Kentucky mount constructed from Speed Rail. This mount can be used to deploy Rio Grande, RiverPro, RioPro, and RiverSurveyor ADCPs.
Images
Explore our planet through photography and imagery, including climate change and water all the way back to the 1800s when the USGS was surveying the country by horse and buggy.
Kentucky mount constructed from Speed Rail. This mount can be used to deploy Rio Grande, RiverPro, RioPro, and RiverSurveyor ADCPs.
Kīlauea summit water lake KW webcam images 11-1-2019 to 10-30-2020
Kīlauea summit water lake KW webcam images 11-1-2019 to 10-30-2020ANNIMATED GIF: This animated image file (GIF) of the Kīlauea summit water lake is a cropped version this file, showing a close-up view of the lake.
Kīlauea summit water lake KW webcam images 11-1-2019 to 10-30-2020
Kīlauea summit water lake KW webcam images 11-1-2019 to 10-30-2020ANNIMATED GIF: This animated image file (GIF) of the Kīlauea summit water lake is a cropped version this file, showing a close-up view of the lake.
Kīlauea summit water lake KW webcam images 11-1-2019 to 10-30-2020
Kīlauea summit water lake KW webcam images 11-1-2019 to 10-30-2020ANIMATED GIF: The KWcam webcam has been imaging the Kīlauea summit water lake for just over a year now, tracking visual changes in the lake including water level and color.
Kīlauea summit water lake KW webcam images 11-1-2019 to 10-30-2020
Kīlauea summit water lake KW webcam images 11-1-2019 to 10-30-2020ANIMATED GIF: The KWcam webcam has been imaging the Kīlauea summit water lake for just over a year now, tracking visual changes in the lake including water level and color.
Northeast Region Photo Contest Winner | June 2019 | USGS at Work
Landslide at Howard Gap Road, Hendersonville NC; People (R to L): Kelsey O'Pry, Corey Scheip, Jesse Hill, Jessica DeWitt; UAV imaging and geologic field observations are done to map the extent and activity of this landslide; Hendersonville, NC
Northeast Region Photo Contest Winner | June 2019 | USGS at Work
Landslide at Howard Gap Road, Hendersonville NC; People (R to L): Kelsey O'Pry, Corey Scheip, Jesse Hill, Jessica DeWitt; UAV imaging and geologic field observations are done to map the extent and activity of this landslide; Hendersonville, NC
A mangrove forest along the western Gulf of Mexico coast (near Tuxpan, Veracruz, Mexico). With warming winters, mangrove forests are expected to expand northward at the expense of salt marshes in parts of Texas, Louisiana, and north Florida.
A mangrove forest along the western Gulf of Mexico coast (near Tuxpan, Veracruz, Mexico). With warming winters, mangrove forests are expected to expand northward at the expense of salt marshes in parts of Texas, Louisiana, and north Florida.
Map of seismicity in the Yellowstone region during 2019.
Map of seismicity in the Yellowstone region during 2019.Map of seismicity (yellow circles) in the Yellowstone region during 2019. Gray lines are roads, red line shows the caldera boundary, Yellowstone National Park is outlined by black dashed line, and gray dashed lines denote state boundaries.
Map of seismicity in the Yellowstone region during 2019.
Map of seismicity in the Yellowstone region during 2019.Map of seismicity (yellow circles) in the Yellowstone region during 2019. Gray lines are roads, red line shows the caldera boundary, Yellowstone National Park is outlined by black dashed line, and gray dashed lines denote state boundaries.
Map of Yellowstone National Park showing helium isotope values
Map of Yellowstone National Park showing helium isotope valuesColor-coded map showing the range of helium isotope values across Yellowstone National Park. BC = Boundary Creek, GGB = Gibbon Geyser Basin, MHS = Mammoth Hot Springs.
Map of Yellowstone National Park showing helium isotope values
Map of Yellowstone National Park showing helium isotope valuesColor-coded map showing the range of helium isotope values across Yellowstone National Park. BC = Boundary Creek, GGB = Gibbon Geyser Basin, MHS = Mammoth Hot Springs.
