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Journal Articles The American Naturalist Year : 2023

Scaling of Activity Space in Marine Organisms across Latitudinal Gradients

1 AIMS - Australian Institute of Marine Science
2 Flinders Univ S Australia, Coll Sci & Engn, Natl Ctr Groundwater Res & Training, GPO Box 2100, Adelaide, SA, Australia
3 Sydney Institute of Marine Science
4 Macquarie University [Sydney]
5 Queensland Bioscience Precinct
6 Environmental Research Division [USA]
7 UC Santa Cruz - University of California [Santa Cruz]
8 UTAS - University of Tasmania [Launceston]
9 Charles Darwin University [Australia]
10 CISRO Oceans and Atmosphere
11 Carleton University
12 JCU - James Cook University
13 Industry and Investment NSW, Port Stephens Fisheries Institute
14 UQ [All campuses : Brisbane, Dutton Park Gatton, Herston, St Lucia and other locations] - The University of Queensland
15 NMFS - NOAA National Marine Fisheries Service
16 Department of Biological Sciences [North Ryde]
17 The University of Tennessee [Knoxville]
18 NSW DPI NEW SOUTH WALES GOVERNMENT DEPARTMENT OF PRIMARY INDUSTRIES FISHERIES NSW WOLLONGONG AUS
19 UTS - University of Technology Sidney
20 LEMAR - Laboratoire des Sciences de l'Environnement Marin (LEMAR)
21 UBO - Université de Brest
22 USC - University of the Sunshine Coast
23 UCR - Universidad de Costa Rica
24 Indian Ocean Marine Res Ctr
25 FIU - Florida International University [Miami]
26 New South Wales Dept Primary Ind
27 Macquarie University
28 UNSW - University of New South Wales [Sydney]
29 University of Windsor [Ca]
30 UTAS - University of Tasmania [Hobart, Australia]
31 UWA - The University of Western Australia
32 Murdoch University
33 Victorian Natl Pk Assoc
34 SCU - Southern Cross University
35 Queensland Bioscience Precinct
36 Monash university
37 SARDI - South Australian Research and Development Institute [Australia]
Kate Lee
  • Function : Author

Abstract

Unifying models have shown that the amount of spaceused by animals (e.g., activity space, home range) scales allometricallywith body mass for terrestrial taxa; however, such relationships arefar less clear for marine species. We compiled movement data from1,596 individuals across 79 taxa collected using a continental passiveacoustic telemetry network of acoustic receivers to assess allometric scal-ing of activity space. We found thatectothermic marine taxa do exhibitallometric scaling for activity space, with an overall scaling exponentof 0.64. However, body mass alone explained only 35% of the varia-tion, with the remaining variation best explained by trophic positionfor teleosts and latitude for sharks, rays, and marine reptiles. Taxon-specific allometric relationships highlighted weaker scaling exponentsamong teleostfish species (0.07) than sharks (0.96), rays (0.55), andmarine reptiles (0.57). The allometric scaling relationship and scalingexponents for the marine taxonomic groups examined were lowerthan those reported from studies that had collated both marine andterrestrial species data derived using various tracking methods. Wepropose that these disparities arise because previous work integratedsummarized data across many studies that used differing methods forcollecting and quantifying activity space, introducing considerableuncertainty into slope estimates. Ourfindings highlight the benefitof using large-scale, coordinated animal biotelemetry networks to ad-dress cross-taxa evolutionary and ecological questions.
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hal-04044041 , version 1 (31-03-2023)

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Vinay Udyawer, Charlie Huveneers, Fabrice Jaine, Russell C. Babcock, Stephanie Brodie, et al.. Scaling of Activity Space in Marine Organisms across Latitudinal Gradients. The American Naturalist, 2023, 201 (4), pp.501-618. ⟨10.1086/723405⟩. ⟨hal-04044041⟩
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