A red, native 'apanane bird sits on pink and white shrubbery against a bright blue sky in Hawaii.
Images
See our science through the images below.
A red, native 'apanane bird sits on pink and white shrubbery against a bright blue sky in Hawaii.
Volunteers lean over to plant trees in grassy area of a forest in Hawai'i
Volunteers lean over to plant trees in grassy area of a forest in Hawai'iVolunteers lean over to plant trees in grassy area of a forest in Hawai'i. These trees provide crucial habitat for native birds within the refuge.
Volunteers lean over to plant trees in grassy area of a forest in Hawai'i
Volunteers lean over to plant trees in grassy area of a forest in Hawai'iVolunteers lean over to plant trees in grassy area of a forest in Hawai'i. These trees provide crucial habitat for native birds within the refuge.
Volunteers and scientists stand amidst tall trees in a Hawaiian forest
Volunteers and scientists stand amidst tall trees in a Hawaiian forestVolunteers and scientists stand amidst tall trees in a Hawaiian forest where habitat restoration is taking place for native birds.
Volunteers and scientists stand amidst tall trees in a Hawaiian forest
Volunteers and scientists stand amidst tall trees in a Hawaiian forestVolunteers and scientists stand amidst tall trees in a Hawaiian forest where habitat restoration is taking place for native birds.
Bright orange native Hawai‘i ‘ākepa sits in lush green tropical forested area in Hawai'i.
Bright orange native Hawai‘i ‘ākepa sits in lush green tropical forested area in Hawai'i.
Measuring soil surface emission of radon in an undisturbed area near a mining site
Measuring soil surface emission of radon in an undisturbed area near a mining siteMeasuring soil surface emission of radon in an undisturbed area near a mining site, PHoto Credit: Christopher Green
Measuring soil surface emission of radon in an undisturbed area near a mining site
Measuring soil surface emission of radon in an undisturbed area near a mining siteMeasuring soil surface emission of radon in an undisturbed area near a mining site, PHoto Credit: Christopher Green
Subsurface instruments measuring soil-water potential and water content aid in characterization of fluxes of water in natural and reclaimed soils
Subsurface instruments measuring soil-water potential and water content aid in characterization of fluxes of water in natural and reclaimed soilsSubsurface instruments measuring soil-water potential and water content aid in characterization of fluxes of water in natural and reclaimed soils around uranium mine sites.
Subsurface instruments measuring soil-water potential and water content aid in characterization of fluxes of water in natural and reclaimed soils
Subsurface instruments measuring soil-water potential and water content aid in characterization of fluxes of water in natural and reclaimed soilsSubsurface instruments measuring soil-water potential and water content aid in characterization of fluxes of water in natural and reclaimed soils around uranium mine sites.
Recording bat activity along the Colorado River in Grand Canyon
Recording bat activity along the Colorado River in Grand CanyonAcoustic data recording can be used to identify bats to species and to quantify bat activity. Here, river runners gather around a tablet and microphone to view live translations of the ultrasonic sounds that bats use to navigate the world. Software translates recordings into visuals and sounds that are audible to human ears.
Recording bat activity along the Colorado River in Grand Canyon
Recording bat activity along the Colorado River in Grand CanyonAcoustic data recording can be used to identify bats to species and to quantify bat activity. Here, river runners gather around a tablet and microphone to view live translations of the ultrasonic sounds that bats use to navigate the world. Software translates recordings into visuals and sounds that are audible to human ears.
Christina Murphy is the Assistant Unit Leader, Maine Cooperative Fish and Wildlife Research Unit. Originally from Oregon, Christina received her MSc from the University of Girona, Spain and her PhD from Oregon State University. She was a post-doctoral fellow at Oregon State University before joining the Maine Unit in late 2020.
Christina Murphy is the Assistant Unit Leader, Maine Cooperative Fish and Wildlife Research Unit. Originally from Oregon, Christina received her MSc from the University of Girona, Spain and her PhD from Oregon State University. She was a post-doctoral fellow at Oregon State University before joining the Maine Unit in late 2020.
Mike received his BS in Fishery Resources from the University of Idaho, MS in Biology from Kansas State University, and a PhD in Biology from Kansas State University.
Mike received his BS in Fishery Resources from the University of Idaho, MS in Biology from Kansas State University, and a PhD in Biology from Kansas State University.
Kevin earned a B.S. from Texas A&M University, an M.S. from Auburn University, and a Ph.D. from South Dakota State University. Prior to joining the Nebraska Unit, he was a tenured Associate Professor at Texas Tech University.
Kevin earned a B.S. from Texas A&M University, an M.S. from Auburn University, and a Ph.D. from South Dakota State University. Prior to joining the Nebraska Unit, he was a tenured Associate Professor at Texas Tech University.
Laura Norman with graduate students in Baja California Sur
Laura Norman with graduate students in Baja California SurNorman with graduate students from the Academic Department of Earth Sciences at the Autonomous University of Baja California Sur (UABCS) teaching high school students from El Sargento at the “Caminos Del Agua” Water Festival (photo by Alfredo Martinez, March 11, 2024).
