Seismic source and wave propagation studies contribute to understanding structure,
transport, fracture mechanics, mass balance, and other processes within glaciers and …

Seismicity at glaciers, ice sheets, and ice shelves provides observational constraint on a
number of glaciological processes. Detecting and locating this seismicity, specifically …

Frontal ablation contributes significantly to the mass balance of tidewater glaciers in
Svalbard and can be recovered with high temporal resolution using continuous seismic …

In this paper, we study the effects of basal friction, sub-aqueous undercutting and glacier
geometry on the calving process by combining six different models in an offline-coupled …

Calving plays a key role in the recent rapid retreat of glaciers around the world. However,
many processes related to calving are poorly understood since direct observations are …

Measuring glacier calving magnitude, frequency and location in high temporal resolution is
necessary to understand mass loss mechanisms of ocean-terminating glaciers. We utilized …

Seismic signals generated by iceberg calving can be used to monitor ice loss at tidewater
glaciers with high temporal resolution and independent of visibility. We combine the …

Time-lapse monitoring of the subsurface using ambient seismic noise is a popular method in
environmental seismology. We assess the reliability of the horizontal-to-vertical spectral ratio …

Accurate estimates of calving fluxes are essential in understanding small-scale glacier
dynamics and quantifying the contribution of marine-terminating glaciers to both eustatic sea …

Glacial seismicity provides important insights into glacier dynamic processes. We study the
temporal distribution of cryogenic seismic signals (icequakes) at Holtedahlfonna, Svalbard …