Map panels showing the distribution of caldera-forming tuff Yellowston
Map panels showing the distribution of caldera-forming tuff YellowstonMap panels showing the distribution of major caldera-forming ash-flow deposits from the three major caldera-forming eruptions on the Yellowstone Plateau Volcanic Field. Updated from Christiansen, 2001 (USGS PP 729-G) with new age information.
Map panels showing the distribution of caldera-forming tuff Yellowston
Map panels showing the distribution of caldera-forming tuff YellowstonMap panels showing the distribution of major caldera-forming ash-flow deposits from the three major caldera-forming eruptions on the Yellowstone Plateau Volcanic Field. Updated from Christiansen, 2001 (USGS PP 729-G) with new age information.
Map showing ice cover in the Yellowstone region. Light shaded areas bounded by black and red lines indicate areas covered during the Pinedale (about 20,000-15,000 years ago) and Bull Lake (about 150,000 years ago) glaciations, respectively. Blue lines are contours in thousands of feet on the maximum reconstructed Pinedale glacier surface.
Map showing ice cover in the Yellowstone region. Light shaded areas bounded by black and red lines indicate areas covered during the Pinedale (about 20,000-15,000 years ago) and Bull Lake (about 150,000 years ago) glaciations, respectively. Blue lines are contours in thousands of feet on the maximum reconstructed Pinedale glacier surface.
Map showing three types of young faults in Yellowstone National Park
Map showing three types of young faults in Yellowstone National ParkMap showing three types of young faults in Yellowstone National Park. 1) Resurgent dome faults. 2) Volcanism and caldera faults. 3) Basin and Range faults. Courtesy of the Wyoming State Geological Survey.
Map showing three types of young faults in Yellowstone National Park
Map showing three types of young faults in Yellowstone National ParkMap showing three types of young faults in Yellowstone National Park. 1) Resurgent dome faults. 2) Volcanism and caldera faults. 3) Basin and Range faults. Courtesy of the Wyoming State Geological Survey.
Mapping Barter Island on an All Terrain Vehicle (ATV)
Mapping Barter Island on an All Terrain Vehicle (ATV)High ice content permafrost bluff erosion at Barter Island in 2019 after several coastal storms and a prolonged time of anomalously high air temperatures.
Mapping Barter Island on an All Terrain Vehicle (ATV)
Mapping Barter Island on an All Terrain Vehicle (ATV)High ice content permafrost bluff erosion at Barter Island in 2019 after several coastal storms and a prolonged time of anomalously high air temperatures.
Maps of evolution stages of recent volcanism in Yellowstone Caldera
Maps of evolution stages of recent volcanism in Yellowstone CalderaMaps displaying the stages of evolution of the more recent cycle of volcanism associated with Yellowstone Caldera. From Finn and Morgan, 2002 (High-resolution aeromagnetic mapping of volcanic terrain, Yellowstone National Park).
Maps of evolution stages of recent volcanism in Yellowstone Caldera
Maps of evolution stages of recent volcanism in Yellowstone CalderaMaps displaying the stages of evolution of the more recent cycle of volcanism associated with Yellowstone Caldera. From Finn and Morgan, 2002 (High-resolution aeromagnetic mapping of volcanic terrain, Yellowstone National Park).
Microscopic image of quartz crystal from Lave Creek Tuff Yellowstone
Microscopic image of quartz crystal from Lave Creek Tuff YellowstoneSynchrotron X-Ray microtomography 3D image (a) and cathodoluminescence slice (b) from the same reentrant-bearing quartz crystal from the Lava Creek Tuff. The reentrants are in darker blue in (a) and the black cavities in (b). Note their relationship to quartz growth bands. Red domains are small magnetite crystals.
