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| Dataset Name | Area (km2) | No lidar Returns | |
|---|---|---|---|
| 1 | Interpreting Fluvial Processes from Channel-Belt Deposits, Utah 2018 | 58.2 | 681,872,513 |
| 2 | Agua Blanca Fault, Baja California, Mexico. | 76.3 | 531,697,055 |
| 3 | High Resolution Topography over Gabilan Mesa, CA 2003 | 60.1 | 203,565,449 |
| 4 | Topographic Data Set: Klamath River, California 2018 | 291.6 | 35,110,039,955 |
| 5 | High Resolution Topography near Santa Cruz, CA 2017 | 44.5 | 2,167,891,432 |
| 6 | Palmerston North, Manawatu-Whanganui, New Zealand 2018 | 445.1 | 9,913,889,802 |
| 7 | Christchurch and Ashley River, Canterbury, New Zealand 2018 | 663.3 | 3,903,902,999 |
| 8 | Huntly, Waikato, New Zealand 2015-2019 | 518.0 | 3,461,743,550 |
| 9 | 2019 Ridgecrest, CA Post-Earthquake Lidar Collection | 274.5 | 8,396,936,044 |
| 10 | Auckland South, New Zealand 2016 | 2135.6 | 29,468,725,690 |
| 11 | Lake Isabella Lidar Collection, CA 2015 | 58.9 | 682,812,530 |
| 12 | Kern Canyon Lidar Collection, CA 2008 | 439.0 | 3,633,805,772 |
| 13 | Whangarei Heads, Northland, New Zealand 2016 | 65.0 | 246,220,081 |
| 14 | Thames, Waikato, New Zealand 2017 | 145.3 | 789,724,790 |
| 15 | Lidar Transects along Yucatan Peninsula and San Gervasio, Mexico | 438.7 | 18,357,188,974 |
| 16 | Reporoa and Upper Piako River, Waikato, New Zealand 2019 | 484.9 | 2,958,200,956 |
| 17 | Paleo-Outburst Floods in the Truckee River Canyon, CA | 93.0 | 781,516,176 |
| 18 | Alteration of Groundwater Flow due to Slow Landslide Failure, CA | 37.8 | 659,768,327 |
| 19 | High Resolution Topography of House Range Fault, Utah | 5.1 | 1,969,193,386 |
| 20 | 2019 Ridgecrest, CA: Trona-Argus Area - Post-Earthquake Lidar | 19.2 | 522,253,082 |
| 21 | Ecosystem Structure in Hetereogeneous Restored Wetlands, CA 2018 | 62.3 | 1,172,899,850 |
| 22 | Point Classification for Hazard Applications: Mammoth Lakes, CA | 24.2 | 207,549,295 |
| 23 | Control of steepland landscape morphology in Idaho Batholith | 72.8 | 958,304,852 |
| 24 | Mapping the PUUC Region, Campeche, Mexico | 237.8 | 9,249,003,221 |
| 25 | Mapping the Kaibab Plateau, AZ | 1882.3 | 28,843,802,804 |
| 26 | Lost River Fault Zone Near Borah Peak, Idaho | 11.3 | 6,511,610,046 |
| 27 | High Resolution Mapping of Antelope Valley Ranch, CA. | 27.6 | 1,727,911,325 |
| 28 | Marlborough, New Zealand 2018 | 698.8 | 7,635,910,269 |
| 29 | High-Resolution Mapping of Goat Rock Volcano, WA | 67.6 | 426,486,941 |
| 30 | Manawatu - Whanganui, New Zealand 2015 | 2349.2 | 8,015,017,562 |
| 31 | Erosion and sedimentation within the Kern River Canyon, CA | 252.0 | 5,876,132,749 |
| 32 | Quantifying rock strength controls in Guadalupe Mountains, NM/TX | 62.7 | 928,427,808 |
| 33 | 3D Landscape Reconstruction and Land Use Modeling, Chaco Canyon, NM 2016 | 544.9 | 13,871,469,971 |
| 34 | Canterbury, New Zealand 2016 | 2199.2 | 7,570,497,656 |
| 35 | Mapping of Displacements Near Parkfield, California | 79.8 | 894,919,227 |
| 36 | Mapping of San Gabriel Mountains, CA 2009 Fire | 411.1 | 1,806,050,828 |
| 37 | 2015-2017 State of Utah Lidar Acquisition | 12904.0 | 99,507,733,293 |
| 38 | Otago, New Zealand 2016 | 1963.4 | 5,265,575,025 |
| 39 | Queenstown, Otago, New Zealand 2016 | 319.2 | 1,863,510,051 |
| 40 | Mackenzie, Canterbury, New Zealand 2015 | 809.6 | 1,050,244,397 |
| 41 | Eagle Creek Fire Area in the Columbia River Gorge, Oregon | 309.0 | 3,578,074,819 |
| 42 | Golden Bay, Tasman, New Zealand 2017 | 715.7 | 6,824,796,206 |
| 43 | Richmond and Motueka, Tasman, New Zealand 2015 | 332.9 | 1,242,312,026 |
| 44 | Abel Tasman and Golden Bay, Tasman, New Zealand 2016 | 336.5 | 3,083,346,810 |
| 45 | Blenheim, Marlborough, New Zealand 2014 | 404.7 | 1,090,694,603 |
| 46 | Reynolds Creek Critical Zone Observatory 2015 Post-Soda Fire Lidar | 150.0 | 2,542,567,140 |
| 47 | Kilauea Volcano, HI July 2018 Acquisition | 122.4 | 2,170,242,662 |
| 48 | Kilauea Volcano, HI June 2018 Acquisition | 105.0 | 10,701,651,765 |
| 49 | Mapping of Diamond Fork River, UT 2017 | 118.8 | 1,407,395,278 |
| 50 | Distribution and Legacy of Large Landslides, San Gabriel Mountains, CA 2017 | 71.6 | 291,376,963 |
| 51 | Mapping of Hydrothermal Explosion Craters in Yellowstone N.P., WY 2017 | 68.9 | 1,475,173,789 |
| 52 | Characterizing Forest Structure Changes and Effects on Snowpack, AZ 2017 | 89.7 | 613,760,144 |
| 53 | Photogrammetric model of the Tecolote Volcano, Sonora, Mexico | 1.8 | 562,820,712 |
| 54 | Post-Kumamoto Earthquake (16 April 2016) Rupture Lidar Scan | 95.8 | 428,107,709 |
| 55 | Pre-Kumamoto Earthquake (16 April 2016) Rupture Lidar Scan | 151.6 | 445,369,382 |
| 56 | Very High Resolution Airborne Lidar at Strathalbyn in Queensland, Australia | 4.2 | 459,842,944 |
| 57 | 2016 Solana Beach, CA Bluff Characterization Survey | <1 | 982,678,631 |
| 58 | Wellington Fault, NZ 2010 | 8.6 | 39,417,383 |
| 59 | Hope Fault, NZ 2010 | 40.9 | 91,308,046 |
| 60 | Slip transfer through the Eastern Transverse Ranges, CA 2017 | 64.0 | 631,047,182 |
| 61 | Fault geometry on the Mission Creek-Mill Creek faults, CA 2017 | 63.6 | 403,091,828 |
| 62 | Topographic stress controls, San Bernardino Mountains, CA 2017 | 62.0 | 642,349,035 |
| 63 | B4 Project - Southern San Andreas and San Jacinto Faults - Classified Lidar | 1906.0 | 5,681,610,713 |
| 64 | Trinity River, Texas 2015 | 387.0 | 8,261,334,273 |
| 65 | 2013 Balochistan earthquake, Pakistan | 1280.0 | 1,821,390,716 |
| 66 | Austin, TX, Rapid Response, 2015 | 195.9 | 2,489,104,221 |
| 67 | Walker Fault System, Nevada, 2015 | 657.0 | 4,777,586,187 |
