Resilience of a Cosmopolitan Diatom to Induced Ocean Acidification Based on C, N, Si and Chlorophyll-<em>a </em>Stoichiometric Ratios, Nutrient Uptake Rates, and Morphology

Wyatt, Shea

Resilience of a Cosmopolitan Diatom to Induced Ocean Acidification Based on C, N, Si and Chlorophyll-a Stoichiometric Ratios, Nutrient Uptake Rates, and Morphology

Shea Wyatt¹, Brandon McNabb² and Diana E Varela², (1)University of Victoria, Department of Biology, Victoria, BC, Canada, (2)University of Victoria, Department of Biology & School of Earth and Ocean Sciences, Victoria, BC, Canada