Microscopic image of quartz crystal from Lave Creek Tuff Yellowstone
Microscopic image of quartz crystal from Lave Creek Tuff YellowstoneSynchrotron X-Ray microtomography 3D image (a) and cathodoluminescence slice (b) from the same reentrant-bearing quartz crystal from the Lava Creek Tuff. The reentrants are in darker blue in (a) and the black cavities in (b). Note their relationship to quartz growth bands. Red domains are small magnetite crystals.
Modern coral reef dominated by weedy coral species
Modern coral reef dominated by weedy coral speciesA coral reef in the Turks and Caicos Islands dominated by the weedy coral species, Porites astreoides. The relative dominance of this taxa has increased throughout the western Atlantic.
Modern coral reef dominated by weedy coral species
Modern coral reef dominated by weedy coral speciesA coral reef in the Turks and Caicos Islands dominated by the weedy coral species, Porites astreoides. The relative dominance of this taxa has increased throughout the western Atlantic.
Speed Rail Mount with adjustable Pitch Roll
Old custom made Kentucky-style mount on several different boats from Kentucky and Illinois deploying both Broadband (BB) and Rio Grande ADCPs. A pole can be fixed to the mount for deploying a GPS antenna located on top of the ADCP. The Kentucky-style mount constructed of Speed Rail is recommended for Rio Grande Workhorse, RiverPro, RioPro, and Sontek M9.
Old custom made Kentucky-style mount on several different boats from Kentucky and Illinois deploying both Broadband (BB) and Rio Grande ADCPs. A pole can be fixed to the mount for deploying a GPS antenna located on top of the ADCP. The Kentucky-style mount constructed of Speed Rail is recommended for Rio Grande Workhorse, RiverPro, RioPro, and Sontek M9.
Old custom made Kentucky-style mount on several different boats from Kentucky and Illinois deploying both Broadband (BB) and Rio Grande ADCPs. A pole can be fixed to the mount for deploying a GPS antenna located on top of the ADCP. The Kentucky-style mount constructed of Speed Rail is recommended for Rio Grande Workhorse, RiverPro, RioPro, and Sontek M9.
Old custom made Kentucky-style mount on several different boats from Kentucky and Illinois deploying both Broadband (BB) and Rio Grande ADCPs. A pole can be fixed to the mount for deploying a GPS antenna located on top of the ADCP. The Kentucky-style mount constructed of Speed Rail is recommended for Rio Grande Workhorse, RiverPro, RioPro, and Sontek M9.
Old custom made Kentucky-style mount on several different boats from Kentucky and Illinois deploying both Broadband (BB) and Rio Grande ADCPs. A pole can be fixed to the mount for deploying a GPS antenna located on top of the ADCP. The Kentucky-style mount constructed of Speed Rail is recommended for Rio Grande Workhorse, RiverPro, RioPro, and Sontek M9.
Old custom made Kentucky-style mount on several different boats from Kentucky and Illinois deploying both Broadband (BB) and Rio Grande ADCPs. A pole can be fixed to the mount for deploying a GPS antenna located on top of the ADCP. The Kentucky-style mount constructed of Speed Rail is recommended for Rio Grande Workhorse, RiverPro, RioPro, and Sontek M9.
ADCP mounting bracket developed in Ithaca, NY.
ADCP mounting bracket developed in Ithaca, NY.
ADCP mounting bracket developed in Ithaca, NY.
ADCP mounting bracket developed in Ithaca, NY.
Natural Recharge (1981 - 2010), Indian Wells Valley, CA
Natural Recharge (1981 - 2010), Indian Wells Valley, CAThe USGS California Basin Characterization Model (BCM) was used to understand the rate and amounts of natural groundwater recharge in the Indian Wells Valley and to refine historical estimates of groundwater recharge in the valley.
Natural Recharge (1981 - 2010), Indian Wells Valley, CA
Natural Recharge (1981 - 2010), Indian Wells Valley, CAThe USGS California Basin Characterization Model (BCM) was used to understand the rate and amounts of natural groundwater recharge in the Indian Wells Valley and to refine historical estimates of groundwater recharge in the valley.