Offshore aquaculture: Spatial planning principles for sustainable development.

Area of Science:

• Marine biology
• Oceanography
• Aquaculture science

Background:

• Growing demand for seafood drives offshore marine aquaculture expansion.
• Limited wild fisheries potential necessitates aquaculture development.
• Need for scientifically informed spatial planning to minimize environmental and activity impacts.

Purpose of the Study:

• Provide insight into offshore aquaculture-environment interactions.
• Synthesize multidisciplinary literature for spatial planning guidance.
• Identify research gaps and sufficient knowledge for sustainable development.

Main Methods:

• Ecological lens applied to literature synthesis.
• Multidisciplinary literature review.
• Analysis of spatial scales of interaction.

Main Results:

• Offshore aquaculture interactions analyzed across spatial scales.
• Existing research provides basis for informed siting decisions.
• Identified areas where further research is needed.

Conclusions:

• Sufficient research exists to inform sustainable offshore aquaculture siting.
• Spatial planning can help integrate aquaculture with other marine activities.
• Achieving a sustainable offshore aquaculture industry is feasible with informed planning.