Material in this section originates from the following category in our Subject Index:
Ocean Acidification (Effects on Marine Animals: Crustaceans)
* -- Tolerance of a Key Arctic Krill Species to Ocean Acidification
* -- Antarctic Krill Show Resilience to Ocean Acidification
* -- The Observed Tolerance of a Decorator Crab to Ocean Acidification
* -- Minimal Effects of Ocean Acidification on a Marine Barnacle
* -- A Northern Atlantic Krill Species Demonstrates Tolerance to Ocean Acidification
* -- Copepod Response to Ocean Acidification and Salinity Stress
* -- Phenotypic Adaptation of an Arctic Copepod to Ocean Acidification
* -- Ocean Acidification Fails to Impact the Behavior and Body Size of a Common Copepod
* -- The Survival of a Pacific Krill Species Under Ocean Acidification
* -- The Response of the Grass Shrimp to Ocean Acidification and Warming
* -- The Impact of Ocean Acidification on Blue King Crab
* -- An Arctic Copepod is Unaffected by Ocean Acidification
* -- Ocean Acidification Alleviates Mercury Toxicity in a Marine Copepod
* -- Mantis Shrimp Tolerate Ocean Acidification and Warming
* -- An Absence of Ocean Acidification Impacts on Two Marine Copepods
* -- Effects of CO2-Induced Ocean Acidification on a Common Copepod
* -- The Non-effects of Ocean Acidification on Rock Lobsters
Do Acidifying Oceans Portend the Eventual Demise of Copepods?
Courageous Copepods Coping with Catastrophic Climate Change
Copepods Coping with Real-World Rapid Reductions in Ocean pH
The Ability of Marine Invertebrates to Survive Ocean Acidification
North Atlantic Copepods Exposed to Very Acidified Seawater
Arctic Copepods Getting Acidified ... Under Sea Ice ... in the Dark!
Larval Development of Barnacles in a Future CO2-Enriched Ocean
The Reproduction of a Key Arctic Copepod in Low-pH Seawater
Environmental Change and Potential Trophic Mismatches