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Colorfully shaded map of the seafloor showing the many unique canyons created by nearby rivers.
Topography and Bathymetry of Southern Cascadia
Topography and Bathymetry of Southern Cascadia
Topography and Bathymetry of Southern Cascadia

Topography and bathymetry of southern Cascadia, which includes southern Oregon and northern California (seafloor depths between 200 and 3000 m are shown in the spectrum color scale from red (shallower) to purple (deeper). The land and continental shelf are shown in grayscale slope shading where darker colors represent steeper slopes.

Topography and bathymetry of southern Cascadia, which includes southern Oregon and northern California (seafloor depths between 200 and 3000 m are shown in the spectrum color scale from red (shallower) to purple (deeper). The land and continental shelf are shown in grayscale slope shading where darker colors represent steeper slopes.

Image from an application that navigates users through USGS National Oil and Gas Assessment Provinces
National Oil and Gas Assessment Provinces
National Oil and Gas Assessment Provinces
National Oil and Gas Assessment Provinces

This is a graphic from the USGS National Oil and Gas Assessment Explorer application, which allows user to drill into 70 oil and gas assessment provinces throughout the United States.

This is a graphic from the USGS National Oil and Gas Assessment Explorer application, which allows user to drill into 70 oil and gas assessment provinces throughout the United States.

View from the top deck of a ship on water, looking down on the bow with three people standing, with a bridge in the background.
Heading back to port, Newport Harbor
Heading back to port, Newport Harbor
Heading back to port, Newport Harbor

Entering Yaquina Bay, Oregon aboard the NOAA ship Rainier, approaching the Yaquina Bay Bridge with Newport Marina off to the right in the distance.

Entering Yaquina Bay, Oregon aboard the NOAA ship Rainier, approaching the Yaquina Bay Bridge with Newport Marina off to the right in the distance.

Photo of scientists operating small drone in the field
Using drones to study groundwater
Using drones to study groundwater
Using drones to study groundwater

Did you know that plants can help us understand what is happening underground? Studying plants in an area can sometimes provide information about soil conditions, water availability, and water quality.

Did you know that plants can help us understand what is happening underground? Studying plants in an area can sometimes provide information about soil conditions, water availability, and water quality.

Photo of scientist operating small drone in the field
Using drones to study groundwater
Using drones to study groundwater
Using drones to study groundwater

Did you know that plants can sometimes help us understand what is happening underground? Studying plants in an area can provide information about soil conditions, water availability, and water quality.

Did you know that plants can sometimes help us understand what is happening underground? Studying plants in an area can provide information about soil conditions, water availability, and water quality.

Map highlighting sampling locations of 339 Northern Spotted Owls used in Miller, et al, 2018
Figure 1 from Miller, et al, 2018
Figure 1 from Miller, et al, 2018
Figure 1 from Miller, et al, 2018

Map highlighting sampling locations of 339 Northern Spotted Owls used in Miller, et al, 2018

Girls stand in pond
GeoGirls_Core
GeoGirls_Core
GeoGirls_Core

GeoGirls take core samples at a pond near the Hummocks Trail to study groundwater transport.

GeoGirls take core samples at a pond near the Hummocks Trail to study groundwater transport.

Girls look at water in bottles
GeoGirls_Sediment2
GeoGirls_Sediment2
GeoGirls_Sediment2

GeoGirls analyze volcanic sediment at the Coldwater Lake outlet.

Spawning Lost River suckers
Spawning Lost River suckers
Spawning Lost River suckers
Spawning Lost River suckers

Lost River suckers congregating to spawn on Sucker Springs in Upper Klamath Lake, Oregon.

Comparison maps indicating short or long times available for earthquake shaking arrival times
Earthquake Alerts: Early and Often? Or Possibly Late?
Earthquake Alerts: Early and Often? Or Possibly Late?
Earthquake Alerts: Early and Often? Or Possibly Late?

