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  1. Archival tags have been used on fish for a number of years to measure temperature, pressure and salinity, among other parameters. Measurements of heart rate in fish can be used in a wide variety of biological ...

    Authors: Ásgeir Bjarnason, Andrés Gunnarsson, Tómas Árnason, Matthías Oddgeirsson, Anton Björn Sigmarsson and Ásgeir Gunnarsson
    Citation: Animal Biotelemetry 2019 7:13
  2. Most information on shortfin makos (Isurus oxyrinchus) in the eastern North Pacific (ENP) currently comes from fisheries data and short-term tracking studies. Although range has been inferred from catch and conve...

    Authors: Nicole Nasby-Lucas, Heidi Dewar, Oscar Sosa-Nishizaki, Cara Wilson, John R. Hyde, Russell D. Vetter, James Wraith, Barbara A. Block, Michael J. Kinney, Tim Sippel, David B. Holts and Suzanne Kohin
    Citation: Animal Biotelemetry 2019 7:12
  3. Semiaquatic mammals require both aquatic and terrestrial habitats, particularly interfaces between the two habitats. As ecosystem engineers, American beaver (Castor canadensis) consume and fell a great amount of ...

    Authors: Guiming Wang, Lance F. McClintic and Jimmy D. Taylor
    Citation: Animal Biotelemetry 2019 7:10
  4. In fish tagging studies, tag size limits the size of fish that can be tagged, the fraction of a population that can be represented, and ultimately inferences that can be made about the study population, partic...

    Authors: Kenneth F. Tiffan, Ian G. Jezorek and Russell W. Perry
    Citation: Animal Biotelemetry 2019 7:9
  5. The thyroid gland contributes immensely to the basal metabolic rate, and hence, thermogenesis in mammals. Its response to the thermal environment is, however, slow and may require several days to adjust. A rap...

    Authors: Hosam J. Al-Tamimi, Amani Al-Dawood and Zainab Mahasneh
    Citation: Animal Biotelemetry 2019 7:8
  6. The desire of animal behaviorists for more flexible methods of conducting inter-study and inter-specific comparisons and meta-analysis of various animal behaviors compelled us to design an automated, animal be...

    Authors: David A. Sweeney, Stacy L. DeRuiter, Ye Joo McNamara-Oh, Tiago A. Marques, Patricia Arranz and John Calambokidis
    Citation: Animal Biotelemetry 2019 7:7
  7. Manual tracking has been used since the 1970s as an effective radio telemetry approach for evaluating habitat use of fish in fluvial systems. Radio tags are often located by continually reducing the gain when ...

    Authors: Brittany G. Sullivan, Shannon H. Clarke, Daniel P. Struthers, Mark K. Taylor and Steven J. Cooke
    Citation: Animal Biotelemetry 2019 7:6
  8. Studies of deep-diving beaked whales using Argos satellite-linked location-depth tags frequently return data with large gaps in the diving record. We document the steps taken to eliminate these data gaps and c...

    Authors: Nicola J. Quick, William R. Cioffi, Jeanne Shearer and Andrew J. Read
    Citation: Animal Biotelemetry 2019 7:5
  9. Recent advances in satellite tagging technologies for marine animals have provided opportunities to investigate the spatial ecology of pelagic species including at-sea behavior and predator–prey interactions. ...

    Authors: Casey L. Brown, Markus Horning and Amanda M. Bishop
    Citation: Animal Biotelemetry 2019 7:4
  10. Surgical implantation of transmitters and data loggers into wild fish is commonplace among studies of their behaviour and ecology. Nonetheless, concerns remain regarding the procedures required for implantatio...

    Authors: Ela Patel, James Lea and Christopher Clarke
    Citation: Animal Biotelemetry 2019 7:3
  11. Aquatic biotelemetry techniques have proven to be valuable tools to generate knowledge on species behaviour, gather oceanographic data and help in assessing effects from anthropogenic disturbances. These data ...

    Authors: Jan Reubens, Pieterjan Verhelst, Inge van der Knaap, Benny Wydooghe, Tanja Milotic, Klaas Deneudt, Francisco Hernandez and Ine Pauwels
    Citation: Animal Biotelemetry 2019 7:2
  12. Acoustic tagging is typically used to gather data on the spatial ecology of diverse marine taxa, informing questions about spatio-temporal attributes such as residency and home range, but detection data may al...

