Diel and seasonal patterns in activity and home range size of green turtles on their foraging grounds revealed by extended Fastloc-GPS tracking

An animal’s home range is driven by a range of factors including top-down (predation risk) and bottom-up (habitat quality) processes, which often vary in both space and time. We assessed the role of these processes in driving spatiotemporal patterns in the home range of the green turtle ( Chelonia m...

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Vydáno v:	Marine biology Ročník 164; číslo 1; s. 1 - 11
Hlavní autoři:	Christiansen, Fredrik, Esteban, Nicole, Mortimer, Jeanne A., Dujon, Antoine M., Hays, Graeme C.
Médium:	Journal Article
Jazyk:	angličtina
Vydáno:	Berlin/Heidelberg Springer Berlin Heidelberg 01.01.2017 Springer Nature B.V
Témata:	adults Algae Analysis Animal migration Aquatic reptiles Archipelagoes Biomedical and Life Sciences Chelonia mydas data collection Environmental quality foraging Freshwater & Marine Ecology Global positioning systems GPS habitats Herbivores home range Indian Ocean Life Sciences Marine Marine & Freshwater Sciences Marine biology Microbiology Oceanography Original Paper predation Reptiles & amphibians risk satellites seagrasses seasonal variation spatial variation Studies Telemetry tides Turtles Zoology ISW, Indian Ocean ISW, Chagos Archipelago Indian Ocean Home Range Green Turtle Predation Risk Home Range Size Supplementary Material Table
ISSN:	0025-3162, 1432-1793
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Abstract	An animal’s home range is driven by a range of factors including top-down (predation risk) and bottom-up (habitat quality) processes, which often vary in both space and time. We assessed the role of these processes in driving spatiotemporal patterns in the home range of the green turtle ( Chelonia mydas ), an important marine megaherbivore. We satellite tracked adult green turtles using Fastloc-GPS telemetry in the Chagos Archipelago and tracked their fine-scale movement in different foraging areas in the Indian Ocean. Using this extensive data set (5081 locations over 1675 tracking days for 8 individuals), we showed that green turtles exhibit both diel and seasonal patterns in activity and home range size. At night, turtles had smaller home ranges and lower activity levels, suggesting they were resting. In the daytime, home ranges were larger and activity levels higher, indicating that turtles were actively feeding. The transit distance between diurnal and nocturnal sites varied considerably between individuals. Further, some turtles changed resting and foraging sites seasonally. These structured movements indicate that turtles had a good understanding of their foraging grounds in regard to suitable areas for foraging and sheltered areas for resting. The clear diel patterns and the restricted size of nocturnal sites could be caused by spatiotemporal variations in predation risk, although other factors (e.g. depth, tides and currents) could also be important. The diurnal and seasonal pattern in home range sizes could similarly be driven by spatiotemporal variations in habitat (e.g. seagrass or algae) quality, although this could not be confirmed.
