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1. Seabird by-catch by autoline vessels: do line setters increase the sink rate of integrated weight longlines?

   ‘insurance’ against TDR failure or loss on the seabed, or improper deployment during setting (e.g. jamming ... Paper Title:  Seabird by-catch by autoline vessels: do line setters increase the sink rate of ... . A trial was conducted in the Ross Sea to determine the effectiveness of line setters in increasing ... the sink rates of IW longlines. Time-depth recorders were deployed on lines set with and without a ... line setter using a paired-treatment design. Sink rates of longlines set with and without a line setter ...

   Science Journal Paper : CCAMLR Science, Volume 15 (CCAMLR Science, Volume 15) : 107–114 : Author(s): Robertson, G., J. Williamson, M. McNeill, S.G. Candy and N. Smith

2. On the use of baited remote underwater video to study Antarctic toothfish distribution under the sea-ice: from data collection to processing

   Antarctic toothfish distribution in shelf areas under the ice. Author(s):  D. Di Blasi, S. Canese, E. Carlig ... D. Di Blasi, S. Canese, E. Carlig, L. Ghigliotti, S.J. Parker and M. Vacchi ...

   Meeting Document : WG-EMM-2019/50 : Author(s): D. Di Blasi, S. Canese, E. Carlig, L. Ghigliotti, S.J. Parker and M. Vacchi

3. Foraging patterns in the Antarctic shag (Phalacrocorax bransfieldensis) at Harmony Point, Antarctica

   to the nests. During the rearing period the parents incremented the number of daily foraging trips usually ... reduce the extension of the foraging trips which in years of scarce food availability may no result ... in reducing the daily total time spent foraging due to the marked increment in the number of trips required ... of daily foraging trips and the time spent foraging. The information obtained suggest that the Antarctic ...

   Meeting Document : WG-EMM-04/22 : Author(s): R. Casaux and A. Baroni (Argentina)

4. Fishery Report 2015: Exploratory fishery for Dissostichus spp. in Division 58.4.3b

   are large, are dominated by males (79%) and are likely spawning 8 (iv) in the East Antarctic ...

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5. Fishery Report 2016: Exploratory fishery for Dissostichus spp. in Division 58.4.3b

   %) and are likely spawning 8 (iv) in the East Antarctic, spawning fish have only been found on BANZARE ...

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6. Fishery Report 2017: Exploratory fishery for Dissostichus mawsoni in Division 58.4.3b

   ) in the East Antarctic, spawning fish have only been found on BANZARE Bank (WG-FSA-07/44). 21. Due ...

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7. Fishery Report 2018: Exploratory fishery for Dissostichus mawsoni in Division 58.4.3b

   ) in the East Antarctic, spawning fish have only been found on BANZARE Bank (WG-FSA-07/44). 21. Due ...

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8. Fishery Report 2013: Exploratory fishery for Dissostichus spp. in Division 58.4.3b

   grounds; all are large, are dominated by males (79%) and are likely spawning (iv) in East Antarctica ...

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9. Fishery Report: Dissostichus eleginoides (TOP) Kerguelen Islands (Division 58.5.1)

   in deeper waters. A general east–west deep-sea movement of adult fish occurs and spawning is restricted ...

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10. Fishery Report: Dissostichus eleginoides Kerguelen Islands (Division 58.5.1)

    on the slopes of the shelf and subsequently to the longline fishery in deeper waters. A general east–west deep ...

    Document : Site Section: Publications

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