Climate change is expected to have a range of negative impacts on marine aquaculture, including increased water temperature, ocean acidification, and increased frequency of extreme weather events. Improved water quality is not a potential impact of climate change.

Increased water temperature can have a range of effects on marine aquaculture, including increased growth and productivity of some species, stress and mortality in some species, and changes in the distribution of species.

Ocean acidification is the decrease in the pH of the ocean, caused by the absorption of carbon dioxide from the atmosphere.

Ocean acidification can have a range of effects on marine aquaculture, including decreased growth and productivity of some species, stress and mortality in some species, and changes in the distribution of species.

Extreme weather events that can affect marine aquaculture include hurricanes, floods, and droughts.

Extreme weather events can have a range of effects on marine aquaculture, including damage to infrastructure, loss of stock, and disruption of supply chains.

Marine aquaculture can be adapted to climate change in a number of ways, including using more resilient species, developing new technologies, and improving management practices.

There are a number of challenges to adapting marine aquaculture to climate change, including cost, technical feasibility, and lack of political will.

Adapting marine aquaculture to climate change can have a number of benefits, including increased resilience to climate change, improved productivity, and reduced environmental impact.

Governments can play a role in adapting marine aquaculture to climate change by providing financial support, developing policies and regulations, and supporting research and development.

The private sector can play a role in adapting marine aquaculture to climate change by investing in research and development, developing new technologies, and implementing adaptation measures.

Civil society can play a role in adapting marine aquaculture to climate change by raising awareness of the issue, advocating for policy change, and supporting research and development.

Key research priorities for adapting marine aquaculture to climate change include developing more resilient species, developing new technologies, and improving management practices.

Key policy priorities for adapting marine aquaculture to climate change include providing financial support, developing policies and regulations, and supporting research and development.

Key challenges to adapting marine aquaculture to climate change include cost, technical feasibility, and lack of political will.