The Hakai Oceanography Program (HOP) has been maintaining year-round measurements of physical, chemical, and biological parameters on the Central Coast at 4 main stations. The aim of this research is to improve the understanding of the implications of climate change for coastal ecosystem productivity (Hunt et al. 2017). Additional research started in 2017 looking at ocean acidification using the Alaska Marine Highway System, whereby a monitoring system will be installed on the motor vessel Columbia which will monitor ocean pH while underway along the length of the BC coast.
The West Coast Ocean Acidification and Hypoxia Science Panel has proposed an ocean acidification and hypoxia monitoring network to pool regional scientific data and information to evaluate impacts and guide priorities and actions across the region (Newton et al. 2016).
Increased research and monitoring at vulnerable locations (aquaculture sites) across a range of dissolved carbon dioxide levels is recommended [52,63].
More research on cumulative impacts of acidification and other impacts is recommended .
Laboratory experiments on biological effects of ocean acidification on regionally important species and taxa is recommended .
Ongoing research at Saint Mary’s University is looking at the risks to coastal communities from ocean acidification, using a fuzzy logic approach (Community-based Ocean Acidification Risk Analysis Tool, CORA) (B. Paterson, Saint Mary’s University & MEOPAR; pers. comm. September 2017).