How does rising atmospheric CO2 affect marine organisms?

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Ocean Acidification (Effects on Marine Plants: Macroalgae)

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

Ocean Acidification (Effects on Marine Plants: Macroalgae)


* -- The Positive Response of Two Eelgrass Populations to CO2 Enrichment

* -- Ocean Acidification Improves the Nutritive and Medicinal Value of a Brown Seaweed

* -- Positive Effects of Ocean Acidification on a Giant Kelp Species

* -- The Growing Tolerance of a Coralline Alga to Ocean Acidification

* -- A One-Year Study of CO2 Enrichment and Nutrient Supply on a Seagrass Community

* -- So-called Ocean Acidification Alleviates Cadmium Toxicity in a Key Seaweed Species

* -- Responses of Two Red Macroalgae to Ocean Acidification

* -- Effects of Ocean Acidification and Eutrophication on a Marine Kelp

* -- The Growth Response of Two Macroalgal Species to Ocean Acidification and Nutrient Supply

* -- The Impact of Elevated CO2 on a Red Macroaglae Under Low Light Conditions

* -- Response of a Mediterranean Red Algae to Ocean Acidification

* -- The Impacts of Elevated CO2 on the Productivity of Six Macroalgal Species

* -- The Buffering of Coastal Marine Ecosystems from Ocean Acidification

* -- Positive Growth Response of a Marine Macroalgae to Ocean Acidification

* -- The Resilience of a Coralline Red Algae to Ocean Acidification

* -- Ocean Acidification is Not Detrimental to Two Macroalgae Species

* -- The Resilience of a Mediterranean Seagrass Community to Ocean Acidification

* -- The High Plasticity of a Fleshy Macroalga to Ocean Acidification

* -- Cystoseira tamariscifolia -- A Brown Macroalgae that Benefits from Ocean Carbonation

* -- Ocean Acidification Improves the Growth and Temperature Tolerance of Eelgrass

* -- Another Macroalgae that Benefits from Ocean Acidification

* -- Potential Effects of Ocean Acidification on Crustose Coralline Algae

* -- Ocean Acidification How Aquatic Plants and Animals Can Avoid It

The Impact of Ocean Acidification on Three Charophyte Species in the Baltic Sea

Giant Kelp Unaffected by Ocean Acidification

Positive Responses of Tropical Seagrasses to Ocean Acidfication

Calcareous Green Algae Tolerating OA Conditions at a CO2 Seep

A Recent Search for an OA Tipping Point of Coral Reef Calcifiers

The Ecosystem Services of Seagrass Beds in a CO2-Enriched World

Reef Calcifiers Resisting Ocean Acidification

Diffusion Boundary Layers Around Calcifying Marine Organisms

Effects of Elevated pCO2 on a Tidal Pool Coralline Alga

A Tale of Non-Obligate Macroalgal Calcifers, Sea Urchins and CO2

Seagrasses Enable Nearby Corals to Withstand Ocean Acidification

Bioremediation of Polluted Waters by Macroalgae

Combating Ocean Acidification: The Role of Marine Photosynthesis

Earth's Marine Life Not Going "Quietly Into the Night" of Ocean Acidification

Atmospheric CO2 Enrichment and Tropical Seagrass Growth

Effects of Elevated CO2 on an Economically Important Seaweed

Seagrasses Lend Calcifying Macroalgae a Helping Hand

CO2 Enrichment at Sea

CO2 Enrichment at Sea

CO2 Effects on a Seaweed of Economic, Health and Environmental Importance

Direct Biological Effects of Elevated CO2 on Coral Reefs

Effects of Atmospheric CO2 Enrichment on the Growth of Two Species of Marine Macroalgae

Effects of CO2 and O2 Concentrations on a Seaweed