AT Collections – Remote Sensing
Remote sensing is an essential tool for measuring the soundscapes of our planet and beyond. From nuclear test monitoring to measuring the shrinking ice fields at the poles, to determining the effects of anthropogenic noise on marine life, remote sensing provides a unique tool to scientists and the policymakers they advise.
(page developed by Erik Petersen)
Conservation Bioacoustics- Listening to the Heartbeat of the Earth – Aaron N. Rice, Marissa L. Garcia, Laurel B. Symes, and Holger Klinck
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
Global Positioning Systems- Over Land and Under Sea – Lora J. Van Uffelen
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
INFRASOUND – Henry E. Bass
UNDERWATER AMBIENT NOISE – Peter H. Dahl
HIGH-ALTITUDE INFRASOUND CALIBRATION EXPERIMENTS
REMOTE SENSING OF FISH USING PASSIVE ACOUSTIC MONITORING – David A. Mann
BIOACOUSTICAL MONITORING IN TERRESTRIAL ENVIRONMENTS – Kurt M. Fristrup and Dan Mennitt
PASSIVE ACOUSTIC MONITORING FOR ESTIMATING ANIMAL DENSITY – Len Thomas
KRAKATOA AND THE ROYAL SOCIETY: THE KRAKATOA EXPLOSION OF 1883 – Thomas B. Gabrielson