| 68 | Straight Cliffs Formation, South-Central Utah, 2016 | 65.3 | 1,194,746,581 |
| 69 | Illinois River, OR, Coast Ranges, 2016 | 90.5 | 1,033,399,485 |
| 70 | San Rafael River, Castle Dale, Utah, 2016 | 55.3 | 505,620,572 |
| 71 | San Bernardino Mountains, CA 2016 | 147.3 | 658,197,815 |
| 72 | Laytonville, CA lidar 2015 | 77.9 | 1,494,546,347 |
| 73 | Northern Rockies, Montana lidar 2016 | 99.4 | 1,210,671,221 |
| 74 | Slumgullion Landslide, Colorado (July 10, 2015) | 16.5 | 261,683,169 |
| 75 | Slumgullion Landslide, Colorado (July 7, 2015) | 17.4 | 274,577,662 |
| 76 | Slumgullion Landslide, Colorado (July 3, 2015) | 15.2 | 264,163,159 |
| 77 | West Coast and Hauraki Plains, Waikato, New Zealand 2015 | 210.3 | 589,562,263 |
| 78 | Powder River, MT 2016 | 97.7 | 1,442,721,432 |
| 79 | Wellington, New Zealand 2013 | 9012.7 | 52,429,955,958 |
| 80 | Eel River Critical Zone Observatory July 2014 Lidar Survey (1064 nm) | 535.5 | 1,155,295,823 |
| 81 | Eel River Critical Zone Observatory July 2014 Lidar Survey (532 nm) | 420.8 | 3,750,522,173 |
| 82 | Eel River Critical Zone Observatory July 2014 Lidar Survey (1064 nm/Angelo) | 57.3 | 822,046,581 |
| 83 | Hurunui Rivers, Canterbury, New Zealand 2013 | 474.0 | 720,325,899 |
| 84 | Inyo Domes, CA lidar 2016 | 56.9 | 657,954,171 |
| 85 | 2014 USFS Tahoe National Forest Lidar | 3292.1 | 29,385,789,123 |
| 86 | 2013 USFS Tahoe National Forest Lidar | 2197.4 | 25,501,709,558 |
| 87 | Christchurch and Selwyn, Canterbury, New Zealand 2015 | 1512.7 | 8,992,926,156 |
| 88 | Yosemite Rim Fire, Smithsonian Forest lidar 2013 | 1.5 | 77,891,514 |
| 89 | Yosemite Rim Fire lidar 2013 | 1654.3 | 27,579,822,913 |
| 90 | IML Critical Zone Observatory, Clear Creek Aug 2014 Lidar Survey (1064 nm) | 248.5 | 1,936,220,915 |
| 91 | IML Critical Zone Observatory, Clear Creek Aug 2014 Lidar Survey (532 nm) | 95.1 | 178,274,179 |
| 92 | IML Critical Zone Observatory, Sangamon River, IL Aug 2014 (1064 nm) | 242.9 | 1,905,293,905 |
| 93 | Tauranga and Coast, Bay of Plenty, New Zealand 2015 | 702.7 | 1,209,484,522 |
| 94 | Timaru Rivers, Canterbury, New Zealand 2014 | 681.8 | 1,319,581,535 |
| 95 | Rangiora, Canterbury, New Zealand 2014 | 497.5 | 1,009,354,334 |
| 96 | Cheviot and Hawarden, Canterbury, New Zealand 2015 | 97.4 | 154,198,787 |
| 97 | Amberley, Canterbury, New Zealand 2012 | 111.0 | 196,400,721 |
| 98 | IML Critical Zone Observatory, Sangamon River, IL Aug 2014 (532 nm) | 73.3 | 177,039,955 |
| 99 | Kaikoura, Canterbury, New Zealand 2012 | 318.7 | 626,788,655 |
| 100 | Tushar Mountains, Utah (532 nm) | 85.0 | 165,086,414 |
| 101 | Greys River, WY (532 nm) | 123.0 | 532,250,762 |
| 102 | Niobrara River, Nebraska (532 nm) | 61.0 | 289,149,362 |
| 103 | 2014-2015 lidar survey of the McMurdo Dry Valleys, Antarctica | 2775.6 | 14,126,743,483 |
| 104 | Niobrara River, Nebraska | 61.0 | 295,745,974 |
| 105 | Sea Grass Beds, Apalachicola, FL | 74.0 | 431,104,860 |
| 106 | Wax Lake Delta, Louisiana, USA 2009 | 228.9 | 386,598,082 |
| 107 | Wax Lake Delta, Louisiana, USA 2013 | 31.0 | 442,178,752 |
| 108 | Woodland-encroached sagebrush ecosystem, Nevada | 61.0 | 378,881,652 |
| 109 | Big Creek, California | 13.0 | 151,537,234 |
| 110 | Israel Mediterranean Sharon sea cliff, 2006 | 29.4 | 13,268,620 |
| 111 | Lake Bonneville, Utah | 55.0 | 350,032,753 |
| 112 | Channel Avulsion in Bishop, California | 52.0 | 444,557,480 |
| 113 | Little San Bernardino Mountains, Joshua Tree National Park, California | 51.0 | 386,732,755 |
| 114 | Santa Clarita Topography | 45.0 | 240,370,408 |
| 115 | Boulder Creek Critical Zone Observatory May 20-21 2010 Snow-On Lidar Survey | 202.6 | 1,811,756,982 |
| 116 | Boulder Creek Critical Zone Observatory May 9 2010 Snow-On Lidar Survey | 155.4 | 846,017,392 |
| 117 | Boulder Creek Critical Zone Observatory May 5 2010 Snow-On Lidar Survey | 136.8 | 1,022,500,736 |
| 118 | El Mayor-Cucapah Earthquake, Pleiades 2014 | 468.3 | 1,817,428,876 |
| 119 | Calhoun Critical Zone Observatory 2016 Leaf Off LiDAR Survey | 78.3 | 3,545,529,957 |
| 120 | Everglades National Park | 16.0 | 257,190,270 |
| 121 | Marlborough Fault System, South Island, New Zealand | 446.0 | 4,022,809,146 |
| 122 | Auckland, New Zealand 2013 | 2250.4 | 10,709,321,570 |
| 123 | East Helanshan Fault, northern China | 100.0 | 759,122,077 |
| 124 | NEON D17 Pacific Southwest- California | 550.0 | 1,421,212,403 |
| 125 | Tushar Mountains, Utah (1550 nm) | 85.0 | 184,068,562 |
| 126 | Yucaipa Ridge, San Bernardino Mountains, CA | 76.0 | 340,548,987 |
| 127 | 1959 Hebgen Lake rupture (Montana) | 105.0 | 516,740,313 |
| 128 | Greys River, WY (1550 nm) | 123.0 | 1,049,737,018 |
| 129 | Geologic Mapping of Coal Beds (Northeastern Montana) | 56.0 | 1,027,342,737 |
| 130 | Volcanic Tablelands in Bishop, California | 60.0 | 928,766,958 |
| 131 | Calhoun Critical Zone Observatory 2014 Leaf On Survey | 191.0 | 3,073,165,690 |
| 132 | Snake River, Wyoming | 68.0 | 326,422,776 |
| 133 | Mayapan, Mexico | 44.0 | 1,976,052,223 |
| 134 | Surprise Valley, CA | 878.0 | 8,886,099,807 |
| 135 | Poleta Folds, southern Deep Springs Valley, California | 47.0 | 41,604,637 |
| 136 | August 24, 2014 South Napa Earthquake | 78.0 | 1,904,250,588 |
| 137 | Wheeler Ridge, CA | 80.0 | 712,158,135 |
| 138 | Lunar Crater Volcanic Field, Central Nevada | 396.0 | 4,190,708,607 |
| 139 | Kremmling, CO: Blue and Colorado River Confluence | 24.0 | 41,532,689 |
| 140 | Sunset Crater Volcano National Monument, AZ | 41.0 | 562,261,368 |
| 141 | State of Utah Acquired Lidar Data - Wasatch Front | 3684.0 | 43,968,246,478 |
