Search results

1. Light levels experienced by foraging Antarctic fur seals, Arctocephalus gazella

   did not follow a simple exponential decrease as recorded in clear oceanic waters. TDRs recorded strong ... decrease as recorded in clear oceanic waters. TDRs recorded strong light attenuation in the top 50 ...

   Meeting Document : WG-EMM-99/28 : Author(s): D.J. McCafferty, I.L. Boyd and T.R. Walker (UnitedKingdom)

2. Adélie penguins foraging behaviour and krill abundance along the Wilkes and Adélie Land coasts, Antarctica

   over the continental shelf and not in oceanic waters. The percentage distribution of dive depths were ... foraged over the continental shelf and not in oceanic waters. The percentage distribution of dive depths ...

   Meeting Document : WG-EMM-97/64 : Author(s): Kerry, K., Rodary, D., Bost, C., Lemaho, Y., Wienecke, B.C., Thomson, R., Lawless, R., Pauly, T., Robertson, G.

3. A simulation study of krill fishing by an individual Japanese trawler

   square oceanic sector might decline by 50%. In most cases there is essentially no response of the index ... oceanic sector might decline by 50%. In most cases there is essentially no response of the index ...

   Meeting Document : SC-CAMLR-VI/BG/38 : Author(s): D.S. Butterworth (United Kingdom)

4. Krill population dynamics at South Georgia: implications for ecosystem-based fisheries management

   with allochthonous recruitment entering a retained adult population; i.e. oceanic transport of adult krill does ... with allochthonous recruitment entering a retained adult population; i.e. oceanic transport of adult krill does ...

   Meeting Document : WG-EMM-10/P08 : Author(s): K. Reid, J.L. Watkins, E.J. Murphy, P.N. Trathan, S. Fielding and P. Enderlein

5. A krill–predator–fishery model for evaluating candidate management procedures

   is spatially resolved to the level of SSMUs and surrounding oceanic areas, and it includes the transport ... is spatially resolved to the level of SSMUs and surrounding oceanic areas, and it includes the transport ...

   Meeting Document : WG-EMM-05/13 : Author(s): G.M. Watters, J.T. Hinke (USA), K. Reid and S. Hill (United Kingdom)

6. Distribution of Soviet commercial fleet at krill fishery in the South Orkneys subarea (Subarea 48.2) during 1989/90

   the commercial fleet fished oceanic krill aggregations formed in the major flow transporting krill northeastwards ... the commercial fleet fished oceanic krill aggregations formed in the major flow transporting krill northeastwards ...

   Meeting Document : WG-EMM-97/50 : Author(s): Sushin, V.A.

7. A simulation study of krill fishing by an individual Japanese trawler

   of a CPUE form) for krill biomass in the 600 n mile square oceanic sector modelled are considered ... of a CPUE form) for krill biomass in the 600 n mile square oceanic sector modelled are considered ...

   Science Journal Paper : Selected Scientific Papers, SC-CAMLR-SSP/5 – Part I (Selected Scientific Papers, SC-CAMLR-SSP/5 – Part I) : 1–108 : Author(s): Butterworth, D.S.

8. Modelling catch and effort data using generalised linear models, the Tweedie distribution, random vessel effects and random stratum-by-year effects

   of the ocean area of the fi shery (Brandão et al., 2002) or a depth stratum or a combination of both (Punt et ...

   Science Journal Paper : CCAMLR Science, Volume 11 (CCAMLR Science, Volume 11) : 59–80 : Author(s): Candy, S.G

9. A hypothetical life cycle for Antarctic toothfish Dissostichus mawsoni in Antarctic waters of CCAMLR Statistical Area 88

   models that mimic the drift of eggs and larvae over a 6–24 month period using an oceanic circulation ... that mimic the drift of eggs and larvae over a 6–24 month period using an oceanic circulation model linked ...

   Meeting Document : WG-FSA-07/35 : Author(s): S.M. Hanchet, G.J. Rickard, J.M. Fenaughty, A. Dunn and M.J. Williams (New Zealand)

10. Distribution patterns and biomasses of Antarctic krill (Euphausia superba) and ice krill (E. crystallorophias) with note on distribution of Antarctic minke whales (Balaenoptera bonaerensis) in the Ross Sea in 2005

    mainly in the oceanic waters where water depth is deeper than 1000m though it distributed ... in the oceanic waters where water depth is deeper than 1000m though it distributed on the continental shelf where ...

    Meeting Document : WG-EMM-08/35 : Author(s): H. Murase, H. Yasuma, R. Matsukura, Y. Takao, K. Taki, T. Hayashi, T. Yabuki, T. Tamura, K. Konishi, K. Matsuoka, K. Miyashita, S. Nishiwaki and M. Naganobu (Japan)

Pages