Kailua / L. A. / Springer-Verlag / Wiley-Interscience / London / San Diego / New York / Chicago / Lyngby / Oxford / /
Company
Prentice-Hall / The MathWorks Inc. / Lilly / Sound Technology Inc. / Syntrillium Software / Thomson / J. Comp / /
Country
Iceland / Scotland / Denmark / /
Currency
USD / /
Facility
Hawaii Institute of Marine Biology / Institute of Biology / Iceland University / Marine Research Institute / M. H. Rasmussen Institute of Biology / University of Southern Denmark / L. A. Miller Institute of Biology / /
IndustryTerm
relative travel times / unit energy signal / band recording equipment / less energy / band equipment / energy / /
NaturalFeature
Faxaflói Bay / /
Organization
Danish National Research Foundation / Hawaii Institute of Marine Biology / Institute of Biology / Iceland University in Reykjavik / Department of Statistics / Oticon Foundation / K. Beedholm and L. A. Miller Institute of Biology / Acoustical Society of America / M. H. Rasmussen Institute of Biology / U.S. Securities and Exchange Commission / Univ. of California / Univ. of Chicago / Marine Research Institute / /
Person
Pia Veldt Larsen / Kimie Salo / Paul Nactigall / Nat / David Thor Olafsson / René Swift / Whitlow Au / Vincent Janik / /
Source levels and harmonic content of whistles in white-beaked dolphins (Lagenorhynchus albirostris) M. H. Rasmussen Institute of Biology, University of Southern Denmark, Campusvej 55, DK-5230 Odense M, Denmark M. Lamme