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1. s-sc-xxv.pdf

   application/pdf attached to:SC-CAMLR-XXV

   Meeting Report : SC-CAMLR-XXV

2. 2013 Report on bottom fisheries and vulnerable marine ecosystems

   + f1A1 + f2A2,+ … Impact index = A0F0 + f1 A1F1 + f2 A2F2 + … where: A0 = area of the standard ... –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 km of ... -10/33). The presumed relationship between lateral longline movement frequency f1 and depth in WG-FSA ...

   Document : Site Section: Publications

3. Report on bottom fisheries and vulnerable marine ecosystems

   , as follows: Footprint index = A0 + f1A1 + f2A2,+ … Impact index = A0F0 + f1 A1F1 + f2 A2F2 ... 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. 26 ... longline movement frequency f1 and depth in WG-FSA-10/31 was not used; f1 = 0.5 was applied to all sets ...

   Document : Site Section: Publications

4. Report on Bottom Fisheries and Vulnerable Marine Ecosystems

   + f1 A1F1 + f2 A2F2 + … where: A0 = area of the standard footprint (km2 of seabed area per km of line ... ) F0 = fragility 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 within the scenario 1 ... presumed relationship between lateral longline movement frequency f1 and depth in WG-FSA-10/31 was not ...

   Document : Site Section: Publications

5. Report on Bottom Fisheries and Vulnerable Marine Ecosystems

   index = A0 + f1A1 + f2A2,+ … Impact index = A0F0 + f1 A1F1 + f2 A2F2 + … where: A0 = area of the ... (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 ... process (WG-EMM-10/33). The presumed relationship between lateral longline movement frequency f1 and ...

   Document : Site Section: Publications

6. Towards an initial operational management procedure for the krill fishery in Subareas 48.1, 48.2 and 48.3

   Paper Title:  Towards an initial operational management procedure for the krill fishery in Subareas 48.1, 48.2 and 48.3 Abstract / Description:  An operational management procedure for krill (Euphausia superba) in Subareas 48.1, 48.2 and 48.3 requires a basis for the assessment of resource status,

   Science Journal Paper : Selected Scientific Papers, SC-CAMLR-SSP/7 (Selected Scientific Papers, SC-CAMLR-SSP/7) : 189–219 : Autor(es): Butterworth, D.S.

7. s-sc-xxiv.pdf

   application/pdf attached to:SC-CAMLR-XXIV

   Meeting Report : SC-CAMLR-XXIV

8. WG-SAM-10/20

   + f1 A1F1 + f2 A2F2 + … where: Ao = area of the standard footprint (km2 per km of line); Fo ... ); 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 the scenario 1 footprint; ... etc,. Units are in ...

   Document : Site Section: Publications

9. Physical oceanographic setting of the Siedlecki January 1987, South Shetland Island data set

   ' '\, ",. f1; f1; 'V 'V 'V 5 w n:::: :::> I-

   Science Journal Paper : Selected Scientific Papers, SC-CAMLR-SSP/5 – Part II (Selected Scientific Papers, SC-CAMLR-SSP/5 – Part II) : 161-184 : Autor(es): Gordon, A.L.

10. A compilation of parameters for ecosystem dynamics models of the Scotia Sea – Antarctic Peninsula region

    and Pk,j estimates were based on data from Pusch et al. (2004) for these species (Notes F1 to F6 ... ), Cambridge: 76 pp. Notes Myctophid fi sh F1. The biomass density is 0.6 times biomass per 1 000 m3 ...

    Science Journal Paper : CCAMLR Science, Volume 14 (CCAMLR Science, Volume 14) : 1–25 : Autor(es): Hill, S.L., K. Reid, S.E. Thorpe, J. Hinke and G.M. Watters

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