AbstractList	An animal’s home range is driven by a range of factors including top-down (predation risk) and bottom-up (habitat quality) processes, which often vary in both space and time. We assessed the role of these processes in driving spatiotemporal patterns in the home range of the green turtle ( Chelonia mydas ), an important marine megaherbivore. We satellite tracked adult green turtles using Fastloc-GPS telemetry in the Chagos Archipelago and tracked their fine-scale movement in different foraging areas in the Indian Ocean. Using this extensive data set (5081 locations over 1675 tracking days for 8 individuals), we showed that green turtles exhibit both diel and seasonal patterns in activity and home range size. At night, turtles had smaller home ranges and lower activity levels, suggesting they were resting. In the daytime, home ranges were larger and activity levels higher, indicating that turtles were actively feeding. The transit distance between diurnal and nocturnal sites varied considerably between individuals. Further, some turtles changed resting and foraging sites seasonally. These structured movements indicate that turtles had a good understanding of their foraging grounds in regard to suitable areas for foraging and sheltered areas for resting. The clear diel patterns and the restricted size of nocturnal sites could be caused by spatiotemporal variations in predation risk, although other factors (e.g. depth, tides and currents) could also be important. The diurnal and seasonal pattern in home range sizes could similarly be driven by spatiotemporal variations in habitat (e.g. seagrass or algae) quality, although this could not be confirmed. An animal’s home range is driven by a range of factors including top-down (predation risk) and bottom-up (habitat quality) processes, which often vary in both space and time. We assessed the role of these processes in driving spatiotemporal patterns in the home range of the green turtle (Chelonia mydas), an important marine megaherbivore. We satellite tracked adult green turtles using Fastloc-GPS telemetry in the Chagos Archipelago and tracked their fine-scale movement in different foraging areas in the Indian Ocean. Using this extensive data set (5081 locations over 1675 tracking days for 8 individuals), we showed that green turtles exhibit both diel and seasonal patterns in activity and home range size. At night, turtles had smaller home ranges and lower activity levels, suggesting they were resting. In the daytime, home ranges were larger and activity levels higher, indicating that turtles were actively feeding. The transit distance between diurnal and nocturnal sites varied considerably between individuals. Further, some turtles changed resting and foraging sites seasonally. These structured movements indicate that turtles had a good understanding of their foraging grounds in regard to suitable areas for foraging and sheltered areas for resting. The clear diel patterns and the restricted size of nocturnal sites could be caused by spatiotemporal variations in predation risk, although other factors (e.g. depth, tides and currents) could also be important. The diurnal and seasonal pattern in home range sizes could similarly be driven by spatiotemporal variations in habitat (e.g. seagrass or algae) quality, although this could not be confirmed.
ArticleNumber	10
Author	Christiansen, Fredrik Hays, Graeme C. Esteban, Nicole Dujon, Antoine M. Mortimer, Jeanne A.
Author_xml	– sequence: 1 givenname: Fredrik orcidid: 0000-0001-9090-8458 surname: Christiansen fullname: Christiansen, Fredrik email: f.christiansen@murdoch.edu.au organization: Centre for Integrative Ecology, School of Life and Environmental Sciences, Deakin University, Cetacean Research Unit, School of Veterinary and Life Sciences, Murdoch University – sequence: 2 givenname: Nicole surname: Esteban fullname: Esteban, Nicole organization: Department of Biosciences, Swansea University – sequence: 3 givenname: Jeanne A. surname: Mortimer fullname: Mortimer, Jeanne A. organization: Seychelles Islands Foundation (SIF), Department of Biology, University of Florida – sequence: 4 givenname: Antoine M. surname: Dujon fullname: Dujon, Antoine M. organization: Centre for Integrative Ecology, School of Life and Environmental Sciences, Deakin University – sequence: 5 givenname: Graeme C. surname: Hays fullname: Hays, Graeme C. organization: Centre for Integrative Ecology, School of Life and Environmental Sciences, Deakin University
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Snippet	An animal’s home range is driven by a range of factors including top-down (predation risk) and bottom-up (habitat quality) processes, which often vary in both... An animal's home range is driven by a range of factors including top-down (predation risk) and bottom-up (habitat quality) processes, which often vary in both...
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SubjectTerms	adults Algae Analysis Animal migration Aquatic reptiles Archipelagoes Biomedical and Life Sciences Chelonia mydas data collection Environmental quality foraging Freshwater & Marine Ecology Global positioning systems GPS habitats Herbivores home range Indian Ocean Life Sciences Marine Marine & Freshwater Sciences Marine biology Microbiology Oceanography Original Paper predation Reptiles & amphibians risk satellites seagrasses seasonal variation spatial variation Studies Telemetry tides Turtles Zoology
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Title	Diel and seasonal patterns in activity and home range size of green turtles on their foraging grounds revealed by extended Fastloc-GPS tracking
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