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What stage of atmospheric evolution is characterized by conditions rich in water vapor and carbon dioxide?
The stage of atmospheric evolution characterized by conditions rich in water vapor and carbon dioxide is often referred to as the "early atmosphere" or "primitive atmosphere." This phase occurred shortly after the Earth formed, when volcanic outgassing and the release of gases from the planet's interior filled the atmosphere with water vapor, carbon dioxide, and other gases. This thick, greenhouse gas-rich atmosphere played a crucial role in shaping the planet's climate and facilitating the eventual formation of oceans. As the Earth cooled, water vapor condensed to form liquid water, leading to the development of stable bodies of water and a shift in atmospheric composition.
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What is an increase in the atmospheric levels of carbon dioxide is the biggest contributor?
An increase in the atmospheric levels of carbon dioxide is the biggest contributor to global warming.
What are large amounts of atmospheric carbon dioxide absorbed by?
The ocean absorbs large amounts of atmospheric carbon dioxide, and is acidified thereby.
Which increase in atmospheric carbon dioxide contributes to global climate change?
Any increase in atmospheric carbon dioxide contributes to global climate change.
An increase in the atmospheric levels of carbon dioxide is the biggest contributor to What?
An increase in the atmospheric levels of carbon dioxide is the biggest contributor to global warming.
What is the dominate atmospheric gas on mars?
The dominant atmospheric gas on Mars is carbon dioxide (CO2), making up about 95% of the planet's atmosphere.
Which stage of atmospheric evolution is characterized by conditions rich in water vapor and carbon dioxide?
The stage characterized by rich water vapor and carbon dioxide is the early atmosphere stage. During this period, the earth's atmosphere was composed mainly of these two gases, along with other gases like nitrogen and methane, due to volcanic activity and meteorite impacts.
Carbon dioxide in atmospheric air amounts to about?
Carbondioxde in atmospheric air amount to about 0.04%.
What has the author A M Campbell written?
A. M. Campbell has written: 'Emission inventory of atmospheric sulphur dioxide and nitrogen dioxide pollutants within the Province of Manitoba for 1981 and 1982' -- subject(s): Atmospheric nitrogen dioxide, Atmospheric sulphur dioxide, Environmental aspects of Atmospheric nitrogen dioxide, Environmental aspects of Atmospheric sulphur dioxide, Environmental aspects of Factory and trade waste, Environmental chemistry, Factory and trade waste
What Large amounts of atmospheric carbon dioxide are absorbed by what?
The ocean absorbs large amounts of atmospheric carbon dioxide, and is acidified thereby.
What is the relationship between the rise of ocean temperatures and the rise in the level of atmospheric carbon dioxide?
The relationship between the rise of ocean temperatures and the rise in the level of atmospheric carbon dioxide is that when there is a rise in atmospheric carbon dioxide the warmer the temperature of the ocean is
What is an increase in the atmospheric levels of carbon dioxide is the biggest contributor?
An increase in the atmospheric levels of carbon dioxide is the biggest contributor to global warming.
What are large amounts of atmospheric carbon dioxide absorbed by?
The ocean absorbs large amounts of atmospheric carbon dioxide, and is acidified thereby.
What is Venuses atmospheric made of?
carbon dioxide
Which increase in atmospheric carbon dioxide contributes to global climate change?
Any increase in atmospheric carbon dioxide contributes to global climate change.
Starting billions of years ago algae lowered the levels in the atmosphere?
Carbon Dioxide
An increase in the atmospheric levels of carbon dioxide is the biggest contributor to What?
An increase in the atmospheric levels of carbon dioxide is the biggest contributor to global warming.
What is the dominate atmospheric gas on mars?
The dominant atmospheric gas on Mars is carbon dioxide (CO2), making up about 95% of the planet's atmosphere.
