Effect Greenhouse

The carbon found in the natural environment in many ways. It is in the air as carbon dioxide, and contributes to the greenhouse effect and global warming. Efforts were being made to reduce the amount of carbon dioxide in the atmosphere to counteract this effect. Carbon is a basic component of life and a form of stored energy. Burning fossil fuels for energy (combustion), the carbon is released aqi carbon cycle begins. Compounds of carbon moves through plants and animals, air, Ocean and land. The carbon present in the air as carbon dioxide contributes to the greenhouse effect, the effects of climate change and global warming. The carbon cycle describes both natural and artificial processes for the capture and the long-term storage of carbon being used to combat global warming.

Follow the links below to learn about the cycle of carbon, the greenhouse effect, and the ways of reduce carbon dioxide emissions. The atmosphere is composed of many different gases. Various gases have the ability to reflect the Sun’s energy that radiates from the Earth to the Earth in the form of heat. Gases with this ability are known as greenhouse greenhouse (GHG). The main GHGS are the steam, carbon dioxide, methane and nitrous oxide. Without a certain level of GHG in the atmosphere, the Earth would be much colder than it is and life on this planet would be very different. Greenhouse gases occur naturally or by human activity. Most scientists believe that the increase in greenhouse gases are generated by man, in particular; why the relatively rapid increase in concentrations of carbon dioxide goes beyond what is considered a normal or natural, level which is the main cause of what is currently observed as global warming.

Global warming can be defined as a long-term increase in the average temperature of the surface near the Earth’s atmosphere. The main reason for the large increase in the concentrations of carbon dioxide in the atmosphere over the past hundred years is the increasing use of fossil fuels, which release significant amounts of carbon dioxide when they are burned. Another cause for the increase are changes in land use, such as the exploitation of the forests in the Tropics (because harvested trees are no longer available to absorb carbon dioxide) or intensive agricultural practices that can lead to loss of soil carbon. Original author and source of the article