042018.2193.3Wellington Fault, NZ 2010dataset-40.97 175.37-40.92 175.42OT.042018.2193.1Hope Fault, NZ 2010dataset-42.5 173.12-42.37 173.45OT.032018.32611.4Slip transfer through the Eastern Transverse Ranges, CA 2017dataset33.89 -116.2133.92 -115.9OT.032018.32611.3Fault geometry on the Mission Creek-Mill Creek faults, CA 2017dataset33.98 -116.7434.05 -116.57OT.032018.32611.2Topographic stress controls, San Bernardino Mountains, CA 2017dataset34.18 -117.3234.25 -117.2OT.022018.26915.1Trinity River, Texas 2015dataset29.85 -94.8830.29 -94.72OT.072017.26914.1Austin, TX, Rapid Response, 2015dataset30.21 -97.8430.41 -97.69OT.072017.26911.1Walker Fault System, Nevada, 2015dataset38.16 -119.939.63 -118.02OT.072017.26912.2Straight Cliffs Formation, South-Central Utah, 2016dataset37.44 -112.0137.7 -111.8OT.072017.26910.1Illinois River, OR, Coast Ranges, 2016dataset42.22 -124.0342.53 -123.66OT.072017.26912.1San Rafael River, Castle Dale, Utah, 2016dataset39.06 -110.9939.19 -110.86OT.052017.32611.1San Bernardino Mountains, CA 2016dataset34.03 -116.934.15 -116.53OT.062017.26910.1Laytonville, CA lidar 2015dataset39.55 -123.6339.6 -123.41OT.062017.26911.1Northern Rockies, Montana lidar 2016dataset45.95 -114.4946.19 -113.89OT.062017.26913.1Slumgullion Landslide, Colorado (July 3, 2015)dataset37.97 -107.2938.02 -107.21OT.052017.2193.1West Coast and Hauraki Plains, Waikato, New Zealand 2015dataset-38.72 174.61-37.05 175.74OT.052017.26913.1Powder River, MT 2016dataset45.18 -105.7745.4 -105.43OT.042017.2193.2Wellington, New Zealand 2013-2014dataset-41.65 174.6-40.64 176.35OT.122016.26910.1Eel River Critical Zone Observatory July 2014 Lidar Survey (1064 nm/Angelo)dataset39.67 -124.3240.68 -123.55OT.042017.2193.1Hurunui Rivers, Canterbury, New Zealand 2013dataset-42.91 172.52-42.5 173.34OT.032017.26911.1Inyo Domes, CA lidar 2016dataset37.68 -119.0537.81 -118.99OT.012013.26911.1Pahrump Valley: California/Nevada State Linedataset36.08 -116.236.31 -115.8OT.032017.2193.1Christchurch and Selwyn, Canterbury, New Zealand 2015dataset-43.91 171.66-43.27 172.82OT.022017.26910.2Yosemite Rim Fire lidar 2013dataset37.69 -120.2938.11 -119.62OT.122016.26916.1IML Critical Zone Observatory, Sangamon River, IL Aug 2014 (532 nm)dataset39.97 -88.6940.31 -88.27OT.122016.26915.1IML Critical Zone Observatory, Clear Creek Aug 2014 Lidar Survey (532 nm)dataset41.65 -92.0441.77 -91.55OT.102016.2039.1Israel Mediterranean Sharon sea cliff, 2006dataset32.16 34.7932.45 34.89OT.122016.2193.4Tauranga and Coast, Bay of Plenty, New Zealand 2015dataset-38.05 175.9-37.39 177.44OT.122016.2193.2Timaru Rivers, Canterbury, New Zealand 2014dataset-44.29 171.16-43.88 171.5OT.122016.2193.6Rangiora, Canterbury, New Zealand 2014dataset-43.45 172.15-43.19 172.75OT.122016.2193.5Cheviot and Hawarden, Canterbury, New Zealand 2015dataset-42.97 172.63-42.78 173.31OT.092016.26912.1Lake Bonneville, Utahdataset40.43 -112.440.51 -112.26OT.122016.2193.3Amberley, Canterbury, New Zealand 2012dataset-43.25 172.62-43.05 172.82OT.122016.2193.1Kaikoura, Canterbury, New Zealand 2012dataset-42.92 173.26-41.95 174.07OT.112016.3294.12014-2015 lidar survey of the McMurdo Dry Valleys, Antarcticadataset-78.28 160.11-77.21 166.96OT.102016.26914.1Niobrara River, Nebraskadataset42.7 -99.5642.84 -99.18OT.102016.26916.1Sea Grass Beds, Apalachicola, FLdataset29.61 -85.0229.92 -84.5OT.102016.26915.1Wax Lake Delta, Louisiana, USA 2009dataset29.42 -91.5429.57 -91.35OT.102016.32615.1Wax Lake Delta, Louisiana, USA 2013dataset29.47 -91.5329.55 -91.39OT.102016.26911.1Woodland-encroached sagebrush ecosystem, Nevadadataset39.43 -117.6939.51 -117.56OT.102016.26910.1Big Creek, Californiadataset36.06 -121.6236.11 -121.53OT.092016.26911.2Channel Avulsion in Bishop, Californiadataset37.22 -117.8837.33 -117.77OT.092016.26911.1Little San Bernardino Mountains, Joshua Tree National Park, Californiadataset33.89 -116.3934.09 -116.29OT.072016.32611.1Santa Clarita Topographydataset34.41 -118.7934.55 -118.74OT.082016.26913.1Boulder Creek Critical Zone Observatory May 5 2010 Snow-On Lidar Surveydataset39.91 -105.7140.07 -105.42OT.072016.26917.2Calhoun Critical Zone Observatory 2016 Leaf Off LiDAR Surveydataset34.56 -81.7734.67 -81.62OT.072016.26917.1Everglades National Parkdataset25.91 -81.2826.15 -80.9OT.072016.32759.1Marlborough Fault System, South Island, New Zealanddataset-42.56 172.49-41.63 173.83OT.062016.2193.1Auckland, New Zealand 2013dataset-37.29 174.41-36.35 175.1OT.092015.32611.1NEON D17 Pacific Southwest- Californiadataset36.92 -119.7937.14 -118.9OT.052016.26912.3Tushar Mountains, Utah (1550 nm)dataset38.41 -112.5138.59 -112.25OT.052016.26911.1Yucaipa Ridge, San Bernardino Mountains, CAdataset34.03 -117.034.1 -116.85OT.052016.26912.11959 Hebgen Lake rupture (Montana)dataset44.75 -111.3844.9 -111.08OT.052016.26912.2Greys River, WY (1550 nm)dataset42.6 -111.0343.19 -110.65OT.042016.26913.1Geologic Mapping of Coal Beds (Northeastern Montana)dataset47.47 -107.1247.54 -106.97OT.042016.26911.1Volcanic Tablelands in Bishop, Californiadataset37.41 -118.5437.46 -118.41OT.122015.26917.1Calhoun Critical Zone Observatory 2014 Leaf On Surveydataset34.54 -81.7934.67 -81.64OT.112015.26912.1Snake River, Wyomingdataset43.36 -110.8743.66 -110.7OT.092014.26913.1Jemez River Basin, NM: Post-fire Landscape Responsedataset35.78 -106.5336.0 -106.38OT.052015.26910.1Surprise Valley, CAdataset41.16 -120.2541.78 -119.95OT.052015.32611.1Poleta Folds, southern Deep Springs Valley, Californiadataset37.0 -118.1437.33 -118.07OT.122014.26910.1August 24, 2014 South Napa Earthquakedataset38.11 -122.3738.35 -122.25OT.022015.26911.2Wheeler Ridge, CAdataset34.98 -119.0835.04 -118.91OT.092014.26911.1Harper Lake Fault Slip Distribution, Central Mojave, CAdataset34.9 -117.5235.31 -116.96OT.022015.26911.1Lunar Crater Volcanic Field, Central Nevadadataset38.27 -116.1838.58 -115.86OT.022015.26913.1Kremmling, CO: Blue and Colorado River Confluencedataset40.02 -106.4440.07 -106.32OT.022015.26912.1Sunset Crater Volcano National Monument, AZdataset35.35 -111.5535.4 -111.46OT.122014.26912.1State of Utah Acquired Lidar Data - Wasatch Frontdataset39.2 -112.3942.43 -111.54OT.092014.2871.1UMD-NASA Carbon Mapping /Sonoma County Vegetation Mapping and Lidar Programdataset38.11 -123.5439.24 -122.35OT.052014.26910.1Mount Shasta, CA: Quaternary Debris Avalanchedataset41.51 -122.5341.72 -122.38OT.052014.26910.2Gabilan Mesa, CA: Valley Alluviation effects on Hillslope-Channel Couplingdataset36.17 -121.0436.23 -120.86OT.052014.26910.3Mapleton, OR: Transient Landscape Evolution in the Oregon Coast Rangedataset43.91 -123.8643.98 -123.71OT.052014.26912.2Santa Maria River, AZ: Vegetation and channel formdataset34.28 -113.5334.32 -113.33OT.052014.26910.4Triangle Lake, OR: Earthquake Induced Landslidedataset44.01 -123.6444.2 -123.46OT.052014.26912.1San Rafael, UT: Survey of Exposed Subsurface Volcanic Featuresdataset38.59 -111.1538.7 -111.07OT.032014.26916.1Rapid Response to 2011 Mississippi Flooddataset36.76 -89.2836.99 -89.08OT.022014.32616.1Central U.S. ARRA Lidar, New Madrid Seismic Zonedataset35.24 -90.1236.82 -89.3OT.082013.26917.1South Florida Evergladesdataset25.35 -81.125.45 -80.61OT.082013.26910.1California Coast: Big Creek, Vincente, Arroyo Seco, Scotts Creek, UCSCdataset36.04 -122.2837.17 -121.27OT.062013.28354.1Victor Harbour - South Australia, 