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video thumbnail landslide thickness video thumbnail landslide thickness
Measuring Landslide Thickness: Seismic Equipment Used for More Than Earthquakes
video thumbnail cascading hazards video thumbnail cascading hazards
Cascading Hazards: Earthquake Triggered Landslides
Cascading Hazards: Earthquake Triggered Landslides

On February 6, 2023, magnitude 7.8 and 7.5 earthquakes struck Turkey near the Syrian border. Over 50,000 people lost their lives. Earthquake shaking was not the only hazard. The quake triggered landslides, liquefaction, and other cascading hazards.

On February 6, 2023, magnitude 7.8 and 7.5 earthquakes struck Turkey near the Syrian border. Over 50,000 people lost their lives. Earthquake shaking was not the only hazard. The quake triggered landslides, liquefaction, and other cascading hazards.

Guided by science. Join us live @usinterior Guided by science. Join us live @usinterior
Instagram Live - DOI Secretary Haaland and USGS Director Applegate
Instagram Live - DOI Secretary Haaland and USGS Director Applegate

An Instagram Live even hosted by Department of the Interior Secretary Deb Haaland with special guest USGS Director Dr. David Applegate. The even took place on January 5, 2024.

An Instagram Live even hosted by Department of the Interior Secretary Deb Haaland with special guest USGS Director Dr. David Applegate. The even took place on January 5, 2024.

Explore the Risk PFAS is in Local Tap Water

U.S. Geological Survey scientists created an interactive map to help the public better understand their risk of exposure to PFAS, also known as “forever chemicals.” This interactive tool allows you to view data from a recently published USGS study on PFAS in tap water as well as learn where known PFAS sources are near your community.

U.S. Geological Survey scientists created an interactive map to help the public better understand their risk of exposure to PFAS, also known as “forever chemicals.” This interactive tool allows you to view data from a recently published USGS study on PFAS in tap water as well as learn where known PFAS sources are near your community.

Building crumbled. Text reads: Part Four: Heads Up! Something's Happening Building crumbled. Text reads: Part Four: Heads Up! Something's Happening
National Preparedness Month Spotlight on Earthquakes [Part 4]
National Preparedness Month Spotlight on Earthquakes [Part 4]

We can’t predict exactly when an earthquake might occur. However, if you live on the West Coast, there is a chance you could get alerted that earthquake shaking is coming. This video is all about earthquake early warning.

We can’t predict exactly when an earthquake might occur. However, if you live on the West Coast, there is a chance you could get alerted that earthquake shaking is coming. This video is all about earthquake early warning.

Earth in the background with words "Part Two: Will it happen "here"? Earth in the background with words "Part Two: Will it happen "here"?
National Preparedness Month Spotlight on Earthquakes [Part 2]
National Preparedness Month Spotlight on Earthquakes [Part 2]

Will an earthquake happen where you live? We have the resources that will let you know. Check out the video to learn more. September is National Preparedness Month.

Destroyed buildings in a city. Text reads: Part Three: Prepare for the Inevitable Destroyed buildings in a city. Text reads: Part Three: Prepare for the Inevitable
National Preparedness Month Spotlight on Earthquakes [Part 3]
National Preparedness Month Spotlight on Earthquakes [Part 3]

Do you know what a “go” bag is? Does your family have a plan in case of an emergency? Check out the video to see what you can do to get yourself prepared if there were an earthquake. 

Do you know what a “go” bag is? Does your family have a plan in case of an emergency? Check out the video to see what you can do to get yourself prepared if there were an earthquake. 

Part Six: Resources to Keep You Safe Part Six: Resources to Keep You Safe
National Preparedness Month Spotlight on Earthquakes [Part 6]
National Preparedness Month Spotlight on Earthquakes [Part 6]

Whether you’ve never experienced an earthquake, are in the midst of intense shaking, or just felt a temblor, there are valuable resources available to help. Watch the video to learn more.

Whether you’ve never experienced an earthquake, are in the midst of intense shaking, or just felt a temblor, there are valuable resources available to help. Watch the video to learn more.

Video of Earth with a glowing crack through it. Video of Earth with a glowing crack through it.
National Preparedness Month Spotlight on Earthquakes [Part 1]
National Preparedness Month Spotlight on Earthquakes [Part 1]

Earthquakes can affect millions of people across the United States. But do you know what causes them? This video will tell you.

September is National Preparedness Month. Learn more about the natural hazards you may face in our feature story.

People sitting at table. Text read: Part Five: Drop, Cover, and Hold on People sitting at table. Text read: Part Five: Drop, Cover, and Hold on
National Preparedness Month Spotlight on Earthquakes [Part 5]
National Preparedness Month Spotlight on Earthquakes [Part 5]

There’s an earthquake—what do you do? This video will show you.

September is National Preparedness Month. Learn more about the natural hazards you may face in our feature story.

Additional Resources: 

River and Thermals — Yellowstone National Park

The Gibbon River, named for Colonel (later General) John Gibbon, who was a member of an early exploring survey of the Yellowstone region, starts near the Center of Yellowstone National Park. All of the outflow from Norris Geyser Basin drains into the river, which merges with the Firehole River in the west part of the park to become the Madison River.

The Gibbon River, named for Colonel (later General) John Gibbon, who was a member of an early exploring survey of the Yellowstone region, starts near the Center of Yellowstone National Park. All of the outflow from Norris Geyser Basin drains into the river, which merges with the Firehole River in the west part of the park to become the Madison River.

