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1. Further development of a spatially explicit population dynamics operating model for Antarctic toothfish in the Ross Sea region

   S. Mormede, A. Dunn, S. Parker and S. Hanchet (New Zealand) ... alternative hypotheses of fish movement. Author(s):  S. Mormede, A. Dunn, S. Parker and S. Hanchet (New ... Zealand) Title:  Further development of a spatially explicit population dynamics operating model ...

   Meeting Document : WG-SAM-13/35 : Author(s): S. Mormede, A. Dunn, S. Parker and S. Hanchet (New Zealand)

2. An updated spatially explicit population dynamics operating model for Antarctic toothfish in the habitable depths of the Ross Sea region

   fish releases. Author(s):  S. Mormede, A. Dunn, S. Parker and S. Hanchet (New Zealand) Title ... S. Mormede, A. Dunn, S. Parker and S. Hanchet (New Zealand) ...

   Meeting Document : WG-SAM-14/31 : Author(s): S. Mormede, A. Dunn, S. Parker and S. Hanchet (New Zealand)

3. Fishery Report: Exploratory fishery for Dissostichus spp. in Division 58.4.2

   for Dissostichus spp. in Division 58.4.2 was limited to Australian, Korean, Namibian, New Zealand, Spanish ... Bonanza No. 707 5842C * 18 18 New Zealand Janas 5842A 15 2 17 Janas 5842E 20 7 27 Spain Arnela ... Chile Globalpesca II 145 (7) 5.79 Korea, Republic of Bonanza No. 707 141 (5) 2.57 New Zealand ... ............................................................... 6 6. By-catch of birds and mammals ....................................................... 6 6.1 By-catch ...

   Document : Site Section: Publications

4. Conservation Measure Conservation Measure 42-01 (2010)

   petrels and black-browed albatrosses, which are the species most vulnerable to this form of mortality ... net time. Evidence suggests that this has been effective in reducing bird entanglements during ...

   Conservation Measure : 42-01 (2010)

5. Conservation Measure Conservation Measure 42-01 (2011)

   been shown to cause the majority of entanglements of white-chinned petrels and black-browed ... . Evidence suggests that this has been effective in reducing bird entanglements during the haul. Vessels ...

   Conservation Measure : 42-01 (2011)

6. Conservation Measure Conservation Measure 42-01 (2012)

   to cause the majority of entanglements of white-chinned petrels and black-browed albatrosses, which ... been effective in reducing bird entanglements during the haul. Vessels are encouraged to further ...

   Conservation Measure : 42-01 (2012)

7. Conservation Measure Conservation Measure 42-01 (2009)

   . These mesh sizes have been shown to cause the majority of entanglements of white-chinned petrels and black ... net time. Evidence suggests that this has been effective in reducing bird entanglements during ...

   Conservation Measure : 42-01 (2009)

8. Conservation Measure Conservation Measure 42-01 (2015)

   to cause the majority of entanglements of white-chinned petrels and black-browed albatrosses, which ... in reducing bird entanglements during the haul. Vessels are encouraged to further experiment ...

   Conservation Measure : 42-01 (2015)

9. Conservation Measure Conservation Measure 42-01 (2017)

   . These mesh sizes have been shown to cause the majority of entanglements of white-chinned petrels and black ... . Evidence suggests that this has been effective in reducing bird entanglements during the haul. Vessels ...

   Conservation Measure : 42-01 (2017)

10. Conservation Measure Conservation Measure 42-01 (2019)

    . These mesh sizes have been shown to cause the majority of entanglements of white-chinned petrels and black ... . Evidence suggests that this has been effective in reducing bird entanglements during the haul. Vessels ...

    Conservation Measure : 42-01 (2019)

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