2011dataset-35.61 138.54-35.43 138.98OT.052013.26912.2Flathead Lake Biological Station, MT (May 2005)dataset48.41 -113.8948.51 -113.75OT.052013.26912.1Solfatara Plateau Obsidian Lava Flow, Yellowstone National Park, WYdataset44.61 -110.6644.72 -110.51OT.052013.26910.2Hyak, WA: Cedar River Municipal Watershed Snow Modelingdataset47.27 -121.6247.37 -121.44OT.052013.26910.1Southwest Flank of Mt.Rainier, WAdataset46.72 -121.9446.85 -121.74OT.052013.26913.2Raleigh Peak, Colorado: May 2010dataset39.33 -105.2739.43 -105.15OT.052013.26913.12010 CU-Boulder Campus and Flatironsdataset39.94 -105.3240.03 -105.21OT.052013.26911.1White Mountain Fault Zone, Owens Valley, CAdataset37.39 -118.3737.57 -118.3OT.042013.26913.1Ladron Peak, New Mexico Surveydataset34.38 -107.0534.43 -106.95OT.042013.26918.3Columbia, NC: Modeling Coastal Plain Wetland Ecosystemsdataset35.88 -76.2135.94 -76.13OT.042013.26919.1Survey of Sheepscot, Narragaugus and Pleasant Rivers, Mainedataset44.03 -69.6745.64 -67.87OT.042013.26911.1Southern Sierra Nevada Critical Zone Observatory: Snow Ondataset36.57 -119.7437.13 -118.61OT.042013.26911.2Southern Sierra Nevada Critical Zone Observatory: Snow Offdataset36.57 -119.7537.13 -118.61OT.042013.26918.1Susquehanna Shale Hills Critical Zone Observatory: Leaf On Surveydataset40.56 -78.0940.74 -77.84OT.042013.26918.2Susquehanna Shale Hills Critical Zone Observatory: Leaf Off Surveydataset40.56 -78.0940.74 -77.84OT.042013.26912.1Utah Geological Survey Lidardataset36.99 -113.3241.84 -111.24OT.032013.26918.2North Carolina Coast: Quantifying Patterns of Coastal Change (July 2007)dataset34.57 -76.5435.99 -75.46OT.032013.26918.1North Carolina Coast: Quantifying Patterns of Coastal Change (June 2006)dataset34.61 -76.5335.82 -75.46OT.012013.26906.1St. Elis Mountains and Gulf of Alaskadataset59.97 -144.6160.37 -141.75OT.032013.32611.1Mojave Desert, CA: Evolution of the Hector Mine Earthquake Surface Rupturedataset34.35 -116.3934.74 -116.13OT.032013.26912.1Flathead Lake Biological Station, MT (September 2005)dataset48.41 -113.8848.5 -113.76OT.032013.26910.1Northern California Coast: Slope Failure in Low and High Uplift Regionsdataset39.7 -124.2240.19 -123.73OT.092012.26910.3North Sister, OR: Collier Cone Lava Flowdataset44.14 -121.9644.22 -121.76OT.032013.26918.3Survey of Parts of Potomac and Susquehanna Riversdataset38.95 -77.3139.85 -76.25OT.032013.26911.1Death Valley National Park, CA: Badwater Basindataset35.94 -116.8736.25 -116.71OT.032013.32722.1Coastal Dune Fields of Garopaba and Vila Nova, Santa Catarina State, Brazildataset-28.32 -48.73-27.98 -48.63OT.032013.26910.2PG&E Diablo Canyon Power Plant (DCPP): San Simeon, CA Central Coastdataset35.12 -121.4135.88 -120.4OT.022013.26911.2Mojave Desert, CA: Precariously Balanced Rocks in Seismic Hazard Analysisdataset34.72 -115.7234.79 -115.65OT.022013.26910.1South Fork Eel River, CA Watershed Morphologydataset39.6 -123.7439.84 -123.49OT.022013.26918.1West Swanzey, NH: Geomorphic Response to Dam Removal, Ashuelot River (2010)dataset42.81 -72.3842.93 -72.24OT.022013.26911.1Yosemite National Park: Poopenaut Valley and Wawonadataset37.52 -119.8437.93 -119.61OT.022013.32145.1Missisquoi Watershed Lidardataset44.66 -73.2945.06 -72.39OT.102012.32611.12006 INEGI Sierra Cucupah Empirically Corrected Lidar Datasetdataset32.22 -115.8132.69 -115.17OT.012013.26912.2Henry Mountains, UT: Hillslope-Channel Coupling in a Bedrock Landscapedataset37.82 -110.637.9 -110.47OT.102012.26912.2White Canyon and Hite, Lake Powell, Utahdataset37.77 -110.537.92 -110.26OT.012013.26910.2Merced, CA: Origin and Evolution of the Mima Moundsdataset37.39 -120.4637.47 -120.38OT.012013.26986.1Plum Island, MAdataset42.65 -70.9642.81 -70.74OT.012013.26913.2White Sands National Monument, NM: Lidar Survey of Dune Fields (Sept 2009)dataset32.8 -106.3232.87 -106.19OT.012013.26913.1White Sands National Monument, NM: Lidar Survey of Dune Fields (Jan 2009)dataset32.8 -106.3132.87 -106.2OT.012013.26912.3Yellowstone National Park, WY: Quantifying Gravel-Bed Riversdataset44.81 -110.3145.0 -110.06OT.092012.26911.3San Gabriel Mountains, CA: Tectonics and Topographydataset34.28 -118.0834.38 -117.96OT.092012.26912.1Greybull, WY: Sheep Mountain Anticlinedataset44.55 -108.344.7 -108.06OT.012013.26910.1Truckee, CA: Sagehen Creek Snowpack Measurementdataset39.4 -120.3339.46 -120.21OT.012013.26912.1Perry Mesa, AZ: Ancient Agricultural Features and Landscape Transformationdataset34.16 -112.1134.28 -111.99OT.102012.26913.1Niwot Ridge Long-Term Ecological Research Site, Coloradodataset40.0 -105.6640.07 -105.58OT.112012.26913.1Silver Plume, COdataset39.61 -105.939.75 -105.75OT.112012.26917.1Great Smokey Mountains, NCdataset35.54 -83.235.58 -83.15OT.112012.26911.1Blind Canyon and Box Canyon, Twin Falls, IDdataset42.68 -114.8642.72 -114.74OT.112012.26910.1Golden Gate National Recreation Area and Mt. Tamalpais State Park, CAdataset37.84 -122.6237.91 -122.52OT.102012.26910.1Eel River, CA: Landsliding and the Evolution of Mountainous Landscapesdataset39.95 -123.6240.15 -123.41OT.102012.26912.4Tender Foot, MT: Hydrological Processes on Hill Slopesdataset46.88 -110.9846.96 -110.78OT.102012.26912.3Big Sky, MT: Patterns of Nitrogen Export & Land Use Changedataset45.17 -111.5245.36 -111.24OT.102012.26911.4Furnace Creek Wash, Death Valley National Park, Californiadataset36.39 -116.8736.43 -116.78OT.102012.26911.3Dragons Back Ridge: San Andreas Fault, Californiadataset35.01 -119.6635.12 -119.5OT.102012.26911.2Sierra National Forest, CA: Soil Formation and Transportdataset36.95 -119.6537.3 -119.07OT.102012.26916.1Lawrenceville, IL: Detecting Tectonically Deformed Shorelinesdataset38.65 -87.9138.87 -87.62OT.102012.26911.1Furnace Creek and Fish Lake Valley Fault Zones, Death Valley National Parkdataset36.85 -117.537.12 -117.23OT.102012.26912.1Raplee Ridge, Utahdataset37.09 -109.8437.23 -109.8OT.062012.4326.12011 - 2013 Indiana Statewide Lidardataset37.76 -88.1241.78 -84.76OT.092012.26913.2San Isabel NF, CO: Debris Flow Mechanics and Landscape Evolutiondataset38.71 -106.3238.74 -106.16OT.092012.26913.1West Bijou Creek, COdataset39.52 -104.3439.59 -104.28OT.092012.26910.4South Fork Eel River, CA: Understanding Terrace Formation and Abandonmentdataset39.7 -124.1440.51 -123.62OT.092012.26910.2Oregon Coast Range: Sediment Storage in Debris-Flowsdataset43.69 -123.9343.98 -123.67OT.102012.26920.1Luquillo CZO Rio Blanco and Rio Mameyes Lidar Survey 2010-2011dataset18.17 -65.8518.41 -65.68OT.082012.26915.1New Madrid Seismic Zonedataset36.12 -90.4636.76 -89.9OT.092012.26911.2Yosemite, CA: El Portal, Mariposa Grove, Yosemite Canyon & Tuolumne Meadowsdataset37.5 -119.8337.91 -119.32OT.092012.26911.1Yosemite, CA: Spatial & Temporal Patterns of Nitrogen Exportdataset37.78 -119.5237.89 -119.38OT.092012.26917.1Lake Placid, FL: Lidar Survey of the Archbold Biological Stationdataset27.11 -81.427.24 -81.33OT.092012.26910.1Loma Mar, CA: Lidar survey of the San Jose Mountainsdataset37.21 -122.2837.32 -122.14OT.092012.32612.1Grand Junction, CO: Roan Plateaudataset39.13 -108.5939.64 -107.99OT.082012.26914.1Corpus Cristi, TX: Influence of Dunes & Barrier Islands on Hurricane Surgedataset27.63 -97.2127.77 -97.11OT.082012.26913.2Lincoln National Forest, NM: Floodplains in Fluvial Networksdataset32.54 -105.1732.62 -105.06OT.082012.26912.2Hite, UT: Quantifying Evolution and Stability of Coarse Alluvial Channelsdataset37.8 -110.6237.9 -110.49OT.082012.26912.1Cache NF, UT: Predicting Bonneville Cutthroat Trout Spawning Hotspotsdataset41.78 -111.641.87 -111.49OT.082012.26911.3Boise NF, ID: Avalanche Forecasting and Acoustic Detectiondataset44.17 -115.2944.27 -115.18OT.082012.26911.2Bitterroot NF, ID: Transient Hillslope Response to Knickpoint Migrationdataset45.45 -114.9745.56 -114.87OT.082012.26913.1Medicine Bow NF, WY: Forest Ecosystem Impacts by Mountain Pine Beetledataset41.04 -106.1941.08 -106.09OT.082012.26911.12010 Channel Islands Lidar Collectiondataset33.45 -120.4834.09 -119.01OT.062012.26913.1Jemez River Basin Snow-off Lidar Surveydataset35.73 -106.6836.02 -106.23OTDS.112021.4326.12020 Waste Dump Landslide Reconnaissance, Morgan County, Utahdataset41.21 -111.8141.21 -111.81OT.062012.26913.2Jemez River Basin Snow-on Lidar Surveydataset35.81 -106.6235.93 -106.38OT.062012.26918.1West Swanzey, NH: Geomorphic Response to Dam Removal, Ashuelot River(2011)dataset42.82 -72.3842.93 -72.24OT.062012.26911.1Geomorphic Effects of Landslide Dams on the Owyhee River, Oregondataset42.94 -117.7543.25 -117.46OT.062012.26916.1Bald Point, FL: Hurricane Frequency and Storm Surge Archives from Sinkholesdataset29.89 -84.4129.97 -84.32OT.062012.26917.1Apopka, FL: Using Lidar to Identify Optimal Gopher Tortoise habitatdataset28.7 -81.5128.78 -81.44OT.052012.26917.2Nantahala NF, NC: Forest Leaf Structure, Terrain and Hydrophysiologydataset35.01 -83.4835.09 -83.39OT.052012.26910.1Point Reyes, CA: Landscape Response to Tectonicsdataset37.87 -122.8138.09 -122.61OT.052012.26911.1Stanley, ID: Linkages Between Hydrologic Complexity and Nutrient Exportdataset44.24 -115.344.33 -115.23OT.042012.26911.3Idaho Lidar Consortium (ILC): Lolo Creek and Slate Creekdataset45.46 -116.2246.47 -115.55OT.052012.26917.1Merritt Island, FL: Identification of Florida Scrub-Jay Habitatdataset28.4 -80.728.53 -80.62OT.052012.32604.1Hawaii Kauai Surveydataset22.03 -159.6122.23 -159.43OT.042012.26911.1Idaho Lidar Consortium (ILC): St. Joe National Forestdataset47.12 -116.3747.31 -115.98OT.042012.26911.2Idaho Lidar Consortium (ILC): Moscow Mountaindataset46.76 -117.0346.9 -116.62OT.042012.26911.4Idaho Lidar Consortium (ILC): South Fork Salmon and Secesh Riversdataset44.57 -115.8545.27 -115.66OT.042012.26911.5Idaho Lidar Consortium (ILC): Emerald Creekdataset46.94 -116.4647.07 -116.25OT.042012.2243.1Idaho Lidar Consortium (ILC): Jack Waite Minedataset47.63 -115.9447.71 -115.71OT.042012.26911.6Idaho Lidar Consortium (ILC): Clear Creekdataset45.93 -115.8546.11 -115.64OT.042012.26911.7Idaho Lidar Consortium (ILC): Nez Perce Reservationdataset46.14 -116.8446.51 -116.11OT.032012.26913.2Lidar Survey of the Black Hills Experimental Forest, South Dakotadataset44.14 -103.6844.18 -103.6OT.032012.26911.3Lidar Survey of the Malheur National Forest, Oregondataset44.07 -119.1644.26 -118.93OT.032012.26916.1Pellston, MI: Effects of Forest Canopy Structural Change on Carbon Uptakedataset45.54 -84.845.6 -84.67OT.032012.26912.1Idaho Falls, ID: Lidar for Modeling Eolian Soil Transportdataset43.46 -112.6843.57 -112.57OTDS.062021.32616.2Survey of Point Beach, Wisconsin, August 2020dataset44.2 -87.5144.21 -87.51OT.032012.26911.22010 Salton Sea Lidar Collectiondataset33.04 -116.1433.58 -115.52OT.032012.26913.1Boulder Creek Critical Zone Observatory August 2010 Snow-Off Lidar Surveydataset39.91 -105.7140.16 -105.22OT.032012.26911.1USBR Upper Columbia River Basin Eastdataset48.35 -119.6449.51 -117.72OT.032012.26910.1USBR Upper Columbia River Basin Westdataset47.46 -120.9648.82 -120.02OT.032012.32605.1Hawaii Big Island Lidar Surveydataset19.23 -155.6119.64 -155.18OT.022012.26910.4Northern Walker Lane, CA Airborne Lidar Datasetdataset39.62 -120.6940.09 -119.94OT.022012.26910.3Piercy, CA: Response of Bedrock River to Base Level Lowering, SF Eel Riverdataset39.88 -123.8839.97 -123.75OT.022012.26914.1Canyon Lake Gorge, TX: Mechanics of Megaflood Erosiondataset29.85 -98.229.87 -98.16OT.022012.26913.1White Sands National Monument, NM: Lidar Survey of Dune Fieldsdataset32.8 -106.3132.87 -106.19OT.022012.26917.1Surface Expression of the 1886 Charleston, South Carolina Earthquakedataset32.76 -80.1932.95 -80.11OT.022012.26910.2Oroville, CA: Middle Fork of the Feather River, Sierra Nevada Foothillsdataset39.57 -121.3839.77 -121.17OT.022012.26911.1Airborne Laser Mapping of Yosemite National Park, CA, 2007dataset37.73 -119.5337.99 -119.19OT.022012.26910.1Airborne Laser Mapping of Independence Lake, CAdataset39.39 -120.3839.48 -120.26OT.012012.26915.12008 Iowa River Flood Lidar, Iowa City, and the Clear Creek Watersheddataset41.2 -92.0241.77 -91.21OT.012012.26919.2Thorton, NH: Hydrologic and Topographic Controls on Organic Carbon in Soilsdataset43.91 -71.8143.97 -71.69OT.012012.26911.1Clearwater NF, ID: Effects of Watershed Restoration on Hillslope Stabilitydataset46.47 -114.9746.61 -114.65OT.012012.26919.1Durham, NH: Hyporheic Zone Extent and Exchange in a Coastal Streamdataset43.08 -71.0243.16 -70.91OT.112011.26919.1Truro and Provincetown, MA: Lidar in Salt Marsh Environmentsdataset41.87 -70.2542.08 -70.04OT.112011.26916.1Tuscaloosa, AL: Seasonal Inundation Dynamics And Invertebrate Communitiesdataset33.16 -87.8433.27 -87.75OT.112011.26913.2Rio Puerco River, NM: Study of overbank flood dynamicsdataset34.72 -107.0634.9 -106.89OT.102011.26918.1Christina River Basin Critical Zone Observatory April 2010 Lidar Surveydataset39.79 -75.8739.96 -75.55OT.112011.26913.1Chaco Canyon, NM: Simulating Dynamic Hydrological Processesdataset36.0 -108.0236.1 -107.83OT.112011.26912.3Meteor Crater, AZdataset35.0 -111.0535.05 -110.99OT.112011.26912.2SW Montana: Beavers as Geomorphic Agents in Small, Rocky Mountain Streamsdataset44.58 -111.8444.64 -111.72OT.112011.26912.1Central Utah: Topographic Amplification of Earthquake Ground Motionsdataset39.4 -111.2639.49 -111.17OT.112011.26911.3Bishop, CA: Morphological characteristics of the Bishop Tuffdataset37.53 -118.5337.61 -118.45OT.112011.26911.2Yosemite National Park, CA: Rockfall Studiesdataset37.7 -119.6337.78 -119.5OT.112011.26911.1NW Nevada: Modeling of Meander Channel Evolutiondataset41.13 -118.8141.24 -118.7OT.102011.26918.2Christina River Basin Critical Zone Observatory July 2010 Lidar Surveydataset39.79 -75.8739.96 -75.55OT.092011.2875.12005 San Diego Urban Region Lidardataset32.53 -117.2833.12 -116.91OT.082011.26910.1Andrews Experimental Forest and Willamette National Forest Lidar (Aug 2008)dataset44.18 -122.3444.32 -122.1OT.072011.26911.1John Day Watershed 2006 - US Bureau of Reclamationdataset44.44 -118.9445.0 -118.42OT.062011.26912.1Teton Conservation District, Wyoming Lidardataset43.3 -110.9743.63 -110.78OT.102010.26912.1Granite Dells, AZdataset34.58 -112.4634.63 -112.37OT.032011.26912.1Lemhi Watershed - US Bureau of Reclamationdataset44.54 -113.7744.87 -113.11OT.032011.26910.1Lake Tahoe Basin Lidardataset38.7 -120.2639.33 -119.87OT.022011.2992.1Oregon Department of Geology and Mineral Industries Lidar Program Datadataset42.0 -124.5746.24 -116.89OT.122010.32611.1El Mayor-Cucapah Earthquake (4 April 2010) Rupture Lidar Scandataset31.97 -115.7732.65 -114.93OT.102010.26910.1NOAA ISEMP - Watershed Sciences - Bridge Creek, Oregon Lidar Survey, 2005dataset44.54 -120.3344.75 -120.13OT.072010.32618.1World