| 142 | UMD-NASA Carbon Mapping /Sonoma County Vegetation Mapping and Lidar Program | 4374.0 | 60,040,589,769 |
| 143 | Jemez River Basin, NM: Post-fire Landscape Response | 206.0 | 3,138,470,833 |
| 144 | Harper Lake Fault Slip Distribution, Central Mojave, CA | 246.0 | 1,715,490,738 |
| 145 | Mount Shasta, CA: Quaternary Debris Avalanche | 51.0 | 349,093,976 |
| 146 | Gabilan Mesa, CA: Valley Alluviation effects on Hillslope-Channel Coupling | 75.0 | 417,186,669 |
| 147 | Mapleton, OR: Transient Landscape Evolution in the Oregon Coast Range | 65.0 | 619,415,677 |
| 148 | Santa Maria River, AZ: Vegetation and channel form | 51.0 | 392,002,733 |
| 149 | Triangle Lake, OR: Earthquake Induced Landslide | 66.0 | 617,152,927 |
| 150 | San Rafael, UT: Survey of Exposed Subsurface Volcanic Features | 54.0 | 297,500,214 |
| 151 | Rapid Response to 2011 Mississippi Flood | 195.0 | 1,670,375,138 |
| 152 | Central U.S. ARRA Lidar, New Madrid Seismic Zone | 987.0 | 8,507,624,055 |
| 153 | California ARRA Lidar | 686.0 | 9,736,794,928 |
| 154 | Kohala Peninsula, Hawaii: Precipitation Effects on Landscape Evolution | 46.0 | 355,382,059 |
| 155 | Na Pali Coast, Kauai, Hawaii | 118.0 | 995,581,661 |
| 156 | South Florida Everglades | 53.0 | 421,149,359 |
| 157 | California Coast: Big Creek, Vincente, Arroyo Seco, Scotts Creek, UCSC | 375.0 | 4,373,110,830 |
| 158 | Victor Harbour - South Australia, 2011 | 358.0 | 1,009,026,571 |
| 159 | Flathead Lake Biological Station, MT (May 2005) | 107.0 | 142,471,734 |
| 160 | Solfatara Plateau Obsidian Lava Flow, Yellowstone National Park, WY | 56.0 | 457,591,850 |
| 161 | Hyak, WA: Cedar River Municipal Watershed Snow Modeling | 70.0 | 508,980,223 |
| 162 | Southwest Flank of Mt.Rainier, WA | 123.0 | 970,625,030 |
| 163 | Raleigh Peak, Colorado: May 2010 | 62.0 | 624,963,901 |
| 164 | 2010 CU-Boulder Campus and Flatirons | 45.0 | 222,426,993 |
| 165 | White Mountain Fault Zone, Owens Valley, CA | 47.0 | 389,139,038 |
| 166 | Ladron Peak, New Mexico Survey | 48.0 | 188,933,803 |
| 167 | Columbia, NC: Modeling Coastal Plain Wetland Ecosystems | 31.0 | 339,944,130 |
| 168 | Survey of Sheepscot, Narragaugus and Pleasant Rivers, Maine | 1059.0 | 6,524,920,615 |
| 169 | Southern Sierra Nevada Critical Zone Observatory: Snow On | 109.0 | 1,003,395,188 |
| 170 | Southern Sierra Nevada Critical Zone Observatory: Snow Off | 121.0 | 1,409,519,429 |
| 171 | Susquehanna Shale Hills Critical Zone Observatory: Leaf On Survey | 209.0 | 2,839,913,422 |
| 172 | Susquehanna Shale Hills Critical Zone Observatory: Leaf Off Survey | 209.0 | 3,243,137,623 |
| 173 | Utah Geological Survey Lidar | 4696.0 | 8,955,883,062 |
| 174 | North Carolina Coast: Quantifying Patterns of Coastal Change (July 2007) | 174.0 | 108,054,720 |
| 175 | North Carolina Coast: Quantifying Patterns of Coastal Change (June 2006) | 96.0 | 126,719,522 |
| 176 | St. Elis Mountains and Gulf of Alaska | 427.0 | 1,031,611,201 |
| 177 | Mojave Desert, CA: Evolution of the Hector Mine Earthquake Surface Rupture | 71.0 | 605,627,261 |
| 178 | Flathead Lake Biological Station, MT (September 2005) | 90.0 | 215,596,533 |
| 179 | Northern California Coast: Slope Failure in Low and High Uplift Regions | 47.0 | 417,824,006 |
| 180 | North Sister, OR: Collier Cone Lava Flow | 71.0 | 198,313,849 |
| 181 | Survey of Parts of Potomac and Susquehanna Rivers | 85.0 | 116,504,840 |
| 182 | Death Valley National Park, CA: Badwater Basin | 128.0 | 226,608,051 |
| 183 | Coastal Dune Fields of Garopaba and Vila Nova, Santa Catarina State, Brazil | 10.0 | 21,277,716 |
| 184 | PG&E Diablo Canyon Power Plant (DCPP): San Simeon, CA Central Coast | 803.0 | 17,716,478,347 |
| 185 | PG&E Diablo Canyon Power Plant (DCPP): Los Osos, CA Central Coast | 688.0 | 6,142,245,792 |
| 186 | PG&E Diablo Canyon Power Plant (DCPP): Diablo Canyon, CA Central Coast | 43.0 | 397,510,966 |
| 187 | Mojave Desert, CA: Precariously Balanced Rocks in Seismic Hazard Analysis | 45.0 | 265,443,821 |
| 188 | South Fork Eel River, CA Watershed Morphology | 236.0 | 622,565,583 |
| 189 | West Swanzey, NH: Geomorphic Response to Dam Removal, Ashuelot River (2010) | 45.0 | 591,734,630 |
| 190 | Yosemite National Park: Poopenaut Valley and Wawona | 25.0 | 305,116,541 |
| 191 | Missisquoi Watershed Lidar | 2424.0 | 4,893,927,546 |
| 192 | 2006 INEGI Sierra Cucupah Empirically Corrected Lidar Dataset | 935.0 | 15,945,505 |
| 193 | Henry Mountains, UT: Hillslope-Channel Coupling in a Bedrock Landscape | 65.0 | 219,832,632 |
| 194 | White Canyon and Hite, Lake Powell, Utah | 92.0 | 174,463,366 |
| 195 | Merced, CA: Origin and Evolution of the Mima Mounds | 33.0 | 95,745,348 |
| 196 | Plum Island, MA | 148.0 | 283,918,292 |
| 197 | White Sands National Monument, NM: Lidar Survey of Dune Fields (Sept 2009) | 59.0 | 331,941,355 |
| 198 | White Sands National Monument, NM: Lidar Survey of Dune Fields (Jan 2009) | 47.0 | 197,056,247 |
| 199 | Pahrump Valley: California/Nevada State Line | 48.0 | 49,069,165 |
| 200 | Yellowstone National Park, WY: Quantifying Gravel-Bed Rivers | 65.0 | 178,644,928 |
| 201 | San Gabriel Mountains, CA: Tectonics and Topography | 53.0 | 197,258,042 |
| 202 | Greybull, WY: Sheep Mountain Anticline | 87.0 | 366,476,229 |
| 203 | Truckee, CA: Sagehen Creek Snowpack Measurement | 48.0 | 201,698,547 |
| 204 | Perry Mesa, AZ: Ancient Agricultural Features and Landscape Transformation | 61.0 | 261,105,107 |
| 205 | Niwot Ridge Long-Term Ecological Research Site, Colorado | 48.0 | 112,754,966 |
| 206 | Silver Plume, CO | 48.0 | 87,629,535 |
| 207 | Great Smokey Mountains, NC | 17.0 | 37,866,391 |
