Research vessel with bathymetric surveying equipment andU.S. Geological Survey hydrologist on Kettle Lake 3.
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.
Research vessel with bathymetric surveying equipment andU.S. Geological Survey hydrologist on Kettle Lake 3.
Use of thermal imaging helps researchers to understand the relationship of fuels and fire effects, Valles Caldera National Preserve, New Mexico, 2019.
Use of thermal imaging helps researchers to understand the relationship of fuels and fire effects, Valles Caldera National Preserve, New Mexico, 2019.
USGS scientists measured gases in an area uprift of the 2018 fissure system on N
USGS scientists measured gases in an area uprift of the 2018 fissure system on NUSGS scientists measured gases in an area uprift of the 2018 fissure system on November 8. In this area, vegetation has died because of lingering heat and steam. In some areas of Kīlauea's lower East Rift Zone, residents report smelling gases that are likely generated by decaying organic matter rather than magma degassing. USGS image by P. Nadeau.
USGS scientists measured gases in an area uprift of the 2018 fissure system on N
USGS scientists measured gases in an area uprift of the 2018 fissure system on NUSGS scientists measured gases in an area uprift of the 2018 fissure system on November 8. In this area, vegetation has died because of lingering heat and steam. In some areas of Kīlauea's lower East Rift Zone, residents report smelling gases that are likely generated by decaying organic matter rather than magma degassing. USGS image by P. Nadeau.
USGS scientists monitor gases on Kīlauea's lower East Rift Zone
USGS scientists monitor gases on Kīlauea's lower East Rift ZoneOn November 8, 2019, USGS volcano scientists visited Kīlauea's Lower East Rift Zone to measure ambient gases, as well as the soil carbon dioxide (CO2) flux and temperature. This photo, looking in a southeast direction, shows some steaming uprift of the 2018 fissure system.
USGS scientists monitor gases on Kīlauea's lower East Rift Zone
USGS scientists monitor gases on Kīlauea's lower East Rift ZoneOn November 8, 2019, USGS volcano scientists visited Kīlauea's Lower East Rift Zone to measure ambient gases, as well as the soil carbon dioxide (CO2) flux and temperature. This photo, looking in a southeast direction, shows some steaming uprift of the 2018 fissure system.
Beaver dam and lodge on the Wrench Creek, Noatak National Preserve
Beaver dam and lodge on the Wrench Creek, Noatak National PreserveBeaver dam and lodge on the Wrench Creek, Noatak National Preserve
Beaver dam and lodge on the Wrench Creek, Noatak National Preserve
Beaver dam and lodge on the Wrench Creek, Noatak National PreserveBeaver dam and lodge on the Wrench Creek, Noatak National Preserve
Beaver dam complex and lodge at the confluence of Wrench Creek and Kelly River, Noatak National Preserve
Beaver dam complex and lodge at the confluence of Wrench Creek and Kelly River, Noatak National Preserve
Black Racer snake (A) The epidermis over much of the body, but cranially pronounced, has multifocal to coalescing dull white to pale gray foci. (B) Multiple scales around the head are thickened and roughened. (C) Ventrally, there are multiple dull white to grey foci of up to 8 mm size, occasionally with central indentations.
Black Racer snake (A) The epidermis over much of the body, but cranially pronounced, has multifocal to coalescing dull white to pale gray foci. (B) Multiple scales around the head are thickened and roughened. (C) Ventrally, there are multiple dull white to grey foci of up to 8 mm size, occasionally with central indentations.
Dee-Ann McCarthy (USGS) measuring low flow in picturesque New England
Dee-Ann McCarthy (USGS) measuring low flow in picturesque New EnglandDee-Ann McCarthy (USGS) measuring low flow in picturesque New England fall foliage at stream gage 01118300 Pendleton Hill Brook near Clarks Falls, CT.
Dee-Ann McCarthy (USGS) measuring low flow in picturesque New England
Dee-Ann McCarthy (USGS) measuring low flow in picturesque New EnglandDee-Ann McCarthy (USGS) measuring low flow in picturesque New England fall foliage at stream gage 01118300 Pendleton Hill Brook near Clarks Falls, CT.
Image of North Taylor Creek in Wet Mountain Valley, Colorado prior to completion of a surface-water discharge measurement.
Image of North Taylor Creek in Wet Mountain Valley, Colorado prior to completion of a surface-water discharge measurement.
A science crew on M/V (marine vessel) Bold Horizon retrieve gear from offshore San Francisco.
A science crew on M/V (marine vessel) Bold Horizon retrieve gear from offshore San Francisco.
A panoramic view of the Columbia River and Miller Island near the eastern end of the Columbia River Gorge National Scenic Area. The island and cliff walls on both sides of the Columbia River are composed of stacked lava flows of the Columbia River Basalt Group.
