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1. Toothfish, skate and longline by-catch survey in Subarea 48.3

   which fishing is undertaken Author(s):  M. Belchier, M. Collins, M. Endicott, I. Everson, S. Hawkins, T ... relevance to stock dynamics for all fish species in the area including by-catch species of the longline ...

   Meeting Document : WG-FSA-03/15 : Autor(es): M. Belchier, M. Collins, M. Endicott, I. Everson, S. Hawkins, T. Marlow, T. Mulvey and R. Paterson (United Kingdom)

2. Ecosystem studies carried out during the second Ukrainian Marine Antarctic Expedition in Subareas 48.2 and 48.1 in 1998

   composition of krill and in its biomass on the fishing sites near the Elephant Island and the King George ...

   Meeting Document : WG-EMM-00/5 : Autor(es): V. Bibik and P. Gozhik (Ukraine)

3. Biological features of the icefish Champsocephalus gunnari from commercial catches in Subarea 48.3 during the period from 8 December 1999 until 31 January 2000

   Sorokin" carried out fishing the icefish Champsocephalus gunnari feeding consent rations in the ... frequency peaks under 27-29 and 33 cm for fish aged 3 and 4 years. The by-catch of small size ...

   Meeting Document : WG-FSA-00/20 : Autor(es): V.L. Senioukov (Russia)

4. Krill distribution related to water structure and dynamics on the South Georgia shelf in January 2000 (AtlantNIRO-BAS Core Programme 1999/2000)

   then usual and no concentrations suitable for commercial fishing were observed. Temperature and ...

   Meeting Document : WG-EMM-00/51 : Autor(es): V.A. Sushin (Russia), P.P. Chernyshkov (Russia), F.F. Litvinov (Russia), J.L. Watkins (United Kingdom) and A.S. Brierley (United Kingdom)

5. USING GENETIC CONNECTIVITY TO IDENTIFY VULNERABLE MARINE ECOSYSTEMS (VMES) IN ANTARCTICA – THE ISSUE OF SCALE

   bottom fishing. Genetic connectivity allows insight into the realized dispersal of organisms, i.e. the ...

   Meeting Document : WS-VME-09/06 : Autor(es): Wilson, N.G.

6. ABUNDANCE AND BIOLOGICAL INFORMATION ON TOOTHFISH IN DIVISION 58.4.4a & b BY SHINSEI MARU NO. 3 IN 2007/08 SEASON

   and Phase 2). Shinsei Maru Trot line system was used as a fishing gear. Toothfish contributed 67-70 ...

   Meeting Document : WG-SAM-09/10 : Autor(es): K. Taki, T. Ichii, M. Kiyota and S. Kawahara (Japan)

7. YEAR OF THE SKATE SAMPLING PROTOCOL: LEARNING FROM THE 2007–08 SEASON SAMPLING PROTOCOL ON NZ VESSELS

   by a subset of vessels fishing in the Ross Sea. The results from the pilot study are useful to inform ...

   Meeting Document : WG-FSA-08/49 : Autor(es): S. Mormede (New Zealand)

8. Revised estimates of yield for Electrona carlsbergi based on a generalised version of the CCAMLR krill yield model

   Abstract:  Traditional methods for estimating yield per recruit as a function of fishing mortality ... calculation of yield. The estimate of γ for a fishery targetting juvenile fish was 0.091. Author(s):  A.J ...

   Meeting Document : WG-FSA-94/21 : Autor(es): A.J. Constable and W.K. de la Mare (Australia)

9. Alternative assessment methods for toothfish at South Georgia

   unknown additional level of IUU fishing, improves the fit of the model but does not fully explain the ...

   Meeting Document : WG-FSA-SAM-04/17 : Autor(es): Kirkwood, G., Payne, A., Agnew, D.

10. Stomach contents of Antarctic toothfish (Dissostichus mawsoni) from the Ross Sea region in 2010 and a comparison with 2003

    Ross Sea region during the 2010 summer fishing season were analysed. The D. mawsoni sampled were caught ...

    Meeting Document : WG-FSA-10/22 : Autor(es): D.W. Stevens, J. Forman and S. Hanchet (New Zealand)

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