    Authors: David M. Tickler, Aaron B. Carlisle, Taylor K. Chapple, David J. Curnick, Jonathan J. Dale, Robert J. Schallert and Barbara A. Block
    Citation: Animal Biotelemetry 2019 7:1
  13. Over the past 15 years, the integration of localised passive telemetry networks into centralised data repositories has greatly enhanced our ability to monitor the presence and movements of highly mobile and mi...

    Authors: Vinay Udyawer, Ross G. Dwyer, Xavier Hoenner, Russell C. Babcock, Stephanie Brodie, Hamish A. Campbell, Robert G. Harcourt, Charlie Huveneers, Fabrice R. A. Jaine, Colin A. Simpfendorfer, Matthew D. Taylor and Michelle R. Heupel
    Citation: Animal Biotelemetry 2018 6:17
  14. Detecting tagged animals in coastal environments is often limited to stationary arrays of acoustic receivers that can decode transmissions from tags on animals. However, mobile autonomous platforms are becomin...

    Authors: Megan Cimino, Michael Cassen, Sophia Merrifield and Eric Terrill
    Citation: Animal Biotelemetry 2018 6:16
  15. Basic knowledge of detailed spatiotemporal migration patterns is lacking for most migratory bird species. Using the smallest available geolocator, we aim to map autumn migration and wintering areas of north Eu...

    Authors: Anders P. Tøttrup, Lykke Pedersen and Kasper Thorup
    Citation: Animal Biotelemetry 2018 6:15
  16. Classifying behaviour with animal-borne accelerometers is quickly becoming a popular tool for remotely observing behavioural states in a variety of species. Most accelerometry work in pinnipeds has focused on ...

    Authors: Courtney R. Shuert, Patrick P. Pomeroy and Sean D. Twiss
    Citation: Animal Biotelemetry 2018 6:14
  17. Biologgers can be used to monitor both human and animal physiology and behaviors, activity patterns, and/or environmental stressors. Monitoring of heart rates and rhythms, respiratory patterns, and activity in...

    Authors: Timothy G. Laske, Alina L. Evans, Jon M. Arnemo, Tinen L. Iles, Mark A. Ditmer, Ole Fröbert, David L. Garshelis and Paul A. Iaizzo
    Citation: Animal Biotelemetry 2018 6:13
  18. Globally, there are a large and growing number of researchers using biotelemetry as a tool to study aquatic animals. In Europe, this community lacks a formal network structure. The aim of this study is to revi...

    Authors: David Abecasis, Andre Steckenreuter, Jan Reubens, Kim Aarestrup, Josep Alós, Fabio Badalamenti, Lenore Bajona, Patrick Boylan, Klaas Deneudt, Larry Greenberg, Niels Brevé, Francisco Hernández, Nick Humphries, Carl Meyer, David Sims, Eva B. Thorstad…
    Citation: Animal Biotelemetry 2018 6:12
  19. Incidental capture of air-breathing species in fishing gear is a major source of mortality for many threatened populations. Even when individuals are discarded alive, they may not survive due to direct injury,...

    Authors: Sara M. Maxwell, Matthew J. Witt, Gaspard Abitsi, Marie Pierre Aboro, Pierre Didier Agamboue, Georges Mba Asseko, François Boussamba, Emmanuel Chartrain, Micheline Schummer Gnandji, Brice Didier Koumba Mabert, Felicien Mavoungou Makanga, Jean Churley Manfoumbi, Jean Noel Bibang Bi Nguema, Jacob Nzegoue, Carmen Karen Kouerey Oliwina, Guy-Philippe Sounguet…
    Citation: Animal Biotelemetry 2018 6:11
  20. Pacific halibut support high-value commercial and sport fisheries in the north Pacific Ocean, making survival of Pacific halibut bycatch in trawl fisheries an important management concern. We present a method ...

    Authors: Julie K. Nielsen, Craig S. Rose, Timothy Loher, Paige Drobny, Andrew C. Seitz, Michael B. Courtney and John Gauvin
    Citation: Animal Biotelemetry 2018 6:10
  21. In the online version of the original publication [1], there is an error in the caption of figure 8. The correct version can be found below.

