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nine panel plot of passage entrainment vs canal flow
Nine Panel Plot of Fish Passage Entrainment vs Canal Flow
Nine Panel Plot of Fish Passage Entrainment vs Canal Flow
Nine Panel Plot of Fish Passage Entrainment vs Canal Flow

Estimated relationship between entrainment probability and proportion of river flow entering canals at Wapato Dam, Sunnyside Dam, and Prosser Dam on the Yakima River, Washington. The relationships are shown at the mean total river flow for (A) yearling Chinook Salmon, (B) juvenile steelhead, and (C) subyearling Chinook Salmon.

Estimated relationship between entrainment probability and proportion of river flow entering canals at Wapato Dam, Sunnyside Dam, and Prosser Dam on the Yakima River, Washington. The relationships are shown at the mean total river flow for (A) yearling Chinook Salmon, (B) juvenile steelhead, and (C) subyearling Chinook Salmon.

map with points where common carp (a non-indigenous aquatic species) was spotted
NAS Database
NAS Database
NAS Database

This is a screen grab of the Nonindigenous Aquatic Species Database. This database is used to track the spread of invasive aquatic species across the United States landscape.


 

This is a screen grab of the Nonindigenous Aquatic Species Database. This database is used to track the spread of invasive aquatic species across the United States landscape.


 

A dead deer lays on the ground with a large open wound on it's neck infested with New World screwworm larvae
New World Screwworm On an Open Wound
New World Screwworm On an Open Wound
New World Screwworm On an Open Wound

New World Screwworm is a fly (Cochliomyia hominivorax) that lays eggs in open wounds of warm-blooded animals. Once hatched, the larvae (maggots) consume the living tissues at the edge of the wound, leading to severe illness and death if left untreated. 

New World Screwworm is a fly (Cochliomyia hominivorax) that lays eggs in open wounds of warm-blooded animals. Once hatched, the larvae (maggots) consume the living tissues at the edge of the wound, leading to severe illness and death if left untreated. 

A small transluscent worm with markings that resemble a screw
New World Screwworm larvae
New World Screwworm larvae
New World Screwworm larvae

New World Screwworm is a fly (Cochliomyia hominivorax) that lays eggs in open wounds of warm-blooded animals. Once hatched, the larvae (maggots) consume the living tissues at the edge of the wound, leading to severe illness and death if left untreated. 

New World Screwworm is a fly (Cochliomyia hominivorax) that lays eggs in open wounds of warm-blooded animals. Once hatched, the larvae (maggots) consume the living tissues at the edge of the wound, leading to severe illness and death if left untreated. 

USGS researchers walking to a boat on the Columbia River, OR
USGS Researchers Load Boat in Columbia River, OR
USGS Researchers Load Boat in Columbia River, OR
USGS Researchers Load Boat in Columbia River, OR

Chris Pullano and Ryan Tomka load acoustic telemetry receives on to boat in lower Columbia River estuary. Field work was recently completed for the first year of a study to better understand how young salmon use restored habitats in the Lower Columbia River Estuary.

Chris Pullano and Ryan Tomka load acoustic telemetry receives on to boat in lower Columbia River estuary. Field work was recently completed for the first year of a study to better understand how young salmon use restored habitats in the Lower Columbia River Estuary.

Map of sucker nets on Upper Klamath Lake
Sucker Nets on Upper Klamath Lake
Sucker Nets on Upper Klamath Lake
Sucker Nets on Upper Klamath Lake

This is a map of the nets on the Upper Klamath Lake in Oregon. The Western Fisheries Research Center carefully monitors juvenile Sucker populations for signs of population recovery and to better understand where they habitate.

This is a map of the nets on the Upper Klamath Lake in Oregon. The Western Fisheries Research Center carefully monitors juvenile Sucker populations for signs of population recovery and to better understand where they habitate.

