Impact of Short- and Long-Term Exposure to Elevated Seawater Pco2 on Metabolic Rate and Hypoxia Tolerance in Octopus rubescens

KL Onthank, LA Trueblood… - Physiological and …, 2021 - journals.uchicago.edu
Much of the CO2 released by human activity into the atmosphere is dissolving into the
oceans, making them more acidic. In this study we provide the first data on the short-and …
被引用次数：8 相关文章
[PDF] wallawalla.edu

[PDF][PDF] Impact of Short-and Long-Term Exposure to Elevated Seawater PCO2 on Metabolic Rate and Hypoxia Tolerance in Octopus rubescens

KL Onthank, LA Trueblood, T Schrock-Duff, LG Kore - gab.wallawalla.edu
Much of the CO2 released by human activity into the atmosphere is dissolving into the
oceans, making them more acidic. In this study we provide the first data on the short-and …

Impact of Short-and Long-Term Exposure to Elevated Seawater Pco2 on Metabolic Rate and Hypoxia Tolerance in Octopus rubescens

KL Onthank, LA Trueblood… - Physiological and …, 2021 - pubmed.ncbi.nlm.nih.gov
AbstractMuch of the CO 2 released by human activity into the atmosphere is dissolving into
the oceans, making them more acidic. In this study we provide the first data on the short-and …

Impact of Short- and Long-Term Exposure to Elevated Seawater Pco2 on Metabolic Rate and Hypoxia Tolerance in Octopus rubescens.

KL Onthank, LA Trueblood, T Schrock-Duff… - Physiological and …, 2021 - europepmc.org
AbstractMuch of the CO 2 released by human activity into the atmosphere is dissolving into
the oceans, making them more acidic. In this study we provide the first data on the short-and …

Impact of Short-and Long-Term Exposure to Elevated Seawater Pco2 on Metabolic Rate and Hypoxia Tolerance in Octopus rubescens

KL Onthank, LA Trueblood, T Schrock-Duff… - … and Biochemical Zoology, 2021 - Elsevier
Much of the CO 2 released by human activity into the atmosphere is dissolving into the
oceans, making them more acidic. In this study we provide the first data on the short-and …