| 208 | Blind Canyon and Box Canyon, Twin Falls, ID | 25.0 | 39,998,809 |
| 209 | Golden Gate National Recreation Area and Mt. Tamalpais State Park, CA | 28.0 | 55,981,832 |
| 210 | Eel River, CA: Landsliding and the Evolution of Mountainous Landscapes | 264.0 | 604,240,529 |
| 211 | Tender Foot, MT: Hydrological Processes on Hill Slopes | 115.0 | 235,483,068 |
| 212 | Big Sky, MT: Patterns of Nitrogen Export & Land Use Change | 249.0 | 721,219,757 |
| 213 | Furnace Creek Wash, Death Valley National Park, California | 38.0 | 86,175,250 |
| 214 | Dragons Back Ridge: San Andreas Fault, California | 48.0 | 102,084,881 |
| 215 | Sierra National Forest, CA: Soil Formation and Transport | 50.0 | 111,077,052 |
| 216 | Lawrenceville, IL: Detecting Tectonically Deformed Shorelines | 72.0 | 115,810,384 |
| 217 | Furnace Creek and Fish Lake Valley Fault Zones, Death Valley National Park | 38.0 | 76,998,395 |
| 218 | Raplee Ridge, Utah | 54.0 | 115,944,251 |
| 219 | 2011 - 2013 Indiana Statewide Lidar | 96094.7 | 149,496,475,234 |
| 220 | San Isabel NF, CO: Debris Flow Mechanics and Landscape Evolution | 55.0 | 315,706,453 |
| 221 | West Bijou Creek, CO | 36.0 | 134,350,369 |
| 222 | South Fork Eel River, CA: Understanding Terrace Formation and Abandonment | 371.0 | 3,578,178,416 |
| 223 | Oregon Coast Range: Sediment Storage in Debris-Flows | 76.0 | 497,470,019 |
| 224 | Luquillo CZO Rio Blanco and Rio Mameyes Lidar Survey 2010-2011 | 253.0 | 3,518,252,046 |
| 225 | New Madrid Seismic Zone | 1936.0 | 17,165,130,273 |
| 226 | Yosemite, CA: El Portal, Mariposa Grove, Yosemite Canyon & Tuolumne Meadows | 131.0 | 338,698,252 |
| 227 | Yosemite, CA: Spatial & Temporal Patterns of Nitrogen Export | 101.0 | 253,397,107 |
| 228 | Lake Placid, FL: Lidar Survey of the Archibold Biological Station | 86.0 | 236,049,099 |
| 229 | Loma Mar, CA: Lidar survey of the San Jose Mountains | 50.0 | 129,307,307 |
| 230 | Grand Junction, CO: Roan Plateau | 133.0 | 430,357,182 |
| 231 | Corpus Cristi, TX: Influence of Dunes & Barrier Islands on Hurricane Surge | 34.0 | 203,298,616 |
| 232 | Lincoln National Forest, NM: Floodplains in Fluvial Networks | 55.0 | 370,540,596 |
| 233 | Hite, UT: Quantifying Evolution and Stability of Coarse Alluvial Channels | 102.0 | 516,679,698 |
| 234 | Cache NF, UT: Predicting Bonneville Cutthroat Trout Spawning Hotspots | 63.0 | 326,142,289 |
| 235 | Boise NF, ID: Avalanche Forecasting and Acoustic Detection | 49.0 | 246,445,604 |
| 236 | Bitterroot NF, ID: Transient Hillslope Response to Knickpoint Migration | 49.0 | 225,595,885 |
| 237 | Medicine Bow NF, WY: Forest Ecosystem Impacts by Mountain Pine Beetle | 35.0 | 316,486,651 |
| 238 | 2010 Channel Islands Lidar Collection | 747.0 | 6,178,567,552 |
| 239 | Jemez River Basin Snow-off Lidar Survey | 722.0 | 7,777,763,269 |
| 240 | Jemez River Basin Snow-on Lidar Survey | 280.0 | 2,541,885,987 |
| 241 | West Swanzey, NH: Geomorphic Response to Dam Removal, Ashuelot River(2011) | 45.0 | 536,115,939 |
| 242 | Geomorphic Effects of Landslide Dams on the Owyhee River, Oregon | 279.0 | 1,539,971,860 |
| 243 | Bald Point, FL: Hurricane Frequency and Storm Surge Archives from Sinkholes | 44.8 | 192,218,197 |
| 244 | Apopka, FL: Using Lidar to Identify Optimal Gopher Tortoise habitat | 49.0 | 329,835,902 |
| 245 | Nantahala NF, NC: Forest Leaf Structure, Terrain and Hydrophysiology | 64.9 | 578,628,031 |
| 246 | Point Reyes, CA: Landscape Response to Tectonics | 76.3 | 523,551,452 |
| 247 | Stanley, ID: Linkages Between Hydrologic Complexity and Nutrient Export | 53.0 | 386,658,945 |
| 248 | Merritt Island, FL: Identification of Florida Scrub-Jay Habitat | 59.0 | 249,275,126 |
| 249 | Hawaii Kauai Survey | 200.0 | 916,900,535 |
| 250 | Idaho Lidar Consortium (ILC): St. Joe National Forest | 557.0 | 388,531,920 |
| 251 | Idaho Lidar Consortium (ILC): Moscow Mountain | 327.0 | 113,191,977 |
| 252 | Idaho Lidar Consortium (ILC): Lolo Creek and Slate Creek | 429.0 | 2,450,118,069 |
| 253 | Idaho Lidar Consortium (ILC): South Fork Salmon and Secesh Rivers | 142.0 | 856,727,919 |
| 254 | Idaho Lidar Consortium (ILC): Emerald Creek | 132.0 | 139,931,386 |
| 255 | Idaho Lidar Consortium (ILC): Jack Waite Mine | 57.0 | 277,785,319 |
| 256 | Idaho Lidar Consortium (ILC): Clear Creek | 173.0 | 2,225,535,833 |
| 257 | Idaho Lidar Consortium (ILC): Nez Perce Reservation | 247.0 | 145,508,203 |
| 258 | El Mayor-Cucapah Earthquake Rupture Terrestrial Laser Scan-Site 2 | <1 | 21,703,698 |
| 259 | El Mayor-Cucapah Earthquake Rupture Terrestrial Laser Scan-Site 1 | <1 | 49,904,405 |
| 260 | Dixie Valley Fault Rupture Terrestrial Laser Scanning Dataset-Site 1 | <1 | 13,248,696 |
| 261 | Dixie Valley Fault Rupture Terrestrial Laser Scanning Dataset-Site 2 | <1 | 45,517,946 |
| 262 | Lidar Survey of the Black Hills Experimental Forest, South Dakota | 28.0 | 35,151,170 |
| 263 | Lidar Survey of the Malheur National Forest, Oregon | 128.0 | 988,192,862 |
| 264 | Pellston, MI: Effects of Forest Canopy Structural Change on Carbon Uptake | 61.0 | 669,960,290 |
| 265 | Idaho Falls, ID: Lidar for Modeling Eolian Soil Transport | 58.0 | 183,124,977 |
| 266 | 2010 Salton Sea Lidar Collection | 1401.0 | 7,150,136,824 |
| 267 | Boulder Creek Critical Zone Observatory August 2010 Snow-Off Lidar Survey | 650.0 | 7,355,678,903 |
| 268 | USBR Upper Columbia River Basin East | 560.0 | 4,189,397,173 |
| 269 | USBR Upper Columbia River Basin West | 360.0 | 3,467,813,766 |
| 270 | Hawaii Big Island Lidar Survey | 300.0 | 1,502,401,167 |
| 271 | Northern Walker Lane, CA Airborne Lidar Dataset | 229.0 | 3,880,443,432 |
