Does Heavy Snowfall Season Help Reduce CO₂ Concentration in the Air? | CBCGDF Climate Change Working Group
During the heavy snowfall season, there are several factors that might suggest a potential impact on the concentration of carbon dioxide (CO₂) in the air. Snow is formed from water vapor in the atmosphere. When snowflakes form, they can act as a sort of "scrubber" for certain particles and gases.
One way is through the physical process. As snowflakes fall, they can trap small particles and some gases, including CO₂, on their surfaces. Once the snow accumulates on the ground, it can hold these substances for a period. However, the amount of CO₂ that can be removed in this way is relatively small compared to the overall global emissions.
Another aspect is related to the biological activities during the snowfall season. Cold temperatures may slow down the decomposition of organic matter, which is a source of CO₂ release. But at the same time, reduced plant activity due to cold and snow cover also means less photosynthesis, which is a major process for removing CO₂ from the air.
While the heavy snowfall season may have some minor and complex effects on CO₂ concentration, it is not a significant factor in reducing the overall high levels of CO₂ in the atmosphere. Other large - scale measures such as reducing fossil fuel combustion are still crucial for addressing the CO₂ problem.
Translator: Richard
Checked by Sara
Editor: Richard
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