Figure A6.14 Projected changes in maximum catch potential (MCP) of marine invertebrate species due to ocean acidification in addition to other climate change stressors (e.g., temperature) for low and high climate change scenarios. Differences between model simulations with and without modeled ocean acidification impacts were calculated to determine how pH affects maximum catch potential. Faint colored lines represent simulations with the various ESMs and bold lines represent multi-model averages. Black line and grey bands represent the selected regression model and errors. Results shown are 10-year running means and relative to the 2001–2010 period. Open circles represent the year for the simulation results.

Publication: AMAP Assessment 2018: Arctic Ocean Acidification

Page number: 167

Type: Graph

Caption: Figure A6.14 Projected changes in maximum catch potential (MCP) of marine invertebrate species due to ocean acidification in addition to other climate change stressors (e.g., temperature) for low and high climate change scenarios. Differences between model simulations with and without modeled ocean acidification impacts were calculated to determine how pH affects maximum catch potential. Faint colored lines represent simulations with the various ESMs and bold lines represent multi-model averages. Black line and grey bands represent the selected regression model and errors. Results shown are 10-year running means and relative to the 2001–2010 period. Open circles represent the year for the simulation results.

Copyright: Arctic Monitoring and Assessment Programme (AMAP)

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