ozone layer helps the UV to block. Otherwise they may cause huge loss.
Greenhouse gases include carbon dioxide, water molecules and dust in the atmosphere . It affects the climate of a region by absorbing solar radiation from the sun and keeping in the heat, which warms the climate. (Kind of like a plant greenhouse. It keeps in the heat.)
Yes ! Since the industrial revolution - we have been pumping billions of tonnes of pollutants into the atmosphere. Atmospheric pollution disrupts the Earth's natural heating & cooling cycle,
The greenhouse effect is the way the greenhouse gases (water vapour, carbon dioxide, methane etc) in the atmosphere trap the sun's heat to keep the planet warm. This effect is supported by the water and carbon cycles of the earth, and has been going on since life began.Global Warming is the warming of the earth during the past 200 years but especially since about 1970. Man discovered and started burning fossil fuels (coal, oil and natural gas) which releases carbon dioxide into the atmosphere that had been hidden away for millions of years. This extra CO2 is disrupting the natural greenhouse effect and is causing the enhanced greenhouse effect.It is this enhanced, or accelerated, greenhouse effect that is responsible for global warming.A:Global warming, as the word has been used in recent years, is an increase in average temperature of the earth due to an increase of greenhouse gases. Greenhouse gasses are gases that trap a great deal of heat. These include CO2 and Methane. Anthropogenic global warming is a certain type of global warming caused by human production of greenhouse gases through the burning of fossil fuels and by deforestation.The Greenhouse effect is the phenomenon of heat from the sun being trapped by greenhouse gases in Earth's atmosphere.
The major natural greenhouse gases arecarbon dioxidemethaneozoneOther greenhouse gases include, but are not limited to,nitrous oxidesulfur hexafluoridehydrofluorocarbonsperfluorocarbonschlorofluorocarbons (see IPCC list of greenhouse gases)
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.
Greenhouse gasses are gases in the atmosphere that absorb, and that emit radiation within the thermal infrared range. Greenhouse Gases in the atmosphere include water vapor, carbon dioxide, methane, and nitrous oxide.
The composition of the sun's atmosphere is mainly made up of gases. Some of the principal gases include hydrogen and calcium among other smaller components.
The composition of the sun's atmosphere is mainly made up of gases. Some of the principal gases include hydrogen and calcium among other smaller components.
The composition of the sun's atmosphere is mainly made up of gases. Some of the principal gases include hydrogen and calcium among other smaller components.
The composition of the sun's atmosphere is mainly made up of gases. Some of the principal gases include hydrogen and calcium among other smaller components.
Carbon dioxide
Human activities can alter the atmosphere because of greenhouse gasses and aerosols. The greenhouse gasses that are released due to human activities include methane, nitrous oxide, halocarbons, and carbon dioxide.
A greenhouse gas is a gas (with at least three atoms) that traps heat inside the earth's atmosphere. Greenhouse gases include carbon dioxide and methane. It is important that some heat is trapped inside our atmosphere - otherwise the earth would freeze. But too much heat has a negative impact on the climate.
That means that due to the presence of an atmosphere, and specific gases in the atmosphere, the average temperature on the planet is higher than it would have without an atmosphere - or without specific gases. Greenhouse gases, that increase the average temperature, include carbon dioxide (CO2) and methane (CH4).
Greenhouse gases include carbon dioxide, water molecules and dust in the atmosphere . It affects the climate of a region by absorbing solar radiation from the sun and keeping in the heat, which warms the climate. (Kind of like a plant greenhouse. It keeps in the heat.)
Greenhouse gases are what allows life to exist on this planet. They warm the planet by some 20 degrees C. Without these gases we would be very cold and no life would exist. The primary greenhouse gas is water vapor, making up anywhere from 70 to 90% of all greenhouse gas. Second in line is CO2 which makes up 5 to 25% of the greenhouse gas and almost 0.04% of the total atmosphere. Man produces about 5% of this gas, the rest is natural. Other gases include almost any gas with three or more atoms. This does include ozone, which is also vital for life on the planet.
The greenhouse effect refers to the change in the thermal equilibrium temperature of a planet or moon by the presence of an atmosphere containing gas that absorbs and emits infrared radiation. Greenhouse gases, which include water vapor, carbon dioxide and methane, warm the atmosphere by efficiently absorbing thermal infrared radiation emitted by the Earth's surface, by the atmosphere itself, and by clouds. As a result of its warmth, the atmosphere also radiates thermal infrared in all directions, including downward to the Earth's surface. Thus, greenhouse gases trap heat within the surface-troposphere system.