Devin Moore, left, a U.S. Geological Survey intern and Tennessee State University graduate student, assists a 2024 TSU Summer Apprenticeship Program participant in wetlands research. (Courtesy photo).
Images
Images
Devin Moore, left, a U.S. Geological Survey intern and Tennessee State University graduate student, assists a 2024 TSU Summer Apprenticeship Program participant in wetlands research. (Courtesy photo).
Students participating in the 2024 cohort of Tennessee State University's Summer Apprenticeship Program take a field trip to Mammoth Cave National Park, Kentucky. (Courtesy photo).
Students participating in the 2024 cohort of Tennessee State University's Summer Apprenticeship Program take a field trip to Mammoth Cave National Park, Kentucky. (Courtesy photo).
Animated Ash3D simulation of a volcanic ash cloud from a hypothetical eruption of Mt. St. Helens, WA
Animated Ash3D simulation of a volcanic ash cloud from a hypothetical eruption of Mt. St. Helens, WAAnimated Ash3D simulation of a volcanic ash cloud from a hypothetical eruption of Mt. St. Helens, WA if it occurred today. Colors represent ash concentrations in the cloud. This .gif is uploaded to Drupal to support Volcano modeling feature story in support of the September’s theme of hazard resilient communities.
Animated Ash3D simulation of a volcanic ash cloud from a hypothetical eruption of Mt. St. Helens, WA
Animated Ash3D simulation of a volcanic ash cloud from a hypothetical eruption of Mt. St. Helens, WAAnimated Ash3D simulation of a volcanic ash cloud from a hypothetical eruption of Mt. St. Helens, WA if it occurred today. Colors represent ash concentrations in the cloud. This .gif is uploaded to Drupal to support Volcano modeling feature story in support of the September’s theme of hazard resilient communities.
Students participating in Tennessee State University's Summer Apprenticeship Program process water samples in a laboratory during the 2024 cohort. (Courtesy photo).
Students participating in Tennessee State University's Summer Apprenticeship Program process water samples in a laboratory during the 2024 cohort. (Courtesy photo).
Andrea Jaegge, far left, a USGS postdoctoral biologist, instructs Tennessee State University students participating in the school's 2024 cohort of the Summer Apprenticeship Program, on how to use a epifluorescent microscope to view algae (Courtesy photo).
Andrea Jaegge, far left, a USGS postdoctoral biologist, instructs Tennessee State University students participating in the school's 2024 cohort of the Summer Apprenticeship Program, on how to use a epifluorescent microscope to view algae (Courtesy photo).
Red flag warnings are issued when weather conditions become hot, dry, and windy. These conditions are ideal for wildfires to start or grow.
Red flag warnings are issued when weather conditions become hot, dry, and windy. These conditions are ideal for wildfires to start or grow.
Australia has formally joined the United States-led Landsat Next satellite program
Australia has formally joined the United States-led Landsat Next satellite programMinister for Foreign Affairs, Penny Wong, and U.S. Secretary of State, Antony Blinken, with the signed bilateral statement on the Landsat Next program.
Australia has formally joined the United States-led Landsat Next satellite program
Australia has formally joined the United States-led Landsat Next satellite programMinister for Foreign Affairs, Penny Wong, and U.S. Secretary of State, Antony Blinken, with the signed bilateral statement on the Landsat Next program.
Animated D-Claw simulation of a hypothetical landslide and lahar originating from the failure of a section of the Tahoma Glacier headwall at Mt. Rainier, WA. Colors represent flow depth.
Animated D-Claw simulation of a hypothetical landslide and lahar originating from the failure of a section of the Tahoma Glacier headwall at Mt. Rainier, WA. Colors represent flow depth.Animated D-Claw simulation of a hypothetical landslide and lahar originating from the failure of a section of the Tahoma Glacier headwall at Mt. Rainier, WA. This .gif is uploaded to Drupal to support Volcano modeling feature story in support of the September’s theme of hazard resilient communities.
Animated D-Claw simulation of a hypothetical landslide and lahar originating from the failure of a section of the Tahoma Glacier headwall at Mt. Rainier, WA. Colors represent flow depth.
Animated D-Claw simulation of a hypothetical landslide and lahar originating from the failure of a section of the Tahoma Glacier headwall at Mt. Rainier, WA. Colors represent flow depth.Animated D-Claw simulation of a hypothetical landslide and lahar originating from the failure of a section of the Tahoma Glacier headwall at Mt. Rainier, WA. Colors represent flow depth.
Animated D-Claw simulation of a hypothetical landslide and lahar originating from the failure of a section of the Tahoma Glacier headwall at Mt. Rainier, WA. Colors represent flow depth.Animated D-Claw simulation of a hypothetical landslide and lahar originating from the failure of a section of the Tahoma Glacier headwall at Mt. Rainier, WA. This .gif is uploaded to Drupal to support Volcano modeling feature story in support of the September’s theme of hazard resilient communities.
Thomas Byl, far left, a U.S. Geological Survey biologist and professor at Tennessee State University, poses with a group of TSU's Summer Apprenticeship Program students as they prepare to do some wetlands science. (Courtesy photo).
Thomas Byl, far left, a U.S. Geological Survey biologist and professor at Tennessee State University, poses with a group of TSU's Summer Apprenticeship Program students as they prepare to do some wetlands science. (Courtesy photo).
U.S. Geological Survey biologist Thomas Byl, foreground, leads students participating in Tennessee State University's 2024 cohort of the Summer Apprenticeship Program. (Courtesy photo).