The choice when issuing earthquake warnings is to: 1) issue alerts for weak shaking and potentially provide long warning times, but risk sending alerts for the many events that do not go on to produce damaging ground shaking, or 2) issue alerts only when ground shaking is expected to be damaging, with the tradeoff that the alert will be sent much later, reducing

The choice when issuing earthquake warnings is to: 1) issue alerts for weak shaking and potentially provide long warning times, but risk sending alerts for the many events that do not go on to produce damaging ground shaking, or 2) issue alerts only when ground shaking is expected to be damaging, with the tradeoff that the alert will be sent much later, reducing

Deformation near South Sister from GPS data, 2001-2017
Deformation near South Sister from GPS data, 2001-2017
Deformation near South Sister from GPS data, 2001-2017
Deformation near South Sister from GPS data, 2001-2017

Horizontal displacements from campaign (black vectors) and continuous (red vectors, with station names given) GPS stations, as well as vertical displacements (indicated by color of GPS station symbol) near South Sister, Oregon. Length of arrow gives amount of horizontal displacement, with scale in lower left showing an arrow length

Horizontal displacements from campaign (black vectors) and continuous (red vectors, with station names given) GPS stations, as well as vertical displacements (indicated by color of GPS station symbol) near South Sister, Oregon. Length of arrow gives amount of horizontal displacement, with scale in lower left showing an arrow length

USGS scientists collect a sediment sample from Brownlee Reservoir
USGS scientists collect a sediment sample from Brownlee Reservoir
USGS scientists collect a sediment sample from Brownlee Reservoir
USGS scientists collect a sediment sample from Brownlee Reservoir

Scientists from the U.S. Geological Survey and Idaho Power Company collected water, sediment, and biological samples from Brownlee Reservoir as part of an ongoing, cooperative study of mercury cycling in the Hells Canyon complex of reservoirs along the Snake River bordering Idaho and Oregon.

Scientists from the U.S. Geological Survey and Idaho Power Company collected water, sediment, and biological samples from Brownlee Reservoir as part of an ongoing, cooperative study of mercury cycling in the Hells Canyon complex of reservoirs along the Snake River bordering Idaho and Oregon.

blue Snake River water running through an arid, high desert canyon. Two boats are travelling on the river into the distance.
Looking downstream onto Hells Canyon Reservoir
Looking downstream onto Hells Canyon Reservoir
Looking downstream onto Hells Canyon Reservoir

The Snake River is the largest tributary of the Columbia River. It drains over 108,000 square miles in mainly Idaho and portions of Montana, Nevada, Oregon, Washington, and Wyoming. The climate of much of the Snake River watershed is arid or semi-arid and spring snowmelt contributes substantially to the river’s flow.

The Snake River is the largest tributary of the Columbia River. It drains over 108,000 square miles in mainly Idaho and portions of Montana, Nevada, Oregon, Washington, and Wyoming. The climate of much of the Snake River watershed is arid or semi-arid and spring snowmelt contributes substantially to the river’s flow.

Group of girls look at river
GeoGirls_Sediment1
GeoGirls_Sediment1
GeoGirls_Sediment1

GeoGirls collect water samples and flow measurements to model the transport of volcanic sediments.

GeoGirls collect water samples and flow measurements to model the transport of volcanic sediments.

Howard Bay Bloom
Howard Bay - blooms of cyanobacteria
Howard Bay - blooms of cyanobacteria
Howard Bay - blooms of cyanobacteria

As blooms of cyanobacteria die on the water surface of Upper Klamath Lake they turn blue-green.

In-lake mesocosms in Upper Klamath Lake, OR
In-lake mesocosms in Upper Klamath Lake, OR
In-lake mesocosms in Upper Klamath Lake, OR
In-lake mesocosms in Upper Klamath Lake, OR

USGS studies the behavior and health of juvenile endangered Lost River and shortnose suckers within in-lake mesocosms in Upper Klamath Lake, Oregon.

USGS studies the behavior and health of juvenile endangered Lost River and shortnose suckers within in-lake mesocosms in Upper Klamath Lake, Oregon.

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