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1. 2013 Report on bottom fisheries and vulnerable marine ecosystems

   , as follows: Footprint index = A0 + f1A1 + f2A2,+ … Impact index = A0F0 + f1 A1F1 + f2 A2F2 + … where ... the standard impact footprint (range 0–1) f1 = frequency (0–1) of non-standard scenario 1 A1 = area ... of the footprint associated with scenario 1 F1 = fragility within the scenario 1 footprint. 25. Units are in km2 ... between lateral longline movement frequency f1 and depth in WG-FSA-10/31 was not used; f1 = 0.5 ...

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2. Report on bottom fisheries and vulnerable marine ecosystems

   index = A0 + f1A1 + f2A2,+ … Impact index = A0F0 + f1 A1F1 + f2 A2F2 + … where: A0 = area ... (range 0–1) f1 = frequency (0–1) of non-standard scenario 1 A1 = area of the footprint associated ... with scenario 1 F1 = fragility within the scenario 1 footprint. 26. Units are in km2 of seabed area per km ... ). The presumed relationship between lateral longline movement frequency f1 and depth in WG-FSA-10/31 ...

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3. Report on Bottom Fisheries and Vulnerable Marine Ecosystems

   index = A0 + f1A1 + f2A2,+ … Impact index = A0F0 + f1 A1F1 + f2 A2F2 + … where: A0 = area ... (range 0–1) f1 = frequency (0–1) of non-standard scenario 1 A1 = area of the footprint associated ... with scenario 1 F1 = fragility within the scenario 1 footprint; ... 25. Units are in km2 of seabed area per ... frequency f1 and depth in WG-FSA-10/31 was not used; f1 = 0.5 was applied to all sets independent of depth ...

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4. Report on Bottom Fisheries and Vulnerable Marine Ecosystems

   , as follows: Footprint index = A0 + f1A1 + f2A2,+ … Impact index = A0F0 + f1 A1F1 + f2 A2F2 + … where ... the standard impact footprint (range 0–1) f1 = frequency (0–1) of non-standard scenario 1 A1 = area ... of the footprint associated with scenario 1 F1 = fragility within the scenario 1 footprint; ... 25. Units ... ). The presumed relationship between lateral longline movement frequency f1 and depth in WG-FSA-10/31 ...

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5. WG-SAM-10/20

   : 5 Footprint index = Ao + f1A1 + f2A2,+ … Impact index = AoFo + f1 A1F1 + f2 A2F2 + … where: Ao = area ... ) within the standard impact footprint (range 0-1); f1 = frequency (0-1) of non-standard scenario ... 1; A1 = area of the footprint associated with scenario 1; F1 = fragility (0-1) of VME taxa within ...

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6. Scientific Observer's Manual – Finfish Fisheries – Version 2023

   /www.ccamlr.org/node/77436 12 Females Maturity stage Description F1. Immature Ovary small, firm ... of the backbone. Maturity stage Description F1. Immature Ovary invisible or contains only small (pinhead ... that is exposed should resemble Figure 8b (assuming you F1 F2 F3 16 have cut behind the otoliths ...

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7. Fishery Report: Dissostichus eleginoides Heard Island (Division 58.5.2)

   type Approximate area (km2) Prior to longline Longline Post longline Survey 85 694 - f1 ...

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8. CCAMLR Ecosystem Monitoring Program Standard Methods

   Part II: Method F1 – Sea-ice cover from the CEMP site ..................... F1.1 Method F2 – Sea-ice ...

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9. CEMP Standard Methods

   (i) PART II: STANDARD METHODS FOR MONITORING ENVIRONMENTAL PARAMETERS Part II: Method F1 – Sea-ice cover ...

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10. Fishery Report: Dissostichus eleginoides Heard Island (Division 58.5.2)

    ) Prior to longline Longline Post longline Survey 85 694 - f1 - Trawl ground B 442 f2_s1 f2_s2 f2_s3 ...

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