| 272 | Piercy, CA: Response of Bedrock River to Base Level Lowering, SF Eel River | 69.0 | 519,750,479 |
| 273 | Canyon Lake Gorge, TX: Mechanics of Megaflood Erosion | 9.2 | 49,009,395 |
| 274 | White Sands National Monument, NM: Lidar Survey of Dune Fields | 62.0 | 287,505,683 |
| 275 | Surface Expression of the 1886 Charleston, South Carolina Earthquake | 64.0 | 569,579,152 |
| 276 | Oroville, CA: Middle Fork of the Feather River, Sierra Nevada Foothills | 250.0 | 2,460,365,522 |
| 277 | Airborne Laser Mapping of Yosemite National Park, CA, 2007 | 66.0 | 105,209,688 |
| 278 | Airborne Laser Mapping of Independence Lake, CA | 65.0 | 192,292,801 |
| 279 | 2008 Iowa River Flood Lidar, Iowa City, and the Clear Creek Watershed | 1011.0 | 2,832,810,718 |
| 280 | Thorton, NH: Hydrologic and Topographic Controls on Organic Carbon in Soils | 126.3 | 855,368,043 |
| 281 | Clearwater NF, ID: Effects of Watershed Restoration on Hillslope Stability | 89.4 | 400,649,211 |
| 282 | Durham, NH: Hyporheic Zone Extent and Exchange in a Coastal Stream | 47.0 | 516,574,267 |
| 283 | Truro and Provincetown, MA: Lidar in Salt Marsh Environments | 59.1 | 257,035,649 |
| 284 | Tuscaloosa, AL: Seasonal Inundation Dynamics And Invertebrate Communities | 53.6 | 581,480,937 |
| 285 | Rio Puerco River, NM: Study of overbank flood dynamics | 59.0 | 358,738,424 |
| 286 | Chaco Canyon, NM: Simulating Dynamic Hydrological Processes | 67.0 | 298,677,157 |
| 287 | Meteor Crater, AZ | 34.3 | 185,455,845 |
| 288 | SW Montana: Beavers as Geomorphic Agents in Small, Rocky Mountain Streams | 56.1 | 234,737,859 |
| 289 | Central Utah: Topographic Amplification of Earthquake Ground Motions | 65.7 | 350,213,488 |
| 290 | Bishop, CA: Morphological characteristics of the Bishop Tuff | 55.0 | 257,968,480 |
| 291 | Yosemite National Park, CA: Rockfall Studies | 61.5 | 302,906,745 |
| 292 | NW Nevada: Modeling of Meander Channel Evolution | 45.2 | 183,314,352 |
| 293 | Christina River Basin Critical Zone Observatory July 2010 Lidar Survey | 133.0 | 1,478,601,793 |
| 294 | Christina River Basin Critical Zone Observatory April 2010 Lidar Survey | 133.0 | 1,854,556,843 |
| 295 | 2005 San Diego Urban Region Lidar | 1190.0 | 1,672,334,614 |
| 296 | Andrews Experimental Forest and Willamette National Forest Lidar (Aug 2008) | 79.0 | 966,432,159 |
| 297 | Landers Surface Rupture Terrestrial Laser Scanning Dataset | <1 | 8,770,495 |
| 298 | Carrizo Plain Terrestrial Laser Scanning Dataset | <1 | 129,849,319 |
| 299 | John Day Watershed 2006 - US Bureau of Reclamation | 37.0 | 402,507,754 |
| 300 | Teton Conservation District, Wyoming Lidar | 365.0 | 955,085,925 |
| 301 | Lemhi Watershed - US Bureau of Reclamation | 80.0 | 1,134,561,999 |
| 302 | Lake Tahoe Basin Lidar | 941.0 | 12,422,235,185 |
| 303 | Oregon Department of Geology and Mineral Industries Lidar Program Data | 26009.7 | 284,688,111,603 |
| 304 | El Mayor-Cucapah Earthquake (4 April 2010) Rupture Lidar Scan | 372.0 | 3,393,048,201 |
| 305 | Granite Dells Terrestrial Laser Scanning Dataset | <1 | 4,977,725 |
| 306 | NOAA ISEMP - Watershed Sciences - Bridge Creek, Oregon Lidar Survey, 2005 | 124.0 | 470,437,392 |
| 307 | Granite Dells, AZ | 47.0 | 357,455,780 |
| 308 | World Bank - ImageCat Inc. - RIT Haiti Earthquake Lidar dataset | 838.0 | 2,853,027,995 |
| 309 | Napa Watershed, CA | 1451.0 | 2,097,819,679 |
| 310 | EarthScope Southern & Eastern California Lidar Project | 1683.0 | 7,765,524,685 |
| 311 | EarthScope Yakima Lidar Project | 371.0 | 1,339,935,848 |
| 312 | EarthScope Alaska Denali Totschunda Lidar Project | 410.0 | 2,328,316,068 |
| 313 | EarthScope Intermountain Seismic Belt Lidar Project | 830.0 | 5,591,498,159 |
| 314 | EarthScope Northern California Lidar Project | 2448.0 | 12,689,698,695 |
| 315 | Fault systems in the Eastern California Shear Zone, CA | 165.0 | 276,265,799 |
| 316 | B4 Project - Southern San Andreas and San Jacinto Faults | 1906.0 | 5,681,610,713 |
| 317 | West Rainier Seismic Zone, WA | 545.0 | 1,310,241,347 |
| 318 | Northern San Andreas Fault, CA | 767.0 | 1,128,377,290 |
Sort by Released Date ↓
| Dataset Name | Area (km2) | Dataset Layers | |
|---|---|---|---|
| 1 | Interpreting Fluvial Processes from Channel-Belt Deposits, Utah 2018 | 58.2 | Highest Hit |
| 2 | Agua Blanca Fault, Baja California, Mexico. | 76.3 | Highest Hit, Bare Earth |
| 3 | High Resolution Topography over Gabilan Mesa, CA 2003 | 60.1 | Highest Hit, Bare Earth |
| 4 | Topographic Data Set: Klamath River, California 2018 (State Plane) | 291.6 | Intensity - Highest Hit, Highest Hit, Orthophotograph, Bare Earth |
| 5 | Topographic Data Set: Klamath River, California 2018 | 291.6 | Highest Hit, Orthophotograph, Intensity - Highest Hit, Bare Earth |
| 6 | High Resolution Topography near Santa Cruz, CA 2017 | 44.5 | Bare Earth, Highest Hit |
| 7 | 2019 Ridgecrest, CA Post-Earthquake Lidar Collection | 274.5 | Highest Hit |
| 8 | Kern Canyon Lidar Collection, CA 2008 | 439.0 | Orthophotograph |
| 9 | Lidar Transects along Yucatan Peninsula and San Gervasio, Mexico | 438.7 | Bare Earth, Highest Hit |
| 10 | Paleo-Outburst Floods in the Truckee River Canyon, CA | 93.0 | Bathymetry, Bare Earth, Highest Hit, Orthophotograph, Intensity - Highest Hit |
| 11 | Alteration of Groundwater Flow due to Slow Landslide Failure, CA | 37.8 | Bare Earth, Highest Hit |
| 12 | High Resolution Topography of House Range Fault, Utah | 5.1 | Highest Hit, Orthophotograph |
| 13 | 2019 Ridgecrest, CA: Trona-Argus Area - Post-Earthquake Lidar | 19.2 | Highest Hit, Bare Earth |
