Example of a three-dimensional QUIC-Fire simulation. The example site is located in the Dixie Fire, CA. QUIC-Fire is a fast, 3-D simulation tool for prescribed fire planning. It can help managers understand the complex and dynamic behavior of wildland fires.
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Example of a three-dimensional QUIC-Fire simulation. The example site is located in the Dixie Fire, CA. QUIC-Fire is a fast, 3-D simulation tool for prescribed fire planning. It can help managers understand the complex and dynamic behavior of wildland fires.
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.
![screenshot of an model that simulates the wind direction and speed during a wildfire. Colored arrows symbolize the wind velocity and direction.](https://d9-wret.s3.us-west-2.amazonaws.com/assets/palladium/production/s3fs-public/styles/masonry/public/media/images/coupled-fire-atmosphere-model_los-alamos-national-laboratory.png?itok=bowoZ1Pz)
Screen shot visualization of wind direction and velocity from a coupled/fire atmosphere model run of a wildfire (Dude Fire).
Screen shot visualization of wind direction and velocity from a coupled/fire atmosphere model run of a wildfire (Dude Fire).
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.
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.
![A researcher holds a small myotis bat in gloved hands](https://d9-wret.s3.us-west-2.amazonaws.com/assets/palladium/production/s3fs-public/styles/masonry/public/media/images/MYLU-MYYUclosedmouth.jpg?itok=AvbPWLMZ)
A researcher holds a myotis bat during the process of capturing bats to fit them with Motus transmitters.
A researcher holds a myotis bat during the process of capturing bats to fit them with Motus transmitters.
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 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.
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 forest trail meanders through a grove of Aspen trees in Colorado during early autumn.
A forest trail meanders through a grove of Aspen trees in Colorado during early autumn.
![scientist sitting near a soil monitoring station with mountains in background](https://d9-wret.s3.us-west-2.amazonaws.com/assets/palladium/production/s3fs-public/styles/masonry/public/media/images/RADIS-Lawrence-SEP23-1.jpg?itok=BxHLLobW)
A USGS scientist preparing a soil monitoring station for winter, with a view of Mt. Baldy in the Colorado Elk Mountains.
A USGS scientist preparing a soil monitoring station for winter, with a view of Mt. Baldy in the Colorado Elk Mountains.
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)
Mountain yellow-legged frog habitat found in a riparian area of Los Angeles County.
Mountain yellow-legged frog habitat found in a riparian area of Los Angeles County.
Mountain yellow-legged frogs (Rana muscosa) in their transport containers being acclimated to their new habitat, Los Angeles County.
Mountain yellow-legged frogs (Rana muscosa) in their transport containers being acclimated to their new habitat, Los Angeles County.
Newly released mountain yellow-legged frogs (Rana muscosa), Los Angeles County. Mountain yellow-legged frogs were bread and captivity then released.
Newly released mountain yellow-legged frogs (Rana muscosa), Los Angeles County. Mountain yellow-legged frogs were bread and captivity then released.
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.
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.
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 filter from the Smith-Root sampler that collects eDNA when water is pushed through. This pattern is indicative of turbid water passing through the filter.
A filter from the Smith-Root sampler that collects eDNA when water is pushed through. This pattern is indicative of turbid water passing through the filter.
![Mountain with conifers at immediate base of the mountain and grassland in foreground of image](https://d9-wret.s3.us-west-2.amazonaws.com/assets/palladium/production/s3fs-public/styles/masonry/public/media/images/Big%20Sheep%20Canyon_Red%20Rock%20Lakes_Nat%20Wildlife%20Refuge.png?itok=1T67CM-J)
Big Sheep Canyon, Red Rock Lakes National Wildlife Refuge, Centennial Mountains, southern Montana.
Big Sheep Canyon, Red Rock Lakes National Wildlife Refuge, Centennial Mountains, southern Montana.
![Green dye lights up water in a stream around fallen tree trunks.](https://d9-wret.s3.us-west-2.amazonaws.com/assets/palladium/production/s3fs-public/styles/masonry/public/media/images/thumbnail_dye_logjam.jpg?itok=_4-t1MKR)
Water tracing dye was injected into a stream in Leadville, Colorado, to identify locations of metal loading and to guide geophysical measurements.
Water tracing dye was injected into a stream in Leadville, Colorado, to identify locations of metal loading and to guide geophysical measurements.