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1. Conservation Measure Conservation Measure 176/XVIII (1999)

   of small Champsocephalus gunnari exceeded 10% is defined as the path followed by the fishing vessel from ... 10, day 11 to day 20, day 21 to the last day of the month. These reporting periods are hereinafter ... than 100 kg of Champsocephalus gunnari, and more than 10% of the Champsocephalus gunnari by number ... the catch of small Champsocephalus gunnari exceeded 10% for a period of at least five days2. The location ...

   Conservation Measure : 176/XVIII (1999)

2. Conservation Measure Conservation Measure 33-03 (2007)

   of Macrourus spp. taken by a single vessel in any two 10-day periods6 in a single SSRU exceeds 1 500 kg ... in each 10-day period and exceeds 16% of the catch of Dissostichus spp. by that vessel in that SSRU ... . 6 A 10-day period is defined as day 1 to day 10, day 11 to day 20, or day 21 to the last day of the month ...

   Conservation Measure : 33-03 (2007)

3. Conservation Measure Conservation Measure 33-03 (2008)

   by a single vessel in any two 10-day periods7 in a single SSRU exceeds 1 500 kg in each 10-day period ... at which the last anchor of that set was deployed. 7 A 10-day period is defined as day 1 to day 10, day ...

   Conservation Measure : 33-03 (2008)

4. Conservation Measure Conservation Measure 24-03 (2003)

   , and paragraph 7 of Conservation Measure 41-10 shall not apply to the FV Janas1 and the FV Avro Chieftain1 ... . The risk zone is defined as: (i) up to 100 m astern of the vessel; (ii) up to 10 m either side ... of the setting direction of the longline; (iii) up to 10 m above the longline. 5. Whenever a seabird ... -10, Conservation Measure 25-02 and Conservation Measure 24-02. 1 Subject to a licence being issued ...

   Conservation Measure : 24-03 (2003)

5. Conservation Measure Conservation Measure 33-03 (2010)

   in any two 10-day periods7 in a single SSRU exceeds 1 500 kg in each 10-day period and exceeds 16 ... the last anchor of that set was deployed. 7 A 10-day period is defined as day 1 to day 10, day 11 to day ...

   Conservation Measure : 33-03 (2010)

6. Conservation Measure Conservation Measure 33-03 (2011)

   by a single vessel in any two 10-day periods 7 in a single SSRU exceeds 1 500 kg in each 10-day period ... at which the last anchor of that set was deployed. 7 A 10-day period is defined as day 1 to day 10, day ...

   Conservation Measure : 33-03 (2011)

7. Conservation Measure Conservation Measure 33-03 (2012)

   6 followed by the fishing vessel. 6. If the catch of Macrourus spp. taken by a single vessel in any two 10 ... -day periods 7 in a single SSRU exceeds 1 500 kg in each 10-day period and exceeds 16% of the catch ... anchor of that set was deployed. 7 A 10-day period is defined as day 1 to day 10, day 11 to day 20 ...

   Conservation Measure : 33-03 (2012)

8. Conservation Measure Conservation Measure 33-03 (2015)

   by the fishing vessel. 6. If the catch of Macrourus spp. taken by a single vessel in any two 10-day periods7 ... in a single SSRU exceeds 1 500 kg in each 10-day period and exceeds 16% of the catch of Dissostichus spp ... . 7 A 10-day period is defined as day 1 to day 10, day 11 to day 20, or day 21 to the last day of the month ...

   Conservation Measure : 33-03 (2015)

9. Conservation Measure Conservation Measure 24-02 (2008)

   the surface (0 m) to 10 m; (b) this sink rate shall be at a minimum rate of 0.3 m/s; (iv) if the minimum ... as the time taken for the longline to sink from the surface (0 m) to 10 m. B3. The vessel shall ... as described below. Bottle Set Up B5. 10 m of 2 mm multifilament nylon snood twine, or equivalent ... is recorded as t2 in seconds 4 . The result of the test is calculated as follows: Longline sink rate = 10 ...

   Conservation Measure : 24-02 (2008)

10. Conservation Measure Conservation Measure 24-02 (2005)

    the surface (0 m) to 10 m; (b) this sink rate shall be at a minimum rate of 0.3 m/s; (iv) if the minimum ... as the time taken for the longline to sink from the surface (0 m) to 10 m. B3. The vessel shall ... test is to be conducted as described below. Bottle Set Up B5. 10 m of 2 mm multifilament nylon ... is calculated as follows: Longline sink rate = 10 / (t2 - t1). B9. The result should be equal to or greater ...

    Conservation Measure : 24-02 (2005)

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