Two scientists unearth the buried cable tethering an acoustic receiver to shore in the Columbia River
USGS Scientists Unearth Buried Cable Tethering a Telemetry Receiver to Shore in the Columbia River
USGS Scientists Unearth Buried Cable Tethering a Telemetry Receiver to Shore in the Columbia River
USGS Scientists Unearth Buried Cable Tethering a Telemetry Receiver to Shore in the Columbia River

Chirs Pullano and Collin Smith unearth the buried cable tethering an acoustic receiver to shore in the lower Columbia River estuary.  Shifting sands frequently bury equipment making it difficult to retrieve. During the 2025 field season, researchers deployed acoustic telemetry equipment to track yearling Chinook salmon as they moved through both restored e

Chirs Pullano and Collin Smith unearth the buried cable tethering an acoustic receiver to shore in the lower Columbia River estuary.  Shifting sands frequently bury equipment making it difficult to retrieve. During the 2025 field season, researchers deployed acoustic telemetry equipment to track yearling Chinook salmon as they moved through both restored e

Researcher, Ryan Tomka, holding a telemetry receiver for tracking fish
Scientist Holding a Telemetry Receiver for Tracking Fish
Scientist Holding a Telemetry Receiver for Tracking Fish
Scientist Holding a Telemetry Receiver for Tracking Fish

Ryan Tomka retrieves an acoustic telemetry receiver from the lower Columbia River estuary. During the 2025 field season, researchers deployed acoustic telemetry equipment to track yearling Chinook salmon as they moved through both restored estuarine wetlands and the main Columbia River channel.

Ryan Tomka retrieves an acoustic telemetry receiver from the lower Columbia River estuary. During the 2025 field season, researchers deployed acoustic telemetry equipment to track yearling Chinook salmon as they moved through both restored estuarine wetlands and the main Columbia River channel.

Hardwood canopy dominating above the red spruce
Hardwood canopy dominating above the red spruce in West Virginia
Hardwood canopy dominating above the red spruce in West Virginia
Hardwood canopy dominating above the red spruce in West Virginia

Red spruce forests, once widespread across the central and southern Appalachians, now persist only in scattered fragments on mountaintops. 

Spruce Knob, the highest point in West Virginia
Spruce Knob, the highest point in West Virginia
Spruce Knob, the highest point in West Virginia
Spruce Knob, the highest point in West Virginia

Spruce Knob is the highest point in West Virginia, which offers incredible views of misty ridgelines and the unmistakable scent of spruce on cool mountain air.

Spruce Knob is the highest point in West Virginia, which offers incredible views of misty ridgelines and the unmistakable scent of spruce on cool mountain air.

Red spruce forest stand and understory vegetation
Red spruce forest stand and understory vegetation
Red spruce forest stand and understory vegetation
Red spruce forest stand and understory vegetation

This red spruce forest and understory vegetation are part of a larger patchwork of red spruce forest stands across the central and southern Appalachians, separated from each other by miles of hardwood such as maple, oak, and beech.

This red spruce forest and understory vegetation are part of a larger patchwork of red spruce forest stands across the central and southern Appalachians, separated from each other by miles of hardwood such as maple, oak, and beech.

Gaudineer Knob in eastern West Virginia
Gaudineer Knob in eastern West Virginia
Gaudineer Knob in eastern West Virginia
Gaudineer Knob in eastern West Virginia

Gaudineer Knob in eastern West Virginia is home to one of the few remaining old-growth red spruce forests in the region, sitting as a unique reminder of what red spruce forests once looked like across the central and southern Appalachians. 

Gaudineer Knob in eastern West Virginia is home to one of the few remaining old-growth red spruce forests in the region, sitting as a unique reminder of what red spruce forests once looked like across the central and southern Appalachians. 

Red spruce in the Central Appalachian Mountains, West Virginia
Red spruce in the Central Appalachian Mountains
Red spruce in the Central Appalachian Mountains
Red spruce in the Central Appalachian Mountains

Red spruce forests, once widespread across the central and southern Appalachians, now persist only in scattered fragments on mountaintops.

Red spruce forests, once widespread across the central and southern Appalachians, now persist only in scattered fragments on mountaintops.

