Abstract

Ecosystem-based fisheries management (EBFM) was developed to move beyond single species management by incorporating ecosystem considerations for the sustainable utilization of marine resources. Due to the wide range of fishery characteristics, including different goals of fisheries management across regions and species, theoretical best practices for EBFM vary greatly. Here we highlight the lack of consensus in the interpretation of EBFM amongst professionals in marine science and its implementation. Fisheries policy-makers and managers, stock assessment scientists, conservationists, and ecologists had very different opinions on the degree to which certain management strategies would be considered EBFM. We then assess the variability of the implementation of EBFM, where we created a checklist of characteristics typifying EBFM and scored fisheries across different regions, species, ecosystems, and fishery size and capacity. Our assessments show fisheries are unlikely to meet all the criteria on the EBFM checklist. Consequentially, it is unnecessary for management to practice all the traits of EBFM, as some may be disparate from the ecosystem attributes or fishery goals. Instead, incorporating some ecosystem-based considerations to fisheries management that are context-specific is a more realistic and useful way for EBFM to occur in practice.

Highlights

  • Fishery effects on social-ecological systems are far-reaching and complex, with the potential for mismanagement leading to severe ecosystem impacts

  • Most respondents agreed that gear modifications and spatial controls fall under the umbrella of Ecosystem-based fisheries management (EBFM) (Fig 1A)

  • Given the wide range of opinions, implementations, and outcomes of EBFM, managers and policy makers may want to view EBFM as a set of tools that can be used for successful management in different contexts

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Summary

Introduction

Fishery effects on social-ecological systems are far-reaching and complex, with the potential for mismanagement leading to severe ecosystem impacts. Overfishing led to the collapse of Atlantic cod (Gadus morhua) off Labrador and northeastern Newfoundland in 1991 [1]. While the fishing moratorium was expected to lead to Atlantic cod population recovery, population growth from a drastically reduced state was slower than expected [2] due to competition with a shellfish-dominated ecosystem [3]. Change in ecosystem structure due to heavy exploitation may leave communities more vulnerable to invasion [4].

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