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Images

Explore images taken during Ecosystems' Land Change Science Program fieldwork and research.

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Scientists use grids to collect alpine plant data according to GLORIA protocols on the summit of Bison Mountain in Glacier NP
Scientists use grids to collect alpine plant data according to GLORIA
Scientists use grids to collect alpine plant data according to GLORIA
Scientists use grids to collect alpine plant data according to GLORIA

Scientists use grids to collect alpine plant data according to GLORIA protocols on the summit of Bison Mountain in Glacier National Park, Montana.

Researchers evaluate vegetation near the summit of Seward Mountain in Glacier National Park
Researchers evaluate vegetation during a GLORIA alpine plant survey
Researchers evaluate vegetation during a GLORIA alpine plant survey
image of live foraminifera under microscope
Live Foraminifera - Globorotalia truncatulinoides
Live Foraminifera - Globorotalia truncatulinoides
Live Foraminifera - Globorotalia truncatulinoides

Image of live, single-celled foram, Globorotalia truncatulinoides, viewed under a microscope and collected with a plankton net on the R/V Pelican. Its shell is made from Calcium carbonate and the spikes extensions are called rhizopodia.

Image of live, single-celled foram, Globorotalia truncatulinoides, viewed under a microscope and collected with a plankton net on the R/V Pelican. Its shell is made from Calcium carbonate and the spikes extensions are called rhizopodia.

team of USGS/USFWS scientists in coastal marsh
USGS and USFWS Scientists at San Bernard National Wildlife Refuge, Texas
USGS and USFWS Scientists at San Bernard National Wildlife Refuge, Texas
USGS and USFWS Scientists at San Bernard National Wildlife Refuge, Texas

A USGS/USFWS team working at a coastal marsh site near a surface elevation table-marker horizon (SET-MH) station at San Bernard National Wildlife Refuge in Texas. Left to right, Tiffany Lane, Claudia Laurenzano, Laura Feher, Camille Stagg, Jena Moon, and Michael Osland. Taken via camera timer by the team, 10/3/2019. 

A USGS/USFWS team working at a coastal marsh site near a surface elevation table-marker horizon (SET-MH) station at San Bernard National Wildlife Refuge in Texas. Left to right, Tiffany Lane, Claudia Laurenzano, Laura Feher, Camille Stagg, Jena Moon, and Michael Osland. Taken via camera timer by the team, 10/3/2019. 

USGS and NPS staff make vegetation observations
Vegetation and soil research at long-term study sites in Canyonlands National Park
Vegetation and soil research at long-term study sites in Canyonlands National Park
exposed ablation stake in the fall at Wolverine Glacier
Ablation Stake on Wolverine Glacier
Ablation Stake on Wolverine Glacier
Ablation Stake on Wolverine Glacier

An ablation stake which began the summer below the surface of the snow is shown here in the fall, extending far above bare ice surface of Wolverine Glacier, Alaska. A USGS scientist carries a portable steam drill, used to install the stakes in the glacier.

An ablation stake which began the summer below the surface of the snow is shown here in the fall, extending far above bare ice surface of Wolverine Glacier, Alaska. A USGS scientist carries a portable steam drill, used to install the stakes in the glacier.

Lassiter Swamp, North Carolina
Lassiter Swamp at Merchants Millpond State Park, NC
Lassiter Swamp at Merchants Millpond State Park, NC
Lassiter Swamp at Merchants Millpond State Park, NC

Tree-ring analyses from Lassiter Swamp, located along a tributary of the Chowan River, indicate that cypress trees have occupied the site for at least 500 years. To extend the record even farther back in time, scientists from USGS, Duke University and East Carolina University are working together with students at C.S.

Tree-ring analyses from Lassiter Swamp, located along a tributary of the Chowan River, indicate that cypress trees have occupied the site for at least 500 years. To extend the record even farther back in time, scientists from USGS, Duke University and East Carolina University are working together with students at C.S.

