Deliverable 6.13 Extension of ecosystem management
Creators: name: van der Meeren, Gro I.
name: Maar, Marie
name: Christensen, Asbjørn
name: Hansen, Cecilie
name: Møller, Eva Friis
name: Loeng, Harald
name: Larsen, Janus
name: Skogen, Morten
Publisher: name: Zenodo
Year: 2021
Subjects: Arctic
INTAROS
Ecosystem Management
Marine Ecosystems
Ecosystem Model
Greenland
Barents Sea
Anthropogenic Pressure

description: The main aim of this deliverable is to offer advice on how the practice of applying existing observational data, ecosystem models, and indicators may be expanded from the Barents Sea and Disko Bay, West-Greenland to a wider range of Arctic sea regions and ecosystems. Further, we build advice and recommendations upon the established Norwegian Barents Sea ecosystem management plan, the more local management system for Disko Bay and focused individual and group interaction with a wide range of stakeholders in both areas. The expected impact is to provide advice on the most relevant and useful scientific basis for better-informed decisions and better-documented processes for managers and policymakers on local, regional and pan-Arctic scales. We conclude that both observational data and models are needed to get a holistic overview of the ecosystem status and to make reliable projections. The ecosystem models applied have different structural complexity and spatial resolutions making them suited for different roles in supporting the existing and future integrated Arctic Observation System (iAOS). The NoBa Atlantis model, applied to the Barents Sea, is the most complex model including many trophic levels and a range of anthropogenic pressures. It is highly suitable to make management scenarios and indices of higher trophic levels but is more coarsely resolved in time and space than the other two models we use. NORWECOM.E2E is a well-established model system with high temporal-spatial resolution for the Barents Sea. It has the carbon cycle and key fish species included.NORWECOM.E2E is well suited for making Observing System Simulation Experiments. FlexSem-ERGOM is a relatively new model for lower tropic levels with the highest spatial resolution among the three models, but with focus on smaller coastal systems and environmental changes. In INTAROS it has been set up for the Disko Bay. It has the advantage of being very flexible and can easily be adapted to a wide range of local ecosystems in the Arctic. Interaction with stakeholders from fisheries, maritime, and petroleum management and industry, and especially environmental management, has been a central part of our work. How the different stakeholders want to be informed, and what kind of information they seek, is presented, showing that managers are not negative to inclusion of well tested models in future ecosystem state and trend reports. Stakeholders generally found that models are useful, but that model uncertainty should be clearly communicated. Hence, there is a basis for future application of models for advice to especially environmental management. The interaction between scientists and a wide range of managers and industry representatives established in INTAROS and other ongoing projects will be continued despite no established dedicated long-term funding. The current report is based on the work carried out in INTAROS Task 6.2 “Improved ecosystem understanding and management” and Task 6.8 “Demonstrations for fisheries and environmental management agencies”