Greenland Ice Melt
Great Barrier Reef
CO2
coral bleaching
carbon dioxide
arctic melt
plane over ocean
Phytoplankton
phytoplankton bloom
Seagrass Bed
ocean acidification
Ocean Acidification CO2
Greenland Ice Melt

“Mankind has probably done more damage to the Earth in the 20th century than in all of previous human history.”

   ― Jacques Yves Cousteau

“Mankind has probably done more damage to the Earth in the 20th century than in all of previous human history.”
         ― Jacques Yves Cousteau

“Mankind has probably done more damage to the Earth in the 20th century than in all of previous human history.”
             
               ― Jacques Yves Cousteau

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Great Barrier Reef

Climate change is causing the unprecedented warming and acidification of Earth's oceans.

Climate change is causing the unprecedented warming and acidification of Earth's oceans.

Climate change is causing the unprecedented warming and acidification of Earth's oceans.

Ocean Acidification

The ocean is becoming more acidic as its water absorbs carbon dioxide from the atmosphere.

The ocean is becoming more acidic as its water absorbs carbon dioxide from the atmosphere.

The ocean is becoming more acidic as its water absorbs carbon dioxide from the atmosphere.

Bleached Coral

Ocean acidification is a chemical process caused by elevated carbon dioxide concentrations in the atmosphere and has the potential to devastate sensitive marine ecosystems.

Ocean acidification is a chemical process caused by elevated carbon dioxide concentrations in the atmosphere and has the potential to devastate sensitive marine ecosystems.

Ocean acidification is a chemical process caused by elevated carbon dioxide concentrations in the atmosphere and has the potential to devastate sensitive marine ecosystems.

Carbon dioxide

The ocean, 96.5 percent of water on Earth and covering 71 percent of the surface of our planet, has taken the burden of elevated carbon dioxide emissions to its detriment.

The ocean, 96.5 percent of water on Earth and covering 71 percent of the surface of our planet, has taken the burden of elevated carbon dioxide emissions to its detriment.

The ocean, 96.5 percent of water on Earth and covering 71 percent of the surface of our planet, has taken the burden of elevated carbon dioxide emissions to its detriment.

Artic Melt

Oceans have swallowed up more than 90 percent of the climate’s excess heat, and as a result have been warming up.

Oceans have swallowed up more than 90 percent of the climate’s excess heat, and as a result have been warming up.

Oceans have swallowed up more than 90 percent of the climate’s excess heat, and as a result have been warming up.

plane over ocean

Today, carbon dioxide (CO2) levels in our atmosphere are the highest they've been in 15 million years. It's the cumulative impact of an ever-expanding population―7.8 billion people and rising―and an ever-increasing thirst for energy, requiring 24/7 electricity, factories, cars, trucks, planes and more.

Today, carbon dioxide (CO2) levels in our atmosphere are the highest they've been in 15 million years. It's the cumulative impact of an ever-expanding population―7.8 billion people and rising―and an ever-increasing thirst for energy, requiring 24/7 electricity, factories, cars, trucks, planes and more.

Today, carbon dioxide (CO2) levels in our atmosphere are the highest they've been in 15 million years. It's the cumulative impact of an ever-expanding population―7.8 billion people and rising―and an ever-increasing thirst for energy, requiring 24/7 electricity, factories, cars, trucks, planes and more.

Phytoplankton

There will be a notable difference in color of 50 percent of the ocean by the end of the 21st century. Phytoplankton blooms will become common in the water around the Earth’s poles, suggesting that these regions could have an emerald tone in the coming decades

There will be a notable difference in color of 50 percent of the ocean by the end of the 21st century. Phytoplankton blooms will become common in the water around the Earth’s poles, suggesting that these regions could have an emerald tone in the coming decades

There will be a notable difference in color of 50 percent of the ocean by the end of the 21st century. Phytoplankton blooms will become common in the water around the Earth’s poles, suggesting that these regions could have an emerald tone in the coming decades

Phytoplankton Bloom

Experts say monitoring the colour of the ocean could provide valuable information about the effects of climate change on phytoplankton because these organisms not only form the basis of aquatic food webs, but their photosynthetic processes produce half of the world’s oxygen.

Experts say monitoring the colour of the ocean could provide valuable information about the effects of climate change on phytoplankton because these organisms not only form the basis of aquatic food webs, but their photosynthetic processes produce half of the world’s oxygen and retain approximately 10 gigantons of carbon deep in the ocean.

Experts say monitoring the colour of the ocean could provide valuable information about the effects of climate change on phytoplankton because these organisms not only form the basis of aquatic food webs, but their photosynthetic processes produce half of the world’s oxygen and retain approximately 10 gigantons of carbon deep in the ocean.

Seagrass Bed

Algae and seagrasses may benefit from higher CO2 conditions in the ocean, as they require CO2 for photosynthesis just like plants on land. There are ongoing studies examining if growing seaweed can help slow ocean acidification.

Algae and seagrasses may benefit from higher CO2 conditions in the ocean, as they require CO2 for photosynthesis just like plants on land. There are ongoing studies examining if growing seaweed can help slow ocean acidification.

Algae and seagrasses may benefit from higher CO2 conditions in the ocean, as they require CO2 for photosynthesis just like plants on land. There are ongoing studies examining if growing seaweed can help slow ocean acidification.

Ocean Acidification
Ocean Acidification CO2
Ocean Acidification CO2