Aerial image of smoke plumes over Alaska.
Satellite Image of Wildfire Smoke Over Alaska
Satellite Image of Wildfire Smoke Over Alaska
Satellite Image of Wildfire Smoke Over Alaska

True-color image of wildfire smoke over Alaska on July 7, 2019 captured by the Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA’s Terra satellite.

True-color image of wildfire smoke over Alaska on July 7, 2019 captured by the Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA’s Terra satellite.

Researcher on Sperry Glacier, MT
Researcher on Sperry Glacier
Researcher on Sperry Glacier
Researcher on Sperry Glacier

Researcher holds an ablation stake and winter snow probe during spring mass balance field work on Gulkana Glacier, AK.

Researcher holds an ablation stake and winter snow probe during spring mass balance field work on Gulkana Glacier, AK.

ice-rich permafrost
Ice-rich Permafrost
Ice-rich Permafrost
Ice-rich Permafrost

A cross section of ice-rich permafrost. Layers and areas of sediments are interspersed with frozen patches of ice.

A cross section of ice-rich permafrost. Layers and areas of sediments are interspersed with frozen patches of ice.

Douglas-fir forest in northwestern California
Douglas-fir Forest in the Klamath Bioregion of California
Douglas-fir Forest in the Klamath Bioregion of California
Douglas-fir Forest in the Klamath Bioregion of California

Dense stands of Douglas-fir surround South Twin Lake in the Klamath bioregion of northwestern California.

scientist Miriam Jones holds a peat core in a bog
Miriam Jones holds a peat core in Alaska
Miriam Jones holds a peat core in Alaska
Miriam Jones holds a peat core in Alaska

Miriam Jones holding a peat core that was extracted from a thawed permafrost bog at the Alaska Permafrost Experiment (APEX) site at Bonanza Creek LTER, Alaska. The boundary between the formerly frozen permafrost plateau and thawed bog is visible in the peat stratigraphy, with the light-colored peat indicated thawed bog.

Miriam Jones holding a peat core that was extracted from a thawed permafrost bog at the Alaska Permafrost Experiment (APEX) site at Bonanza Creek LTER, Alaska. The boundary between the formerly frozen permafrost plateau and thawed bog is visible in the peat stratigraphy, with the light-colored peat indicated thawed bog.

Map of AK showing probability of change occurrence
Map of AK showing probability of change occurrence
Map of AK showing probability of change occurrence
Map of AK showing probability of change occurrence

Map of Alaska showing probability (%) of change occurrence. Insets show fire boundaries from the Bureau of Land Management (BLM) Large Fire Database and Landsat 8 imagery (bottom right; 2016) north of Fairbanks, Alaska.

USGS scientists collecting fossils from a Calvert Formation sample site
Geologists Sampling at Scientists Cliffs
Geologists Sampling at Scientists Cliffs
Geologists Sampling at Scientists Cliffs

Photo shows USGS geologists obtaining microfossil and biomarker samples from the Calvert Formation at Scientists Cliffs. 

Photo shows USGS geologists obtaining microfossil and biomarker samples from the Calvert Formation at Scientists Cliffs. 

A scientist prepares to extract a snow core from one of the Benchmark Glaciers.
Coring snow
Coring snow
Coring snow

A scientist prepares to extract a snow core from one of the Benchmark Glaciers. Cores are used to determine the density of the snow and ice on the surface of the glacier in order to determine the mass balance.

 

A scientist prepares to extract a snow core from one of the Benchmark Glaciers. Cores are used to determine the density of the snow and ice on the surface of the glacier in order to determine the mass balance.

 

USGS scientist, measures and weighs an ice core extracted from Wolverine Glacier.
Ice core extracted from Wolverine Glacier, Alaska
Ice core extracted from Wolverine Glacier, Alaska
Ice core extracted from Wolverine Glacier, Alaska

USGS scientist, Chris McNeil, measures and weighs an ice core extracted from Wolverine Glacier to determine the density of the firn layer.

scientist testing drone technology
Testing Drone Technology
Testing Drone Technology
Testing Drone Technology

A USGS scientist testing drone technology to measure methane fluxes from thawing permafrost.

A USGS scientist testing drone technology to measure methane fluxes from thawing permafrost.

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