Another answer
Warming temperatures have long been known to be the cause of CO2 increases in the atmosphere. We know that this is due to the number one absorber of CO2 from our atmosphere (the oceans) being unable to absorb CO2 as well as the oceans warm. Typically CO2 levels always follow temperature by about 800 years.
Venus. While believed to at one point have had oceans, runaway greenhouse effect raised the temperatures to higher than those on Mercury! Carbon Dioxide is over 95% of it's atmosphere.
Earth is still in a foreseeable State of Negative Flux; Venus is probably by now homeostatic.
Both Earth and Venus have increase temperature due to a greenhouse effect. Venus has a much stronger greenhouse effect than Earth does.
Jupiter (i think)
Venus.
venus
There are no greenhouse gases on Mercury. Just a very thin atmosphere of helium and hydrogen. So it has no greenhouse effect. Its surface ranges in temperature from -270°F to 800°F (-168°C to 427°C).
EarthVenusMarsThe greenhouse effect occurs on every planet with an atmosphere (including Earth). On Venus, there is a runaway greenhouse effect causing temperatures high enough to melt lead.Mars has a greenhouse effect that is weak because of its thin atmosphere.
Venus has a very thick atmosphere of Carbon dioxide. Its average surface pressure is a crushing 93 bar, or 93 times that of Earths. Venus is the hottest planet, as it is close to the sun, but additionally, its thick arbon Dioxide atmosphere holds the heat very effectively like an oven - or greenhouse.
No. The greenhouse effect is a consequence of heat-trapping gasses.
The Greenhouse Effect.
Research has shown that the planet Venus has its atmosphere temperature increased by the greenhouse effect
Both Earth and Venus have increase temperature due to a greenhouse effect. Venus has a much stronger greenhouse effect than Earth does.
Increased temperature
The enhanced, or accelerated greenhouse effect, is the increased heat in the atmosphere. It is caused largely by humans burning fossil fuels and cutting down forests. Both these activities Lead to more carbon dioxide (a greenhouse gas) in the atmosphere.
The trapping of heat by the atmosphere of Venus is called the greenhouse effect, just as it is on Earth. Venus is the second closest planet to the sun and the temperature on the planet reaches 870 degrees Fahrenheit.
it allows solar radiation to penetrate to the surface!
The earth
The greenhouse effect warms the gases in the atmosphere.
An increase in carbon dioxide in the atmosphere results in an increased amount of carbon dioxide in the atmosphere. A decrease usually results in a decreased concentration of carbon dioxide in the atmosphere
The atmosphere. The ozone layer absorbs UV radiation, and atmosphere also controls temperature through the greenhouse effect, which allows the earth's temperature to be suitable for life. If there was no greenhouse effect then the earths average temperature would be -14oC instead of the actual 15oC.
CO2 is a greenhouse gas. The more CO2 in the atmosphere, the more greenhouse effect we will get. The greenhouse effect is when our atmosphere reflects heat trying to leave Earth back to it. We need some of this heat back, but if we get too much of the greenhouse effect, global temperatures will keep rising higher and higher.
The atmospheric gas which is increasing the greenhouse effect is Carbon Dioxide (CO2).A:Several gases cause the natural greenhouse effect that has maintained the temperature of the earth at a comfortable level, suitable for human existence. They include water vapour and carbon dioxide. What is known as the enhanced greenhouse effect is caused by the increased concentration of carbon dioxide that results from human activity. The enhanced greenhouse effect is what is causing global average temperatures to rise, with potentially serious consequences for the environment and human society. Greenhouse gases should not be thought of in the same way as layers of blankets, with one blanket for water vapour, one for carbon dioxide and so on, simply adding to each other. They do not work that way. For example, water vapour is only found in the lower atmosphere, and much heat is lost through convection currents that carry warmth to the upper atmosphere where it is the radiated and lost. Carbon dioxide in the upper atmosphere does block some of this radiation. Even in the lower atmosphere, carbon dioxide blocks infrared radiation at different wavelengths than does water vapour. So it is the increase in atmospheric carbon dioxide that has climate scientists most worried.