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1. Ukrainian research proposal for the 2017/18 season in Subarea 88.1

   SIMEIZ, KOREIZ, CALIPSO, MARIGOLDS based on the provisions of paragraph 2 of Conservation Measure 91-05 ... , KOREIZ, CALIPSO, MARIGOLDS based on the provisions of paragraph 2 of Conservation Measure 91-05. Studies ...

   Meeting Document : WG-SAM-17/29 : Author(s): Delegation of Ukraine

2. Proposal of the Russian Federation to open Subarea 88.3 for exploratory fishery of Dissostichus spp.

   Abstract:  In 2011 and 2012 in Subarea 88.3 research fishing for toothfish has been conducted ... by Russia. In 2011 fishing was carried out by Russian longliner “Sparta” out and in 2012 it was longliner ... m. Collected in research fishing data contributes to the achievement of the main objectives of research ... for the data-poor area: estimate of number index, evaluation of fishing capacity of Subarea 88.3, preparation ...

   Meeting Document : WG-FSA-13/12 : Author(s): Delegation of the Russian Federation

3. Defining smaller management areas within CCAMLR

   areas of predators, fishing grounds and the potential influences of the environment, including ... but should be sufficiently self-contained such that fishing in that unit does not inadvertently affect ... the CCAMLR Ecosystem Monitoring Program provide strategic advice on the effects of fishing is discussed ... of colonies and foraging range) and the potential fishing grounds will provide the means for circumscribing ...

   Meeting Document : WG-EMM-01/52 : Author(s): A.J. Constable and S. Nicol (Australia)

4. Port State measures

   ;fishing vessels' to include reefer and support vessels, and widening the obligation to inspect to any ... fishing vessel suspected of carrying toothfish, or of having being engaged in fishing of that species ... species harvested within the Convention Area. At present CCAMLR has no such definition of a ‘fishing ... vessel’, and the most comprehensive statement of what constitutes ‘fishing’ is that found in paragraph ...

   Page : Site Section: The Organisation

5. Comments on procedures for managing the toothfish fishery: Subarea 88.1 and SSRUs 882 А–В in the 2018/19 season

   that the Secretariat must strictly follow Conservation Measures in force, irrespective of the goals and tasks addressed ... in the intersessional period, since changes to Conservation Measures in force and their approval fall within ...

   Meeting Document : SC-CAMLR-38/02 : Author(s): Делегация Российской Федерации

6. Report of acoustic survey of Antarctic krill using FV FUKUEI-MARU

   Abstract:  This is a preliminary report on acoustic survey conducted by the Japanese fishing ... vessel in the 2011/12 fishing season.  Based on the CCAMLR EMM11/35, F/V FUKUEI-MARU collected acoustic ... data as a pilot study to monitor Antarctic krill distribution and fishing grounds formation. Author ... This is a preliminary report on acoustic survey conducted by the Japanese fishing vessel ...

   Meeting Document : SG-ASAM-14/03 Rev. 1 : Author(s): K. Abe, Y. Takao and T. Ichii (Japan)

7. Preliminary aspects of a simulation model to be used for evaluating the experimental crab fishery

   Abstract:  At the 1993 meeting of the Working Group on Fish Stock Assessment, members requested ... is developed for describing the spatial and temporal distribution of fishing effort during the simulation ... . This algorithm is based on the idea that each fishing vessel constructs a map of expected catch rates across ... the fishing grounds. Each vessel updates this expectation map on a daily basis and uses it to determine ...

   Meeting Document : WG-FSA-94/26 : Author(s): G. Watters (USA)

8. Krill distribution variability and fishery conditions within the local ground of Subarea 48.3 in June 1991

   . It is shown that krill transport by wat4er flow across the fishing ground results in variation of fished krill ... aggregations distribution, and thus, in unstable indices of fishing vessels activity. During the the period ... , the variation coefficient of krill biomass within the fishing ground V = 0.6, and a variation coefficient ... of possible catch per fishing day (over 24 hours) is only V = 0.13. At considerable variations of krill ...

   Meeting Document : WG-EMM-95/04 : Author(s): Kasatkina, S.M.

9. Towards developing a feedback management procedure for the Antarctic krill fishery

   and the spatial distribution of fishing activity for Antarctic krill in Statistical Area 48. The CEMP currently ... includes comparison of predator performance in no-fishing areas, these decision rules can help ... the Commission respond to changes that are attributable to the impacts of fishing alone. If fishing occurs ... distribution of fishing activity for Antarctic krill in Statistical Area 48. The CEMP currently provides ...

   Meeting Document : WG-EMM-12/44 : Author(s): G. Watters and J. Hinke (USA)

10. Some specific features of the USSR krill fishery and possibilities of applying fishery statistics to studies of krill biology and stocks

    of the USSR krill fishery such as the location of exploited fishing areas and the seasonal regime ... , it is shown that the catch-per-haul variables are associated with the fishing regime of the vessel rather than ... with krill abundance in a certain area. During preparations for regular fishing operations very short hauls ... (under 15 minutes) are practised. Such fishing practice, together with substantial fluctuations ...

    Science Journal Paper : Selected Scientific Papers, SC-CAMLR-SSP/5 – Part I (Selected Scientific Papers, SC-CAMLR-SSP/5 – Part I) : 237–252 : Author(s): Dolzhenkov, V.N., T.G. Lubimova, R.R. Makarov, S.S. Parfenovich and V.A. Spiridonov

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