Bank - ImageCat Inc. - RIT Haiti Earthquake Lidar datasetdataset18.21 -72.8918.67 -71.8OT.052010.26910.1Napa Watershed, CAdataset38.05 -122.6638.69 -122.18OT.122009.32611.1EarthScope Southern & Eastern California Lidar Projectdataset32.73 -119.2337.25 -115.94OT.112009.32610.1EarthScope Yakima Lidar Projectdataset46.47 -120.6147.01 -120.4OT.102009.32607.1EarthScope Alaska Denali Totschunda Lidar Projectdataset62.33 -144.3763.11 -141.69OT.052009.32612.1EarthScope Intermountain Seismic Belt Lidar Projectdataset39.72 -111.8544.83 -110.13OT.052008.32610.1EarthScope Northern California Lidar Projectdataset36.02 -124.2340.76 -120.59OT.062006.32611.1Fault systems in the Eastern California Shear Zone, CAdataset34.6 -117.2334.83 -116.16OT.032006.32611.1B4 Project - Southern San Andreas and San Jacinto Faultsdataset32.86 -120.6436.07 -115.61OT.052026.25833.1Norway 1 Meter Digital Elevation Modelsdataset57.85 4.2871.31 31.35OT.062005.2926.1West Rainier Seismic Zone, WAdataset46.74 -122.0747.12 -121.87OT.062005.2871.1Northern San Andreas Fault, CAdataset38.49 -123.8139.33 -123.2OT.012021.4269.3USGS 1 meter Digital Elevation Modeldataset17.67 -159.7949.4 -64.56OT.062025.3979.1High Resolution Digital Elevation Model Mosaic of Canadadataset41.68 -140.9674.73 -52.61OT.012026.28992.1The Netherlands Digital Elevation Model (AHN4)dataset50.75 3.3653.52 7.23OT.052026.3067.1Finland 2 Meter Digital Elevation Modeldataset59.61 19.0670.14 31.63OT.062020.31983.1Sao Paulo, Brazil Lidar Survey 2017dataset-24.01 -46.83-23.35 -46.36OT.082023.2950.1Lidar Survey of Montreal, Quebec, Canada 2015dataset45.39 -73.9945.71 -73.46OT.042018.3500.12016 Solana Beach, CA Bluff Characterization Surveydataset32.98 -117.2833.0 -117.27OT.042012.32611.2El Mayor-Cucapah Earthquake Rupture Terrestrial Laser Scan-Site 2dataset32.49 -115.6332.49 -115.63OT.042012.32611.1El Mayor-Cucapah Earthquake Rupture Terrestrial Laser Scan-Site 1dataset32.49 -115.6332.49 -115.63OT.052012.32611.1Dixie Valley Fault Rupture Terrestrial Laser Scanning Dataset-Site 1dataset39.63 -118.1839.63 -118.18OT.052012.32611.2Dixie Valley Fault Rupture Terrestrial Laser Scanning Dataset-Site 2dataset39.55 -118.2139.55 -118.2OT.072011.32611.2Landers Surface Rupture Terrestrial Laser Scanning Datasetdataset34.54 -116.5534.54 -116.55OT.072011.32611.1Carrizo Plain Terrestrial Laser Scanning Datasetdataset35.23 -119.7935.23 -119.79OT.122010.26912.1Granite Dells Terrestrial Laser Scanning Datasetdataset34.6 -112.4234.6 -112.42OT.032021.4326.1Copernicus GLO-30 Digital Elevation Modeldataset-85.0 -180.084.0 180.0OT.112016.4326.2ALOS World 3D - 30mdataset-84.0 -180.084.0 180.0OT.042013.4326.1Shuttle Radar Topography Mission (SRTM GL3) Global 90mdataset-56.0 -180.060.0 180.0OT.082025.4326.1Global Ensemble Digital Terrain Modeldataset-62.01 -180.083.69 180.0OT.032022.4326.1Global Ecosystem Dynamics Investigation (GEDI) L3 Gridded Land Surface Metricsdataset-52.69 -180.052.69 180.0OT.082023.3031.1Reference Elevation Model of Antarctica (REMA) 32mdataset-89.08 -180.0-53.54 180.0OT.092022.3035.1Continental Europe Digital Terrain Modeldataset27.38 -31.8471.62 34.77OT.082025.4674.1ANADEM: A Digital Terrain Model for South Americadataset-56.52 -82.5214.08 -34.73OT.112018.3413.1ArcticDEM 32mdataset50.59 -180.083.99 179.92OT.112016.4326.1Global Multi-Resolution Topography (GMRT) Data Synthesisdataset-89.0 -180.089.0 180.0OT.122023.4326.1GEBCO Global Bathymetry and Topography Including Basal Ice Surfacedataset-85.0 -180.085.0 180.0OT.122019.4326.1Global Bathymetry and Topography at 15 Arc Sec: SRTM15+ V2.5.5dataset-85.0 -180.085.0 180.0OT.072023.26910.2Survey of Mount Rainier, WA, 2021dataset46.69 -121.9747.02 -121.43OT.062023.32651.1Bedrock River Channels of the Taiwan Central Range, 2018-2020dataset22.67 120.8524.2 121.58OT.072022.32611.1Structure from Motion data along the sSAF, Salt Creek, CA 2021dataset33.44 -115.8533.45 -115.83OT.062022.32611.1Structure from Motion data along the sSAF, Ferrum, CA 2021dataset33.46 -115.8733.47 -115.85OT.052022.32648.1Survey of 1920 Haiyuan Earthquake Rupture, China 2013-2017dataset36.05 103.9837.11 106.12OT.092021.32611.1Southern San Andreas Fault from Painted Canyon to Bombay Beach, CAdataset33.35 -116.0433.62 -115.73OT.062020.26911.2Topography of Normal Faults in the Volcanic Tablelands, CA 2018dataset37.43 -118.5137.49 -118.44OT.112020.6341.1Lost River Fault at Doublespring Pass Rd, Idaho 2015dataset44.13 -113.8944.19 -113.83OT.082020.32610.1High Resolution SFM Topography of the Central San Andreas Fault, Californiadataset36.45 -121.0736.48 -121.04OT.072020.32612.1High Resolution Topography along the Lost River Valley, Idaho 2019dataset43.81 -114.144.42 -113.31OT.062020.26911.1Topography of Normal Faults in the Volcanic Tablelands, CA 2019dataset37.41 -118.5137.5 -118.44OT.062020.32611.12019 Ridgecrest, CA Pre-Earthquake Digital Surface Model V2dataset34.97 -117.7936.02 -117.28OT.062020.32611.22019 Ridgecrest, CA Post-Earthquake Digital Surface Modeldataset35.41 -117.8236.18 -117.31OT.102019.6341.1High Resolution Topography of House Range Fault, Utahdataset39.36 -113.439.4 -113.38OT.052019.6341.1Lost River Fault Zone Near Borah Peak, Idahodataset44.22 -114.0144.34 -113.91OT.072019.32611.12019 Ridgecrest, CA Pre-Earthquake Digital Surface Modeldataset35.03 -118.0536.04 -117.0OT.112018.32641.22013 Baluchistan, Pakistan Post-Earthquake Stereogrammetric DEMsdataset25.88 63.4727.82 65.71OT.112018.32641.12013 Baluchistan, Pakistan Pre-Earthquake Stereogrammetric DEMsdataset25.96 64.027.81 65.85OT.052018.32612.1Photogrammetric model of the Tecolote Volcano, Sonora, Mexicodataset31.87 -113.3731.89 -113.36OT.012018.32641.12013 Balochistan earthquake, Pakistandataset26.04 64.0827.56 65.79OT.082016.32611.1El Mayor-Cucapah Earthquake, Pleiades 2014dataset32.25 -115.7332.56 -115.32OT.062016.32648.1East Helanshan Fault, northern Chinadataset38.61 105.9439.29 106.7OTDS.072026.32616.7UAV Lidar Survey of Museo Quirigua, Guatemala, January 2024dataset15.26 -89.0415.28 -89.04OTDS.072026.32616.6UAV Lidar Survey 2 near Santa Catalina La Tinta, Guatemala, January 2024dataset15.31 -89.9215.32 -89.9OTDS.072026.32616.5UAV Lidar Survey of a Mellon Farm, near Estanzuela, Guatemala, January 2024dataset15.0 -89.6215.02 -89.57OTDS.072026.32616.4UAV Lidar Survey 1 near Santa Catalina La Tinta, Guatemala, January 2024dataset15.31 -89.8915.33 -89.84OTDS.072026.32616.3UAV Lidar Survey near Finca del Eden, Guatemala, January 2024dataset15.54 -88.915.57 -88.88OTDS.072026.32616.2UAV Lidar Survey near Carillabas, Guatemala, January 2024dataset15.41 -88.815.43 -88.76OTDS.072026.32615.1UAV Lidar Survey near La Laguna, Guatemala, January 2024dataset14.83 -90.3314.85 -90.28OTDS.072026.32616.1UAV SfM Survey of a Ranch near Costa Del Lago Cocales, Guatemala, 2024dataset15.59 -89.0915.65 -89.02OTDS.062026.6346.1Virginia Tech StREAM Lab Fall 2018 Drone Lidar Surveydataset37.2 -80.4537.21 -80.44OTDS.052026.32633.1High-Resolution SfM Topography of Stromboli volcano (Italy), 02 July 2025dataset38.79 15.238.81 15.22OTDS.062026.6346.3Virginia Tech StREAM Lab Summer 2024 Drone Lidar Surveydataset37.2 -80.4537.21 -80.44OTDS.062026.6346.2Virginia Tech StREAM Lab Spring 2026 Drone Lidar Surveydataset37.2 -80.4537.21 -80.44OTDS.042026.32628.1Backpack LiDAR scans from a sand covered lava margin