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Scaling of dive duration among water birds with contrasted swimming modes

Publication date

November 2020

Language

English

Abstract

The 11th Symposium on Polar Science/Ordinary sessions: [OB] Polar Biology, Poster presentations, Mon. 16 Nov. - Fri. 18 Dec

Extracted data

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Kato, A.
Ropert-Coudert, Y.
Gremillet, D.
Cannell, B.

January 2006

Buoyancy is a major determinant of locomotory cost in diving animals. As seabirds have a large amoun...

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Wilson, Rory P.
Gómez-Laich, Agustina
Sala, Juan E.
Dell'Omo, Giacomo
Holton, Mark D.
Quintana, Flavio

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Highly specialized diving birds display substantial dichotomy in neck length with, for example, corm...

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Wilson, Rory P.
Hustler, Kit
Ryan, Peter G.
Burger, Alan E.
Nöldeke, E. Christian

January 1992

The volume of air trapped in the feathers and the body density of 36 species of water bird were dete...

Buoyancy under Control: Underwater Locomotor Performance in a Deep Diving Seabird Suggests Respiratory Strategies for Reducing Foraging Effort

Cook Timothée R.
Kato Akiko
Tanaka Hideji
Ropert-Coudert Yan
Bost Charles-André

March 2010

Because they have air stored in many body compartments, diving seabirds are expected to exhibit effi...

Data from: High flight costs, but low dive costs, in auks support the biomechanical hypothesis for flightlessness in penguins

Elliott, Kyle H.
Ricklefs, Robert E.
Gaston, Anthony J.
Hatch, Scott A.
Speakman, John R.
Davoren, Gail K.

Flight is a key adaptive trait. Despite its advantages, flight has been lost in several groups of bi...

Data from: High flight costs, but low dive costs, in auks support the biomechanical hypothesis for flightlessness in penguins

Elliott, Kyle H.
Ricklefs, Robert E.
Gaston, Anthony J.
Hatch, Scott A.
Speakman, John R.
Davoren, Gail K.

May 2013

Flight is a key adaptive trait. Despite its advantages, flight has been lost in several groups of bi...

Buoyancy under Control: Underwater Locomotor Performance in a Deep Diving Seabird Suggests Respiratory Strategies for Reducing Foraging Effort

Timothée R. Cook
Akiko Kato
Hideji Tanaka
Yan Ropert-coudert
Charles-andre ́ Bost

August 2016

Background: Because they have air stored in many body compartments, diving seabirds are expected to ...