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Geophysical Institute
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At the Geophysical Institute the diversity of our research focus is reflected by our disciplinary-based, functional groupings of faculty and research staff. These divisions are: space physics and aeronomy, atmospheric sciences, snow, ice, and permafrost, seismology, volcanology, and tectonics and sedimentation. Along with an ubiquitous, cross-discipline remote sensing group, these research divisions reflect the range and diversity of the active scientific research projects which reach from the center of the sun to the center of the earth and beyond.
Sub-communities within this community
Recent Submissions
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(2019-04-04)This collection is established as a supplement to a published manuscript, "Bear encounters with seismic stations in Alaska and northwestern Canada".
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(2019-11-26)This report has two documents pertaining to seismic data recorded by a 400-sensor array in central Alaska between February and March, 2019. The first part examines the influence of removing the instrument response on the ...
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Manuscript - Ionospheric heating experiment with HF frequency-sweeping -- original radar power data (2019-11-22)This is the original data from the UHF diagnostic radar at HAARP during the experiment. The data represent the total back-scattered power (as function of time) from the Langmuir Parametric Decay Instability that occurs ...
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(2019-11-22)This TEC data includes the altitude of the TEC measurements inside the HAARP beam. The TEC data were acquired using an oblique ray path through the HAARP beam.
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(2019-05-15)We determine moment tensor solutions for 18 aftershocks of the 2018-11-30 Mw 7.1 Anchorage earthquake, as well as for the mainshock.
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(2019-07-31)This collection is a supplement to a manuscript in preparation by Kyle Smith and Carl Tape entitled ``Seismic response of Cook Inlet sedimentary basin, southern Alaska,'' to be submitted to Seismological Research Letters.
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(2016-07-18)Tsunami-induced pedestrian evacuation for the community of Unalaska/Dutch Harbor is evaluated using an anisotropic modeling approach developed by the U.S. Geological Survey. The method is based on pathdistance algorithms ...
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(2016-07-18)Tsunami-induced pedestrian evacuation for the community of King Cove is evaluated using an anisotropic modeling approach developed by the U.S. Geological Survey. The applied method is based on path-distance algorithms and ...
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(2016-07-18)Tsunami-induced pedestrian evacuation for the community of Homer is evaluated using an anisotropic modeling approach developed by the U.S. Geological Survey. The method is based on path-distance algorithms and accounts for ...
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(2016-07-18)Tsunami-induced pedestrian evacuation for the community of Chignik is evaluated using an anisotropic modeling approach developed by the U.S. Geological Survey. The method is based on path-distance algorithms and accounts ...
