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rapport

Panel-based Assessment of Ecosystem Condition of Norwegian Barents Sea Shelf Ecosystems

Rapport fra havforskningen ()

https://hdl.handle.net/10037/28898

3 Akvaplan-niva (nåværende ansatt)

1 Akvaplan-niva (tidligere ansatt)

Forfattere (31)

  1. Anna Siwertsson
  2. Berengere Husson
  3. Per Arneberg
  4. Karen Assmann
  5. Philipp Assmy
  6. Magnus Aune
  7. Bjarte Bogstad
  8. Knut Yngve Børsheim
  9. Sabine K.J. Cochrane
  10. Malin Daase
  11. Per Fauchald
  12. André Frainer
  13. Agneta Fransson
  14. Haakon Hop
  15. Hannes Höffle
  16. Sebastian Gerland
  17. Randi Brunvær Ingvaldsen
  18. Sissel Jentoft
  19. Kit M. Kovacs
  20. Deanna Marie Leonard
  21. Sigrid Lind
  22. Christian Lydersen
  23. Olga Pavlova
  24. Laurene Peuchet
  25. Raul Primicerio
  26. Paul Eric Renaud
  27. Hiroko Kato Solvang
  28. Georg Skaret
  29. Gro Ingleid van der Meeren
  30. Paul Wassmann
  31. Nils Inge Øien

Abstract

The System for Assessment of Ecological Condition, coordinated by the Norwegian Environment Agency, is intended to form the foundation for evidence-based assessments of the ecological condition of Norwegian terrestrial and marine ecosystems not covered by the EU Water Framework Directive. The reference condition is defined as “intact ecosystems”, i.e., a condition that is largely unimpacted by modern industrial anthropogenic activities. An ecosystem in good ecological condition is defined as a system that does not deviate substantially from this reference condition in structure, functions or productivity. This means that, in practice, what is assessed here is the extent to which an ecosystem is impacted by anthropogenic drivers. This report describes the first operational assessment of the ecological condition of Norwegian Arctic and Sub-Arctic marine shelf ecosystems in the Barents Sea. The assessment method employed is the Panel-based Assessment of Ecosystem Condition (PAEC1), and the current assessment has considered to what extent the Barents Sea shelf ecosystems deviate from the reference condition2 by evaluating change trajectories.

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