Washington D.C. / Turnbull / Springer / New York / Winnetka / Berlin / Washington / Chicago / Santa Cruz / /
Company
National Academy Press / Hewlett Packard / Cambridge University Press / Andrew / Smithsonian Institution Press / Thomson / Greenwood D. D. / Long Marine Laboratory / Marine Laboratory / Patterson / David Kastak Long Marine Laboratory / Eckel Industries / /
Currency
USD / / /
Facility
University of California / /
IndustryTerm
frequency processing / mammal sensory systems / software configurations / stainless steel / auditory processing / cement floor / semi-isolated cement foundation / fiberglass / custombuilt software / noise energy / mammalian auditory systems / generated using custombuilt software / /
MusicGroup
Hamilton / Aerial / /
NaturalFeature
California sea / California coast / /
Organization
Cambridge University / National Research Council / office of Naval Research / National Marine Fisheries Service / Animal Research Committee / National Oceanic and Atmospheric Administration / Acoustical Society of America / University of California / Santa Cruz / US Federal Reserve / Department of Defense / Smithsonian / University of California at Santa Cruz / /
Person
Silver Spring / Terhune / Ronald J. Schusterman / Brandon L. Southall / Kirsten Jensen / Finney / Colleen Reichmuth Kastak / Marla Holt / /
Position
D. J. / speaker / Chancellor / head / T. D. / projecting speaker / /
ProvinceOrState
Maryland / New York / Washington / South Dakota / California / /
Auditory masking in three pinnipeds: Aerial critical ratios and direct critical bandwidth measurements Brandon L. Southall,a) Ronald J. Schusterman,b) and David Kastak Long Marine Laboratory, University of California at