The phrase "atmosphere mitigation" is correct and usable in written English.
It can be used in discussions related to environmental science, climate change, or strategies aimed at reducing atmospheric pollutants or greenhouse gases.
Example: "The government has implemented several policies focused on atmosphere mitigation to combat climate change and improve air quality."
Alternatives: "air quality improvement" or "climate impact reduction".
If emissions from unmanaged forests, peatland or permafrost C (positive feedback) use up some of the remaining "allowance" for C emissions to the atmosphere [45], then mitigation efforts in all other sectors have to increase to meet the global CO2 reduction targets.
On the other hand, both countries have played an important role on the expansion of renewable energy infrastructure and – considering that large portions of their territories present high levels of "Direct Normal Irradiation" (DNI) – CSP technologies might have figured as an important strategy for the mitigation of atmosphere pollution and global warming.
The long persistence of these gases in the atmosphere means that current mitigation activities (or lack of them) will have consequences for all natural and human systems over coming decades and centuries.
The purpose of Carbon Capture and Storage (CCS) is to reduce emissions of greenhouse gases to the atmosphere as a climate change mitigation activity.
"Because of methane's high global warming potential and short lifetime in the atmosphere compared to CO2, its mitigation offers the possibility to slow climate change efficiently in a shorter time horizon," the study argues.
The regional contrast has important implications for reforestation in climate change mitigation by sequestering atmospheric CO2 or/and reflecting shortwave ration (sunlight) to the atmosphere.
We have added tons more CO2 into the atmosphere these last eight years, without any mitigation effort.
After all, the ultimate objective of the protest against fossil fuels is the mitigation of carbon in the atmosphere rather than the closure of carbon suppliers.
Capturing and storing the greenhouse gas carbon dioxide produced by power plants and chemical production plants before it is emitted to the atmosphere will play a major role in mitigation climate change.
Increased plant biomass above and below ground as well as higher organic matter content in soils through P. juliflora invasion can contribute to capturing CO2 from the atmosphere, which is important for climate change mitigation (Hasen-Yusuf et al. 2013).
