Résultats de la recherche

1. Movement and growth of tagged toothfish around South Georgia and Shag Rocks (Subarea 48.3)

   and 2001, and have been at liberty from one to two years. Four fish were tagged and recaptured from ... toothfish pot vessel in international waters at that latitude in 2001. Author(s):  T.R. Marlow, D.J. Agnew ...

   Meeting Document : WG-FSA-02/28 : Auteur(s): T.R. Marlow, D.J. Agnew and I. Everson (United Kingdom)

2. Mitigation trials and recommendations to reduce seabird mortality in the pelagic icefish (Champsocephalus gunnari) fishery (Subarea 48.3)

   ) season in sub-area 48.3, to quantify seabird interaction with fishing operations, to trial different ...

   Meeting Document : WG-FSA-05/59 : Auteur(s): J.O. Roe (United Kingdom)

3. Environmental variability and the behavioural dynamics of Antarctic fur seals in the South Atlantic

   effect of the interaction between the ENSO and sea ice indices on the fur seal foraging index. There was ...

   Meeting Document : WS-AREA 48-98/16 : Auteur(s): I.L. Boyd (UK)

4. CONDITIONING SMOM USING THE AGREED CALENDAR OF OBSERVED CHANGES IN PREDATOR AND KRILL ABUNDANCE: A FURTHER STEP IN THE DEVELOPMENT OF A MANAGEMENT PROCEDURE FOR KRILL FISHERIES IN AREA 48

   parameter (the “steepness”) of the predator-prey interaction formulation. The steepness values estimated ...

   Meeting Document : WG-EMM-08/44 : Auteur(s): É.E. Plagányi and D.S. Butterworth (South Africa)

5. A RISK MANAGEMENT FRAMEWORK FOR AVOIDING SIGNIFICANT ADVERSE IMPACTS OF BOTTOM FISHING GEAR ON VULNERABLE MARINE ECOSYSTEMS

   levels of uncertainty surrounding both the evidence of VME presence and the consequences of interaction ...

   Meeting Document : WG-FSA-08/64 : Auteur(s): K. Martin-Smith (Australia)

6. Evaluation of krill transport factor results in Subarea 48.2 in summer period of 1996

   interaction zone of the two circulating systems of the climatic scale: Antarctic Circumpolar Current and ...

   Meeting Document : WG-EMM-96/37 : Auteur(s): Sushin, V.A., Kasatkina, S.M., Shnar, V.N., Abramov, A.M., Polischuk, M.I.

7. Development of a spatially-explicit minimum realistic model for Antarctic toothfish (Dissostichus mawsoni) and its main prey (Macrouridae and Channichthyidae) in the Ross Sea

   of the nature of the interaction. Whilst this model is in a development stage, it provides a useful ...

   Meeting Document : WG-EMM-14/51 : Auteur(s): S. Mormede, M. Pinkerton, A. Dunn, S. Hanchet and S. Parker (New Zealand)

8. How trophic dynamics of adult Antarctic krill Euphausia superba responses to the condition of no ice in the water during the winter: a case study at South Georgia?

   interaction between krill population, top predators and fishery. Author(s):  G.P. Zhu, H.T. Zhang, B. Deng and ...

   Meeting Document : WG-EMM-2019/P04 : Auteur(s): G.P. Zhu, H.T. Zhang, B. Deng and Q.Y. Yang

9. Microincrement analysis in otoliths of Notothenia rossii fingerlings from the South Shetland Islands to estimate early life history timings and to validate annulus formation

   between February and March and another in winter between July and August. The maximum and minimum ages ... fingerlings. All the pelagic blue phase fingerlings (age group 0+) hatched in July-August (winter cohort ... . Finally, early juveniles (age group 1+) hatched in July-August, entering in the cove the following year to ...

   Meeting Document : WG-FSA-12/04 : Auteur(s): E. Barrera-Oro (Argentina) and M. La Mesa (Italy)

10. A proposal for streamlining the work of the Scientific Committee for the Conservation of Antarctic Marine Living Resources

    in different working groups. There is also a need to give time to emerging issues for which there is ... Working Groups are proposed to be: i) Biology, ecology and conservation – to discuss the broad issues and ...

    Meeting Document : WG-EMM-05/35 : Auteur(s): A.J. Constable (Australia)

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