 Consider expansion or relocation of NTZ and Unfished area has a low density and Consider precautionary management does not represent a healthy virgin by making fisheries management area (NTZ is small with large controls more restrictive (i.e., amounts of species movement decrease TAC, decrease allowable between fished and unfished areas) effort, add or modify certain controls, etc.)  Consider expansion or relocation of NTZ and Unfished area does not have Consider precautionary management comparable habitat to fished area by making fisheries management (unfished area habitat not as healthy controls more restrictive (i.e., as fished area) increase TAC, increase allowable effort, add or modify certain controls, etc.)  Limit >= High fishing pressure has caused an Close fishery and Unfished ecosystem state change; fishery in Implement fishery recovery plan biomass danger of collapse Indicator  Close fishery and Implement fishery recovery plan Or Extreme environmental stochasticity has caused an ecosystem state Limit >= change; fishery in danger of collapse fished:unfished biomass ratio
Unfished area has a low density and does not represent a healthy virgin area (NTZ is small with large amounts of species movement between fished and unfished areas)  Consider expansion or relocation of NTZ and Consider precautionary management by making fisheries management controls more restrictive (i.e., decrease TAC, decrease allowable effort, add or modify certain controls, etc.) Unfished area does not have comparable habitat to fished area (unfished area habitat not as healthy as fished area)  Consider expansion or relocation of NTZ and Consider precautionary management by making fisheries management controls more restrictive (i.e., increase TAC, increase allowable effort, add or modify certain controls, etc.) Limit >= Unfished biomass Indicator Or Limit >= fished:unfished biomass ratio High fishing pressure has caused an ecosystem state change; fishery in danger of collapse  Close fishery and Implement fishery recovery plan Extreme environmental stochasticity has caused an ecosystem state change; fishery in danger of collapse  Close fishery and Implement fishery recovery plan