Acoustics play a central role in humankind's interactions with the ocean and the life within.
Passive listening to ocean “soundscapes” informs us about the physical and bio-acoustic …

Time reversal (TR) exploits spatial diversity to achieve spatial and temporal focusing in
complex environments. Over the last decade, the TR concept has been applied successfully …

More than 90% of the energy trapped on Earth by increasingly abundant greenhouse gases
is absorbed by the ocean. Monitoring the resulting ocean warming remains a challenging …

The ocean is opaque to electromagnetic radiation and transparent to low frequency sound,
so acoustical methodologies are an important tool for sensing the undersea world …

An efficient method is presented to numerically simulate stochastic internal-wave-induced
sound-speed perturbation fields in deep ocean environments. The sound-speed …

This document reviews the history, development, and use of auditory weighting functions for
noise impact assessment in humans and marine mammals. Advances from the modern era …

Interpreting wave phenomena in terms of an underlying ray dynamics adds a new
dimension to the analysis of linear wave equations. Forming explicit connections between …

Seismically generated sound waves that propagate through the ocean are used to infer
temperature anomalies and their vertical structure in the deep East Indian Ocean. These T …

Due to limited observational coverage, monitoring the warming of the global ocean,
especially the deep ocean, remains a challenging sampling problem. Seismic ocean …

A ray-based wave-field description is employed in the interpretation of broadband basin-
scale acoustic propagation measurements obtained during the Acoustic Thermometry of …