at Holuhraun (Iceland)dataset64.92 -16.7564.92 -16.74OTDS.042026.6346.1Virginia Tech StREAM Lab Spring 2017 Drone Lidar Surveydataset37.2 -80.4537.21 -80.44OTDS.042026.32644.1Survey of Displaced Geomorphic Surfaces of the Bole Fault, China 2024dataset45.1 81.3545.16 81.38OTDS.022026.4083.6Tajogaite cone (La Palma, Spain) SfM DSM - July 2024dataset28.61 -17.8728.62 -17.86OTDS.022026.4083.5Tajogaite cone (La Palma, Spain) SfM DSM - March 2024dataset28.61 -17.8728.62 -17.86OTDS.022026.4083.4Tajogaite cone (La Palma, Spain) SfM DSM - August 2023dataset28.61 -17.8728.62 -17.86OTDS.022026.4083.3Tajogaite cone (La Palma, Spain) SfM DSM - June 2023dataset28.61 -17.8728.62 -17.86OTDS.022026.4083.2Tajogaite cone (La Palma, Spain) SfM DSM - October 2022dataset28.61 -17.8728.62 -17.86OTDS.022026.4083.1Tajogaite cone (La Palma, Spain) SfM DSM - March 2022dataset28.61 -17.8728.62 -17.86OTDS.012026.32633.1High-Resolution SfM Topography of Stromboli volcano (Italy), 26-27 May 2021dataset38.79 15.2138.8 15.21OTDS.122025.6340.1Digital Elevation Model of Crater Elegante, Sonora, Mexico, November 2022dataset31.83 -113.4131.86 -113.37OTDS.122025.32646.1Survey of Displaced Geomorphic Surfaces of the Mulei Fault, China 2024dataset43.64 89.5643.81 90.63OTDS.112025.32611.1Mobile lidar scans in the Mariposa Grove of Giant Sequoias, Californiadataset37.5 -119.6137.52 -119.59OTDS.102025.32644.3Jang La - Dhaulagiri SW fault (Western Nepal fault system) Survey, Oct 2021dataset28.75 82.9528.8 82.98OTDS.102025.32612.32025 Gad Valley Rock Glacier UAV Lidar Datadataset40.55 -111.6640.56 -111.66OTDS.102025.32612.22024 Gad Valley Rock Glacier UAV Lidar Datadataset40.55 -111.6640.56 -111.66OTDS.102025.32644.2Dhorpatan fault (Western Nepal fault system) Survey, October 2021dataset28.57 83.0228.57 83.03OTDS.102025.32612.12023 Gad Valley Rock Glacier UAV Lidar Datadataset40.55 -111.6640.56 -111.66OTDS.102025.32644.1Dhaulagiri Southwest fault (Western Nepal fault system) Survey, Oct 2021dataset28.65 83.0928.67 83.12OTDS.102025.32616.1Survey of Lions Den Gorge Bluff, Wisconsin, October 2023dataset43.34 -87.8943.35 -87.88OTDS.102025.32616.2Survey of Lions Den Gorge Bluff, Wisconsin, November 2022dataset43.34 -87.8943.35 -87.88OTDS.102025.32616.3Survey of Lions Den Gorge Bluff, Wisconsin, October 2022dataset43.34 -87.8943.35 -87.88OTDS.092025.32611.1High-Res SfM Topography of a Portion of the 2019 M7.1 Ridgecrest Rupturedataset35.64 -117.4835.65 -117.48OTDS.072025.32642.1Satellite stereo pointclouds of the Yasman and Vakhsh Valleys, Tajikistandataset39.08 70.5639.27 71.51OTDS.062025.32616.1Survey of Point Beach State Forest, Wisconsin, August 2021dataset44.2 -87.5144.21 -87.51OTDS.052025.32616.1Survey of Point Beach State Forest, Wisconsin, September 2023dataset44.2 -87.5144.21 -87.51OTDS.042025.32611.1Dawson Los Monos Canyon Reserve Pasture and Creek UAV LiDAR Survey, CA 2024dataset33.15 -117.2533.15 -117.25OTDS.032025.32633.1High-Resolution SfM Topography of Stromboli volcano (Italy), 08 May 2021dataset38.79 15.238.8 15.22OTDS.032025.32610.1UAV LiDAR Survey of RDM at Jack and Laura Dangermond Preserve, CA 2024dataset34.45 -120.4834.55 -120.38OTDS.022025.32611.1Topographic differencing spanning the 2025 Palisades and Eaton Fires, LAdataset34.0 -118.7134.26 -118.0OTDS.022025.32616.1Panola Mountain Research Watershed Outcrop Survey, Georgia, USA, July 2021dataset33.63 -84.1833.63 -84.17OTDS.012025.32633.1SfM Topography of Stromboli volcano (Italy), 04 July 2024 - crater terracedataset38.79 15.2138.8 15.21OTDS.122024.32611.2Guadalupe Island, Mexico, SfM survey of Cypress forest, June 2019dataset29.08 -118.3429.12 -118.3OTDS.122024.32611.1Guadalupe Island, Mexico, SfM survey of Cypress Forest, June 2016.dataset29.08 -118.3529.12 -118.3OTDS.112024.3154.1Drone lidar surveys of the Tintina Fault, Yukon, Canada, September 2023dataset63.98 -138.6364.02 -138.53OTDS.102024.32645.1Landscape Evolution of the Melamchi Valley, Nepal (2014-2024)dataset27.42 85.3828.28 85.85OTDS.092024.32633.5High-Resolution SfM Topography of Stromboli volcano (Italy), 07-08 Oct 2023dataset38.79 15.1938.81 15.22OTDS.092024.32633.4High-Resolution SfM Topography of Stromboli volcano (Italy), 22-23 May 2023dataset38.79 15.1938.81 15.22OTDS.092024.32633.3High-Resolution SfM Topography of Stromboli volcano (Italy), 15 Dec 2022dataset38.79 15.238.8 15.21OTDS.092024.32633.2High-Resolution SfM Topography of Stromboli volcano (Italy), 15 Oct 2022dataset38.79 15.1938.81 15.22OTDS.092024.32633.1High-Resolution SfM Topography of Stromboli volcano (Italy), 20 May 2022dataset38.79 15.238.81 15.22OTDS.082024.32644.2Survey of Displaced Geomorphic Surfaces of the Yamadu Fault, China 2022dataset43.56 81.6743.65 81.8OTDS.082024.32633.3High-Resolution SfM Topography of Stromboli volcano (Italy), 14 July 2024dataset38.79 15.1938.81 15.22OTDS.082024.32644.1High-resolution DSMs along the Tuoli fault, West Junggar, China 2021dataset45.58 82.9146.0 83.72OTDS.082024.32633.2High-Resolution SfM Topography of Stromboli volcano (Italy), 04 July 2024dataset38.79 15.1938.81 15.22OTDS.052021.6342.1McKittrick Canyon Reef Trail strat section, Guadalupe Mtns Nat. Park, TXdataset31.99 -104.7732.0 -104.76OTDS.082024.32633.1High-Resolution SfM Topography of Stromboli volcano (Italy), 24 May 2024dataset38.79 15.1938.81 15.22OTDS.072024.32645.1Survey of landslides triggered by the 2015 Gorkha Earthquake, Nepaldataset27.71 85.0328.2 86.03OTDS.072024.4326.1Quaternary surface ruptures surveyed with SfM, Panamint Valley, CAdataset36.01 -117.2936.04 -117.26OTDS.052024.2054.1Digital Surface Model of the Kruger-Malale Scarp, South Africa, June 2015dataset-22.41 30.47-22.32 31.03OTDS.042024.32644.1The active faults and anticline in the southern Bole Basin, China 2021dataset44.18 82.5644.45 82.81OTDS.042024.32643.1Surveys of Chon Aksu and Aksu Earthquake Scarps, Kyrgyzstan, 2022dataset42.79 77.3542.85 77.64OTDS.032024.32633.1Digital Terrain Model of the Idrija Fault in Northwest Slovenia, 2004dataset46.0 13.7746.14 14.01OTDS.032024.32637.1Digital Surface Model of Wadi-al-Akhdar Graben, Saudi Arabia, 2016dataset27.73 36.628.14 36.87OTDS.032024.32620.1Survey of Rio Caonillas at El Sofa, Puerto Rico, 2023dataset18.22 -66.6418.23 -66.64OTDS.032024.32620.2Survey of Rio Caonillas at Coabey, Puerto Rico, 2022dataset18.21 -66.5818.23 -66.57OTDS.032024.32620.3Survey of Rio Caonillas at El Sofa, Puerto Rico, 2022dataset18.22 -66.6418.23 -66.64OTDS.022024.32643.1Koman Fault scarp, central Alai Valley, Kyrgyzstan, August 2017dataset39.58 72.6339.6 72.66OTDS.122023.32649.1High Resolution Topography of Wutai Shan and Yingwang Shan, China, 2021dataset36.06 109.7738.91 113.23OTDS.022021.32643.2Almaty city, Kazakhstan, 2014 (derived from SPOT stereo imagery)dataset43.08 76.4843.47 77.18OTDS.112023.32644.1High Resolution Topography of the Alashak Monocline, northern Tian Shandataset44.33 82.4444.39 82.5OTDS.102023.2225.1Mattole Road Landslide, Humboldt Redwoods State Park, Weott, CAdataset40.33 -123.9640.36 -123.92OTDS.102023.32643.4Survey of a subtle scarp at Chon Kemin, Kyrgyzstan, July 2019dataset42.86 76.5942.87 76.6OTDS.102023.32643.3Survey of a prominent thrust scarp at Chon Kemin, Kyrgyzstan, July 2019dataset42.85 76.5742.86 76.58OTDS.102023.32608.1Drone lidar surveys of the Eastern Denali Fault, Yukon, Sep 2021 & Aug 