Search results

1. By-catch analysis as a part of progress report for the research fishery of Dissostichus spp. in Subarea 48.6 by Japan and South Africa during 2012/13–2016/17

   than 100 kg and less than 20 % of total catch. GRV and ANT are common by-catch species, which ... are caught at every research block and every year. ICX is also common by-catch species, but mainly fished ... and less than 20 % of total catch. GRV and ANT are common by-catch species, which are caught at every ... research block and every year. ICX is also common by-catch species, but mainly fished at the ice ridge ...

   Meeting Document : WG-SAM-17/44 : Author(s): T. Okuda, S. Somhlaba and T. Ichii

2. Cross-sectional structure and validation of the timing of annulus formation in otoliths of the Antarctic fish Notothenia coriiceps Richardson (Nototheniidae)

   represent one year. Using SEM the potential errors due to light illumination artefacts and the pseudo ... to correspond, supporting the hypothesis that annuli visible by using light microscopy represent one year. Using ... Richardson. a time-series of samples were taken over a complete year. Light and scanning electron microscopy ... -series of samples were taken over a complete year. Light and scanning electron microscopy (SEM ...

   Meeting Document : WG-FSA-93/6 Rev. 1 : Author(s): J.R. Ashford and M.G. White (United Kingdom)

3. Conservation Measure Conservation Measure 52-01 (2002)

   , Suborder Reptantia). 2. The crab fishery shall be limited to one vessel per Member. 3. Each Member ... shall have at least one scientific observer appointed in accordance with the CCAMLR Scheme ... of International Scientific Observation, and where possible one additional scientific observer, on board ... and 90 mm, respectively, may be retained in the catch. Season 6. For the purpose of the pot fishery ... Limits on the Fishery for Crab in Statistical Subarea 48.3 in the 2002/03 Season Area:  Subarea ...

   Conservation Measure : 52-01 (2002)

4. Conservation Measure Conservation Measure 52-01 (2005)

   , Suborder Reptantia). 2. The crab fishery shall be limited to one vessel per Member. 3. Each Member ... shall have at least one scientific observer appointed in accordance with the CCAMLR Scheme ... of International Scientific Observation, and where possible one additional scientific observer, on board ... . In the case of Paralomis spinosissima and Paralomis formosa, males with a minimum carapace width of 94 and 90 ... Limits on the Fishery for Crab in Statistical Subarea 48.3 in the 2005/06 Season Area:  Subarea ...

   Conservation Measure : 52-01 (2005)

5. Conservation Measure Conservation Measure 52-01 (2006)

   , Suborder Reptantia). 2. The crab fishery shall be limited to one vessel per Member. 3. Each Member ... shall have at least one scientific observer appointed in accordance with the CCAMLR Scheme ... of International Scientific Observation, and where possible one additional scientific observer, on board ... . In the case of Paralomis spinosissima and Paralomis formosa, males with a minimum carapace width of 94 and 90 ... Limits on the Fishery for Crab in Statistical Subarea 48.3 in the 2006/07 Season Area:  Subarea ...

   Conservation Measure : 52-01 (2006)

6. Conservation Measure Conservation Measure 52-01 (2007)

   , Suborder Reptantia). 2. The crab fishery shall be limited to one vessel per Member. 3. Each Member ... shall have at least one scientific observer appointed in accordance with the CCAMLR Scheme ... of International Scientific Observation, and where possible one additional scientific observer, on board ... . In the case of Paralomis spinosissima and Paralomis formosa, males with a minimum carapace width of 94 and 90 ... Limits on the Fishery for Crab in Statistical Subarea 48.3 in the 2007/08 Season Area:  Subarea ...

   Conservation Measure : 52-01 (2007)

7. 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

   , size, sex ratio, and reproductive maturity status were similar to existing data from SSRU 88.1C. Age ... 88.1C. Age composition of the catch as predicted by the spatial population model was similar ... Abstract:  The first year of a two-year and multi-member research survey using standardised ... The first year of a two-year and multi-member research survey using standardised longline gear ...

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

8. CCAMLR-VI

   of Article XIX.3 of the Convention (budget contributions) Chairman of SCAF and Executive Secretary CCAMLR-VI ...

   Meeting

9. Temporal variability in Antarctic marine ecosystems: periodic fluctuations in the phocid seals

   aspect of their biology: the age structure of crabeater seals (Lobodon carcinophagus) around ... series led the leopard seal series by about one quarter of a cycle. The crabeater series was more ... of their biology: the age structure of crabeater seals (Lobodon carcinophagus) around the Antarctic Peninsula has ... series by about one quarter of a cycle. The crabeater series was more complicated, but similarities ...

   Meeting Document : WG-CEMP-91/13 : Author(s): J.W. Testa, G. Oehlert, D.G. Ainley, J.L. Bengtson, D.B. Siniff, R.M. Laws and D. Rounsevell (USA)

10. Oceanic condition and zooplankton distribution/ abundance in Bransfield Strait during austral summer 1989/1990

    , macrozooplankton salpa (Ihlea sp. and Salpa sp.) predominated over the entire Bransfield Strait occupying 20 ... , macrozooplankton salpa (Ihlea sp. and Salpa sp.) predominated over the entire Bransfield Strait occupying 20 ...

    Meeting Document : WG-KRILL-91/14 : Author(s): S.M. Kim and M.S. Suk (Korea)

Pages