Laura Norman with graduate students in Baja California Sur
Laura Norman with graduate students in Baja California SurNorman with graduate students from the Academic Department of Earth Sciences at the Autonomous University of Baja California Sur (UABCS) teaching high school students from El Sargento at the “Caminos Del Agua” Water Festival (photo by Alfredo Martinez, March 11, 2024).
RAMPS Biologist rides a seedball bike to make seedballs for RestoreNet restoration
RAMPS Biologist rides a seedball bike to make seedballs for RestoreNet restorationRAMPS Biologist Sarah Costanzo rides a seedball bike designed to create seedballs (mixes of seed, clay, and other materials) for RestoreNet restoration
RAMPS Biologist rides a seedball bike to make seedballs for RestoreNet restoration
RAMPS Biologist rides a seedball bike to make seedballs for RestoreNet restorationRAMPS Biologist Sarah Costanzo rides a seedball bike designed to create seedballs (mixes of seed, clay, and other materials) for RestoreNet restoration
Source to Outcome Research Framework that was updated from the 2022 Source to Receptor Research Framework
Source to Outcome Research Framework that was updated from the 2022 Source to Receptor Research Framework
Street in Balboa Park, San Diego with various green trees lining the image. Numerous people walking around on a sunny day with a blue sky and faint white clouds above. Buildings near to trees.
Street in Balboa Park, San Diego with various green trees lining the image. Numerous people walking around on a sunny day with a blue sky and faint white clouds above. Buildings near to trees.
Sagebrush Collaborative Restoration Landscapes capture over a third of the remaining intact Core Sagebrush Areas across the sagebrush biome.
Layer Sources
Sagebrush Collaborative Restoration Landscapes capture over a third of the remaining intact Core Sagebrush Areas across the sagebrush biome.
Layer Sources
Idaho and Southwest Montana Sagebrush Collaborative Restoration Landscape
Idaho and Southwest Montana Sagebrush Collaborative Restoration LandscapeSagebrush Collaborative Restoration Landscapes capture over a third of the remaining intact Core Sagebrush Areas across the sagebrush biome.
Idaho and Southwest Montana Sagebrush Collaborative Restoration Landscape
Idaho and Southwest Montana Sagebrush Collaborative Restoration LandscapeSagebrush Collaborative Restoration Landscapes capture over a third of the remaining intact Core Sagebrush Areas across the sagebrush biome.
Southwest Colorado Sagebrush Collaborative Restoration Landscape
Southwest Colorado Sagebrush Collaborative Restoration LandscapeSagebrush Collaborative Restoration Landscapes capture over a third of the remaining intact Core Sagebrush Areas across the sagebrush biome.
Southwest Colorado Sagebrush Collaborative Restoration Landscape
Southwest Colorado Sagebrush Collaborative Restoration LandscapeSagebrush Collaborative Restoration Landscapes capture over a third of the remaining intact Core Sagebrush Areas across the sagebrush biome.
Northern Montana Sagebrush Collaborative Restoration Landscape
Northern Montana Sagebrush Collaborative Restoration LandscapeSagebrush Collaborative Restoration Landscapes capture over a third of the remaining intact Core Sagebrush Areas across the sagebrush biome.
Northern Montana Sagebrush Collaborative Restoration Landscape
Northern Montana Sagebrush Collaborative Restoration LandscapeSagebrush Collaborative Restoration Landscapes capture over a third of the remaining intact Core Sagebrush Areas across the sagebrush biome.
Wyoming and Northeast Utah Sagebrush Collaborative Restoration Landscape
Wyoming and Northeast Utah Sagebrush Collaborative Restoration LandscapeSagebrush Collaborative Restoration Landscapes capture over a third of the remaining intact Core Sagebrush Areas across the sagebrush biome.
Wyoming and Northeast Utah Sagebrush Collaborative Restoration Landscape
Wyoming and Northeast Utah Sagebrush Collaborative Restoration LandscapeSagebrush Collaborative Restoration Landscapes capture over a third of the remaining intact Core Sagebrush Areas across the sagebrush biome.
Kevin Coronado (Bureau of Indian Affairs intern, left) and Sarah Costanzo (USGS, right) monitor soil moisture in the seed coat greenhouse experiment.
Kevin Coronado (Bureau of Indian Affairs intern, left) and Sarah Costanzo (USGS, right) monitor soil moisture in the seed coat greenhouse experiment.
Sand dropseed (Sporobolus cryptandrus) seeds coated with a hydrophobic seed coat designed to delay germination being planted in the Northern Arizona University research greenhouse. Photo by Sarah Costanzo (USGS).
Sand dropseed (Sporobolus cryptandrus) seeds coated with a hydrophobic seed coat designed to delay germination being planted in the Northern Arizona University research greenhouse. Photo by Sarah Costanzo (USGS).