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See our science through the images below.

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brown turtle with yellow neck and yellow spots, cattails, pink white yellow flowers,
Lizzy's Blanding's Turtle
Lizzy's Blanding's Turtle
Lizzy's Blanding's Turtle

Lizzy Lang, graduate research assistant, Iowa State University, leads research on Blanding’s Turtle. Lizzy’s project helps decision-makers in Iowa and Illinois to make informed decisions about the endangered Blanding’s turtle.

Lizzy Lang, graduate research assistant, Iowa State University, leads research on Blanding’s Turtle. Lizzy’s project helps decision-makers in Iowa and Illinois to make informed decisions about the endangered Blanding’s turtle.

eDNA autosampler next to creek with researcher kneeling next to it
USGS researcher working with an eDNA autosampler
USGS researcher working with an eDNA autosampler
USGS researcher working with an eDNA autosampler

A USGS researcher working with a potable eDNA autosampler located next to a stream in Montana. 

screenshot of an model that simulates the wind direction and speed during a wildfire. Colored arrows symbolize the wind velocity and direction.
Modeling to Support Proactive Approaches to Wildland Fire
Modeling to Support Proactive Approaches to Wildland Fire
Modeling to Support Proactive Approaches to Wildland Fire

Screen shot visualization of wind direction and velocity from a coupled/fire atmosphere model run of a wildfire (Dude Fire).

a view of Gothic Mountain in Colorado
Gothic Mountain, Colorado
Gothic Mountain, Colorado
Gothic Mountain, Colorado

A scenic view of Gothic Mountain in the Elk Mountains of Colorado. USGS scientists captured this photo while collecting soil sample data in the area.

A scenic view of Gothic Mountain in the Elk Mountains of Colorado. USGS scientists captured this photo while collecting soil sample data in the area.

Gothic Mountain on a partly cloudy day
View of Gothic Mountain, Colorado
View of Gothic Mountain, Colorado
View of Gothic Mountain, Colorado

A view of Gothic Mountain from the Rocky Mountain Biological Laboratory research meadow in Gothic, Colorado.

A view of Gothic Mountain from the Rocky Mountain Biological Laboratory research meadow in Gothic, Colorado.

A platform with antennae overlooking a river with a mountain in the background
Motus tower in Olympic National Park
Motus tower in Olympic National Park
Motus tower in Olympic National Park

A Motus tower installed on the spillway of the former Glines Canyon Dam in Olympic National Park. The solar-powered array of radio antennae will detect the signals send by tiny transmitters known as “nanotags” that have been attached to small flying animals. This tower was installed to study bat movement behavior.

A Motus tower installed on the spillway of the former Glines Canyon Dam in Olympic National Park. The solar-powered array of radio antennae will detect the signals send by tiny transmitters known as “nanotags” that have been attached to small flying animals. This tower was installed to study bat movement behavior.

A masked and gloved researcher holds up a bat wing to the light while another looks on
Researchers examine a bat wing
Researchers examine a bat wing
Researchers examine a bat wing

Researchers examine a bat wing while in the process of capturing bats to attach tiny Motus radio tags to track their movements.

Researchers examine a bat wing while in the process of capturing bats to attach tiny Motus radio tags to track their movements.

scientist sitting near a soil monitoring station with mountains in background
Soil Monitoring Station in Elk Mountains, Colorado
Soil Monitoring Station in Elk Mountains, Colorado
Soil Monitoring Station in Elk Mountains, Colorado

A USGS scientist preparing a soil monitoring station for winter, with a view of Mt. Baldy in the Colorado Elk Mountains.

a person reaches into a hold and pounds a stake into the soil with a rubber mallet
Extracting a bulk density soil sample
Extracting a bulk density soil sample
Extracting a bulk density soil sample

A scientist carefully collects a soil sample to determine soil density. Accurate soil density measurements are required for scaling soil carbon from the plot to the landscape. 

A scientist carefully collects a soil sample to determine soil density. Accurate soil density measurements are required for scaling soil carbon from the plot to the landscape. 