2022dataset60.89 -139.4561.5 -138.15OTDS.102023.2955.1Drone lidar survey of the eastern shore of Columbia Lake, East Kootenaysdataset50.26 -115.8650.3 -115.84OTDS.102023.3157.2Drone lidar survey of the San Juan Fault, Vancouver Island, September 2022dataset48.61 -123.8848.63 -123.81OTDS.102023.32640.4Point clouds derived from satellite imagery, Turkmenistan, 2013-2014dataset38.49 55.8839.09 57.03OTDS.102023.32643.2Survey of scarps near the Lower Lake at Chon Aksu, Kyrgyzstan, July 2019dataset42.84 77.3842.84 77.4OTDS.102023.32643.1Survey of a scarp on a fan near Chon Aksu, Kyrgyzstan, July 2019dataset42.83 77.5142.84 77.52OTDS.102023.3157.1Drone lidar and SfM survey of the XEOLXELEK-Elk Lake Fault, May 2021dataset48.52 -123.3948.53 -123.39OTDS.102023.32640.3Point clouds derived from satellite imagery, Neyshabour, Iran, 2014dataset36.07 58.7336.38 59.1OTDS.102023.32640.2Point clouds derived from satellite imagery, Sabzevar, Iran, 2013-2014dataset36.18 56.9836.45 57.78OTDS.102023.32640.1Point clouds derived from satellite imagery, Esferayen, Iran, 2015dataset36.87 57.2737.2 57.89OTDS.092023.32643.1Survey of a reverse fault at Ala-Bash, Kyrgyzstan, 2022dataset42.12 76.4742.13 76.5OTDS.102023.32649.1Point clouds derived from satellite imagery, Weinan, China, 2013dataset34.41 109.5834.52 109.71OTDS.102023.6340.1UAV surveys of Yucaipa Ridge, CA, watersheds (2018) prior to El Dorado Firedataset34.06 -116.9834.09 -116.93OTDS.102023.6340.2UAV surveys of Yucaipa Ridge, CA catchments after the 2020 El Dorado Firedataset34.06 -116.9834.09 -116.93OTDS.092023.32649.1Point clouds derived from satellite imagery, Huaxian, China, 2013-2022dataset34.34 109.1534.59 110.03OTDS.052021.32633.1SfM DSMs of Stromboli volcano (Italy) collected by UAS surveys (2018-2020)dataset38.79 15.2138.8 15.22OTDS.092023.32638.1Point clouds derived from satellite imagery, Salyan, Azerbaijian, 2021dataset39.46 48.6840.43 49.18OTDS.092023.32638.2Survey of the Salyan region, Azerbaijan 2022dataset39.59 49.0639.59 49.07OTDS.092023.32635.1Point clouds derived from satellite imagery, Corinth, Greece, 2022dataset37.86 22.8537.99 23.05OTDS.082023.32643.7Point clouds derived from satellite imagery, Naryn, Kyrgyzstan, 2018dataset41.38 75.9141.51 76.4OTDS.082023.32643.4Survey of the range front fault in Karakudzhur, Kyrgyzstan, 2018dataset41.94 76.1841.95 76.24OTDS.082023.32643.6Point clouds derived from satellite imagery, Karakudzhur, Kyrgyzstan, 2018dataset41.9 75.7142.01 76.36OTDS.082023.32643.5Point clouds derived from satellite imagery, At-Bashi, Kyrgyzstan, 2018dataset41.22 76.0241.31 76.38OTDS.082023.32644.2Survey of the Shonzhy region, Kazakhstan, 2015dataset43.54 79.4143.55 79.43OTDS.082023.32640.1Point clouds derived from satellite imagery, Tabas, Iran, 2014dataset33.07 56.8533.76 57.44OTDS.082023.32643.3Survey of the fault traces in the NW of Issyk-Kul, Kyrgyzstan, 2017 & 2018dataset42.41 75.8842.67 76.45OTDS.082023.32643.2Survey of the fault scarps in At-Bashi, Kyrgyzstan, 2017 and 2018dataset41.19 76.1641.27 76.44OTDS.082023.32643.1Survey of the Naryn Valley, Kyrgyzstan, 2017 and 2018dataset41.46 76.2341.58 76.48OTDS.072023.32641.1Point clouds derived from satellite imagery, Ugam-Chatkal, Uzbekistan 2015dataset41.77 70.3941.97 70.67OTDS.062023.32719.1Survey of Chinchilla fault scarp, Chuculay fault system, Chile, July 2018dataset-21.1 -69.84-21.09 -69.8OTDS.082023.32646.1Point clouds derived from satellite imagery in Changma, China, 2015dataset39.47 96.6639.88 97.82OTDS.062023.32644.4Point clouds derived from satellite imagery, NE Zaisan, Kazakhstan, 2019dataset48.14 84.5248.43 85.68OTDS.062023.32644.3Point clouds derived from satellite imagery, Tacheng, China, 2019dataset46.74 83.846.91 84.57OTDS.082023.32644.1Survey 2 of the petroglyph scarps on NW of Ili Basin, Kazakhstan, July 2014dataset44.34 79.1744.38 79.32OTDS.062023.32644.1Survey of the concentric scarps, Dzhungarian Fault, Kazakhstan, July 2019dataset45.89 81.4245.89 81.42OTDS.052023.32644.3Survey of the Sarkand range front fault, Kazakhstan, 2014dataset45.39 79.4245.39 79.45OTDS.052023.4326.3Point clouds derived from satellite imagery, Jajarm, Iran, 2017dataset37.01 55.9437.19 56.37OTDS.052023.32640.1Point clouds derived from satellite imagery, Dasht-e-Bayaz Fault, Iran,2015dataset33.98 58.5934.1 59.89OTDS.052023.4326.2Point clouds derived from satellite imagery, Luoshan Fault, China, 2014dataset37.14 106.2737.34 106.38OTDS.062023.32644.2Survey 1 of the petroglyph scarps on NW of Ili Basin, Kazakhstan, July 2014dataset44.34 78.9744.35 78.98OTDS.052023.32644.2Survey of the Karkara range front fault, Kazakhstan, 2014dataset42.74 79.3242.76 79.35OTDS.052023.32644.1Point clouds derived from satellite imagery, Karkara, Kazakhstan, 2014dataset42.71 78.9742.8 79.4OTDS.052023.4326.1Point clouds derived from satellite imagery, Suusamyr, Kyrgyzstan 2015dataset42.14 73.2442.26 73.81OTDS.042023.6346.1Virginia Tech StREAM Lab Winter 2021 Drone Lidar Surveydataset37.2 -80.4537.21 -80.44OTDS.012023.32108.1DEMs and Orthomosaics of Hydrothermal Sites in the Central NV Seismic Beltdataset39.95 -117.9340.41 -117.6OTDS.122022.32610.1San Felipe Ranch Fenceline MLS, CA 2022dataset37.28 -121.6837.28 -121.68OTDS.112022.32639.1Surveys of Kura Frontal Thrust, Azerbaijan, 2022dataset40.55 48.2340.58 48.43OTDS.102022.32610.1Bigelow Hills, Yolo County, northern California, July 2021dataset38.5 -121.9938.52 -121.98OTDS.082022.4545.1High-resolution Topography of Sertengshan Piedmont Fault, Northern Chinadataset40.92 107.3141.32 109.92OTDS.072022.32615.1Survey of Gloss Mountain State Park, Oklahoma, November 7 2021dataset36.36 -98.5836.37 -98.57OTDS.062022.32611.22018 Sky Valley, Structure from Motion data along the southern SAFdataset33.87 -116.3733.88 -116.36OTDS.062022.4083.12021 Cumbre Vieja volcano eruption (La Palma, Spain) SfM DSM, Sep 2021dataset28.61 -17.9128.62 -17.86OTDS.062022.32611.12021 Durmid Hill, Structure from Motion data along the sSAFdataset33.41 -115.8133.42 -115.79OTDS.062022.4326.12021 Biskra Palms, Structure from Motion data along the sSAFdataset33.77 -116.2333.77 -116.22OTDS.052022.32633.1Survey of the Mt Porche fault, Central Apennines, Italy, June 2018dataset42.88 13.2242.89 13.23OTDS.042022.32719.1Survey of the Purgatorio Fault, South Peru: Zone 1, March 2020dataset-17.48 -70.62-17.46 -70.57OTDS.032024.32643.1Survey of the 2008 Nura earthquake surface rupture, Kyrgyzstan, 2018dataset39.6 73.839.64 73.85OTDS.042022.32644.1Point clouds derived from satellite imagery, Dzhungarian Faultdataset44.4 80.7946.15 83.14OTDS.032022.32644.3Survey of the pull-apart basin, Dzhungarian Fault, Kazakhstan, July 2019dataset45.75 81.6545.76 81.67OTDS.032022.32644.4Survey of the Rygayty River, the Dzhungarian Fault, Kazakhstan, July 2019dataset45.67 81.8945.68 81.91OTDS.032022.4326.1Survey of the Tentek River, Dzhungarian Fault, Kazakhstan, July 2019dataset45.98 81.0545.98 81.06OTDS.032022.4083.12021 Cumbre Vieja volcano eruption (La Palma, Spain) SfM DSM, Jan 2022dataset28.6 -17.9328.63 -17.86OTDS.032022.32644.2High Resolution Topography of the Lagtan Anticlinedataset44.27 82.5844.32 82.63OTDS.032022.32644.1High Resolution Topography of the Jinghenan Faultdataset44.4 82.8944.43 82.95OTDS.082025.4326.12021 ZigZag Landslide Reconnaissance, Morgan County, Utahdataset41.21 -111.8541.22 -111.85OTDS.122021.4326.32021 Waste Dump Landslide Reconnaissance, Morgan County, Utahdataset41.21 -111.8141.21 -111.81OTDS.122021.4326.22021 HeaveHo Landslide Reconnaissance, Weber County, Utahdataset41.21 -111.8441.21 -111.84OTDS.122021.4326.12020 HeaveHo Landslide Reconnaissance, Weber County, Utahdataset41.21 -111.8441.21 -111.84OTDS.112021.32633.1Survey of Selmun promontory, northern Malta, 2021dataset35.97 14.3835.97 14.39OTDS.112021.4326.3Survey of Kilcris, Isle of Skye, 2021dataset57.18 -5.9657.22 -5.92OTDS.112021.32648.1Xinmo pre/post landslide, Szechuan, China, 2012/13 and 2017, SETSM DEMsdataset32.06 103.6332.09 103.68OTDS.112021.4326.22020 ZigZag Landslide Reconnaissance, Morgan County, Utahdataset41.21 -111.8541.22 -111.85OTDS.112021.32647.1Sinabung Volcano (Indonesia), June 20, 2018dataset3.14 98.393.18 98.43OTDS.112021.32604.1Wainiha Valley, HI, USA, 2012, SETSM DEM derived from WV imagerydataset22.11 -159.622.2 -159.52OTDS.112021.32611.2Coyote Mountains CA, USA, 2016, SETSM DEM derived from WV imagerydataset32.81 -116.1632.84 -116.09OTDS.112021.32611.1Carrizo Plains CA, USA, 2012, SETSM DEM derived from WV imagerydataset35.25 -119.8635.3 -119.81OTDS.112021.32613.1Boulder Creek CO, USA, 2009, SETSM DEM derived from WV imagerydataset40.0 -105.3740.03 -105.33OTDS.112021.4326.4Survey of fault south of Song Kul, Kyrgyzstan, 2021dataset41.73 75.3841.74 75.43OTDS.092021.32643.1Bishkek city, Kazakhstan, 2013 (derived from Pleiades tristereo imagery)dataset42.79 74.4642.94 74.71OTDS.082021.32643.1Pamir Frontal Thrust, central segment, trench site T5: Kyrgyzstan, 2018dataset39.51 72.7639.52 72.79OTDS.082021.32643.2Pamir Frontal Thrust, central segment, trench site T3: Kyrgyzstan, 2018dataset39.48 72.5239.48 72.53OTDS.082021.32643.3Pamir Frontal Thrust, central segment, trench site T2: Kyrgyzstan 2017dataset39.47 72.539.48 72.51OTDS.082021.32643.4Pamir Frontal Thrust, central segment, trench site T1: Kyrgyzstan 2017dataset39.47 72.539.48 72.5OTDS.072021.32616.1Ray Site Jackson County Indiana Tree Uprooting, December 2018dataset38.8 -86.2538.82 -86.23OTDS.062021.32613.1Survey of Skyline Drive Area, Cañon City, Colorado, April 2021dataset38.46 -105.2538.47 -105.25OTDS.072021.32613.1Survey of Grape Creek Entrance Area, Cañon City, Colorado, March 2021dataset38.42 -105.2838.43 -105.26OTDS.062021.32616.1Survey of Point Beach, Wisconsin, September 2020dataset44.2 -87.5144.21 -87.51OTDS.042021.32719.1Survey of the Incapuquio Fault, South Peru: Tauja Zone 2018dataset-17.59 -70.16-17.56 -70.11OTDS.042021.32719.2Survey of the Incapuquio Fault, South Peru: Santa Elena Zone 2018dataset-17.71 -69.9-17.69 -69.84OTDS.042021.32719.3Survey of the Incapuquio Fault, South Peru: Chintari Zone 2018dataset-17.44 -70.41-17.42 -70.38OTDS.052021.26911.1Steep Headwater-Colluvial Channels, Day Creek, San Gabriel Mountains CA, USdataset34.22 -117.5734.23 -117.57OTDS.032021.4326.3High Resolution Topography of the Bolokenu-Aqikekuduk (Dzhungarian) Faultdataset44.46 83.0244.5 83.07OTDS.032021.4326.1Srednja Kanomlja trench site, Idrija Fault, Sloveniadataset46.02 13.9746.02 13.98OTDS.032021.4326.2Banjšice trench site, Predjama Fault, Sloveniadataset46.06 13.7246.06 13.73OTDS.032021.28354.1Decadal DSMs of Apollo Bay, Victoria, Australia, 1946, 66, 71, 77 and 86dataset-38.8 143.63-38.7 143.72OTDS.022021.32719.2Survey over Santiago, Chile from 2014 SPOT imagerydataset-33.69 -70.84-33.29 -70.39OTDS.022021.32643.3Almaty city, Kazakhstan, 2017, derived from Pleiades tristereo imagerydataset43.17 76.7843.3 77.03OTDS.012021.26911.12010 Airborne Lidar Data for Pahrump, Nye County, Nevadadataset36.0 -116.1636.32 -115.85OTDS.012021.26912.1SfM DSM of the Drum Mountains fault scarps, Millard County, Utahdataset39.25 -113.0339.6 -112.85OTDS.012021.32733.1Hebron Fault, Namibia, February 2017dataset-24.79 15.8-24.48 16.14OTDS.022021.32643.1Almaty city, Kazakhstan, 2014 (derived from Pleiades stereo imagery)dataset43.13 76.6843.33 77.14OTDS.122020.6340.2Survey of Northern Warm Springs Valley Fault, Doyle , CA, Nov 2020dataset40.12 -120.140.14 -120.06OTDS.122020.6340.1Survey of Segment of 1872 Owens Valley Rupture near Klondike Lake, CA 2020dataset37.2 -118.3237.21 -118.31OTDS.102020.4326.7Chilik Fault windgap and slip rate site: Kazakhstan, 2016dataset43.24 78.2343.24 78.24OTDS.102020.26913.1Poudre River at Sheep Draw SfM Greeley, CO June 2020dataset40.44 -104.7840.45 -104.77OTDS.102020.4326.6Dzhungarian Fault trench site 1: Kazakhstan, 2016dataset45.97 81.1845.98 81.21OTDS.102020.4326.5Dzhungarian Fault slip rate site “Bear River”: Kazakhstan, 2015dataset45.9 81.3745.91 81.38OTDS.102020.4326.4Dzhungarian Fault slip rate site: Kazakhstan, 2016dataset45.99 81.1446.0 81.15OTDS.102020.4326.3Chilik Fault trench site 1: Kazakhstan, 2016dataset43.3 78.3743.31 78.39OTDS.102020.4326.2Chilik Fault trench site 2: Kazakhstan, 2016dataset43.21 78.1743.22 78.18OTDS.102020.4326.1High Resolution Topography of the Kashihe Fault, northern Tian Shandataset43.72 81.0344.31 83.59OTDS.092020.32715.4Sierra Negra Volcano (TIR Flight 3): Galápagos, Ecuador, October 22 2018dataset-0.79 -91.12-0.78 -91.11OTDS.092020.32715.3Sierra Negra Volcano (TIR Flight 2): Galápagos, Ecuador, October 22 2018dataset-0.79 -91.12-0.78 -91.11OTDS.092020.32715.2Sierra Negra Volcano (TIR Flight 1): Galápagos, Ecuador, October 22 2018dataset-0.79 -91.12-0.78 -91.11OTDS.092020.32715.1Sierra Negra Volcano (Visual): Galápagos, Ecuador, October 22 2018dataset-0.79 -91.12-0.78 -91.11OTDS.092020.4269.12019 Cable Mountain Rockfall, Zion National Park, Utahdataset37.26 -112.9437.27 -112.93OTDS.082020.26912.12015 Parkway Drive Landslide, North Salt Lake, Utahdataset40.83 -111.940.83 -111.9OTDS.072020.26911.2Bedrock cliffs in the San Gabriel and San Jacinto Mountains, Californiadataset33.82 -117.6434.23 -116.64OTDS.072020.26911.1Pine Grove Hills Fault Zone, Nevada 2018dataset38.72 -119.138.74 -119.09OTDS.062020.32648.1High Resolution Topography of West Helanshan Fault, Northern China 2018dataset38.42 105.6438.87 105.78OTDS.122019.4326.72019 Waste Dump Landslide Reconnaissance, Morgan County, Utahdataset41.21 -111.8141.21 -111.8OTDS.062020.32611.1Quaternary Surface Ruptures along Panamint Valley Fault, CA, April-May 2018dataset35.9 -117.2236.01 -117.18OTDS.062020.32645.1The topography data of Kumysh Fault, eastern Tian Shan, China 2014dataset42.18 87.742.39 88.22OTDS.062020.32616.1Survey of Warnimont Bluff, Wisconsin, February 2020dataset42.94 -87.8542.94 -87.84OTDS.022021.32719.1Survey of the San Ramon Fault, Santiago, Chile with 2016 Pleiades imagerydataset-33.65 -70.57-33.31 -70.49OTDS.122019.4326.82019 ZigZag Landslide Reconnaissance, Morgan County, Utahdataset41.21 -111.8541.22 -111.85OTDS.042020.32611.1Painted Canyon, Southern San Andreas Faultdataset33.61 -116.0133.61 -116.0OTDS.052020.32632.1Survey of the fluxsite in Muntetschinig, South Tyrol (IT), September 2015dataset46.68 10.5846.69 10.59OTDS.042020.4326.12019 Ridgecrest, CA M6.4 Earthquake structure from motion data (off base)dataset35.63 -117.5635.65 -117.53OTDS.022020.32643.1SfM data of the Kongur normal fault (Qimugan site), Pamir, China, Aug. 2018dataset39.08 74.5839.1 74.6OTDS.022020.4326.12019 Ridgecrest, CA M7.1 Earthquake structure from motion data (off base)dataset35.57 -117.3935.59 -117.37OTDS.022020.32616.5Survey of