Bulletin of Marine Science · 2000 · 189 citations · 0 references
Natural ResourcesConservation BiologyFisheriesFisheries ManagementMarine ConservationProtected Area ManagementMarine Conservation PolicyMarine Fisheries ConservationMarine Habitat ConservationMarine Protected Area ManagementMarine Protected Area PolicyProtected Area DesignEssential Fish Habitat ProtectionFisheries Habitat ProtectionInformation Needs AnalysisMarine Fish Population DynamicsMarine Habitat ProtectionMarine Protected AreasProtected Areas PlanningProtection Of Marine Ecosystems
Marine protected areas are increasingly employed to safeguard biologically rich habitats, resolve user conflicts, restore overexploited stocks, and meet legislative mandates, yet the most critical information for their design is the specific objectives they aim to achieve. After objectives are defined, conservation biology and related sciences are applied to identify what must be protected and how, enabling the creation of optimally effective marine protected areas. Ultimately, the information required for effective marine protected area design is societal rather than purely scientific.
Marine protected areas are increasingly being used to protect biologically rich habitats, resolve user conflicts, and help restore overexploited stocks and degraded areas. The upsurge in the use of the tool has arisen in part because fisheries managers are now looking to reserves to complement conventional fisheries management techniques. In the United States, the legislative requirement to identify and protect essential fish habitat for managed fisheries species has contributed to the debate over and use of marine protected areas in all their various forms. Information needed to design and implement effective marine protected areas is usually drawn from the fields of fish population dynamics, oceanography, community ecology, and organismal biology, but because the placement, design, and management of marine protected areas are all related to the intended goals, the most crucial information is that about the specific objectives the protected area is designed to achieve. This information is ultimately societal, not scientific. After the specific objectives are elaborated, conservation biology and other sciences can be harnessed to help identify what needs to be protected and in what manner, leading to optimally effective marine protected areas.