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1. Seals: Trophic modelling of the Ross Sea

   (1.01 MB). CCAMLR Science, 17: 1–31 ... Megabenthos 0.02 0.05 Carcasses 0.10 Total 1 1 1 1 9 5 References Ainley, D.G. 1985 ... .: +64 4 386 0369; Fax: +64 4 386 2153 1 Biomass, natural history and diets Seals are the most ... weight ratio for seals in the Ross Sea is 0.15 gC/gww. Data for each species is summarised in Table 1 ... weight. 1 mailto:mhpinkerton@hotmail.com Because of their shy behaviour and difficult habitat ...

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2. Benthos: Trophic modelling of the Ross Sea

   (1.01 MB). CCAMLR Science, 17: 1–31 ... regression equation of Brey & Gerdes 9 gives P/B=0.36 y-1 and this value is used here. In temperate ... 1 Benthos: Trophic modelling of the ... @niwa.co.nz; Tel.: +64 4 386 0369, Fax: +64 4 386 2153 1 Introduction Although the Ross Sea benthos has ... benthos used in the present study has three components: (1) megabenthos; (2) macrobenthos; (3 ...

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3. Bacteria and detritus: Trophic modelling of the Ross Sea

   (1.01 MB). CCAMLR Science, 17: 1–31 ... 1 Bacteria and detritus: Trophic ... @niwa.co.nz; Tel.: +64 4 386 0369 ; Fax: +64 4 386 2153 1 Overview An overview of how bacteria and ... detritus are handled in the model is given in Figure 1. There are three bacteria groups: (1) Sea-ice ... bacteria; (2) water-column bacteria; (3) benthic bacteria. There are four detritus groups: (1 ...

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4. Whales: Trophic modelling of the Ross Sea

   (1.01 MB). CCAMLR Science, 17: 1–31 ... ; Knox 2007; Evans & Hindell 2004). Knox (2007) gives the ratio of squid to fish in their diet as 9:1 ... 04_Whales_CCAMLR_FINAL_06 1 Whales: Trophic ... modelling of the Ross Sea M.H. Pinkerton1, J. Bradford-Grieve1, P.M. Sagar2 1 National Institute of ... , Riccarton 8011, Christchurch, New Zealand 1 Introduction and Species For the purposes of modelling ...

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5. Fishes: Trophic modelling of the Ross Sea

   (1.01 MB). CCAMLR Science, 17: 1–31 ... 1 Fishes: Trophic modelling of the ... Ross Sea M.H. Pinkerton1, S.M. Hanchet2, J. Bradford-Grieve1 1 National Institute of Water and ... Research Ltd (NIWA), PO Box 893, Port Nelson 7010, Nelson, New Zealand 1 Introduction More than ... 2001; Eastman & Hubold 1999; Stewart & Roberts 2001) (Table 1). Fishes are an important part of the ...

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6. Phytoplankton: Trophic modelling of the Ross Sea

   (1.01 MB). CCAMLR Science, 17: 1–31 ... 1 Phytoplankton: Trophic modelling of ... .: +64 4 386 0369; Fax: +64 4 386 2153 1 Introduction The shelf waters of the Ross Sea are ... as 180 gC m-2 y-1 with average sedimentation rates up to 97% (Fabiano et al. 1997, Saggiomo et al ... . 2 Biomass 1 mailto:mhpinkerton@hotmail.com The model area defined in this study differs from ...

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7. Sea Ice Biota: Trophic modelling of the Ross Sea

   (1.01 MB). CCAMLR Science, 17: 1–31 ... sin33.1455.0exp xy  [3] 9 Table 1. Published information on bacterial biomass in pack ice in the ... Zealand (Bradford-Grieve et al. 1999). 12 9 10 11 12 13 -3 -2 -1 0 1 2 Epontic algae ... 1 Sea Ice Biota: Trophic modelling of ... .: +64 4 386 0369; Fax: +64 4 386 2153 1 Introduction Sea ice is a dominant forcing function in ...

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8. Updated models of the habitat use of Patagonian toothfish (Dissostichus eleginoides) on the Kerguelen Plateau around Heard Island and the McDonald Islands (Division 58.5.2)

   (Dissostichus eleginoides) in the CCAMLR area, with landings of  >5000 t.yr-1 from the French EEZ (Division ... 58.5.1) around îles Kerguelen and 2730 t.yr-1 from the Australian EEZ around Heard and McDonald Islands ...

   Meeting Document : WG-FSA-14/42 : Author(s): C. Péron and D.C. Welsford (Australia)

9. Scientific contribution to the 2016 review of Conservation Measure 51-07: Part 2 – outcomes from the application of the risk assessment framework for distributing the krill trigger level in Area 48

   for distributing the krill trigger level in Area 48, which was described in Part 1 of this work (WG ... , including consideration of the matters raised by WG-EMM in 2016.  The framework presented in Part 1 is shown ...

   Meeting Document : WG-FSA-16/48 Rev. 1 : Author(s): A. Constable (on behalf of the e-group on CM 51-07 WG-EMM review)

10. Fish and invertebrate by-catch from Australian fisheries for D. eleginoides and C. gunnari in Division 58.5.2

    represent less than 1% and 2% respectively, of the total catch weight (target and non-target species) in ... with distances travelled ranging between 1 and 7 nautical miles. The time at liberty varied between 208 ...

    Meeting Document : WG-FSA-03/73 : Author(s): E.M. van Wijk and R. Williams (Australia)

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