Transiting to depth disrupts overall dynamic body acceleration and oxygen consumption rate in freely diving Steller sea lions
Version 2 2024-06-03, 07:14
Version 1 2017-01-18, 13:50
journal contribution
posted on 2016-12-29, 00:00 authored by Beth Volpov, E L Goundie, D A S Rosen, John ArnouldJohn Arnould, A W TritesTransiting to depth disrupts overall dynamic body acceleration and oxygen consumption rate in freely diving Steller sea lions
History
Journal
Marine Ecology Progress SeriesVolume
562Pagination
221 - 236Publisher
INTER-RESEARCHPublisher DOI
ISSN
0171-8630eISSN
1616-1599Language
EnglishPublication classification
C Journal article; C1 Refereed article in a scholarly journalCopyright notice
2016, Inter-ResearchUsage metrics
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Keywords
Science & TechnologyLife Sciences & BiomedicinePhysical SciencesEcologyMarine & Freshwater BiologyOceanographyEnvironmental Sciences & EcologyDiving behaviourMetabolic rateODBADive phasePinnipedDOUBLY LABELED WATERMETABOLIC-RATEHEART-RATEFORAGING STRATEGIESEUMETOPIAS-JUBATUSENERGY-EXPENDITUREDIVE RESPONSEACCELEROMETRYCOSTSBIRDSZoologyOceanographyEcology
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