AT Collections – Underwater Acoustics
Underwater acoustics is the study of sound in the sea. It encompasses a huge range of topics including the physics of acoustic propagation and the effects of the oceanographic features. the rough surface, the ice canopy in polar regions, and the bathymetry and properties of the seafloor. Both animals and humans use sound in the sea to find resources, navigate and communicate. This collection provides a broad sampling of the field of ocean acoustics.
(prepared by Arthur N. Popper)
Listening to the Beat of New Ocean Technologies for Harvesting Marine Energy – Joseph Haxel, Christopher Bassett, Brian Polagye, Kaustubha Raghukumar, and Cailene Gunn
The Bureau of Ocean Energy Management and Ocean Noise – Shane Guan, Jill Lewandowski, and Erica Staaterman
Weird Data – The Element of Surprise in Underwater Acoustic Sensing – Erin M. Fischell
Rainfall at Sea- Using the Underwater Sounds of Raindrops as a Rain Gauge for Weather and Climate – Barry B. Ma, Brian D. Dushaw, and Bruce M. Howe
Twenty-Thousand Leagues Under the Sea- Recording Earthquakes with Autonomous Floats – Frederik J. Simons, Joel D. Simon, and Sirawich Pipatprathanporn
The Underwater Sound from Offshore Wind Farms – Jennifer Amaral
Ocean Acoustics in the Rapidly Changing Arctic – Peter F. Worcester, Matthew A. Dzieciuch, and Hanne Sagen
The Underwater Sounds of Glaciers – Grant B. Deane
ACOUSTIC REMOTE SENSING OF OCEAN GYRES – Peter F. Worcester
LLOYD’S MIRROR—IMAGE INTERFERENCE EFFECTS – William M. Carey
MODEL-BASED OCEAN ACOUSTIC SIGNAL PROCESSING – Edmund J. Sullivan
Computational Acoustics in Oceanography: The Research Roles of Sound Field Simulations – Timothy F. Duda, Julien Bonnel, Emanuel Coelho, and Kevin D. Heaney
Physics-Based Signal Processing Approaches for Underwater Acoustic Sensing – Lisa M. Zurk
Canadian Innovations in Naval Acoustics from World War II to 1967 – Cristina D.S. Tollefsen
The Acoustics of Marine Sediments – by Megan S. Ballard and Kevin M. Lee
Underwater Acoustics: A Brief Historical Overview Through World War II – by Thomas G. Muir and David L. Bradley
Acoustical Horizontal Array Coherence Lengths and the “Carey Number” – James F. Lynch, Timothy F. Duda and John A. Colosi
Computer Simulation for Predicting Acoustic Scattering from Objects at the Bottom of the Ocean – David S. Burnett