A panoramic view of the Columbia River and Miller Island near the eastern end of the Columbia River Gorge National Scenic Area. The island and cliff walls on both sides of the Columbia River are composed of stacked lava flows of the Columbia River Basalt Group.
The Natural Water Cycle
Groundwater-level Response to the July 2019 Ridgecrest, CA Earthquakes
Groundwater-level Response to the July 2019 Ridgecrest, CA EarthquakesLocations of the July 2019 earthquake epicenters and six USGS groundwater-monitoring sites.
Groundwater-level Response to the July 2019 Ridgecrest, CA Earthquakes
Groundwater-level Response to the July 2019 Ridgecrest, CA EarthquakesLocations of the July 2019 earthquake epicenters and six USGS groundwater-monitoring sites.
USGS scientists on the back deck of M/V Bold Horizon in San Francisco Bay: (back row, standing: left to right) Brandon Nasr, Danny Brothers, Travis Alonghi (USGS student contractor), Gerry Hatcher, Jenna Hill, Pete Dal Ferro, and Jenny McKee; (front row, kneeling: left to right) USGS scientists Janet Watt and Nora Nieminski.
USGS scientists on the back deck of M/V Bold Horizon in San Francisco Bay: (back row, standing: left to right) Brandon Nasr, Danny Brothers, Travis Alonghi (USGS student contractor), Gerry Hatcher, Jenna Hill, Pete Dal Ferro, and Jenny McKee; (front row, kneeling: left to right) USGS scientists Janet Watt and Nora Nieminski.
USGS science crew from Pacific Coastal and Marine Science Center work together to get the vibracorer coring device in position to collect sediment core samples off San Francisco, California.
USGS science crew from Pacific Coastal and Marine Science Center work together to get the vibracorer coring device in position to collect sediment core samples off San Francisco, California.
The Rossfelder P-5 vibracorer, with its polybuterate liner visible, is secured on the deck of the research vessel Bold Horizon, awaiting deployment off the coast of California just north of San Francisco. More liners are stored in a cage off to the side.
The Rossfelder P-5 vibracorer, with its polybuterate liner visible, is secured on the deck of the research vessel Bold Horizon, awaiting deployment off the coast of California just north of San Francisco. More liners are stored in a cage off to the side.
The USGS uses the Rossfelder P-5 vibracorer to collect deep-water sediment samples from the seafloor. Here, they are heading out offshore of San Francisco with the Golden Gate Bridge in the background.
The USGS uses the Rossfelder P-5 vibracorer to collect deep-water sediment samples from the seafloor. Here, they are heading out offshore of San Francisco with the Golden Gate Bridge in the background.
The Ben Franklin Bridge stretches over the Delaware River. The Delaware River Basin provides water to big cities such as New York and Philadelphia.
The Ben Franklin Bridge stretches over the Delaware River. The Delaware River Basin provides water to big cities such as New York and Philadelphia.
USGS scientists collect gas from the Puhimau thermal area on Chain of Craters Ro
USGS scientists collect gas from the Puhimau thermal area on Chain of Craters RoUSGS scientists collect gas from the Puhimau thermal area on Chain of Craters Road in Hawai‘i Volcanoes National Park. The gas is collected in evacuated (vacuum-pumped so that no gas at all is inside) glass bottles, and a system of a syringe with tubing helped ensure minimal contamination by ambient atmospheric gases.
USGS scientists collect gas from the Puhimau thermal area on Chain of Craters Ro
USGS scientists collect gas from the Puhimau thermal area on Chain of Craters RoUSGS scientists collect gas from the Puhimau thermal area on Chain of Craters Road in Hawai‘i Volcanoes National Park. The gas is collected in evacuated (vacuum-pumped so that no gas at all is inside) glass bottles, and a system of a syringe with tubing helped ensure minimal contamination by ambient atmospheric gases.
USGS scientists collect gas from the Puhimau thermal area on Chain of Craters Ro
USGS scientists collect gas from the Puhimau thermal area on Chain of Craters RoUSGS scientists collect gas from the Puhimau thermal area on Chain of Craters Road in Hawai‘i Volcanoes National Park. The gas is collected in evacuated (vacuum-pumped so that no gas at all is inside) glass bottles, and a system of a syringe with tubing helped ensure minimal contamination by ambient atmospheric gases.
USGS scientists collect gas from the Puhimau thermal area on Chain of Craters Ro
USGS scientists collect gas from the Puhimau thermal area on Chain of Craters RoUSGS scientists collect gas from the Puhimau thermal area on Chain of Craters Road in Hawai‘i Volcanoes National Park. The gas is collected in evacuated (vacuum-pumped so that no gas at all is inside) glass bottles, and a system of a syringe with tubing helped ensure minimal contamination by ambient atmospheric gases.