Результаты поиска

1. Larval development and spawning ecology of euphausiids in the Ross Sea and its adjacent waters in 2004/05

   (s):  K. Taki, T. Yabuki, Y. Noiri, T. Hayashi and M. Naganobu Title:  Larval development and ...

   Meeting Document : WG-EMM-10/P06 : Автор(ы): K. Taki, T. Yabuki, Y. Noiri, T. Hayashi and M. Naganobu

2. Reports on abundance and biological information of toothfish in Division 58.4.4a & b by Shinsei Maru No. 3 in 2012/13 season

   affected by killer whales in both SSRUs. Author(s):  K. Taki, T. Ichii, T. Iwami and M. Kiyota (Japan ...

   Meeting Document : WG-SAM-13/20 : Автор(ы): K. Taki, T. Ichii, T. Iwami and M. Kiyota (Japan)

3. Revised reports on abundance and biological information of toothfish in Division 58.4.4 a & b by Shinsei maru No. 3 in 2012/13 season

   recaptured in the same SSRU. No set was affected by killer whales in both SSRUs. Author(s):  K. Taki, T ... . Ichii, T. Iwami and M. Kiyota (Japan) Title:  Revised reports on abundance and biological information of ...

   Meeting Document : WG-FSA-13/34 : Автор(ы): K. Taki, T. Ichii, T. Iwami and M. Kiyota (Japan)

4. Results of the 2015 multi-Member longline survey for toothfish in the northern Ross Sea region (Subarea 88.2 SSRUs A–B) and proposal for 2016 operations

   of 109.1 t of Antarctic toothfish and two Patagonian toothfish (0.029 t) were caught. Toothfish catch ...

   Meeting Document : WG-FSA-15/32 : Автор(ы): S.J. Parker, R.J.C. Currey (New Zealand), M. Söffker, C. Darby (United Kingdom), O. Godø (Norway) and A. Petrov (Russia)

5. Assessment models for Antarctic toothfish (Dissostichus mawsoni) in the Ross Sea region for the years 1997–98 to 2014–15

   between the shelf, slope, and north areas of the Ross Sea region, was either 2855 t or 2870 t from the two ...

   Meeting Document : WG-FSA-15/38 : Автор(ы): S. Mormede, A. Dunn and S.M. Hanchet (New Zealand)

6. Linking acoustic scattering coefficient to krill fishery data: feasibility of estimating krill abundance using fishing survey

   -sample t-test analysis shows that a significant correlation existed between NASC and CPUA, the equation ... using acoustic and fishery data. Author(s):  T. Wang, G.P. Zhu, J.F. Tong and L.X. Xu Title:  Linking ...

   Meeting Document : WG-EMM-17/44 : Автор(ы): T. Wang, G.P. Zhu, J.F. Tong and L.X. Xu

7. e-sc-xxxii-a05.pdf

   ... (Australia), C. Darby (UK), L. Emmerson (Australia), J. Hinke (USA), T. Ichii (Japan), K.-H. Kock (Germany ... , Korea 30 677 tonnes, Norway 106 327 tonnes and Ukraine 2 507 tonnes. 2.6 The monthly cumulative catch ... 14 June and will remain closed to krill fishing until the end of the season (30 November 2013). The ... data form for use in 2013/14. The Working Group also requested that the Secretariat include examples application/pdf attached to:WG-EMM-13

   Meeting Report : WG-EMM-13

8. e-cc-xiii-a5.pdf

   ... vessel and escorting it to port. Request from Poland for Exemption from Conservation Measure 30/X 1.8 ... Last year the Delegation of Poland proposed that the Commission amend Conservation Measure 30/X in ... possibility of granting an exemption from Conservation Measure 30/X for one Polish krill trawler until the ... end of 1995, the Delegation of Poland explained that this vessel was the last in a series of vessels application/pdf attached to:SCOI-94

   Meeting Report : SCOI-94

9. e-sc-xxix-a6.pdf

   ... could form an integrated monitoring effort extending across the Scotia Sea and linking three areas ... summarised below: (i) Computer code was modified to account for a series of errors relating to the ... meeting. The Working Group agreed that the inclusion of a time series of year-class strengths in the GYM application/pdf attached to:WG-EMM-10

   Meeting Report : WG-EMM-10

10. A potential feedback approach to ecosystem-based management: Model Predictive Control of the Antarctic krill fishery

    ) provides output in the form of measurable state variables such as biomass and, trivially, catch. An ... simulations. Parameter Value MPC prediction horizon N = 20 Input bounds Umin = [400 400]T Umax = [1 000 ... 1 000]T AUmax = [200 200]T State bounds Xmin = [1 300 1 300 10 10]T Xmax = [104 104 100 100 ... ]T Constraint probability pX = 0.9 Mean steady state harvested species biomass ( ) ( )1, 2,, 5 ...

    Science Journal Paper : CCAMLR Science, Volume 20 (CCAMLR Science, Volume 20) : 119–137 : Автор(ы): Hill, S.L. and M. Cannon

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