Resultados de la búsqueda

1. WG-FSA-98

   WG-FSA-98/11 Fish by-catch in krill fisheries Secretariat WG-FSA-98/12 Fishery data reporting ... longline vessels J. Molloy (New Zealand) WG-FSA-98/25 Annual review of by-catch in southern bluefin tuna ... eleginoides R. Williams (Australia) WG-FSA-98/42 Seabird by-catch in the Patagonian toothfish longline fishery ... for assessments of yield from by-catch species around Heard Island A. Constable and D. Williams ...

   Meeting

2. Some thoughts on precautionary measures for the krill fishery

   the potential yield model developed by the CCAMLR Scientific Committee's Working Group on Krill ... discussed. A precautionary catch limit, based on the potential yield model developed by the CCAMLR ... based on the use of a model that conceptually is relatively simple and is given by the formula: In ... synoptic survey of krill will be affected by the distribution of krill over a much larger area; repeat ... flow are influenced considerably by local patterns on the shelf and at the shelf-break. Within the ...

   Science Journal Paper : CCAMLR Science, Volume 3 (CCAMLR Science, Volume 3) : 1–11 : Autor(es): Everson, I. and W.K. de la Mare

3. Age determination of Champsocephalus gunnari Lönnberg, 1905 (Channichthyidae) taken in the South Georgia area in 1990

   composition of catches taken by Akademik Knipovich had three peaks corresponding to size groups of 16-18, 24 ... the South Georgia area. In February 1990 the size composition of catches taken by Akademik Knipovich ... significantly slower growth rate when compared with earlier data produced by most authors (see Table 1). It ... should be noted that the American scientist, R. Radtke, determined age by counting microincrements of ... determining ftsh age by counting daily microincrements on otoliths since, according to O. Pannella's data ...

   Science Journal Paper : Selected Scientific Papers, SC-CAMLR-SSP/7 (Selected Scientific Papers, SC-CAMLR-SSP/7) : 285–293 : Autor(es): Kochkin, P.N.

4. Low genetic diversity in the Antarctic toothfish (Dissostichus mawsoni) observed with mitochondrial and intron DNA markers

   appeared to be characterised by low diversity; no genetic variation was detected with restriction enzyme ... Division 58.4.2. D. mawsoni appeared to be characterised by low diversity; no genetic variation was ... 75°S (Gon and Heemstra, 1990). D. mawsoni appears to be restricted to waters managed solely by ... from 200–500 mg of muscle tissue by homogenisation and digestion with proteinase-K at 55°C for 4 h ... . After digestion, DNA was extracted with phenol:chloroform, followed by chloroform:iso- amyl alcohol ...

   Science Journal Paper : CCAMLR Science, Volume 12 (CCAMLR Science, Volume 12) : 43–51 : Autor(es): Smith, P.J. and P.M. Gaffney

5. WS-MPA-11

   Protected Area management techniques for the area covered by the Antarctic Treaty and by CCAMLR WWF and UK ... (Australia) WS-MPA-11/25 Marine Protected Area planning by New Zealand and the United States in the Ross Sea ...

   Meeting

6. WG-FSA-91

   fisheries- comments by WG KRILL and WG-CEMP Secretariat WG-FSA-91/32 CCAMLR observation scheme- comments by ... ) WG-FSA-91/37 Ichthyological investigation by fixed gears in Terra Nova Bay (Ross Sea)- species list ...

   Meeting

7. WG-CEMP-94

   . ter Braak (The Netherlands) WG-CEMP-94/25 Sexing chinstrap penguins (Pygoscelis antarctica) by ... Phalacrocorax aristotelis during the chick-rearing period assessed by three methods M.P. Harris and S. Wanless ... of Antarctic petrels Thalassoica antarctica by discriminant analysis of morphometric characters S.-H ...

   Meeting

8. SCIC-09

   COMPLIANCE (SCIC) SCIC-09/02 List of documents SCIC-09/03 REPORT ON THE MEASURES TAKEN BY THE MARITIME ...

   Meeting

9. The Antarctic toothfish: how common a prey for Weddell seals?

   common (as evidenced by more than 30 years of sustained research projects on that toothfish population ...

   Meeting Document : WG-EMM-07/P4 : Autor(es): P.J. Ponganis and T.K. Stockard (USA)

10. Fish Heaven 2.0: summary of modifications and additions to earlier versions and illustrations of its application as a tool for evaluating fisheries management systems

    illustrated by some examples of how Catch Per Unit Effort performs as an indicator of abundance under simple ...

    Meeting Document : WG-FSA-SAM 03/15 : Autor(es): I. Ball (Australia)

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