| 14 | Ecosystem Structure in Hetereogeneous Restored Wetlands, CA 2018 | 62.3 | Orthophotograph, Highest Hit, Bare Earth |
| 15 | Point Classification for Hazard Applications: Mammoth Lakes, CA | 24.2 | Highest Hit, Orthophotograph, Bare Earth |
| 16 | Control of steepland landscape morphology in Idaho Batholith | 72.8 | Bare Earth, Orthophotograph, Highest Hit |
| 17 | Mapping the PUUC Region, Campeche, Mexico | 237.8 | Bare Earth, Highest Hit |
| 18 | Woodland-encroached sagebrush ecosystem, Nevada | 61.0 | Highest Hit, Bare Earth |
| 19 | Mapping the Kaibab Plateau, AZ | 1882.3 | Vegetation Height, Intensity, Canopy Density, Highest Hit, Bare Earth |
| 20 | Lost River Fault Zone Near Borah Peak, Idaho | 11.3 | Highest Hit, Orthophotograph |
| 21 | High Resolution Mapping of Antelope Valley Ranch, CA. | 27.6 | Bare Earth, Highest Hit |
| 22 | High-Resolution Mapping of Goat Rock Volcano, WA | 67.6 | Highest Hit, Bare Earth |
| 23 | 2019 Ridgecrest, CA Pre-Earthquake Digital Surface Model | 10561.0 | Highest Hit |
| 24 | Erosion and sedimentation within the Kern River Canyon, CA | 252.0 | Highest Hit, Bare Earth |
| 25 | Quantifying rock strength controls in Guadalupe Mountains, NM/TX | 62.7 | Bare Earth, Highest Hit |
| 26 | 3D Landscape Reconstruction and Land Use Modeling, Chaco Canyon, NM 2016 | 544.9 | Highest Hit, Bare Earth |
| 27 | Mapping of Displacements Near Parkfield, California | 79.8 | Bare Earth, Highest Hit |
| 28 | Mapping of San Gabriel Mountains, CA 2009 Fire | 411.1 | Bare Earth, Highest Hit |
| 29 | 2015-2017 State of Utah Lidar Acquisition | 12904.0 | Bare Earth, Highest Hit, Intensity - Highest Hit |
| 30 | 2013 Baluchistan, Pakistan Post-Earthquake Stereogrammetric DEMs | 13176.1 | Highest Hit |
| 31 | 2013 Baluchistan, Pakistan Pre-Earthquake Stereogrammetric DEMs | 16332.5 | Highest Hit |
| 32 | Eagle Creek Fire Area in the Columbia River Gorge, Oregon | 309.0 | Bare Earth, Highest Hit |
| 33 | Mapping of Diamond Fork River, UT 2017 | 118.8 | Bare Earth, Highest Hit |
| 34 | Reynolds Creek Critical Zone Observatory 2015 Post-Soda Fire Lidar | 150.0 | Bare Earth, Highest Hit |
| 35 | Kilauea Volcano, HI July 2018 Acquisition | 122.4 | Bare Earth |
| 36 | Kilauea Volcano, HI June 2018 Acquisition | 105.0 | Bare Earth |
| 37 | Distribution and Legacy of Large Landslides, San Gabriel Mountains, CA 2017 | 71.6 | Bare Earth, Highest Hit |
| 38 | Mapping of Hydrothermal Explosion Craters in Yellowstone N.P., WY 2017 | 68.9 | Highest Hit, Bare Earth |
| 39 | Characterizing Forest Structure Changes and Effects on Snowpack, AZ 2017 | 89.7 | Highest Hit, Bare Earth |
| 40 | Photogrammetric model of the Tecolote Volcano, Sonora, Mexico | 1.8 | Bare Earth, Orthophotograph |
| 41 | Slip transfer through the Eastern Transverse Ranges, CA 2017 | 64.0 | Bare Earth, Highest Hit |
| 42 | Fault geometry on the Mission Creek-Mill Creek faults, CA 2017 | 58.2 | Bare Earth, Highest Hit |
| 43 | Topographic stress controls, San Bernardino Mountains, CA 2017 | 62.0 | Bare Earth, Highest Hit |
| 44 | B4 Project - Southern San Andreas and San Jacinto Faults - Classified Lidar | 1906.0 | Bare Earth, Highest Hit |
| 45 | Trinity River, Texas 2015 | 387.0 | Bare Earth, Highest Hit |
| 46 | ALOS World 3D - 30m Ellipsoidal | N/A | |
| 47 | Austin, TX, Rapid Response, 2015 | 195.9 | Bare Earth, Highest Hit |
| 48 | Walker Fault System, Nevada, 2015 | 657.0 | Highest Hit, Bare Earth |
| 49 | Straight Cliffs Formation, South-Central Utah, 2016 | 65.3 | Bare Earth, Highest Hit |
| 50 | Illinois River, OR, Coast Ranges, 2016 | 90.5 | Highest Hit, Bare Earth |
| 51 | San Rafael River, Castle Dale, Utah, 2016 | 55.3 | Highest Hit, Bare Earth |
| 52 | Geomorphic Effects of Landslide Dams on the Owyhee River, Oregon | 279.0 | Highest Hit |
| 53 | San Bernardino Mountains, CA 2016 | 147.3 | Highest Hit, Bare Earth |
| 54 | Laytonville, CA lidar 2015 | 77.9 | Highest Hit, Bare Earth |
| 55 | Jemez River Basin, NM: Post-fire landscape response | 206.0 | Highest Hit, Bare Earth |
| 56 | Northern Rockies, Montana lidar 2016 | 99.4 | Highest Hit, Bare Earth |
| 57 | Slumgullion Landslide, Colorado (July 10, 2015) | 16.5 | Highest Hit, Bare Earth |
| 58 | Slumgullion Landslide, Colorado (July 7, 2015) | 17.4 | Highest Hit, Bare Earth |
| 59 | Slumgullion Landslide, Colorado (July 3, 2015) | 15.2 | Bare Earth, Highest Hit |
| 60 | Yellowstone National Park, WY: Quantifying Gravel-Bed Rivers | 65.0 | Highest Hit, Bare Earth |
| 61 | Powder River, MT 2016 | 97.7 | Bare Earth, Highest Hit |
| 62 | Eel River Critical Zone Observatory July 2014 Lidar Survey (Eel River) | 535.5 | Highest Hit, Bare Earth |
| 63 | Eel River Critical Zone Observatory July 2014 Lidar Survey (Angelo) | 57.3 | Bare Earth, Highest Hit |
| 64 | Poleta Folds, southern Deep Springs Valley, California | 47.0 | Highest Hit |
| 65 | Inyo Domes, CA lidar 2016 | 56.9 | Highest Hit, Bare Earth |
| 66 | August 24, 2014 South Napa Earthquake | 78.0 | Highest Hit, Orthophotograph, Bare Earth |
| 67 | 2014 USFS Tahoe National Forest Lidar | 3292.1 | Highest Hit, Bare Earth |
| 68 | 2013 USFS Tahoe National Forest Lidar | 2197.4 | Highest Hit, Bare Earth |
| 69 | Snake River, Wyoming | 68.0 | Bare Earth |
| 70 | IML Critical Zone Observatory, Clear Creek Aug 2014 Lidar Survey (532 nm) | 95.1 | Bare Earth |
| 71 | IML Critical Zone Observatory, Sangamon River, IL Aug 2014 (1064 nm) | 242.9 | Bare Earth |
| 72 | IML Critical Zone Observatory, Clear Creek Aug 2014 Lidar Survey (1064 nm) | 248.5 | Bare Earth, Highest Hit |