Red spruce forests, once widespread across the central and southern Appalachians, now persist only in scattered fragments on
Red spruce forests in central Appalachia
Red spruce forests in central Appalachia
Red spruce forests in central Appalachia

USGS researchers with the Northeast Climate Adaptation Science Center (NE CASC) and Virginia Cooperative Fish and Wildlife Research Unit, and graduate students at Virginia Polytechnic Institute and State University (Va Tech) are working with the Central Appalachian Red Spruce Restoration Initiative, U.S. Forest Service, U.S.

USGS researchers with the Northeast Climate Adaptation Science Center (NE CASC) and Virginia Cooperative Fish and Wildlife Research Unit, and graduate students at Virginia Polytechnic Institute and State University (Va Tech) are working with the Central Appalachian Red Spruce Restoration Initiative, U.S. Forest Service, U.S.

Black and white three-ring binders with content labels.
Shelf of legacy seabird data
Shelf of legacy seabird data
Shelf of legacy seabird data

A shelf full of legacy data collected on seabirds in Cook Inlet and Glacier Bay, Alaska.

An infographic describing the Cranesbill miner bee.
Cranesbill Miner Bee
Cranesbill Miner Bee
Cranesbill Miner Bee

The Cranesbill miner bee helps pollinate many wild geraniums throughout woodlands and the eastern US.

Credit: Ben Slyngstad, ORISE, National CASC

The Cranesbill miner bee helps pollinate many wild geraniums throughout woodlands and the eastern US.

Credit: Ben Slyngstad, ORISE, National CASC

An infographic with details about the Blue Calamintha Bee
Blue Calamintha Bee
Blue Calamintha Bee
Blue Calamintha Bee

The Blue calamintha bee is endemic to Florida and is typically found around sandy scrub habitats.

Credit: Ben Slyngstad, ORISE, National CASC

The Blue calamintha bee is endemic to Florida and is typically found around sandy scrub habitats.

Credit: Ben Slyngstad, ORISE, National CASC

White and brown carboard boxes stacked on top of each other.
Physical data ready for archive
Physical data ready for archive
Physical data ready for archive

Alaska Science Center Data Management staff organize, scan, and digitally archive physical data. Once published as part of a data release, the physical data are organized and placed into banker boxes, labeled with pertinent information, such as the data release DOI, and moved to a secure location.

Alaska Science Center Data Management staff organize, scan, and digitally archive physical data. Once published as part of a data release, the physical data are organized and placed into banker boxes, labeled with pertinent information, such as the data release DOI, and moved to a secure location.

An infographic about the Kansas Squash Bee
Kansas Squash Bee
Kansas Squash Bee
Kansas Squash Bee

The Kansas squash bee aids in pollinating squash flowers.

Credit: Ben Slyngstad, ORISE, National CASC

The Kansas squash bee aids in pollinating squash flowers.

Credit: Ben Slyngstad, ORISE, National CASC

An infographic detailing how bees act as pollinators
Bees as Pollinators_1
Bees as Pollinators_1
Bees as Pollinators_1

Roughly 32% of the ~5570 bee species native to the US are pollen specialists, making them an important part of ecosystems.

 

Credit: Ben Slyngstad, ORISE, National CASC

Roughly 32% of the ~5570 bee species native to the US are pollen specialists, making them an important part of ecosystems.

 

Credit: Ben Slyngstad, ORISE, National CASC

map of Sucker nets on Upper Klamath Lake
Map of Sucker Nets on Upper Klamath Lake
Map of Sucker Nets on Upper Klamath Lake
Map of Sucker Nets on Upper Klamath Lake

This is a map of the nets on the Upper Klamath Lake in Oregon. The Western Fisheries Research Center carefully monitors juvenile Sucker populations for signs of population recovery and to better understand where they habitate.

This is a map of the nets on the Upper Klamath Lake in Oregon. The Western Fisheries Research Center carefully monitors juvenile Sucker populations for signs of population recovery and to better understand where they habitate.

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