Cinnamon Spouter — Yellowstone National Park

Cinnamon Spouter, in Black Sand Basin, has long stretches of bubbling activity. A “sizziling fracture” was first noticed at this location in 1933, but little more was noted until the current spouting pool developed in 1988–1989.

Cinnamon Spouter, in Black Sand Basin, has long stretches of bubbling activity. A “sizziling fracture” was first noticed at this location in 1933, but little more was noted until the current spouting pool developed in 1988–1989.

Steamboat Geyser — Yellowstone National Park

The tallest geyser in the world, with eruptions that exceed 120 meters (400 feet), Steamboat Geyser is known for experiencing years of frequent eruptions followed by years to decades of very few eruptions. The geyser has been in a more active period since 2018.

The tallest geyser in the world, with eruptions that exceed 120 meters (400 feet), Steamboat Geyser is known for experiencing years of frequent eruptions followed by years to decades of very few eruptions. The geyser has been in a more active period since 2018.

Bubbling mud with steam rising Bubbling mud with steam rising
Mudpot at Artists' Paintpots — Yellowstone National Park
Mudpot at Artists' Paintpots — Yellowstone National Park

Mud Pool is located near the Daisy Geyser complex, not far from Old Faithful. Since the 1980s it has acted as a perpetual spouter.

Bubbling water in a small pond Bubbling water in a small pond
Terrace Springs — Yellowstone National Park
Terrace Springs — Yellowstone National Park

Although Terrace Spring may appear to be boiling, but it’s temperature is a relatively cool 140 F (60 C). The roiling in the pol is caused by carbon dioxide bubbles. Thousands of years ago, when Yellowstone’s climate was wetter, the water of the springs had a different composition, allowing travertine to form—just like that seen today at Mammoth Hot Spring

Although Terrace Spring may appear to be boiling, but it’s temperature is a relatively cool 140 F (60 C). The roiling in the pol is caused by carbon dioxide bubbles. Thousands of years ago, when Yellowstone’s climate was wetter, the water of the springs had a different composition, allowing travertine to form—just like that seen today at Mammoth Hot Spring

A small hole containing grayish muddy water, bubbling up from the center A small hole containing grayish muddy water, bubbling up from the center
Blue Mud Steam Vent — Yellowstone National Park
Blue Mud Steam Vent — Yellowstone National Park

In Yellowstone, a clue about whether a thermal feature is acidic or basic is the style of the feature. Pools of water are generally basic, while mud pots are acidic. Blue Mud Steam Vent is a classic example of an acidic mud pot.

In Yellowstone, a clue about whether a thermal feature is acidic or basic is the style of the feature. Pools of water are generally basic, while mud pots are acidic. Blue Mud Steam Vent is a classic example of an acidic mud pot.

Small area of gray mud bubbling with steam Small area of gray mud bubbling with steam
Congress Pool — Yellowstone National Park
Congress Pool — Yellowstone National Park

Named for a visit in 1891 by members of the Fifth International Geological Congress, the feature in Norris Geyser Basin has behaved as a quiet pool, geyser, and roiling mud pot.

Named for a visit in 1891 by members of the Fifth International Geological Congress, the feature in Norris Geyser Basin has behaved as a quiet pool, geyser, and roiling mud pot.

Steam rising from a hole within rocks Steam rising from a hole within rocks
Beryl Springs — Yellowstone National Park
Beryl Springs — Yellowstone National Park

Beryl Spring, in the Gibbon River Canyon, is chemically complex—it has a pool with a basic composition and a steam vent with an acidic composition! It’s location next to the highway has caused numerous problems for the road, requiring some creative engineering solutions and a lot of geological expertise!

Beryl Spring, in the Gibbon River Canyon, is chemically complex—it has a pool with a basic composition and a steam vent with an acidic composition! It’s location next to the highway has caused numerous problems for the road, requiring some creative engineering solutions and a lot of geological expertise!

A very tall waterfall in the distance behind trees in the foreground. A very tall waterfall in the distance behind trees in the foreground.
Kepler Cascades — Yellowstone National Park
Kepler Cascades — Yellowstone National Park

The Firehole River drops 150 feet over three tiers in this cascade, or falls, located 2.5 miles upstream of Old Faithful.  The name refers to Kepler Hoyt, the 12-year-old son of Wyoming’s territorial governor, who visited Yellowstone National Park in 1881. Philetus Norris, second superintendent of Yellowstone National Park, named the cascade.

The Firehole River drops 150 feet over three tiers in this cascade, or falls, located 2.5 miles upstream of Old Faithful.  The name refers to Kepler Hoyt, the 12-year-old son of Wyoming’s territorial governor, who visited Yellowstone National Park in 1881. Philetus Norris, second superintendent of Yellowstone National Park, named the cascade.

A waterfall flows from right to left of the screen. A waterfall flows from right to left of the screen.
Rustic Falls — Yellowstone National Park
Rustic Falls — Yellowstone National Park

This waterfall on Glen Creek is in the Golden Gate area of Yellowstone National Park. The high cliffs on the west side of the canyon are ash deposits from a massive volcanic eruption 2.1 million years ago, while the massif (Bunsen Peak) on the east side is a block of magma that solidified in the shallow subsurface tens of millions of years ago.

This waterfall on Glen Creek is in the Golden Gate area of Yellowstone National Park. The high cliffs on the west side of the canyon are ash deposits from a massive volcanic eruption 2.1 million years ago, while the massif (Bunsen Peak) on the east side is a block of magma that solidified in the shallow subsurface tens of millions of years ago.

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