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See our science through the images below.

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Wearing a mask, gloves, and headlamp, Gabe Reyes holds a hoary bat during the process of attaching Motus tags
Gabe Reyes tags a hoary bat with a Motus tag
Gabe Reyes tags a hoary bat with a Motus tag
Pie chart showing distribution of USGS 2020 CARES Act funding in millions of dollars.
USGS CARES Act Activities in Millions of Dollars
USGS CARES Act Activities in Millions of Dollars
USGS CARES Act Activities in Millions of Dollars

Pie chart showing distribution of USGS 2020CARES Act funding in millions of dollars. Exact amounts include \$5,181,638 for Tracking Bats and Coronaviruses (wildlife Biosurveillance); \$3,192,316 for COVID-19 Pathways and Wildlife Dynamics; \$1,373,704 for Environmental Biosurveillance and Persistence. 

Pie chart showing distribution of USGS 2020CARES Act funding in millions of dollars. Exact amounts include \$5,181,638 for Tracking Bats and Coronaviruses (wildlife Biosurveillance); \$3,192,316 for COVID-19 Pathways and Wildlife Dynamics; \$1,373,704 for Environmental Biosurveillance and Persistence. 

Metal mobilization
Drainage from a mine carries metals
Drainage from a mine carries metals
Drainage from a mine carries metals

Both natural and human-related metal mobilization may affect streams. In this photo drainage from a mine enters Cement Creek, near Silverton, Colorado, adjacent to a mound of iron minerals that have likely been forming naturally for thousands of years. Detailed isotopic studies may help to differentiate natural and human-related contamination. 

Both natural and human-related metal mobilization may affect streams. In this photo drainage from a mine enters Cement Creek, near Silverton, Colorado, adjacent to a mound of iron minerals that have likely been forming naturally for thousands of years. Detailed isotopic studies may help to differentiate natural and human-related contamination. 

a silhouette of a goose standing on the shore of a lake at sunrise
Lone goose at sunrise at Summer Lake Wildlife Area
Lone goose at sunrise at Summer Lake Wildlife Area
Draining mines
Draining mines provide consistent discharge and have elevated rare earth element concentrations
Draining mines provide consistent discharge and have elevated rare earth element concentrations
Draining Mines
Draining mines provide consistent discharge of rare earth element concentrations
Draining mines provide consistent discharge of rare earth element concentrations
Draining mines provide consistent discharge of rare earth element concentrations

Draining mines provide consistent discharge and have elevated rare earth element (REE) concentrations, potentially providing opportunities for direct metal production. 

A black and yellow rusty patch bumblebee visits a cluster of white, wispy flowers
Rust patched bumblebee visiting white flowers
Rust patched bumblebee visiting white flowers
Rust patched bumblebee visiting white flowers

The rusty patched bumblebee is the first bee to be listed as endangered in the continental US, and the western bumblebee has been the subject of extensive USGS work that has found effects of climate, land cover change, and pesticides on the decline of the species.

The rusty patched bumblebee is the first bee to be listed as endangered in the continental US, and the western bumblebee has been the subject of extensive USGS work that has found effects of climate, land cover change, and pesticides on the decline of the species.

Two scientists walk alongside a boat in the water near the coast.
Floating an electromagnetic imaging tool along a coastal area in Massachusetts.
Floating an electromagnetic imaging tool along a coastal area in Massachusetts.
Floating an electromagnetic imaging tool along a coastal area in Massachusetts.

Eric White and Patrick Scordato of the USGS float an electromagnetic imaging tool along a coastal area in Massachusetts to identify terrestrial groundwater discharge that may be impacted by PFAS contamination. 

Map of the United States with small dark blue (core sagebrush areas), light blue (growth areas), and tan (other) dots located
Locations of Core Sagebrush Areas, Growth Opportunity Areas and Other Rangeland Areas USA
Locations of Core Sagebrush Areas, Growth Opportunity Areas and Other Rangeland Areas USA
Locations of Core Sagebrush Areas, Growth Opportunity Areas and Other Rangeland Areas USA

Location of Core Sagebrush Areas, Growth Opportunity Areas, and Other Rangeland Areas identified within the sagebrush biome of the United States of America, By: Doherty et al., 2022 from publication “A Sagebrush Conservation Design to Proactively Restore America’s Sagebrush Biome.”  .