A group of scientists sit on the ground, working by headlamp light to get ready to measure a bat
Field crew prepares to measure and tag a bat
Field crew prepares to measure and tag a bat
Field crew prepares to measure and tag a bat

A team of biologists prepares to measure, weigh, and tag a captured bats. On the left, USGS biologist Gabe Reyes has a bat in a bag, used to separate and calm the bats. USGS biologist Julia Ersan is holding some alcohol used to ensure clean instruments and work surfaces, and USGS biologist Austin Waag is getting something out of a backpack.

A team of biologists prepares to measure, weigh, and tag a captured bats. On the left, USGS biologist Gabe Reyes has a bat in a bag, used to separate and calm the bats. USGS biologist Julia Ersan is holding some alcohol used to ensure clean instruments and work surfaces, and USGS biologist Austin Waag is getting something out of a backpack.

A pale orange river and dark orange deposits on river bank.
An orange tributary of the Kugururok River, Noatak National Preserve, Alaska
An orange tributary of the Kugururok River, Noatak National Preserve, Alaska
An orange tributary of the Kugururok River, Noatak National Preserve, Alaska

Orange streams are increasingly common in the Brooks Range of northern Alaska. The orange stream color reflects oxidized iron, but also often indicates elevated heavy metal concentrations. Our ongoing study aims to document these occurrences and the timing of their onset.

Orange streams are increasingly common in the Brooks Range of northern Alaska. The orange stream color reflects oxidized iron, but also often indicates elevated heavy metal concentrations. Our ongoing study aims to document these occurrences and the timing of their onset.

photo of creek flowing through mixed grass and shrubland. Small hill and cloudy sky in background.
MuddyCreekChannel.jpg
MuddyCreekChannel.jpg
MuddyCreekChannel.jpg

Vegetation growth is assisting the Muddy Creek channel in becoming deeper and narrower (Carbon County, Wyoming).  Photo by Patrick Anderson (USGS)

Vegetation growth is assisting the Muddy Creek channel in becoming deeper and narrower (Carbon County, Wyoming).  Photo by Patrick Anderson (USGS)

Frogs in containers in riparian area
Mountain yellow-legged frogs in containers
Mountain yellow-legged frogs in containers
Mountain yellow-legged frogs in containers

Mountain yellow-legged frogs (Rana muscosa) in their transport containers being acclimated to their new habitat, Los Angeles County.

Mountain Yellow Legged Frog
Newly released mountain yellow-legged frogs
Newly released mountain yellow-legged frogs
Newly released mountain yellow-legged frogs

Newly released mountain yellow-legged frogs (Rana muscosa), Los Angeles County. Mountain yellow-legged frogs were bread and captivity then released.

A small herd of bison congregate around a truck in a rural landscape
Bison by sampler parking area
Bison by sampler parking area
Bison by sampler parking area

Bison waiting by field technician's truck after a sample collection in Montana.  

Bison waiting by field technician's truck after a sample collection in Montana.  

A graphic depiction of the six components of READI-Net each represented by an interlocking hexagon,
READI-Net infographic_white
READI-Net infographic_white
READI-Net infographic_white

The 6 components that comprise READI-Net are each represented by an interlocking hexagon, illustrating the multi-dimensional aspect of the project including: Autonomous eDNA samplers, Broad spectrum surveillance, Where & when to sample, Lab analysis standards, Information framework, and Communication. 

The 6 components that comprise READI-Net are each represented by an interlocking hexagon, illustrating the multi-dimensional aspect of the project including: Autonomous eDNA samplers, Broad spectrum surveillance, Where & when to sample, Lab analysis standards, Information framework, and Communication. 

A graphic depiction of the six components of READI-Net each represented by an interlocking hexagon
READI-Net infographic_6 polygon
READI-Net infographic_6 polygon
READI-Net infographic_6 polygon

The 6 components that comprise READI-Net are each represented by an interlocking hexagon, illustrating the multi-dimensional aspect of the project including: Autonomous eDNA samplers, Broad spectrum surveillance, Where & when to sample, Lab analysis standards, Information framework, and Communication. 

The 6 components that comprise READI-Net are each represented by an interlocking hexagon, illustrating the multi-dimensional aspect of the project including: Autonomous eDNA samplers, Broad spectrum surveillance, Where & when to sample, Lab analysis standards, Information framework, and Communication. 

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