Greenhouse gases can stay in the atmosphere for varying lengths of time, depending on the specific gas. For instance, carbon dioxide can persist for hundreds to thousands of years, while methane has a shorter lifespan of about 12 years. Water vapor, another greenhouse gas, can stay in the atmosphere for a much shorter period, typically less than 10 days.
the names of green house gases are :- water vapour carbon dioxide methane ozone Any gas with three or more atomes is considered a green house gas. Water vapor makes up about 80% of all green house gas.
Green house effect is keeping an area warm by allowing the solar radiations to pass in but preventing long wavelength heat waves to escape due to presence od radiatively active gases and glasspanes.
No but Venus and Earth do. Venus's atmosphere is the way it is by what has been termed global warming gone mad. The enormously CO2-rich atmosphere, along with thick clouds of sulfur dioxide, generates the strongest greenhouse effect in the solar system, creating surface temperatures of over 460 °C (860 °F)
It is believed that when primitive algae flourished on an early earth, they pumped out zillions of cubic kilometres of this gas. Before them, oxygen wasn't around in the atmosphere in very large quantities. After long, long periods of time, the percentage of oxygen in the atmosphere rose. It is to these early life forms that we owe the "air" and the atmosphere that supports us now.
Such is known as its climate.
Ever since there has been an atmosphere.
greenhouse gasses in the atmosphere
As far as it is both practicable and possible the solution, as long as not reducing entry of CO2 into Our Paper-Thin Atmosphere is an option, is sequestration of these poisons.
A planet could potentially regain an atmosphere as a result of the emission of gasses from volcanoes. It is highly unlikely that much will be added to the atmosphere of Mars, as volcanic activity appears to have ceased long ago.
Long-term consequences of the Industrial Revolution on the environment can still be seen today. These consequences include deforestation, green house gasses, the climate temperature rising, the glaciers and polar ice caps melting, toxic air and soil, and polluted water.
Long-term consequences of the Industrial Revolution on the environment can still be seen today. These consequences include deforestation, green house gasses, the climate temperature rising, the glaciers and polar ice caps melting, toxic air and soil, and polluted water.
Long-term consequences of the Industrial Revolution on the environment can still be seen today. These consequences include deforestation, green house gasses, the climate temperature rising, the glaciers and polar ice caps melting, toxic air and soil, and polluted water.
Long-term consequences of the Industrial Revolution on the environment can still be seen today. These consequences include deforestation, green house gasses, the climate temperature rising, the glaciers and polar ice caps melting, toxic air and soil, and polluted water.
it is possible to live on Mars but to do this you would need an atmosphere, and to have an atmosphere you need gases. To make these gases (there have been discussions about this) you would need to build factories to give off green house gases and make an atmosphere, because Mars is extremely cold at night, then we would have to get people to Mars. This would cost billions and would take a long time to build the atmosphere.
the names of green house gases are :- water vapour carbon dioxide methane ozone Any gas with three or more atomes is considered a green house gas. Water vapor makes up about 80% of all green house gas.
No. The greenhouse effect is the process by which certain gasses, called greenhouse gasses, help to trap heat within Earth's atmosphere. This effect has been in place for as long as Earth has had an atmosphere and is necessary for life to exist. Without it, the planet would freeze over. Global warming is primarily the result of an enhanced greenhouse effect, caused by extra geenhouse gasses entering the atmosphere.
Green house effect is keeping an area warm by allowing the solar radiations to pass in but preventing long wavelength heat waves to escape due to presence od radiatively active gases and glasspanes.