Material in this section originates from the following category in our Subject Index:

Ocean Acidification (Effects on Marine Animals: Fish)

Summary

* -- The Impact of Ocean Acidification on the Behavioral Lateralization of Fish

* -- Ocean Acidification Impacts on the Early Life Stages of the Orange-spotted Grouper

* -- The Response of Juvenile Pink Salmon to Ocean Acidification

* -- Fish Diversity is Unaffected by Ocean Acidification at a Natural CO2 Vent Site

* -- No Evidence Ocean Acidification Impairs Coral Reef Fish Behavior

* -- Negligible Effects of Ocean Acidification on a Juvenile Coral Reef Fish

* -- The Different Outcomes of a Static vs. Fluctuating Seawater pCO2 Ocean Acidification Experiment

* -- The Effects of Elevated pCO2 Seawater on Pacific Cod Larvae

* -- The Impact of Ocean Acidification on Atlantic Salmon Smolts

* -- The Positive Influence of Ocean Acidification on Atlantic Herring Larave Survival

* -- The Resilience of Juvenile Rockfish to Ocean Acidification and Hypoxia

* -- Ocean Acidification Elicits No Cellular Damage in Shark Juveniles

* -- The Absent Influence of Ocean Acidification on a Coastal Flatfish

* -- No Behavioral Impairment from Elevated pCO2 Observed in a Coral Reef Grouper

* -- The Capacity of a Damselfish to Adapt to Ocean Acidification

* -- Ocean Acidification and the Breeding Cycle of the Three-spined Stickleback

* -- The Impact of Ocean Acidification on Juvenile Sea Wrasse

* -- Ocean Acidification Does Not Compromise the Ability of Fish to Cope with High Temperatures

* -- Selecting Static or Diel Cycling of pCO2 Levels in Ocean Acidification Experiments: The Choice Matters

* -- The Combined Impact of Hypoxia and Ocean Acidification on Four Estuarine Fishes

* -- The Non-response of Ocean Acidification on the Behavioral Activity of a Reef Damselfish

* -- No Impact of Ocean Acidification on the Behavior of Juvenile Damselfish

* -- The Non-Impacts of Ocean Acidification on the Early Life Stages of Northern Rock Sole

* -- The Impact of Ocean Acidification on Juvenile Fish Digestion

* -- The Positive Impact of Ocean Acidification on the Anti-predator Behavior of European Sea Bass

* -- The Impact of Ocean Acidification on the Early Life Stages of an Estuarine Fish

* -- The Behavioral Resilience of Juvenile European Sea Bass to Ocean Acidification

* -- Juvenile Antarctic Rockcod Growing Up in CO2-Acidified Seawater

* -- Atmospheric CO2 Enrichment Increases Fatty Acids in Larval Fish

* -- Juvenile Atlantic Cod Behavior is Impervious to Ocean Acidification

* -- Can Coastal Marine Fish Evolve to Tolerate Ocean Acidification?

* -- The Impact of Ocean Acidification on Atlantic Herring Larvae

* -- Effects of Ocean Acidification on Otoliths of Larval Atlantic Cod

Reef Fish Robustness in the Vicinity of Underwater CO2 Seeps

Transgenerational Plasticity in a Coastal Marine Fish

The Transgenerational Acclimation of Juvenile Anemone Fish to Ocean Acidification

Effects of Ocean Acidification on Egg & Larval Stages of Baltic Cod

How CO2 Impacts Reproduction Among Cinnamon Anemonefish

CO2 Effects on Hatch Size and Larval Growth of Walleye Pollock

What's That You Say? Fish Can Hear Better in High-CO2 Water?

Acidification of the Small Larvae of a Large Tropical Marine Fish

Effects of Low pH on Early Life Stages of Atlantic Herring

Ocean Acidification and Otolith Development in Clown Fish

Will Burning Fossil Fuels Reduce Baltic Cod Reproduction Rates?

CO2 Effects on Tropical Marine Fish Embryos and Larvae

Ocean Acidification and the Sagittal Otoliths of Marine Fish

The Swimming Performance of Atlantic Cod

The Fate of Fish in a High-CO2 World