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1. Climate change and the role of CCAMLR

   change. In the Southern Ocean, CCAMLR has the capacity to reduce this sensitivity by appropriately ... . In the Southern Ocean, CCAMLR has the capacity to reduce this sensitivity by appropriately adapting fishing ...

   Meeting Document : CCAMLR-XXIX/BG/19 : Author(s): ASOC Observer

2. POPULATION SUBDIVISION IN THE ANTARCTIC TOOTHFISH (DISSOSTICHUS MAWSONI) REVEALED BY MITOCHONDRIAL AND NUCLEAR SINGLE NUCLEOTIDE POLYMORPHISMS (SNPS)

   from four CCAMLR Subareas in the Southern Ocean (Australian Antarctic Territory (Subarea 58.4.2), Ross ... Subareas in the Southern Ocean (Australian Antarctic Territory (Subarea 58.4.2), Ross Dependency (Subareas ...

   Meeting Document : WG-FSA-08/P01 : Author(s): K. Kuhn and P.M. Gaffney

3. Ross Sea Environment and Ecosystem Voyage 2019

   and the Southern Ocean, and thereby improve understanding of ecosystem function and likely responses to future ... about key environmental and biological processes in the Ross Sea region of Antarctica and the Southern ... Ocean, and thereby improve understanding of ecosystem function and likely responses to future change ...

   Meeting Document : WG-EMM-2019/38 : Author(s): R.L. O’Driscoll, D. Bowden and M.H. Pinkerton

4. Spatial and temporal operation of the Scotia Sea ecosystem: a review of large-scale links in a krill centred food web

   Abstract:  The Scotia Sea ecosystem is a major component of the circumpolar Southern Ocean system ... The Scotia Sea ecosystem is a major component of the circumpolar Southern Ocean system, where ... variability in winter sea ice distribution and sea surface temperatures that is linked to southern hemisphere ... -scale climate processes such as the El Niño– Southern Oscillation. This variation affects regional ...

   Meeting Document : WG-EMM-07/P8 : Author(s): E.J. Murphy, J.L. Watkins, P.N. Trathan, K. Reid, M.P. Meredith, S.E. Thorpe, N.M. Johnston, A. Clarke, G.A. Tarling, M.A. Collins, J. Forcada, R.S. Shreeve, A. Atkinson, R. Korb, M.J. Whitehouse, P. Ward, P.G. Rodhouse, P. Enderlein, A.G. Hirst, A.R. Martin, S.L. Hill, I.J. Staniland, D.W. Pond, D.R. Briggs, N.J. Cunningham and A.H. Fleming (United Kingdom)

5. IN SITU MEASUREMENTS OF TILT ANGLE DISTRIBUTION AND TARGET STRENGTH IN ANTARCTIC KRILL (EUPHAUSIA SUPERBA)

   scarce. We conducted a field study in the Southern Ocean where one of the objectives was to acquire data ... conducted a field study in the Southern Ocean where one of the objectives was to acquire data on orientation ...

   Meeting Document : WG-EMM-08/29 : Author(s): G. Skaret, S.A. Iversen, T. Knutsen, R.J. Korneliussen, E. Ona, R. Pedersen, A. Totland, T. Torkelsen (Norway) and X. Zhao (China)

6. Consideration of major issues in ecosystem monitoring and management

   Abstract:  The requirements of an ecosystem approach to management of Southern Ocean resources ... The requirements of an ecosystem approach to management of Southern Ocean resources are outlined ...

   Meeting Document : WG-EMM-01/73 : Author(s): I. Everson (United Kingdom)

7. Integrated environment–prey–predator interactions off South Georgia: implications for management of fisheries

   Abstract:  The oceanography of the South Georgia region is principally that of the Southern Ocean ... The oceanography of the South Georgia region is principally that of the Southern Ocean rather than ...

   Meeting Document : WG-EMM-01/27 : Author(s): I.L. Boyd (United Kingdom)

8. Growth of Antarctic krill Euphausia superba at South Georgia

   Antarctic krill Euphausia superba has a central role in the ecosystem of the Southern Ocean ... Abstract:  Antarctic krill Euphausia superba has a central role in the ecosystem of the Southern ... Ocean and knowledge of its growth rate is central to determining the factors influencing population ...

   Meeting Document : WG-EMM-01/18 : Author(s): K. Reid (United Kingdom)

9. Genetic analysis of skates (Amblyraja spp.) caught as by-catch around South Georgia and the South Sandwich Islands

   morphology, that is the major determinant of population differentiation in these Southern Ocean skates ... morphology, that is the major determinant of population differentiation in these Southern Ocean skates. ...

   Meeting Document : WG-FSA-18/73 : Author(s): W.P. Goodall-Copestake, S. Perez-Espona, P. Hollyman and M. Belchier

10. Correlation of sea-surface temperature (SST) with sea-ice concentration (SIC) between Subarea 48.6 and other areas such as Ross Sea, Weddell Sea

    ocean. Wider phenomena such as the El Niño Southern Oscillation must influence the correlation. Author ... ocean. Wider phenomena such as the El Niño Southern Oscillation must influence the correlation. ...

    Meeting Document : WG-FSA-2019/48 : Author(s): T. Namba, R. Sarralde, S. Somhlaba and J. Pompert

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