The phrase "atmosphere emissions" is not correct in standard written English.
The correct term is "atmospheric emissions," which refers to pollutants released into the atmosphere.
Example: "The government has implemented new regulations to reduce atmospheric emissions from industrial sources."
Alternatives: "air emissions" or "atmospheric pollutants."
As the result, it is possible to get carbon dioxide atmosphere emissions reduction due to energy consumption reduction.
The Spectral Airglow Temperature Imager is an instrument for ground-based spectroscopic measurements of the night-glow atmosphere emissions.
The ionospheric energetic characteristics diagnostics method by means of spectrophotometric analysis of upper atmosphere emissions intensity distribution is being developed.
Serial panoramic monochromatic measuring of upper atmosphere emissions intensity from the orbit may become the main data source for such analysis.
While carbon models consider the stock of terrestrial carbon and its possible transfer to the atmosphere, emission assessment methods like LCA cannot appropriately include this.
Global warming, which is discussed separately below (see Global change), is one consequence of the increasing pollution of the atmosphere by emissions of carbon dioxide and other gases.
As best scientists can calculate, that means about one trillion tons of carbon can be burned and the gases released into the atmosphere before emissions need to fall to nearly zero.
According to the latest findings of the United Nations Intergovernmental Panel on Climate Change, in order to stabilize greenhouse gases in the atmosphere, global emissions must be reduced to at least 60percentt below 1990 levels.
Typical forecasts say that if humanity doubles the amount of carbon dioxide in the atmosphere before emissions cease, the temperature will most likely rise by about 5.4 degrees Fahrenheit, though the figure could be as low as 3.6 degrees or as high as 8.1 degrees.
The WMO's annual greenhouse gas bulletin measures concentrations in the atmosphere, not emissions on the ground.
New observations of the atmosphere's emissions at various wavelengths, particularly at the 1.3-millimeter wavelength, betray the presence of the gas for the first time.
