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Alaska Science Center

The mission of the Alaska Science Center is to provide objective and timely data, information, and research findings about the earth and its flora and fauna to Federal, State, and local resource managers and the public to support sound decisions regarding natural resources, natural hazards, and ecosystems in Alaska and circumpolar regions. We have offices in Anchorage, Juneau, and Fairbanks. 

News

USGS Measures Glacial Flooding in Juneau, Alaska

USGS Measures Glacial Flooding in Juneau, Alaska

Science Spotlight: USGS Monitoring of Glacial Outburst Flood in Juneau Alaska

Science Spotlight: USGS Monitoring of Glacial Outburst Flood in Juneau Alaska

Project Spotlight: USGS Scientists Work with Kenai Peninsula Communities to Define Baseline Water Data Amid Climate Uncertainty

Project Spotlight: USGS Scientists Work with Kenai Peninsula Communities to Define Baseline Water Data Amid Climate Uncertainty

Publications

A time-space model of graphite mineral systems A time-space model of graphite mineral systems

Increasing demand for graphite in energy storage systems warrants review of graphite ore genesis in a mineral systems framework. Orogenic graphite encompasses the metamorphic and orogenic mineral systems that produce flake graphite and hydrothermal vein (lump and chip) graphite deposits, respectively. A common feature of orogenic graphite deposits is an association with upper amphibolite...
Authors
George Case

Power source, data retrieval method, and attachment type affect success of dorsally mounted tracking tag deployments in 37 species of shorebirds Power source, data retrieval method, and attachment type affect success of dorsally mounted tracking tag deployments in 37 species of shorebirds

Animal-borne trackers are commonly used to study bird movements, including in long-distance migrants such as shorebirds. Selecting a tracker and attachment method can be daunting, and methodological advancements often have been made by trial and error and conveyed by word of mouth. We synthesized tracking outcomes across 2745 dorsally mounted trackers on 37 shorebird species around the...
Authors
Emily Weiser, Richard Lanctot, Daniel Ruthrauff, Sarah Saalfeld, Lee Tibbitts, José Abad-Gómez, Joaquin Aldabe, Juliana de Almeida, José A. Alves, Guy Anderson, Phil Battley, Heinrich Belting, Joël Bêty, Kristin Bianchini, Mary Bishop, Roeland Bom, Katharine Bowgen, Glen Brown, Stephen Brown, Leandro Bugoni, Niall Burton, David Bybee, Camilo Carneiro, Gabriel Castresana, Ying-Chi Chan, Chi-Yeung Choi, Katherine Christie, Nigel A. Clark, Jesse Conklin, Medardo Cruz-López, Stephen J. Dinsmore, Steve Dodd, David C. Douglas, Luke Eberhart-Hertel, Willow English, Harry Ewing, Fernando Faria, Samantha Franks, Richard A. Fuller, Robert E. Gill, Marie-Andrée Giroux, Cheri Gratto-Trevor, David Green, Rhys Green, Ros Green, Tómas Gunnarsson, Jorge Gutiérrez, Autumn-Lynn Harrison, C. Hartman, Chris J. Hassell, Sarah Hoepfner, Jos Hooijmeijer, James Johnson, Oscar Johnson, Bart Kempenaers, Marcel Klaassen, Eva Kok, Johannes Krietsch, Clemens Küpper, Andy Kwarteng, Eunbi Kwon, Jean-Francois Lamarre, Christopher Latty, Nicolas Lecomte, A.H. Loonstra, Zhijun Ma, Lucas Mander, Christopher Marlow, Peter P. Marra, Jose Masero, Laura McDuffie, Rebecca L McGuire, Johannes Melter, David Melville, Verónica Méndez, Tyler Michels, Christy Morrissey, Tong Mu, David Newstead, Gary W. Page, Allison Pierce, Theunis Piersma, Márcio Repenning, Brian Robinson, Afonso Rocha, Danny Rogers, Amy L. Scarpignato, Shiloh Schulte, Emily Scragg, Nathan Senner, Paul Smith, Audrey Taylor, Rachel Taylor, Böðvar Þórisson, Mihai Valcu, Mo Verhoeven, Lena Ware, Nils Warnock, Michael Weber, Lucy J. Wright, Michael Wunder

River ice controls permafrost bank erosion across an Arctic delta River ice controls permafrost bank erosion across an Arctic delta

Bank erosion in Arctic rivers helps shape channel geometry, mobilizes carbon from permafrost and influences sediment delivery to the Arctic Ocean. On Alaska's Arctic coastal plain, rivers begin flowing during snowmelt in late spring while extensive river ice persists in channels, such that hydraulics are altered and water is kept cool. The effects of river ice on permafrost bank erosion...
Authors
J Arcuri, Irina Overeem, Marisa Repasch, R. Anderson, S. Anderson, Joshua Koch, Frank Urban

Science

Alaska Critical Mineral Resource Assessments

Alaska has potential for a wide range of critical minerals including, but not limited to, graphite, lithium, tin, tungsten, rare earth elements, and platinum-group elements.
Alaska Critical Mineral Resource Assessments

Alaska Critical Mineral Resource Assessments

Alaska has potential for a wide range of critical minerals including, but not limited to, graphite, lithium, tin, tungsten, rare earth elements, and platinum-group elements.
Learn More
Alaska Science Center Weekly Findings

Alaska Science Center Weekly Findings

Recent findings by USGS Alaska Science Center staff and their collaborators.
Learn More

The Rusting of Arctic Rivers: Freshwater Ecosystems Respond to Rapidly Uptaking Metals

The water quality of streams and rivers in the Arctic is sensitive to rapid climate change and altered disturbance regimes.
The Rusting of Arctic Rivers: Freshwater Ecosystems Respond to Rapidly Uptaking Metals

The Rusting of Arctic Rivers: Freshwater Ecosystems Respond to Rapidly Uptaking Metals

The water quality of streams and rivers in the Arctic is sensitive to rapid climate change and altered disturbance regimes.
Learn More

Multimedia

Black and white three-ring binders with content labels.
Shelf of legacy seabird data
Shelf of legacy seabird data
White and brown carboard boxes stacked on top of each other.
Physical data ready for archive
Physical data ready for archive
Bear tracks in an orange-stained river.
Bear tracks in an orange tributary of the Kugururok River, Noatak National Preserve, Alaska
Bear tracks in an orange tributary of the Kugururok River, Noatak National Preserve, Alaska
Pale orange creek flowing into clear blue river.
Orange waters mixing in to the mainstem of the Kugururok River
Orange waters mixing in to the mainstem of the Kugururok River
pale orange river flowing into a clear blue river.
An orange tributary of the Kugururok River in Noatak National Preserve, Alaska
An orange tributary of the Kugururok River in Noatak National Preserve, Alaska
Black vegetation surrounding a creek.
An acid seep on the Nakolikurok Creek
An acid seep on the Nakolikurok Creek
Pale orange river entering clear blue river.
An orange tributary of the Kugururok River in Alaska's Noatak National Preserve
An orange tributary of the Kugururok River in Alaska's Noatak National Preserve
A pale orange and clear blue river mixing.
Mixing of an orange tributary and Kugururok River, Noatak National Preserve, Alaska
Mixing of an orange tributary and Kugururok River, Noatak National Preserve, Alaska
Brown vegetation and a small stream.
Acidic waters kill and blacken vegetation as they plunge downhill towards the Nakolikurok Creek
Acidic waters kill and blacken vegetation as they plunge downhill towards the Nakolikurok Creek
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