    Authors: John Fredrik Strøm, Eva Bonsak Thorstad, Richard David Hedger and Audun Håvard Rikardsen
    Citation: Animal Biotelemetry 2018 6:9

    The original article was published in Animal Biotelemetry 2018 6:2

  22. Catch per unit effort is a cost-effective index of abundance and fishing effort, and an integral part of many fisheries stock assessments. Trap fisheries data are often generated using non-standardised methodo...

    Authors: Kirsty J. Lees, Aileen C. Mill, Daniel J. Skerritt, Peter A. Robertson and Clare Fitzsimmons
    Citation: Animal Biotelemetry 2018 6:8
  23. Tracking devices have enabled researchers to study unique aspects of behavior in birds. However, it has become clear that attaching these devices to birds often affects their survival and behavior. While most ...

    Authors: Thomas K. Lameris, Gerhard J. D. M. Müskens, Andrea Kölzsch, Adriaan M. Dokter, Henk P. Van der Jeugd and Bart A. Nolet
    Citation: Animal Biotelemetry 2018 6:7
  24. In the original publication [1], there is an error in Eq. 3b. The correct version can be found below.

    Authors: M. C. Arostegui, T. E. Essington and T. P. Quinn
    Citation: Animal Biotelemetry 2018 6:4

    The original article was published in Animal Biotelemetry 2017 5:2

  25. Knowledge of the complete horizontal migration and vertical movements of Atlantic salmon (Salmo salar L.) during the marine phase is important for understanding the link between individual processes and populatio...

    Authors: John Fredrik Strøm, Eva Bonsak Thorstad, Richard David Hedger and Audun Håvard Rikardsen
    Citation: Animal Biotelemetry 2018 6:2

    The Correction to this article has been published in Animal Biotelemetry 2018 6:9

  26. GPS telemetry has revolutionized the study of animal spatial ecology in the last two decades. Until recently, it has mainly been deployed on large mammals and birds, but the technology is rapidly becoming mini...

    Authors: Brian J. Smith, Kristen M. Hart, Frank J. Mazzotti, Mathieu Basille and Christina M. Romagosa
    Citation: Animal Biotelemetry 2018 6:1
  27. Pop-up satellite archival tags (PSATs) are a valuable tool for estimating mortality of pelagic fishes released from commercial and recreational fishing gears. However, the high cost of PSATs limits sample size...

    Authors: William M. Goldsmith, Andrew M. Scheld and John E. Graves
    Citation: Animal Biotelemetry 2017 5:29
  28. Movement data represent important inputs to both numerical and conceptual models that contribute to the assessment and management of sablefish (Anoplopoma fimbria) and Pacific halibut (Hippoglossus stenolepis) in...

    Authors: Timothy Loher, Raymond A. Webster and David Carlile
    Citation: Animal Biotelemetry 2017 5:27
  29. Sevengill sharks are common inhabitants of estuaries and coastal areas and particularly abundant in San Francisco Bay (SFB). There is limited knowledge about the level of residency and migratory movements of t...

    Authors: James T. Ketchum, Christina J. Slager, Michele L. Buckhorn, Andrew P. Nosal and A. Peter Klimley
    Citation: Animal Biotelemetry 2017 5:26
  30. The ability to study animal behaviour is important in many fields of science, including biology, behavioural ecology and conservation. Behavioural information is usually obtained by attaching an electronic tag...

    Authors: Solomon Petrus le Roux, Jacques Marias, Riaan Wolhuter and Thomas Niesler
    Citation: Animal Biotelemetry 2017 5:25
  31. The Antarctic minke whale (Balaenoptera bonaerensis) is a relatively small baleen whale species and is well suited to life in the Antarctic pack ice. Information on their individual movement and distribution pat...

    Authors: Jessica F. Lee, Ari S. Friedlaender, Matthew J. Oliver and Tracy L. DeLiberty
    Citation: Animal Biotelemetry 2017 5:23
  32. Currently acoustic tag-detecting autonomous receivers must be visited periodically to download the files of tag detections. Hence, the information about the whereabouts of tagged fishes is not available to mak...

    Authors: A. Peter Klimley, Thomas V. Agosta, Arnold J. Ammann, Ryan D. Battleson, Matthew D. Pagel and Michael J. Thomas
    Citation: Animal Biotelemetry 2017 5:22
  33. The effects of temporal data resolution on the interpretation of fish behaviours are questions fundamental to research programs using electronic tags with finite data storage and data transmission capacities. ...