| 73 | Yosemite Rim Fire, Smithsonian Forest lidar 2013 | <1 | Highest Hit, Intensity - Highest Hit, Bare Earth |
| 74 | Yosemite Rim Fire lidar 2013 | 1654.3 | Intensity - Highest Hit, Highest Hit, Bare Earth |
| 75 | IML Critical Zone Observatory, Sangamon River, IL Aug 2014 (532 nm) | 73.3 | Highest Hit, Bare Earth |
| 76 | Global Multi-Resolution Topography (GMRT) Data Synthesis | N/A | |
| 77 | Shuttle Radar Topography Mission (SRTM GL1) Global 30m Ellipsoidal | 119560000.0 | |
| 78 | ALOS World 3D - 30m | N/A | |
| 79 | 2014-2015 lidar survey of the McMurdo Dry Valleys, Antarctica | 2775.6 | Bare Earth |
| 80 | Niobrara River, Nebraska | 61.0 | Bare Earth, Highest Hit |
| 81 | Sea Grass Beds, Apalachicola, FL | 74.0 | Bare Earth, Highest Hit |
| 82 | Wax Lake Delta, Louisiana, USA 2009 | 228.9 | Bare Earth, Highest Hit |
| 83 | Wax Lake Delta, Louisiana, USA 2013 | 31.0 | Bare Earth |
| 84 | Big Creek, California | 13.0 | Highest Hit, Bare Earth |
| 85 | Israel Mediterranean Sharon sea cliff, 2006 | 29.4 | Highest Hit, Bare Earth |
| 86 | Little San Bernardino Mountains, Joshua Tree National Park, California | 51.0 | Highest Hit, Bare Earth |
| 87 | Lake Bonneville, Utah | 55.0 | Bare Earth, Highest Hit |
| 88 | Channel Avulsion in Bishop, California | 52.0 | Bare Earth, Highest Hit |
| 89 | Boulder Creek Critical Zone Observatory August 2010 LiDAR Survey | 650.0 | Highest Hit, Bare Earth |
| 90 | Santa Clarita Topography | 45.0 | Highest Hit, Bare Earth |
| 91 | Boulder Creek Critical Zone Observatory May 20-21 2010 Snow-On Lidar Survey | 202.6 | Highest Hit, Bare Earth |
| 92 | Boulder Creek Critical Zone Observatory May 9 2010 Snow-On Lidar Survey | 155.4 | Bare Earth, Highest Hit |
| 93 | Boulder Creek Critical Zone Observatory May 5 2010 Snow-On Lidar Survey | 136.8 | Bare Earth, Highest Hit |
| 94 | Calhoun Critical Zone Observatory 2016 Leaf Off LiDAR Survey | 78.3 | Highest Hit, Bare Earth |
| 95 | Everglades National Park | 16.0 | Bare Earth, Highest Hit |
| 96 | Marlborough Fault System, South Island, New Zealand | 446.0 | Highest Hit, Bare Earth |
| 97 | NEON D17 Pacific Southwest- California | 550.0 | Bare Earth, Highest Hit |
| 98 | Tushar Mountains, Utah | 85.0 | Bare Earth, Highest Hit |
| 99 | Yucaipa Ridge, San Bernardino Mountains, CA | 76.0 | Bare Earth, Highest Hit |
| 100 | 1959 Hegben Lake rupture (Montana) | 105.0 | Highest Hit, Bare Earth |
| 101 | Greys River, WY | 123.0 | Bare Earth, Highest Hit |
| 102 | Geologic Mapping of Coal Beds (Northeastern Montana) | 56.0 | Bare Earth, Highest Hit |
| 103 | Volcanic Tablelands in Bishop, California | 60.0 | Highest Hit, Bare Earth |
| 104 | Calhoun Critical Zone Observatory 2014 Leaf On Survey | 191.0 | Highest Hit, Bare Earth |
| 105 | Shuttle Radar Topography Mission (SRTM GL1) Global 30m | 119560000.0 | |
| 106 | Mayapan, Mexico | 44.0 | Bare Earth, Highest Hit |
| 107 | Surprise Valley, CA | 878.0 | Bare Earth, Highest Hit |
| 108 | State of Utah Acquired Lidar Data - Wasatch Front | 3684.0 | Intensity - Highest Hit, Highest Hit, Bare Earth |
| 109 | Wheeler Ridge, CA | 80.0 | Highest Hit, Bare Earth |
| 110 | UMD-NASA Carbon Mapping /Sonoma County Vegetation Mapping and Lidar Program | 4374.0 | Intensity, Canopy Density, Vegetation Height, Intensity - Vegetation, Hydro-flattened Bare Earth, Bare Earth, Highest Hit, Intensity - Highest Hit |
| 111 | Central U.S. ARRA Lidar, New Madrid Seismic Zone | 987.0 | Bare Earth |
| 112 | California ARRA Lidar | 686.0 | Bare Earth |
| 113 | Hyak, WA: Cedar River Municipal Watershed Snow Modeling | 70.0 | Highest Hit, Bare Earth |
| 114 | Southwest Flank of Mt.Rainier, WA | 123.0 | Highest Hit, Bare Earth |
| 115 | Raleigh Peak, Colorado: May 2010 | 62.0 | Bare Earth, Highest Hit |
| 116 | 2010 CU-Boulder Campus and Flatirons | 45.0 | Highest Hit, Bare Earth |
| 117 | White Mountain Fault Zone, Owens Valley, CA | 47.0 | Highest Hit, Bare Earth |
| 118 | Survey of Sheepscot, Narragaugus and Pleasant Rivers, Maine | 1059.0 | Bare Earth, Highest Hit |
| 119 | Southern Sierra Nevada Critical Zone Observatory: Snow On | 109.0 | Highest Hit, Bare Earth |
| 120 | Southern Sierra Nevada Critical Zone Observatory: Snow Off | 121.0 | Bare Earth, Highest Hit |
| 121 | Susquehanna Shale Hills Critical Zone Observatory: Leaf On Survey | 209.0 | Highest Hit, Bare Earth |
| 122 | Susquehanna Shale Hills Critical Zone Observatory: Leaf Off Survey | 209.0 | Bare Earth, Highest Hit |
| 123 | Shuttle Radar Topography Mission (SRTM GL3) Global 90m | 119560000.0 | |
| 124 | St. Elis Mountains and Gulf of Alaska | 427.0 | Highest Hit, Bare Earth |
| 125 | Mojave Desert, CA: Evolution of the Hector Mine Earthquake Surface Rupture | 71.0 | Highest Hit |
| 126 | Northern California Coast: Slope Failure in Low and High Uplift Regions | 47.0 | Bare Earth, Highest Hit |
| 127 | Survey of Parts of Potomac and Susquehanna Rivers | 85.0 | Bare Earth, Highest Hit |
| 128 | PG&E Diablo Canyon Power Plant (DCPP): San Simeon, CA Central Coast | 803.0 | Bare Earth, Highest Hit, Orthophotograph |
| 129 | PG&E Diablo Canyon Power Plant (DCPP): Los Osos, CA Central Coast | 688.0 | Bare Earth, Highest Hit, Intensity - Highest Hit |
| 130 | PG&E Diablo Canyon Power Plant (DCPP): Diablo Canyon, CA Central Coast | 43.0 | Intensity - Highest Hit, Highest Hit, Orthophotograph, Bare Earth |
| 131 | Mojave Desert, CA: Precariously Balanced Rocks in Seismic Hazard Analysis | 45.0 | Highest Hit |
| 132 | South Fork Eel River, CA Watershed Morphology | 236.0 | Highest Hit, Bare Earth |
| 133 | West Swanzey, NH: Geomorphic Response to Dam Removal, Ashuelot River (2010) | 45.0 | Bare Earth, Highest Hit |