Ozaukee South Beach Bluff, Wisconsin, July 2019dataset43.37 -87.8843.38 -87.87OTDS.022020.32616.3Survey of Warnimont Bluff, Wisconsin, December 2018dataset42.94 -87.8542.94 -87.84OTDS.022020.32616.4Survey of Warnimont Bluff, Wisconsin, June 2019dataset42.94 -87.8542.94 -87.84OTDS.122019.4326.62019 Little Cottonwood Canyon, Tanners Gulch Debris Flow Recon, Utahdataset40.57 -111.740.58 -111.7OTDS.022020.21781.1Rockwalls, Lauterbrunnen Valley, Bernese Oberland, Switzerland, April 2012dataset44.89 -0.1744.89 -0.16OTDS.022020.32616.2Survey of Warnimont Bluff, Wisconsin, November 2019dataset42.94 -87.8542.94 -87.84OTDS.022020.32616.1Survey of Warnimont Bluff, Wisconsin, December 2019dataset42.94 -87.8542.94 -87.84OTDS.012020.4326.1Geomorpho90m - Global High-Resolution Geomorphometric Layersdataset-55.0 -180.085.0 180.0OTDS.012020.26916.1East Fork White River Chute Cutoff with UAS (ESPL), Indiana, 2018dataset38.77 -86.2238.78 -86.2OTDS.122019.4326.1Suusamyr Basin, Chet Korumdy ridge ruptures, Kyrgyzstandataset42.2 73.5642.21 73.58OTDS.122019.32643.1Suusamyr Basin, Chet-Korumdy ridge trench site, Kyrgyzstandataset42.21 73.5542.21 73.56OTDS.122019.4326.2Suusamyr Basin, Cholgondysai fault segment, Kyrgyzstandataset42.16 73.2642.16 73.27OTDS.122019.32643.2Suusamyr Basin, Dzhalpaksu River (east), Kyrgyzstandataset42.16 73.3642.16 73.36OTDS.122019.4326.3Suusamyr Basin, Dzhalpaksu River (west), Kyrgyzstandataset42.16 73.3442.17 73.35OTDS.122019.32643.3Suusamyr Basin, eastern 1992 surface ruptures, Kyrgyzstandataset42.2 73.6642.21 73.67OTDS.122019.4326.4Fault scarp near Ili Basin, Shonzhy, Kazakhstandataset43.54 79.4143.55 79.43OTDS.122019.4326.5Thrust fault NE of Suusamyr, Suusamyr Basin, Kyrgyzstandataset42.31 73.9942.31 74.02OTDS.122019.32643.4Fault scarp near Turabulak, Suusamyr Basin, Kyrgyzstandataset42.2 73.4742.2 73.48OTDS.042020.32632.1IT-Ren, Fluxnet sitedataset46.59 11.4346.59 11.43OTDS.112019.32631.1Photogrammetric point cloud of La Rouviere fault, Francedataset44.48 4.6144.56 4.71OTDS.112019.32616.1Survey of Ozaukee South Beach Bluff, Wisconsin, May 2018dataset43.37 -87.8843.38 -87.87OTDS.112019.32618.1Lava Flow Time Series Experiment, Syracuse, NYdataset43.03 -76.1343.03 -76.13OTDS.102019.32616.1Survey of Kewaunee (Site1) Bluff, Wisconsin, July 2018dataset44.41 -87.5144.42 -87.51OTDS.102019.32722.1Garopaba Dune Field, Santa Catarina State, Brazil. TLS point clouddataset-28.01 -48.64-28.0 -48.63OTDS.092019.4326.22018 ZigZag Landslide Reconnaissance, Morgan County, Utahdataset41.21 -111.8541.22 -111.85OTDS.092019.4326.12018 Waste Dump Landslide Reconnaissance, Morgan County, Utahdataset41.21 -111.8141.21 -111.81OTDS.082019.32616.1Survey of Sheboygan Bluff, Wisconsin, Sept 2018dataset43.82 -87.7343.82 -87.73OTDS.082019.32616.2Survey of Sheboygan Bluff, Wisconsin, May 2018dataset43.82 -87.7343.82 -87.73OTDS.082019.32749.1LUSI Mud Volcano: East Java Indonesia, July 1, 2018dataset-7.53 112.7-7.52 112.72OTDS.082019.32633.2Stromboli Volcano (Vent area only): Italy, September 12, 2018dataset38.79 15.238.8 15.22OTDS.082019.32633.1Stromboli Volcano (Vents & Sciara del Fuoco): Italy, September 10, 2018dataset38.79 15.1938.81 15.23OTDS.082019.32723.2Lagoinha Landslide, São Paulo State, Brazil. TLS point clouddataset-23.05 -45.01-23.04 -45.0OTDS.082019.32723.1Lagoinha Landslide, São Paulo State, Brazil. SfM-MVS point clouddataset-23.04 -45.01-23.04 -45.01OTDS.072019.32722.1Garopaba Dune Field, Santa Catarina State, Brazil. SfM-MVS point clouddataset-28.01 -48.64-28.0 -48.63OTDS.072019.4326.1Yasur Volcano Crater DEM, Republic of Vanuatu, Oct 2016dataset-19.53 169.44-19.52 169.45OTDS.092019.32616.1Survey of Sheboygan Bluff, Wisconsin, May 2019dataset43.82 -87.7343.82 -87.73OTDS.062019.32736.1Bilila-Mtakataka Fault - Kasinge Segmentdataset-14.73 34.62-14.53 34.81OTDS.062019.32633.1Mt Vettore Fault, Forca di Presta Site, Hope Trenchdataset42.78 13.2642.78 13.26OTDS.062019.32633.2Mt Vettore Fault, San Lorenzo Site, Matthew Trenchdataset42.85 13.2142.86 13.22OTDS.062019.32633.3Mt Vettore Fault, San Lorenzo Site, Curly Trenchdataset42.85 13.2142.85 13.21OTDS.062019.32736.2Bilila-Mtakataka Fault - Mua Segmentdataset-14.3 34.43-14.08 34.55OTDS.052019.32616.1Sheboygan WI Bluff Survey: December 2018dataset43.82 -87.7343.82 -87.73OTDS.042019.32647.4Sinabung Volcano Model 4: Indonesia, September 2014dataset3.15 98.393.18 98.42OTDS.042019.32647.3Sinabung Volcano Model 3: Indonesia, September 2014dataset3.15 98.393.18 98.42OTDS.042019.32647.2Sinabung Volcano Model 2: Indonesia, September 2014dataset3.15 98.393.17 98.42OTDS.042019.32647.1Sinabung Volcano Model 1: Indonesia, September 2014dataset3.15 98.393.18 98.42OTDS.032019.4326.4Almaty range front fault, Koram site, Kazakhstandataset43.49 78.1343.49 78.15OTDS.032019.4326.1Almaty range front fault, Akterek site 2, Kazakhstandataset43.22 75.6143.23 75.62OTDS.032019.4326.2Almaty range front fault, Akterek site 1, Kazakhstandataset43.21 75.5743.22 75.58OTDS.032019.4326.3Almaty range front fault, Rahat site, Kazakhstandataset43.36 77.3743.37 77.38OTDS.022019.32616.2Caracol/Chiquibul Belize Lidardataset16.7 -89.1417.27 -88.9OTDS.022019.32616.1TEAM lidar data over La Selva, Costa Rica 2009dataset10.34 -84.1110.5 -83.95OTDS.022019.4326.1Mirror Fault, Dixie Valley, Nevadadataset39.95 -117.9439.95 -117.94OTDS.022019.4326.2Pleasant Valley Fault Scarp, Tobin Range, Nevadadataset40.28 -117.6440.29 -117.63OTDS.022019.32637.4Digital Elevation Model of Urji (west side of Corbetti volcano), Ethiopiadataset7.11 38.297.27 38.44OTDS.022019.32637.6Digital Elevation Model of Dabbahu volcano, Ethiopia (Part 2 of 2)dataset12.46 40.3812.61 40.65OTDS.022019.32637.5Digital Elevation Model of Dabbahu volcano, Ethiopia (Part 1 of 2)dataset12.61 40.3812.77 40.65OTDS.022019.32637.3Digital Elevation Model of Chabbi (east side of Corbetti volcano), Ethiopiadataset7.11 38.387.26 38.51OTDS.022019.32637.2Digital Elevation Model of Gedemsa volcano, Ethiopiadataset8.28 39.098.42 39.27OTDS.022019.32637.1Digital Elevation Model of Fentale volcano, Ethiopiadataset8.91 39.839.04 39.98OTDS.022019.32633.12016 Norcia Earthquake (Italy), Mt Bove Fault - Post-earthquakedataset42.91 13.1742.91 13.18OTDS.012019.32633.12016 Norcia Earthquake (Italy), Mt Bove Fault - Pre-earthquakedataset42.91 13.1742.91 13.18OTDS.012019.32611.1Clear Creek, Idaho post-fire debris flow erosiondataset44.21 -115.4844.22 -115.47OTDS.112018.32635.12012 Santorini, Greece LiDAR dataset EU-12-12-137dataset36.39 25.3736.42 25.42OTDS.102018.32633.12018 Faraglione, Vulcano Island, Sicily, Italy (simple demo)dataset38.41 14.9638.42 14.96OTDS.102018.32637.1Photogrammetric model of a portion of the Lee Adoyta Basin, Afar, Ethiopiadataset11.36 40.8611.36 40.86OTDS.102018.32611.2Galway Lake Road, Emerson Fault, CAdataset34.54 -116.5634.54 -116.55OTDS.102018.32611.1Washington Street site, Banning strand, southern San Andreas Fault, CAdataset33.81 -116.3133.82 -116.31OT.072026.2056.1Switzerland 50 Centimeter Digital Elevation Modelsdataset45.72 5.9547.82 10.5OT.012021.4269.1USGS 1/3 arc-second Digital Elevation Modeldataset-15.0 -174.072.0 164.0OTDS.072026.32616.9UAV Lidar Survey near Rio Tambor, Guatemala, January 2024dataset14.91 -89.8314.94 -89.81OTDS.072026.32616.8UAV Lidar Survey near Gualan, Guatemala, January 2024dataset15.11 -89.3415.14 -89.31