This newest edition adds new material to all chapters, especially in mathematical
propagation models and special applications and inverse techniques. It has updated …

After the parabolic equation method was initially applied to scalar wave propagation
problems in ocean acoustics and seismology, it took more than a decade before there was …

The Pacific Arctic Region has experienced decadal changes in atmospheric conditions,
seasonal sea-ice coverage, and thermohaline structure that have consequences for …

Accurate modeling of sound propagation in ice-covered ocean environments can help with
interpreting discrepancies between predictions and experimental observations in the …

This paper reviews some of the highlights of selected topics in ocean acoustics during the
thirty years that have passed since the founding of the Journal of Theoretical and …

An ocean-ice-acoustic coupled model is configured for the Beaufort Sea. The model uses
outputs from a data assimilating global scale ice-ocean-atmosphere forecast to drive a …

The deployment of three drifting seismic stations on the Arctic sea ice during the winter of
2014–2015 with station inter-spacing between 30 and 80 km enables the characterization of …

In this work we derive the analytic solutions to the system of equations modeling, within the
framework of Pride's theory, the seismic‐to‐electromagnetic conversions taking place in a …

In glacial studies, properties such as glacier thickness and the basement permeability and
porosity are key to understand the hydrological and mechanical behaviour of the system …

Abstract The Arctic Ocean was modeled as an ice–seawater–sediment system, where the
ice cover and seawater were assumed to be inhomogeneous solid and liquid, respectively …