U.S. Geological Survey biologist Thomas Byl, foreground, leads students participating in Tennessee State University's 2024 cohort of the Summer Apprenticeship Program. (Courtesy photo).
Lava2d simulation of the fissure 3 lava flow from the 2022 eruption of Mauna Loa, Hawaiʻi. Colors represent lava flow depth after 5 days of activity.
Lava2d simulation of the fissure 3 lava flow from the 2022 eruption of Mauna Loa, Hawaiʻi. Colors represent lava flow depth after 5 days of activity.Lava2d simulation of the fissure 3 lava flow from the 2022 eruption of Mauna Loa, Hawaiʻi. Colors represent lava flow depth after 5 days of activity.
Lava2d simulation of the fissure 3 lava flow from the 2022 eruption of Mauna Loa, Hawaiʻi. Colors represent lava flow depth after 5 days of activity.
Lava2d simulation of the fissure 3 lava flow from the 2022 eruption of Mauna Loa, Hawaiʻi. Colors represent lava flow depth after 5 days of activity.Lava2d simulation of the fissure 3 lava flow from the 2022 eruption of Mauna Loa, Hawaiʻi. Colors represent lava flow depth after 5 days of activity.
National Hurricane Center satellite imagery of the Gulf of Mexico on August 5, 2024.
National Hurricane Center satellite imagery of the Gulf of Mexico on August 5, 2024.
USGS and Australia formally partner for upcoming Landsat Next satellite mission
USGS and Australia formally partner for upcoming Landsat Next satellite missionAlison Rose, Chief of Space Division, Geoscience Australia, and Darcee Killpack, acting Associate Director, Core Science Systems, United States Geological Survey, signing the Memorandum of Understanding formally operationalizing the Landsat Next partnership.
USGS and Australia formally partner for upcoming Landsat Next satellite mission
USGS and Australia formally partner for upcoming Landsat Next satellite missionAlison Rose, Chief of Space Division, Geoscience Australia, and Darcee Killpack, acting Associate Director, Core Science Systems, United States Geological Survey, signing the Memorandum of Understanding formally operationalizing the Landsat Next partnership.
Multi-scale fire triangle: Fire growth and complexity (Simplified)
Multi-scale fire triangle: Fire growth and complexity (Simplified)There are three fire-related triangles used to explain fire growth and expansion. The smallest scale "Fire Triangle" factors in oxygen, heat, and fuel. The "Fire Behavior Triangle" factors in topography, fuel, and weather. While the large-scale "Fire Regime Triangle" factors in ignition source, vegetation, and climate.
Multi-scale fire triangle: Fire growth and complexity (Simplified)
Multi-scale fire triangle: Fire growth and complexity (Simplified)There are three fire-related triangles used to explain fire growth and expansion. The smallest scale "Fire Triangle" factors in oxygen, heat, and fuel. The "Fire Behavior Triangle" factors in topography, fuel, and weather. While the large-scale "Fire Regime Triangle" factors in ignition source, vegetation, and climate.
Fire Danger Forecast Viewer
3 Fire-related Maps
- Wildfire Potential
- Probability of Large Fire
- Probability of Fire Spread
Fire Danger Forecast Viewer
3 Fire-related Maps
- Wildfire Potential
- Probability of Large Fire
- Probability of Fire Spread
World map of expected annual disruption of copper refinery production, in metric tons, from potential seismic activity.
World map of expected annual disruption of copper refinery production, in metric tons, from potential seismic activity.
A bat box, photographed as part of NABat fieldwork in 2024.
A bat box, photographed as part of NABat fieldwork in 2024.
MEET A FIRE SCIENTIST: Miguel Villarreal, Ph.D.
I study how wildfires affect landscapes and determine ways we can reduce community risk and help the environment recover after a fire.
MEET A FIRE SCIENTIST: Miguel Villarreal, Ph.D.
I study how wildfires affect landscapes and determine ways we can reduce community risk and help the environment recover after a fire.
Andrea Schuhmann removes a bat from a mist net during NABat Fieldwork in 2024.
Andrea Schuhmann removes a bat from a mist net during NABat Fieldwork in 2024.
U.S. Geological Survey projects Beryl’s potential impact when it strikes Texas’ coast
U.S. Geological Survey projects Beryl’s potential impact when it strikes Texas’ coastA screenshot of the U.S. Geological Survey's costal change hazards portal, indicates the forecast of Tropical Storm Beryl's impact on the coast of Texas. The three red lines indicate the collision, wave and water sand dune overwash, and dune inundation.
U.S. Geological Survey projects Beryl’s potential impact when it strikes Texas’ coast
U.S. Geological Survey projects Beryl’s potential impact when it strikes Texas’ coastA screenshot of the U.S. Geological Survey's costal change hazards portal, indicates the forecast of Tropical Storm Beryl's impact on the coast of Texas. The three red lines indicate the collision, wave and water sand dune overwash, and dune inundation.
2023 Earth Observation Assessment for agriculture and forestry
2023 Earth Observation Assessment for agriculture and forestryGraphic showing Earth observation inputs found in the 2023 USGEO Earth observation assessment for agriculture and forestry.
2023 Earth Observation Assessment for agriculture and forestry
2023 Earth Observation Assessment for agriculture and forestryGraphic showing Earth observation inputs found in the 2023 USGEO Earth observation assessment for agriculture and forestry.