Environmental Protection Agency: An Introduction to Ocean and Coastal Acidification
Carbon dioxide is a small percent (about 0.04%) of the gaseous mixture that makes up the atmosphere, but that small amount has a big effect on ocean chemistry.
The carbon dioxide that humans are releasing to the atmosphere by burning fossil fuels (oil, coal, and natural gas) is changing the chemistry of the ocean by increasing its acidity. In addition to ocean acidification from carbon dioxide in the atmosphere, land-based sources of pollution can contribute to localized acidification of coastal waters. The causes of ocean and coastal acidification are well understood, but scientists are still documenting its worsening effects.
Ocean and coastal acidification can harm plants and animals. Shell-forming animals like clams and oysters are particularly vulnerable. Impacts to sensitive species will likely have a ripple effect on all kinds of life in the ocean. Ultimately, key resources like seafood that humans rely on will be affected. Because of this serious issue, EPA is working to address ocean and coastal acidification— and you can help too.
The carbon dioxide that humans release to the atmosphere by burning fossil fuels is changing the chemistry of the ocean by increasing its acidity. This phenomenon, called ocean acidification, is already affecting us and our environment.
Ocean life is very diverse, and increased acidity can harm or help individual plant and animal species in different ways.
As a consequence of acidification, marine life face a two-fold challenge: decreased carbonate availability and increased acidity. L
Even though ocean and coastal acidification may sound scary, there are simple steps you can take to save money and reduce your contribution to the problem.
School is a great opportunity to help preserve the abundance and diversity of life in the ocean that we enjoy today by learning about and taking action on ocean and coastal acidification.
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Carbon dioxide is a small percent (about 0.04%) of the gaseous mixture that makes up the atmosphere, but that small amount has a big effect on ocean chemistry.
The carbon dioxide that humans are releasing to the atmosphere by burning fossil fuels (oil, coal, and natural gas) is changing the chemistry of the ocean by increasing its acidity. In addition to ocean acidification from carbon dioxide in the atmosphere, land-based sources of pollution can contribute to localized acidification of coastal waters. The causes of ocean and coastal acidification are well understood, but scientists are still documenting its worsening effects.
Ocean and coastal acidification can harm plants and animals. Shell-forming animals like clams and oysters are particularly vulnerable. Impacts to sensitive species will likely have a ripple effect on all kinds of life in the ocean. Ultimately, key resources like seafood that humans rely on will be affected. Because of this serious issue, EPA is working to address ocean and coastal acidification— and you can help too.
The carbon dioxide that humans release to the atmosphere by burning fossil fuels is changing the chemistry of the ocean by increasing its acidity. This phenomenon, called ocean acidification, is already affecting us and our environment.
Ocean life is very diverse, and increased acidity can harm or help individual plant and animal species in different ways.
As a consequence of acidification, marine life face a two-fold challenge: decreased carbonate availability and increased acidity. L
Even though ocean and coastal acidification may sound scary, there are simple steps you can take to save money and reduce your contribution to the problem.
School is a great opportunity to help preserve the abundance and diversity of life in the ocean that we enjoy today by learning about and taking action on ocean and coastal acidification.
