BCO-DMO

Dataset	Relation
Series 3B: Supplemental experiments on T. pseudonana (CCMP1014) - growth under bubbling stress: A-pulse raw fluorescence data	Methods
Series 3B: Supplemental experiments on Thalassiosira pseudonana (CCMP1014) cultures determining the optimal aquapen actinic light pulse (A-pulse) setting: computed values including min and max fluorescence	Methods
Series 3B: Supplemental experiments on T. pseudonana (CCMP1014) - growth under bubbling stress: flow cytometry measurements	Methods
Series 3B: Supplemental experiments on T. pseudonana (CCMP1014) growth under bubbling stress: NPQ1 protocol (Non-Photochemical chlorophyll fluorescence Quenching) raw fluorescence measurements for non-aerated samples and aerated samples	Methods
Series 3B: Supplemental experiments on T. pseudonana (CCMP1014) growth under bubbling stress: NPQ1 protocol (Non-Photochemical chlorophyll fluorescence Quenching) computed photochemical measurements	Methods
Series 3B: Supplemental experiments on T. pseudonana (CCMP1014) growth under bubbling stress: LC3 protocol raw fluorescence measurements for non-aerated samples and aerated samples	Methods
Series 3B: Supplemental experiments on T. pseudonana (CCMP1014) growth under bubbling stress: computed photochemical measurements using LC3 protocol for non-aerated samples and aerated samples	Methods
Series 3A: Multiple stressor experiments on T. pseudonana (CCMP1014) – pH measurements	Methods
Series 3A: Multiple stressor experiments on T. pseudonana (CCMP1014) - Dissolved Inorganic Carbon (DIC) measurements	Methods
Series 3A: Multiple stressor experiments on T. pseudonana (CCMP1014) - Phosphate, silicate, and nitrate plus nitrite measurements	Methods
Series 3A: Multiple stressor experiments on T. pseudonana (CCMP1014) – cell abundance by flow cytometry	Methods
Series 3A: Multiple stressor experiments on T. pseudonana (CCMP1014) - cell size estimated by forward scatter from flow cytometry	Methods
Series 3A: Multiple stressor experiments on T. pseudonana (CCMP1014) - photophysiology measurements	Methods
Series 3A: Multiple stressor experiments on T. pseudonana (CCMP1014) - Chlorophyll, particulate organic carbon and particulate organic nitrogen.	Methods
Series 4A: Multiple stressor experiments on the cyanobacteria Synechococcus elongatus CCMP1629 – cell abundance and size by flow cytometry	Methods
Series 4A: Multiple stressor experiments on Synechococcus elongatus (CCMP1629) – nutrients	Methods
Series 4A: Multiple stressor experiments on Synechococcus elongatus (CCMP1629) – Dissolved Inorganic Carbon (DIC)	Methods
Series 4A: Multiple stressor experiments on Synechococcus elongatus (CCMP1629) – pH measurements	Methods
Series 4A: Multiple stressor experiments on the cyanobacteria Synechococcus elongatus CCMP1629 - Chlorophyll, particulate organic carbon and particulate organic nitrogen.	Methods
Series 4A: Multiple stressor experiments on the cyanobacteria Synechococcus elongatus CCMP1629 - raw fluorescence readings for photophysiology computations	Methods
Series 4A: Multiple stressor experiments on the cyanobacteria Synechococcus elongatus CCMP1629 - computed photophysiology parameters	Methods
Series 1B-1: Multiple stressor experiments on T. pseudonana (CCMP1335) – pH, Dissolved Inorganic carbon (DIC), and Macronutrient concentrations in experiments	Methods
Series 1B-2: Multiple stressor experiments on T. pseudonana (CCMP1335) – cell abundance and cell size in experiments	Methods
Series 1B-3: Multiple stressor experiments on T. pseudonana (CCMP1335) – computed data from the LC3 protocol for samples at 4 temperatures, 15-26C	Methods
Series 1B-4: Multiple stressor experiments on T. pseudonana (CCMP1335) – Chlorophyll, particulate organic carbon and particulate organic nitrogen	Methods
Series 2A-3: Multiple stressor experiments on T. pseudonana (CCMP1014) – Chlorophyll, particulate organic carbon and particulate organic nitrogen	Methods
Series 2A-2: Multiple stressor experiments on T. pseudonana (CCMP1014) – photophysiology	Methods
Series 2A-1: Multiple stressor experiments on T. pseudonana (CCMP1014) – cell abundance and cell size in experiments	Methods

Related Publication

DOI: 10.4319/lo.1967.12.1.0176

Citation Style: APA

Citation Text: