Phenotypic variation in metabolism and morphology correlating with animal swimming activity in the wild: relevance for the OCLTT (oxygen- and capacity-limitation of thermal tolerance), allocation and performance models | Zendy

Henrik Baktoft | Zendy; Lene Jacobsen | Zendy; Christian Skov | Zendy; Anders Koed | Zendy; Niels Jepsen | Zendy; S. Berg | Zendy; Mikkel Boel | Zendy; Kim Aarestrup | Zendy; Jon C. Svendsen | Zendy

Open Access

Phenotypic variation in metabolism and morphology correlating with animal swimming activity in the wild: relevance for the OCLTT (oxygen- and capacity-limitation of thermal tolerance), allocation and performance models

Author(s) -

Henrik Baktoft,

Lene Jacobsen,

Christian Skov,

Anders Koed,

Niels Jepsen,

S. Berg,

Mikkel Boel,

Kim Aarestrup,

Jon C. Svendsen

Publication year - 2016

Publication title -

conservation physiology

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.942

H-Index - 37

ISSN - 2051-1434

DOI - 10.1093/conphys/cov055

Subject(s) - ectotherm , biology , respirometry , bioenergetics , ecology , vo2 max , variation (astronomy) , zoology , biochemistry , physics , astrophysics , heart rate , blood pressure , mitochondrion , endocrinology

Combining physiological and morphological measures in the laboratory with registrations of detailed measures of field activity, we tested the hypothesis that individual activity patterns correlate with individual metabolism and morphology as proposed by several conceptual models. We found no evidence indicating an effect of metabolism, whereas morphology correlated with several activity measures.

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