    Authors: Jonathan A. D. Fisher, Dominique Robert, Arnault Le Bris and Timothy Loher
    Citation: Animal Biotelemetry 2017 5:21
  34. Despite being frequently landed in fish markets along the Saudi Arabian Red Sea coast, information regarding fundamental biology of the Scalloped hammerhead shark (Sphyrna lewini) in this region is scarce. Satell...

    Authors: Julia L. Y. Spaet, Chi Hin Lam, Camrin D. Braun and Michael L. Berumen
    Citation: Animal Biotelemetry 2017 5:20
  35. In this commentary, we describe how geomagnetic intensity can be used to estimate latitude, discuss its strengths and weaknesses, and argue for its potential use along with irradiance measurements for estimati...

    Authors: A. Peter Klimley, Marco Flagg, Neil Hammerschlag and Alex Hearn
    Citation: Animal Biotelemetry 2017 5:19
  36. Passive integrated transponder (PIT) tags have been used to document and monitor the movement, behavior, or survival of numerous species of fishes. Data on short- and long-term survival and tag retention are n...

    Authors: Lee G. Simard, V. Alex Sotola, J. Ellen Marsden and Scott Miehls
    Citation: Animal Biotelemetry 2017 5:18
  37. The fields of biologging and telemetry have triggered significant advances in the understanding of animal behavior, physiological ecology and habitat utilization. Biologging devices (“tags”) can also measure a...

    Authors: Tiphaine Jeanniard-du-Dot, Kim Holland, Gregory S. Schorr and Danny Vo
    Citation: Animal Biotelemetry 2017 5:17
  38. Authors: Markus Horning, Martin Haulena, Pamela A. Tuomi, Jo-Ann E. Mellish, Caroline E. Goertz, Kathleen Woodie, Rachel K. Berngartt, Shawn Johnson, Courtney R. Shuert, Kristen A. Walker, John P. Skinner and Peter L. Boveng
    Citation: Animal Biotelemetry 2017 5:16

    The original article was published in Animal Biotelemetry 2017 5:13

  39. Intracoelomic implantation of electronic tags has become a common method in fishery research, but rarely are fish examined by scientists after release to understand the extent that surgical incisions have heal...

    Authors: Abby Schoonyan, Richard T. Kraus, Matthew D. Faust, Christopher S. Vandergoot, Steven J. Cooke, H. Andrew Cook, Todd A. Hayden and Charles C. Krueger
    Citation: Animal Biotelemetry 2017 5:15
  40. Acoustic biotelemetry sensors have been fully integrated into a broad range of mobile autonomous platforms; however, estimates of detection efficiency in different environmental conditions are rare. Here, we e...

    Authors: Matthew J. Oliver, Matthew W. Breece, Danielle E. Haulsee, Megan A. Cimino, Josh Kohut, David Aragon and Dewayne A. Fox
    Citation: Animal Biotelemetry 2017 5:14
  41. Electronic telemetry devices have enabled many novel and important data collection and experimental opportunities for difficult to observe species. Externally attached devices have limited retention and may af...

    Authors: Markus Horning, Martin Haulena, Pamela A. Tuomi, Jo-Ann E. Mellish, Caroline E. Goertz, Kathleen Woodie, Rachel K. Berngartt, Shawn Johnson, Courtney R. Shuert, Kristen A. Walker, John P. Skinner and Peter L. Boveng
    Citation: Animal Biotelemetry 2017 5:13

    The Erratum to this article has been published in Animal Biotelemetry 2017 5:16

  42. Monitoring the feeding behavior of animals in the wild is key to understanding their energetics and the influence of the environment on their survival. Recently, a novel acceleration transmitter that processes...

    Authors: J. Horie, H. Mitamura, Y. Ina, Y. Mashino, T. Noda, K. Moriya, N. Arai and T. Sasakura
    Citation: Animal Biotelemetry 2017 5:12
  43. Access to harvestable surpluses of sockeye salmon is often limited by incidental harvest of Chinook salmon in the mixed-species gillnet fishery of Cook Inlet, Alaska, particularly in years of low Chinook abund...

    Authors: David W. Welch, Aswea D. Porter and Paul Winchell
    Citation: Animal Biotelemetry 2017 5:11

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