As climate change affects forests, they'll store
less carbon dioxide because drought stresses them and hinders their ability to grow, making man - made global warming even worse.
Not exact matches
As with
carbon dioxide emission rankings,
less developed nations tend to score better on electricity consumption
because access to electrical power is not as widely available.
That is
because more than 80 percent of their industrial waste is
carbon dioxide; by contrast, the figure is
less than 20 percent in the power plants, said Wang Yongsheng, engineer of Shenhua's
carbon capture and storage project.
Because there is no combustion, fuel cells run extremely cleanly: Their emissions are just water and
carbon dioxide, and they produce
less than half as much CO2 per kilowatt - hour as do traditional power plants.
But the aged drink had lost much of its fizz, containing much
less carbon dioxide than modern champagne, likely
because it had diffused out through the cork during its centuries under the sea.
«But the energy costs would be lower
because you'd need
less to remove the
carbon dioxide.»
That's a huge boon to humanity,
because the more
carbon dioxide a landscape can store, the
less will be left as a greenhouse gas that drives planetary warming.
That was
because their warming effect is
less straightforward than for
carbon dioxide.
«
Because the
carbon dioxide levels fluctuate greatly due to the flow conditions in the fjord, organisms may be adapted to elevated levels and suffer
less than their counterparts in other waters», the biologist supposes.
While larger planets could have sufficient gravity to attract a massive hydrogen - helium atmosphere, smaller planets — like Mars or Mercury that have
less than half the Earth's mass — located in or near their star's habitable zone may lose their initial life - supporting atmosphere
because of low gravity and / or the lack of plate tectonics needed to recycle heat - retaining
carbon dioxide gas back into the atmosphere (Kasting et al, 1993).
Because everyone in this global community will be affected by climate change, it will be for our own benefit if we manage to reduce
carbon dioxide emissions in such a way that global warming is limited to
less than 2 degrees Celsius», says Prof. Ulf Riebesell, marine biologist at GEOMAR Helmholtz Centre for Ocean Research Kiel and coordinator of BIOACID.
But
because they are released in tiny traces, they currently contribute
less than 1 percent of the climate - warming effect from human - generated
carbon dioxide.
Nevertheless, global temperatures were
less then than they were in 2015 — and that is
because background heating caused by increasing
carbon dioxide levels in the atmosphere are higher today than they were in 1997 - 98.»
Because the day's heat takes longer on average to pass through all those layers than it did when there was
less carbon dioxide, Earth's average temperature has gone up.
John Sterman, a professor at the MIT Sloan School of Management, published a paper earlier this year that argued burning pellets would release more
carbon dioxide than coal in the short term
because it was a
less efficient source of energy.
And in fact when you look at the scientific literature, it's an interesting disconnect
because the modelers who study emissions and how to control those emissions are generally much more comfortable setting goals in terms of
carbon dioxide and other greenhouse gas concentrations
because that comes more or
less directly out of their models and is much more proximate or more closely connected to what humans actually do to screw up the climate in the first place, which is emit these greenhouse gases.
Until then, it would appear that it is your assertion that the
carbon dioxide filled bottle heated faster and become hotter than the air filled bottle
because the
carbon dioxide has a higher mass than does air, i.e., «Much smaller mass means they can hold much
less heat, just as a smaller cup holds
less boiling water.»
Even Obama administration officials have said gas was a «bridge fuel» to a green energy economy
because it emits
less carbon dioxide than coal when burned for power.
The rise of shale gas has had an environmental benefit as well — greatly reduced
carbon dioxide emissions,
because generating electricity by burning natural gas emits
less than half as much
carbon dioxide as burning coal.
As the temperature increased in the past, oceans also released more
carbon dioxide because warm water holds
less carbon dioxide than cold water.
In a natural deglaciation, temperature rise does indeed precede
carbon dioxide increase,
because warmer water holds
less CO2 and it bubbles out of the ocean.