scispace - formally typeset
Search or ask a question

Which gas is Premier League responsible for causing the greenhouse effect? 

Answers from top 16 papers

More filters
Papers (16)Insight
On the other hand, we find that greenhouse gas forcings might have had a temporary effect on global temperature.
This change in extreme events is attributed to enhancement of the hydrologic cycle caused by increased greenhouse gas concentrations.
This cooling reduces significantly the greenhouse effect due to the presence of chlorofluoromethanes.
We suggest that the most likely explanation for this recent trend is anthropogenic greenhouse gas (GHG) forcing.
With the total aerosol forcing diminishing in response to air pollution control measures taking effect, warming from increased greenhouse gas concentrations can potentially increase at a very rapid rate.
This can cause malodours and contribute to the greenhouse effect.
The primary cause of this phenomenon is the release of the greenhouse gases by burning of fossil fuels, land cleaning, agriculture, among others, leading to the increase of the so-called greenhouse effect.
The findings have implications for policies on greenhouse effect gas emissions.
The net effect is lower greenhouse gas emissions.
Recent studies have suggested that the resultant decrease in aerosols could drive rapid near-term warming, which could dominate the effects of greenhouse gas (GHG) increases in the coming decades.
Furthermore, it was suggested that half of the warming trend due to rising greenhouse gas concentrations is canceled out by other factors, predominantly aerosol cooling.
This paper suggests that the contribution of cities to global anthropogenic greenhouse gas emissions is often overstated.
It is likely that, worldwide, less than half of all anthropogenic greenhouse gas emissions are generated within city boundaries.
This explains why the aerosol-induced effect is an increase of rainfall over NWA, and the greenhouse gas-induced effect is of opposite sign.
This suggests a limit on the use of global greenhouse gas inventories when applied to urban areas.
The elevated greenhouse gas concentrations found in “polluted” air masses provide clear evidence for the presence of substantial emission sources in Europe.