Résultats de la recherche

1. Identifying taxonomic groups vulnerable to bottom longline fishing gear in the Ross Sea region

   Anemones 0 43 12 4 23 158 Stony corals 40 24 22 3 45 912 Gorgonians 0 0 1 0 6 118 Sponges 32 9 25 9 28 ...

   Science Journal Paper : CCAMLR Science, Volume 17 (CCAMLR Science, Volume 17) : 105–127 : Auteur(s): Parker, S.J. and D.A. Bowden

2. An assessment of the exploratory fishery for Dissostichus spp. on BANZARE Bank (CCAMLR Division 58.4.3b) based on fine-scale catch and effort data

   24 1 60 7 - 13 2 26 - - 29 5 38 8 T O P (n ) - - 17 - - - - 17 T ... 28 6 11 5 73 - 14 01 9 50 3 24 7 63 20 06 / 07 C at ch B y- ca tc h (k g ...

   Science Journal Paper : CCAMLR Science, Volume 15 (CCAMLR Science, Volume 15) : 55–78 : Auteur(s): McKinlay, J.P., D.C. Welsford, A.J. Constable and G.B. Nowara

3. e-cc-viii-aE.pdf

   ... Conservation (WG-DAC)’ Paper submitted by Australia as Convener, 24 July 1989 Australia, as Convener of WG application/pdf attached to:WG-DAC-89

   Meeting Report : WG-DAC-89

4. Acoustic estimates of krill density at South Georgia, 1981 to 1998

   . Sci., 5: 17-24. Boyd, I.L., J.P.Y. Arnould, T. Barton and J.P. Croxall. 1994. Foraging behaviour of ...

   Science Journal Paper : CCAMLR Science, Volume 6 (CCAMLR Science, Volume 6) : 47–57 : Auteur(s): Brierley, A.S., J.L. Watkins, C. Goss, M.T. Wilkinson and I. Everson

5. Marine debris and fishing gear associated with seabirds at sub-Antarctic Marion island, 1996/97 and 1997/98: in relation to longline fishing activity

   . Marine Onzithology, 24: 19-22. Polacheck, T. and G. Tuck. 1995. Trends in tuna longline fisheries in ...

   Science Journal Paper : CCAMLR Science, Volume 6 (CCAMLR Science, Volume 6) : 85–96 : Auteur(s): Nel, D.C. and J.L. Nel

6. Sources of variance in studies of krill population genetics

   : 24–29. Bucklin, A.P. and P.H. Wiebe. 1986. Genetic heterogeneiry in euphausiid populations ...

   Science Journal Paper : CCAMLR Science, Volume 9 (CCAMLR Science, Volume 9) : 107–116 : Auteur(s): Jarman, S.N. and S. Nicol

7. Diet of the Antarctic toothfish (Dissostichus mawsoni) from the Ross Sea, Antarctica (Subarea 88.1)

   (34% and 24% respectively) (Figure 2b). In 2002, 49% of 5 426 stomachs examined were empty and, as ...

   Science Journal Paper : CCAMLR Science, Volume 10 (CCAMLR Science, Volume 10) : 113–123 : Auteur(s): Fenaughty, J.M., D.W. Stevens and S.M. Hanchet

8. Revised age and growth estimates for Antarctic starry skate (Amblyraja georgiana) from the Ross Sea

   Subareas 88.1 and 88.2) from 1997/98 to 2004/05. Document WG-FSA-05/24. CCAMLR, Hobart, Australia: 33 pp ...

   Science Journal Paper : CCAMLR Science, Volume 16 (CCAMLR Science, Volume 16) : 211–220 : Auteur(s): Francis, M.P. and M.J. Gallagher

9. Evaluating the impact of multi-year research catch limits on overfished toothfish populations

   60 75 90 1 10 27 28 29 30 31 32 34 2 15 21 22 24 25 26 27 28 3 20 17 17 19* 20 21 22 23 4 25 15 16 ...

   Science Journal Paper : CCAMLR Science, Volume 18 (CCAMLR Science, Volume 18) : 47–55 : Auteur(s): Welsford, D.C

10. Can toothfish catches be used to predict the presence of vulnerable benthic invertebrate taxa?

    taxa: Pennatulacea (NTW) 1 3 0 21 25 Euryalida (OEQ) 5 7 1 11 24 Cidaroidea (CVD) 1 0 0 11 12 ...

    Science Journal Paper : CCAMLR Science, Volume 18 (CCAMLR Science, Volume 18) : 87–96 : Auteur(s): Parker, S.J. and M.H. Smith

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