Location of Core Sagebrush Areas, Growth Opportunity Areas, and Other Rangeland Areas identified within the sagebrush biome of the United States of America, By: Doherty et al., 2022 from publication “A Sagebrush Conservation Design to Proactively Restore America’s Sagebrush Biome.”  .

An infographic explaining five ways climate change affects reptiles.
5 Ways Climate Affects Reptiles
5 Ways Climate Affects Reptiles
5 Ways Climate Affects Reptiles

Five ways climate change affects reptiles.

Graphic created by VSFS intern, Louise Johansson.

Bee on the middle of a yellow sunflower.
Honey bee on a sunflower
Honey bee on a sunflower
Honey bee on a sunflower

A honey bee (Apis mellifera) is spotted on a sunflower. National Honey Bee Day is observed on the third Saturday in August. 

A honey bee (Apis mellifera) is spotted on a sunflower. National Honey Bee Day is observed on the third Saturday in August. 

image showing an arrow depicting environmental contaminant research
Source to Receptor Research Framework
Source to Receptor Research Framework
Source to Receptor Research Framework

Image that shows the research framework for the Environmental Health Program's Source to Receptor Research for Environmental Contaminants

Image that shows the research framework for the Environmental Health Program's Source to Receptor Research for Environmental Contaminants

Charred remains of cans amongst ashes and wood. Cans are reddish in color.
Historic Cans
Historic Cans
Historic Cans

Historic cans from a refuse pile that were scorched by the combustion of nearby fuels during the Caldor Fire, California. Copyright: photo taken by Grant Snitker, New Mexico Consortium. 

Historic cans from a refuse pile that were scorched by the combustion of nearby fuels during the Caldor Fire, California. Copyright: photo taken by Grant Snitker, New Mexico Consortium. 

Scientists in hard hats and vest among charred and uncharred trees, grass and pink flag on ground. Blue skies in background.
Setting up Fuel Transects
Setting up Fuel Transects
Setting up Fuel Transects

Setting up fuel transects within an archaeological site at Sequoia National Park to understand potential future fire behavior and how it could affect artifacts within the site. Pictured: Grant Snitker (foreground) and Alex Fetteroff (background), New Mexico Consortium. Copyright: Photo by Grant Snitker, New Mexico Consortium. 

Setting up fuel transects within an archaeological site at Sequoia National Park to understand potential future fire behavior and how it could affect artifacts within the site. Pictured: Grant Snitker (foreground) and Alex Fetteroff (background), New Mexico Consortium. Copyright: Photo by Grant Snitker, New Mexico Consortium. 

Charred remains of trees with pink flags marking artifacts on ground with grass. Large boulder behind tree on left side.
A Precontact Rockshelter and Associated Artifacts
A Precontact Rockshelter and Associated Artifacts
A Precontact Rockshelter and Associated Artifacts

A precontact rockshelter and associated artifacts impacted by the combustion of heavy fuels during the KNP Complex Fire, California. Copyright: photo by Grant Snitker, New Mexico Consortium. 

A precontact rockshelter and associated artifacts impacted by the combustion of heavy fuels during the KNP Complex Fire, California. Copyright: photo by Grant Snitker, New Mexico Consortium. 

Scientist with hard hat, yellow vest with pockets programming equipment on tripod in charred forest. Some trees not burned.
Using Terrestrial LiDAR
Using Terrestrial LiDAR
Using Terrestrial LiDAR

Using terrestrial LiDAR to characterize fuels within an archaeological site at Sequoia National Park site to understand potential future fire behavior and its effects on artifacts. Copyright: Photo by Grant Snitker, New Mexico Consortium. 

Using terrestrial LiDAR to characterize fuels within an archaeological site at Sequoia National Park site to understand potential future fire behavior and its effects on artifacts. Copyright: Photo by Grant Snitker, New Mexico Consortium. 

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