Результаты поиска

1. Development of a five-year work plan for the CCAMLR Scientific Committee

   Committee should be developed for consideration by the Scientific Committee in 2017 (SC-CAMLR-XXXV ... , paragraphs 13.8 to 13.20). It was agreed that the work should be led by the Chair of the Scientific Committee ... consideration by each working group prior to submission to the Scientific Committee. This document represents ... the ecosystem by CCAMLR fisheries – Vertebrate by-catch and VME in CCAMLR fisheries Spatial management ...

   Meeting Document : WG-EMM-17/02 : Автор(ы): M. Belchier (Chair of SC-CAMLR)

2. Proposal for a winter longline survey of Antarctic toothfish in the northern region of Subareas 88.1 and 88.2

   transport mechanism for subsequent advection patterns, all of which could be impacted by climate change ... patterns may be influenced by changes in sea ice or circulation patterns that affect observed recruitment ... further east and north of the CCAMLR Convention Area, which is bounded by latitude 60°S. Obtaining a ... key gaps in the knowledge of the life cycle of Antarctic toothfish in the Ross Sea by collecting ...

   Meeting Document : WG-FSA-18/40 : Автор(ы): Delegation of New Zealand

3. Glider-based estimates of Antarctic krill in Bransfield Strait, and the West shelf off Livingston Island, Antarctica

   those from ship-based surveys historically conducted by the U. S. Antarctic Marine Living Resources ... broad-scale surveys conducted by the U.S. AMLR Program were 55 and 43 g m-2, for January and February ... the area of ship surveys to overlap with the area surveyed by the glider was 79 g m-2.  Mean biomass ... density estimated from small-scale nearshore surveys conducted by the U.S. AMLR Program from 2005 to 2007 ...

   Meeting Document : WG-EMM-2019/13 : Автор(ы): C. Reiss, A. Cossio, G. Cutter, J. Walsh and G. Watters

4. THE DIET OF THE ANTARCTIC TOOTHFISH IN THE ROSS SEA

   Abstract:  This brief review documents the species composition of prey consumed by the Antarctic ... by both frequency of occurrence and dry weight. P. antarcticum is 71% by occurrence and 89% by weight ...

   Meeting Document : WG-EMM-09/16 : Автор(ы): J.T. Eastman and A.L. DeVries (USA)

5. Warming effects in the Western Antarctic Peninsula Ecosystem: the role of population dynamic models for explaining and predicting penguin trends

   Abstract:  The Western Antarctica Peninsula and Scotia Sea ecosystems appear to be driven by ... influenced by the inter-annual variability in the sea-ice extent and krill biomass. In this paper we ... . Chinstrap penguins were only influenced by krill abundance. The contrasting population trends of Adelié and ... Gentoo penguins appear to be better explained by the “sea-ice hypothesis”. We think that proper ...

   Meeting Document : WG-EMM-12/18 : Автор(ы): M. Lima and S.A. Estay (Chile)

6. Antarctic's pelagic ecosystem: how environmental change will affect Salpidae population structure

   crustacean has been recorded, followed by an increase in the population of the gelatinous zooplankter Salpa ... this species’ development. The central part of the Drake Passage was characterized by a dominance of ... Island was the Salpidae population characterized by slowed, or even stopped reproduction. The immense ... reproduction efficiency observed in the Salpa thompsoni population was mostly induced by beneficial thermal ...

   Meeting Document : WG-EMM-15/P08 : Автор(ы): A.W. Słomska, A.A. Panasiuk-Chodnicka, M.I. Żmijewska and M.K. Mańko (Poland)

7. Age determination of Antarctic krill using size, fluorescence, and image analysis techniques

   methods indicate 6 year classes for adult krill. Correspondence between the ages determined by the two ... techniques is generally within one year. The animals were also analyzed by a computerized image analysis ... constructed to relate the image analysis parameters to age approached 90% for the ages defined by length ...

   Meeting Document : SC-CAMLR-VI/BG/48 : Автор(ы): M.S. Berman, A.L. McVey and G. Ettershank (USA)

8. Estimating the biodiversity of the shelf and oceanic zone of the d’Urville Sea (East Antarctica) for ecoregionalisation using the CEAMARC (Collaborative East Antarctic Marine Census) CAML surveys

   Vulnerable Marine Ecosystems have been identified by CCAMLR. Two large basins are found on the shelf in this ... studied by a number of countries in the CEAMARC surveys (Collaborative East Antarctic Marine Census) as ... hosted by France in Brest in late May 2011.  It collates and synthesises available data from the CEAMARC ... ecosystem change in the region. The offshore zone is separated latitudinally by the presence of three fronts ...

   Meeting Document : WS-MPA-11/07 : Автор(ы): P. Koubbi (France), G. Hosie, A. Constable, B. Raymond (Australia), M. Moteki (Japan), N. Améziane, R. Causse (France), V. Fuentes (Spain), K. Heerah, F. Penot, D. Vincent, A. Ancel, C.A. Bost, M. Eléaume (France), D. Lindsay (Japan), M. Lindsay (Australi

9. Tagging larger toothfish, methods and equipment

   underpinned by a tag and recapture programme, based on Antarctic toothfish Dissostichus mawsoni. The tagging ... details a number of methods and presents plans of some equipment used by New Zealand vessels operated by ...

   Meeting Document : WG-FSA-07/36 : Автор(ы): J.M. Fenaughty (New Zealand)

10. Project of a software catalog of skeletal elements from Antarctic fish species, including some identification facilities

    by bioenzyme and compared with the aim to provide a computer supported identification system ... by a simple tool to compare the same skeletal elements of different species. In the database most of ... ) are represented by pictures, otoliths and vertebrae included. Furthermore cooperation with other ...

    Meeting Document : WG-FSA-05/35 : Автор(ы): J. von Busekist, M. Vacchi and G. Albertelli (Italy)

Страницы