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1. Considerations about managing the krill fishery at small spatial and temporal scales

   closed coastal buffers will alter the potential levels of catch displacement, and therefore highlights ... buffers will alter the potential levels of catch displacement, and therefore highlights the need ...

   Meeting Document : WG-EMM-2019/22 : Author(s): P.N. Trathan, V. Warwick-Evans and E. Young

2. Precautionary management of the Antarctic krill fishery at small spatial scales in the context of regional climate variability: is no data the same as no impact?

   reductions in catch at relevant time and space scales in all areas. Moreover, an experimental framework ... reductions in catch at relevant time and space scales in all areas. Moreover, an experimental framework ...

   Meeting Document : SC-CAMLR-XXXV/11 : Author(s): Delegation of the United Kingdom

3. Progress report on the Korean exploratory longline fishery for Dissostichus spp. in Divisions 58.4.1 and 58.4.2 in 2016/17 season

   various scientific researches. The total catch of D. mawsoni was 153,084 kg with 4,360 individuals ... scientific researches. The total catch of D. mawsoni was 153,084 kg with 4,360 individuals. The CPUE ...

   Meeting Document : WG-SAM-17/27 : Author(s): S.-G. Choi, J. Lee, J. Lee and D. An

4. Observation on the interactions between marine mammals and mid-water krill trawl

   seal were observed at sea surface around the vessel during fishing operation, none seal by-catch ... around the vessel during fishing operation, none seal by-catch was found during this fishing season ...

   Meeting Document : WG-FSA-2019/60 : Author(s): Y. Ying, G. Fan, X. Zhao, J. Zhang, X. Wang and J. Zhu

5. Further analysis of spatial patterns of benthic invertebrate habitats from fishery bycatch in the Ross Sea region

   , along with changes in catch rate at different levels of observed bycatch. Results indicate that several ... , along with changes in catch rate at different levels of observed bycatch. Results indicate that several ...

   Meeting Document : WG-FSA-10/30 : Author(s): S.J. Parker, R.G. Cole and S.M. Hanchet (New Zealand)

6. Progress report on the Korean exploratory longline fishery for Dissostichus spp. in Division 58.4.1 in 2015/16

   scientific researches. The total catch of D. mawsoni was 227,220 kg with 6,642 individuals. The CPUE ... researches. The total catch of D. mawsoni was 227,220 kg with 6,642 individuals. The CPUE of D. mawsoni ...

   Meeting Document : WG-SAM-16/28 : Author(s): Delegation of the Republic of Korea

7. e-sc-xv-a4-appH.pdf

   ... in these presentations to calculate confidence limits of the mean (over years) index; years with values outside ... ). This index is currently calculated as the krill catch within 100 km of predator colonies during the period ... B data (subarea resolution) is available now] Subarea Season (summer only) Calculate catch ... /hour and catch/day at the subarea level by fleet, or for a standardised fleet/vessel established ... ). This index is currently calculated as the krill catch within 100 km of predator colonies during the ... available now] Subarea Season (summer only) Calculate catch/hour and catch/day at the subarea ... are likely to respond differently depending on area/fleet. For instance, catch/day is likely to be ... required, but catch per hour is more likely to reflect swarm density in the Atlantic Ocean sector where application/pdf attached to:WG-EMM-Stats-96

   Meeting Report : WG-EMM-Stats-96

8. Conservation Measure Conservation Measure 41-01 (2012)

   Subarea 88.1 Subarea 88.2 Species:  Dissostichus spp. Limitations:  Except for waters adjacent ... when the reported catch reaches the specified catch limit and that SSRU shall be closed to fishing ... -concentration of catch and effort. To this end, fishing in any small-scale research unit (SSRU) shall cease ... point and end point of the haul for the purposes of catch and effort reporting; (ii) the precise ... or lines deployed for the purposes of catch and effort reporting; (iii) the vessel will be deemed ...

   Conservation Measure : 41-01 (2012)

9. Conservation Measure Conservation Measure 41-01 (2002)

   Subarea 88.2 Species:  Dissostichus spp. Limitations:  Except for waters adjacent to the Kerguelen ... , and fishing in that fine-scale rectangle shall be closed when that limit is reached. 5. The by-catch ... The Commission, Noting the need for the distribution of fishing effort and catch in fine-scale rectangles3 ... over-concentration of catch and effort. To this end, fishing in any fine-scale rectangle shall cease ... when the reported catch reaches 100 tonnes and that rectangle shall be closed to fishing ...

   Conservation Measure : 41-01 (2002)

10. Conservation Measure Conservation Measure 200/XIX (2000)

    Division 58.4.4 Subarea 58.6 (2016) Subarea 88.1 Subarea 88.2 Species:  Dissostichus spp. Limitations ... in that fine-scale rectangle shall be closed when that limit is reached. 4. If the by-catch of Macrourus spp ... °S, and on BANZARE Bank, the by-catch of any species shall be limited to 50 tonnes; and • in other SSRUs ... , the by-catch of any species shall be limited to 20 tonnes. For the purposes of by-catch catch limits, skates ... the SSRU. (v) When either the catch limit or the end of the fishing season is reached, all fishing within ...

    Conservation Measure : 200/XIX (2000)

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