That's fortunate, since too
much carbon dioxide in the air will cause Earth's atmosphere to become overly warm.
Not exact matches
Although there is
much less of it
in the
air, it is 33 times more effective than
carbon dioxide at trapping heat
in the atmosphere and adding to greenhouse warming.
So
in a sense, the cleanup will cost that
much, whether it is converting hydrogen from coal or pulling
carbon dioxide from the
air.
However, a new University of Minnesota study with more than 1,000 young trees has found that plants also adjust — or acclimate — to a warmer climate and may release only one - fifth as
much additional
carbon dioxide than scientists previously believed, The study, published today
in the journal Nature, is based on a five - year project, known as «B4Warmed,» that simulated the effects of climate change on 10 boreal and temperate tree species growing
in an open -
air setting
in 48 plots
in two forests
in northern Minnesota.
Compared to power - plant emissions,
carbon dioxide in the ambient
air is
much more diffuse and harder to concentrate.
The stomata open and close depending on the amount of
carbon dioxide available
in the
air and how
much they need of it.
Since the lungs are still partially filled with
carbon dioxide (and too
much air), not as
much oxygen (
air) can get
in.
This clears the alveoli deep
in the lungs of stale
air with a high
carbon dioxide content more efficiently than trying to inhale as
much air as possible.
The analysis concluded that without
much stronger action to cut emissions both before and after 2020, «global emissions will remain on an unsustainable pathway that could lead to concentrations equal or above 550 p.p.m. [parts per million of
carbon dioxide in the
air] with the related temperature» rising 3 degrees Celsius, or 5.4 degrees Fahrenheit.
While climatologists have been closely monitoring
carbon dioxide (CO2) levels
in the atmosphere, it seems they should be focusing just as
much on what's under their feet as what's
in the
air.
You are probably also aware already that water vapor is as
much if not more of a so called greenhouse gas than
carbon dioxide is and there is a lot of evaporating ocean water on the planet not to mention clouds and high tropical humidity because hot
air provides added space
in the atmosphere for water vapor gas to become a major component of
air.
«Humans Didn't Exist the Last Time There Was This
Much CO2
in the
Air» (Eric Holthaus, Grist) «On Wednesday, scientists at the University of California
in San Diego confirmed that April's monthly average atmospheric
carbon dioxide concentration breached 410 parts per million for the first time
in our history...» More...
Specifically, the term is defined as how
much the average global surface temperature will increase if there is a doubling of greenhouse gases (expressed as
carbon dioxide equivalents)
in the
air, once the planet has had a chance to settle into a new equilibrium after the increase occurs.
As regards the reserves of fuel these would be sufficient to give at least ten times as
much carbon dioxide as there is
in the
air at present.