| 134 | Yosemite National Park: Poopenaut Valley and Wawona | 25.0 | Bare Earth, Highest Hit, Bare Earth, Highest Hit |
| 135 | Merced, CA: Origin and Evolution of the Mima Mounds | 33.0 | Highest Hit |
| 136 | Plum Island, MA | 148.0 | Bare Earth, Highest Hit |
| 137 | Truckee, CA: Sagehen Creek Snowpack Measurement | 48.0 | Highest Hit, Bare Earth |
| 138 | Perry Mesa, AZ: Ancient Agricultural Features and Landscape Transformation | 61.0 | Highest Hit, Bare Earth |
| 139 | Niwot Ridge Long-Term Ecological Research Site, Colorado | 48.0 | Bare Earth, Highest Hit |
| 140 | Silver Plume, CO | 48.0 | Highest Hit, Bare Earth |
| 141 | Blind Canyon and Box Canyon, Twin Falls, ID | 25.0 | Highest Hit, Bare Earth |
| 142 | Golden Gate National Recreation Area and Mt. Tamalpais State Park, CA | 28.0 | Highest Hit, Bare Earth |
| 143 | Eel River, CA: Landsliding and the Evolution of Mountainous Landscapes | 264.0 | Highest Hit |
| 144 | Furnace Creek Wash, Death Valley National Park, California | 38.0 | Highest Hit |
| 145 | Dragons Back Ridge: San Andreas Fault, California | 48.0 | Highest Hit, Bare Earth |
| 146 | Lawrenceville, IL: Detecting Tectonically Deformed Shorelines | 72.0 | Highest Hit, Bare Earth |
| 147 | Furnace Creek and Fish Lake Valley Fault Zones, Death Valley National Park | 38.0 | Highest Hit |
| 148 | 2011 - 2013 Indiana Statewide Lidar (West) | 49790.2 | Bare Earth |
| 149 | 2011 - 2013 Indiana Statewide Lidar (East) | 49790.2 | Bare Earth |
| 150 | Loma Mar, CA: Lidar survey of the San Jose Mountains | 50.0 | Bare Earth |
| 151 | Boise NF, ID: Avalanche Forecasting and Acoustic Detection | 49.0 | Bare Earth, Highest Hit |
| 152 | Bitterroot NF, ID: Transient Hillslope Response to Knickpoint Migration | 49.0 | Bare Earth, Highest Hit |
| 153 | Jemez River Basin Snow-off Lidar Survey | 722.0 | Bare Earth, Highest Hit |
| 154 | Jemez River Basin Snow-on Lidar Survey | 280.0 | Highest Hit, Bare Earth |
| 155 | Bald Point, FL: Hurricane Frequency and Storm Surge Archives from Sinkholes | 44.8 | Intensity - Highest Hit |
| 156 | Apopka, FL: Using Lidar to Identify Optimal Gopher Tortoise habitat | 49.0 | Highest Hit, Bare Earth |
| 157 | Nantahala NF, NC: Forest Leaf Structure, Terrain and Hydrophysiology | 64.9 | Highest Hit, Bare Earth |
| 158 | Point Reyes, CA: Landscape Response to Tectonics | 76.3 | Highest Hit, Bare Earth |
| 159 | Stanley, ID: Linkages Between Hydrologic Complexity and Nutrient Export | 53.0 | Highest Hit, Bare Earth |
| 160 | Merritt Island, FL: Identification of Florida Scrub-Jay Habitat | 59.0 | Intensity - Highest Hit |
| 161 | Pellston, MI: Effects of Forest Canopy Structural Change on Carbon Uptake | 61.0 | Highest Hit, Bare Earth |
| 162 | 2010 Salton Sea Lidar Collection | 1401.0 | Highest Hit |
| 163 | Hawaii Big Island Lidar Survey | 300.0 | Highest Hit |
| 164 | Piercy, CA: Response of Bedrock River to Base Level Lowering, SF Eel River | 69.0 | Bare Earth, Highest Hit |
| 165 | Oroville, CA: Middle Fork of the Feather River, Sierra Nevada Foothills | 250.0 | Highest Hit, Bare Earth |
| 166 | Airborne Laser Mapping of Yosemite National Park, CA, 2007 | 66.0 | Highest Hit, Intensity - Highest Hit, Bare Earth |
| 167 | Airborne Laser Mapping of Independence Lake, CA | 65.0 | Bare Earth, Highest Hit |
| 168 | 2008 Iowa River Flood Lidar, Iowa City, and the Clear Creek Watershed | 1011.0 | Bare Earth, Highest Hit |
| 169 | Clearwater NF, ID: Effects of Watershed Restoration on Hillslope Stability | 89.4 | Highest Hit, Bare Earth |
| 170 | Truro and Provincetown, MA: Lidar in Salt March Environments | 59.1 | Bare Earth, Highest Hit |
| 171 | Tuscaloosa, AL: Seasonal Inundation Dynamics And Invertebrate Communities | 53.6 | Highest Hit, Bare Earth |
| 172 | Rio Puerco River, NM: Study of overbank flood dynamics | 59.0 | Highest Hit, Bare Earth |
| 173 | Chaco Canyon, NM: Simulating Dynamic Hydrological Processes | 67.0 | Highest Hit |
| 174 | Meteor Crater, AZ | 34.3 | Intensity - Highest Hit, Highest Hit |
| 175 | SW Montana: Beavers as Geomorphic Agents in Small, Rocky Mountain Streams | 56.1 | Bare Earth, Highest Hit |
| 176 | Central Utah: Topographic Amplification of Earthquake Ground Motions | 65.7 | Highest Hit, Bare Earth |
| 177 | Bishop, CA: Morphological characteristics of the Bishop Tuff | 55.0 | Highest Hit, Bare Earth |
| 178 | Yosemite National Park, CA: Rockfall Studies | 61.5 | Highest Hit, Bare Earth |
| 179 | NW Nevada: Modeling of Meander Channel Evolution | 45.2 | Bare Earth, Highest Hit |
| 180 | Christina River Basin Critical Zone Observatory July 2010 Lidar Survey | 133.0 | Bare Earth, Highest Hit |
| 181 | Christina River Basin Critical Zone Observatory April 2010 Lidar Survey | 133.0 | Bare Earth, Highest Hit |
| 182 | Andrews Experimental Forest and Willamette National Forest Lidar (Aug 2008) | 79.0 | Bare Earth, Highest Hit |
| 183 | Teton Conservation District, Wyoming Lidar | 365.0 | Bare Earth |
| 184 | Lake Tahoe Basin Lidar | 941.0 | Intensity - Highest Hit, Bare Earth, Highest Hit |
| 185 | El Mayor-Cucapah Earthquake (4 April 2010) Rupture Lidar Scan | 372.0 | Highest Hit |
| 186 | EarthScope Southern & Eastern California Lidar Project | 1683.0 | Highest Hit, Bare Earth |
| 187 | EarthScope Yakima Lidar Project | 371.0 | Highest Hit, Bare Earth |
| 188 | EarthScope Alaska Denali Totschunda Lidar Project | 410.0 | Highest Hit, Bare Earth |
| 189 | EarthScope Intermountain Seismic Belt Lidar Project | 830.0 | Highest Hit, Bare Earth |
| 190 | EarthScope Northern California Lidar Project | 2448.0 | Highest Hit, Bare Earth |