Ambient noise oceanography is proving to be an efficient and effective tool for the study of
ice‐ocean interactions in the bays of marine‐terminating glaciers. However, obtaining …

Freshwater fluxes from melting icebergs and glaciers are important contributors to both sea
level rise and anomalies of seawater salinity in polar regions. However, the hazards …

Modeling acoustic propagation accurately is vital to numerous oceanic applications.
However, physics-based acoustic propagation models require accurate prior environmental …

Ambient noise field and propagation in a glacierized Arctic fjord, Kongsfjorden is
investigated using time series measurements of noise and Conductivity Temperature Depth …

Arctic glacial bays are among the loudest natural environments in the ocean, owing to heavy
submarine melting, calving, freshwater discharge, and ice–wave interactions …

This paper summarises research on ambient noise data collected during the summers of
2016 and 2017 by an autonomous Ambient Noise Measurement System (ANMS) deployed …

Sea ice melting is very common in Arctic summer, so it is important to study ice melting
noise. This paper analyzes a 456 min time series of under-ice noise that was recorded at a …

Ambient noise measurements from an Arctic fjord during summer and winter are analyzed
using spectral, coherence, and directionality estimates from a vertically separated pair of …

Electromagnetic waves sufer from severe attenuations in water. Acoustics is the most
feasible alternative for reliable underwater sensing and communication. Rich multipath …

Acoustic measurements in Arctic fjords and next to marine-terminating glaciers show
important contributions from glacier melting, and individual icebergs or growlers. As they …