Recent work in the field of cryo‐seismology demonstrates that high‐frequency (> 1 Hz)
seismic waves provide key constraints on a wide range of glacier processes, such as basal …

Beamforming and backprojection methods offer a data-driven approach to image noise
sources, but provide no opportunity to account for prior information or iterate through an …

Subglacial water flow impacts glacier dynamics and shapes the subglacial environment.
However, due to the challenges of observing glacier beds, the spatial organization of …

Hydraulic processes impact viscous and brittle ice deformation. Water-driven fracturing as
well as turbulent water flow within and beneath glaciers radiate seismic waves which …

Understanding the dynamic response of glaciers to climate change is vital for assessing
water resources and hazards, and subglacial hydrology is a key player in glacier systems …

Using ambient noise to characterize subsurface structures has revolutionized solid earth
seismology. In glacial applications, this technique could provide valuable information about …

Variations in subsurface flow processes through a karst aquifer that feeds Bear Spring in
southeastern Minnesota were captured on a temporary seismic network during injection …

We have implemented an extension for the observational seismology obspy software
package to provide a streamlined tool tailored to the processing of seismic signals from non …

Glacial hydraulic tremor (GHT) can be monitored to observe changes in location and
distribution of water flow beneath glacial ice, allowing the spatiotemporal evolution of …

Geophysicists that deploy seismic sensors in ablation zones of glaciers and ice sheets to
record glaciogenic signatures can confront recording challenges caused by instrument melt …