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1. “Sailbuoy for krill” – a concept for autonomous commercial and scientific monitoring of the krill fishing in Antarctica

   plan the first test in 2019 and it is the goal of this paper to establish a productive interaction ... plan the first test in 2019 and it is the goal of this paper to establish a productive interaction ...

   Meeting Document : WG-EMM-18/15 : Author(s): O.R. Godø, G. Pedersen, D. Peddie, G. Skaret, A. Lowther, F. Grebstad and A. Lohrmann

2. Implementing plausible ecosystem models for the Southern Ocean: an ecosystem, productivity, ocean, climate (EPOC) model

   of climate change, consequences of over-exploitation, conservation requirements of recovery and interacting ... , consequences of over-exploitation, conservation requirements of recovery and interacting species, and the need ...

   Meeting Document : WG-EMM-05/33 : Author(s): A.J. Constable

3. Information on incidental mortality of seabirds and other protected species in the US West Coast pelagic longline fishery

   fishery does not interact with albatross or petrel species that breed in the CCAMLR Convention Area ... ) that nest in the Northwestern Hawaiian Islands. The US-based pelagic longline fishery does not interact ...

   Meeting Document : WG-FSA-03/39 : Author(s): D. Petersen, L. Enriquez and S. Fougner (USA)

4. Hydrographic conditions in the Elephant Island plateau region during December 1996

   as collected by German research vessels in this region. By means of a new interactive software water mass ... by German research vessels in this region. By means of a new interactive software water mass boundaries ...

   Meeting Document : WG-EMM-97/06 : Author(s): Stein, M.

5. The Future of Antarctica Forum: distinguishing climate change impacts from other impacts in the Antarctic Peninsula

   and interactive effects of climate change, fishing, tourism, and national operations on ecosystems ... ;distinguish the direct and interactive effects of climate change, fishing, tourism, and national operations ...

   Meeting Document : CCAMLR-XXXV/BG/14 : Author(s): Submitted by Oceanites, Inc.

6. Improving mechanistic understanding between larval krill, krill recruitment, and sea ice

   to improve the mechanistic understanding of the interaction between krill larvae and sea ice (WG-EMM-18/P04 ... to improve the mechanistic understanding of the interaction between krill larvae and sea ice (WG-EMM-18/P04 ...

   Meeting Document : WG-EMM-18/07 : Author(s): B. Meyer and S. Kawaguchi

7. e-cc-xxx-a5.pdf

   ... - by-catch monitoring and mitigation - bioregionalisation - fishery interactions, including ... interactions, including with vulnerable marine ecosystems - fishery management options - climate change application/pdf attached to:SCAF-11

   Meeting Report : SCAF-11

8. Conservation measures 2018/19 adopted track changes

   Description / Abstract:  This compressed file is available in English only and contains the Word documents of the conservation measures as adopted showing changes in track change mode.

   Document : Site Section: Conservation and Management

9. ANALYSIS OF VARIABILITY OF KRILL SIZE AND FISH BY-CATCH IN JAPANESE KRILL FISHERY BASED ON SCIENTIFIC OBSERVER DATA

   , subareas, and vessels. The potent interaction effect between year and subarea suggests large spatiotemporal ... , and vessels. The potent interaction effect between year and subarea suggests large spatiotemporal variability ...

   Meeting Document : WG-EMM-11/39 : Author(s): T. Okuda and M. Kiyota (Japan)

10. 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 ... -area 48.3, to quantify seabird interaction with fishing operations, to trial different mitigation ...

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

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