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1. Infectious diseases and parasites of Antarctic and sub Antarctic penguins and the implications for CEMP

   monitored we suggest that health of monitored species also should be considered in CEMP. Author(s):  J ...

   Meeting Document : WG-CEMP-94/34 : Autor(es): J. Clarke and K. Kerry (Australia)

2. Ross Sea Bioregionalisation, Part II: Patterns of co-occurrence of mesopredators in an intact polar ocean ecosystem

   localities from at-sea surveys and other sources. A machine learning, “maximum entropy” modeling algorithm ...

   Meeting Document : WG-EMM-10/12 : Autor(es): G. Ballard, D. Jongsomjit and D.G. Ainley (USA)

3. Development of a fine-scale model of land-based predator foraging demands in the Antarctic

   for a number of reasons. An alternative method of calculating an index of fishery-predator interaction ... is developed, which is based on a detailed model of the supposed functional interaction between these ...

   Meeting Document : WG-Joint-94/08 : Autor(es): D.J. Agnew and G. Phegan (Secretariat)

4. Review of CCAMLR Regulations for International Staff against the ICSCS and Comparator Organisations

   and comparator practice, but some changes to CCAMLR’s treatment of travel and appointment, health ...

   Meeting Document : CCAMLR-XXXVII/BG/02 Rev. 1 : Autor(es): Executive Secretary

5. Recommendations from a cross-sector workshop on krill fishing and conservation in the Scotia Sea and Antarctic Peninsula region

   management of the krill fishery that minimises the risk of the fishery negatively impacting ecosystem health ...

   Meeting Document : WG-EMM-14/12 : Autor(es): S. Hill, R. Cavanagh, R. Downie, C. Knowland and S. Grant (United Kingdom)

6. A fine-scale model of the overlap between penguin foraging demands and the krill fishery in the South Shetland Islands and Antarctic Peninsula

   of fishery-predator interaction has been developed. The new index reflects the functional interaction ...

   Meeting Document : WG-EMM-Stats-96/06 : Autor(es): Phegan, G., Agnew, D.J.

7. Update report on marine mammal interactions in Division 58.4.4

   Division 58.4.4 and killer whales have been observed to interact with the vessels until 2014. Interaction ... individuals including a young calf. This document provides an update of the interaction and depredation rates ...

   Meeting Document : WG-SAM-2019/01 : Autor(es): N. Gasco, P. Tixier, T. Okuda, C. Péron and F. Massiot-Granier

8. Observation on interactions between marine mammals and krill mid-water trawl

   Abstract:  An observation on the interaction between marine mammal and krill midwater trawl was ... seals. Future researches on the interaction between marine mammals and krill fishing gears would be ...

   Meeting Document : SC-CAMLR-38/BG/20 : Autor(es): Y. Ying, G. Fan, X. Zhao, J. Zhang, X. Wang and J. Zhu

9. Practical options for developing feedback management for the krill fishery in Subarea 48.2

   regular acoustic surveys by krill fishing vessels, coupled with ‘health checks’ that describe the status ...

   Meeting Document : WG-EMM-14/04 : Autor(es): P. Trathan (United Kingdom), M. Santos (Argentina) and O.R. Godø (Norway)

10. Report on seabird by-catch outside the CCAMLR Convention Area recorded in the South African fisheries

    include regulations to minimise interaction with seabirds. There are five sectors of the South African ... vulnerable species to interaction in the demersal trawl fishery are Cape (Pintado) petrels, Daption capense ...

    Meeting Document : WG-IMAF-11/11 : Autor(es): C. Heineken and P. Mullins (South Africa)

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