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  • Environmental Seismology: Glaciers, Rivers, Landslides and Beyond [Poster]

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Environmental Seismology: Glaciers, Rivers, Landslides and Beyond [Poster]

Date: 4/26/2019

Time: 6:00 PM to 11:00 PM

Room: Grand Ballroom

Environmental seismology is the study of seismic signals generated at and near the surface created by environmental forces in the atmosphere, hydrosphere or solid Earth. Contributions to this session are welcome on a wide variety of topics including (but not limited to) the seismic signals associated with landslides, rock falls, debris flows, lahars, snow avalanches, cliff or pinnacle resonance, bedload transport, fluid flow in open and confined channels, open water waves, tides, glacial stick-slip, iceberg calving, crevassing, extreme weather, other anthropogenic sources. In addition, other processes monitored by seismic waves such as permafrost, groundwater, soil moisture using seismometers or DAS data are welcome. Contributions that seek to conduct monitoring, create physical or statistical models of source processes or systems, detect events, characterize a wave propagation environment, or interact with other branches of the Earth or social sciences are additionally encouraged.

Conveners

Bradley Paul Lipovsky, Harvard University (brad_lipovsky@fas.harvard.edu)
Marine A. Denolle, Harvard University (mdenolle@fas.harvard.edu)
Richard C. Aster, Colorado State University (rick.aster@colostate.edu)

Poster Presentations

Participant RoleDetailsAction
SubmissionMicroseismicity Detection Across the Antarctic ContinentView
SubmissionEstimations of Ambient Seismic Noise Sources Around Antarctica From Waveform Inversions of Multi-Component Rayleigh-Wave CrosscorrelationsView
SubmissionTidally Induced Cryoseismicity Observed Along the Periphery of the Ross Ice Shelf, AntarcticaView
SubmissionSeismic Observations of Precipitation and Recharge-Related Signals in the Floridan Aquifer at Santa Fe River Sink and Rise, FloridaView
SubmissionTowards a Probabilistic Model of Fluid Pressure Changes During EarthquakesView
SubmissionSeismic Monitoring of Mass Wasting Events Following the 2017 Brian Head Wildfire in Southern UtahView
SubmissionSeismoacoustic Insights From the May 22nd, 2016 Iliamna Volcano Rock and Ice AvalancheView
SubmissionA Multidisciplinary Study of Shallow Water Microseisms in Yellowstone LakeView
SubmissionUsing Ambient-Noise Based Ellipticity and Delay Times to Probe Groundwater Changes in Southern CaliforniaView
SubmissionGlacier Sliding, Seismicity and Sediment EntrainmentView
SubmissionGeochemical Characteristics of Underground Fluid Observation Points in the North TianshanView
SubmissionMonitoring Seismic Velocity Changes in the Coastal and Sinking Sedimentary Basin of Jakarta, IndonesiaView
SubmissionSea Ice and the Alaska Transportable ArrayView
 
View __ Presentations

Environmental Seismology: Glaciers, Rivers, Landslides and Beyond [Poster]

Description