But volcanoes were still spewing into
the atmosphere large amounts of carbon from recycled oceanic crust.
Not exact matches
But by stopping the destruction
of mature (old - growth) forests, we prevent a huge
amount of carbon from going into the
atmosphere, and by promoting Earth - friendly planting and management
of young forests, we absorb
large amounts of atmospheric
carbon.
With Arctic temperatures warming twice as fast as the global average, scientists estimate thawing permafrost could release
large amounts of carbon into the
atmosphere through the end
of the century with significant climate impacts.
[3] Given the
large amount of heavy elements in WASP - 39b's
atmosphere, Wakeford and her team predict that
carbon dioxide will be the dominant form
of carbon.
If damaged, they would stop capturing
carbon dioxide and a
large amount of it could be released into the
atmosphere by decomposing vegetation
Consequently,
large amounts of carbon have been emitted into the
atmosphere in the form
of CO2 contributing to global warming.
The authors found that when trees are exposed to drought, not only are climate - stressed trees less likely to take in as much
carbon, but when they die, they release
large amounts of stored
carbon into the
atmosphere.
Moreover, it would itself involve the expenditure
of large amounts of energy and thus the emission
of additional
carbon dioxide into the
atmosphere.
If
large amounts of undecayed matter were to defrost, decompose and release methane and
carbon dioxide into the
atmosphere, the impact on global temperatures would most likely be enormous.
In other words, even if the world ran on
carbon - free energy and we stopped deforestation, temperatures could only be lowered by removing
large amounts of CO2 from the
atmosphere.
Burning biomass for energy releases
large amounts of carbon into the
atmosphere all at once.
Salt marshes, such as this one in the Waquoit Bay National Estuarine Research Reserve in East Falmouth, Massachusetts, capture and store
large amounts of carbon dioxide from the
atmosphere every year.
Humans keep adding
large amounts of greenhouse gases to the
atmosphere, among them
carbon dioxide (CO2), the most important human - made greenhouse gas.
Soils are the
largest land - based reservoir
of organic
carbon on the planet, storing around 1,500 billion metric tons
of organic
carbon — about twice the
amount of carbon in the
atmosphere.
Ocean microbes produce at least fifty percent
of the oxygen in our
atmosphere while removing
large amounts of carbon dioxide.
Changes in permafrost could cause significant impacts — for example, by causing erosion that damages buildings, roads, or other infrastructure, by causing shifts in ecosystems, and by contributing
large amounts of carbon to the
atmosphere.
As humans release ever -
larger amounts of carbon dioxide into the
atmosphere, besides warming the planet, the gas is also turning the world's oceans more acidic — at rates thought to far exceed those seen during past major extinctions
of life.
Report confirms that negative emission technologies (NETs) offer only «limited realistic potential» to remove
large amounts of carbon dioxide from the
atmosphere and not at the scale envisaged in some climate scenarios.
The world's oceans came close to an acidic catastrophe one other time about 55 million years ago, when the temperature
of the Earth spiked and
large amounts of methane and / or
carbon dioxide flooded the
atmosphere.
The general consensus among scientists is that the young Earth's
atmosphere contained much
larger quantities
of greenhouse gases (such as
carbon dioxide and / or ammonia) than are present today, which trapped enough heat to compensate for the lesser
amount of solar energy reaching the planet.
No matter what other factors affect temperature, the addition
of large amounts of carbon dioxide to the
atmosphere - ocean system will produce
large negative effects.
Thus, would you rather have some
of your money going toward the makers
of high - efficiency vehicles, many (or at least some)
of which should be in the U.S., helping to create or preserve jobs in the U.S, by making these shifts, and all - the - while helping to reduce
carbon dioxide emissions and protect the climate; OR would you rather continue to have much more
of your money going to ExxonMobil and to overseas providers
of oil, all - the - while continuing to pour
larger amounts of carbon dioxide into the
atmosphere?
But the
amount of carbon required to achieve an
atmosphere of -20 o / oo with organic matter is prohibitively
large.
There is wide agreement among scientists that inadequate funds are going to basic research in such fields as capturing
carbon dioxide from smokestacks or the
atmosphere, advancing photovoltaic cells and other solar power systems, finding ways to store
large amounts of electricity from intermittent sources like wind or the sun, and making nuclear power more secure.
For a 1.5 - degree goal,
large - scale negative emissions activity would need to begin soon, before 2030, and expand rapidly, so that by 2050 or sooner the
amount of carbon sucked out
of the
atmosphere would have to exceed the
amount emitted into it from fossil fuel burning.
The production
of cement involves a chemical reaction responsible for a surprisingly
large amount of carbon dioxide in the
atmosphere every year.
The significance
of these restraints should be considered by the deniers when they assert that the
amount of carbon dioxide dissolved in the oceans is so
large that exchanges between the ocean and the
atmosphere dwarf human production.
When tropical forests are cut down for palm oil,
large amounts of carbon are released into the
atmosphere, accelerating global warming.
Most deforestation is done to provide cleared land for agriculture, but the cutting down
of trees and the planting
of crops releases
large amounts of carbon dioxide into the
atmosphere, which adds to global warming, the researchers said.
«The fact that the earth's
atmosphere can not safely absorb the
amount of carbon we are pumping into it is a symptom
of a much
larger crisis, one born
of the central fiction on which our economic model is based: that nature is limitless, that we will always be able to find more
of what we need, and that if something runs out it can be seamlessly replaced by another resource that we can endlessly extract.»
Higher abundance
of phytoplankton and krill attracts other forms
of sea life and may help offset climate change by absorbing
larger amounts of carbon dioxide from the
atmosphere.
Ocean acidification occurs when the ocean absorbs
large amounts of the
carbon dioxide released into the
atmosphere as a result
of the burning
of fossil fuels.
Coastal marshes absorb and store
large amounts of carbon dioxide from Earth's
atmosphere; they help filter out pollution in coastal waters; provide habitat for wildlife; help protect coastlines from erosion and storm surge; and can store huge
amounts of floodwater, reducing the threat
of flooding in low - lying coastal areas.
Although the natural fluxes
of carbon dioxide into and out
of the
atmosphere are still more than ten times
larger than the
amount that humans put in every year by burning fossil fuels, the human addition matters disproportionately because it unbalances those natural flows.
Humans are the main cause
of climate change because were the one who burn fossil fuels that contribute
large amount which releases
carbon dioxide gas to the
atmosphere and clear trees that absorb
carbon dioxide, sending heat trapping gases into the
atmosphere.
As a result, the new model found that the increase in
carbon uptake by more vegetation will be overshadowed by a much
larger amount of carbon released into the
atmosphere.
I do know a few things about basic physics and the greenhouse effect, so dumping
large amounts of carbon dioxide into the
atmosphere strikes me as unwise.
Note that the gross
amounts of carbon annually exchanged between the ocean and
atmosphere, and between the land and
atmosphere, represent a sizeable fraction
of the atmospheric CO2 content and are many times
larger than the total anthropogenic CO2 input.
Large amounts of carbon are currently locked in the vast biomass
of the tropical rain forests, and so kept out
of the
atmosphere.
Ocean waters globally have become 30 % more acidic due to absorption
of large amounts of human - produced
carbon dioxide (CO2) from the
atmosphere.
Fairbanks, AK - Scientists have long believed melting permafrost emits
large amounts of carbon - rich greenhouse gases like methane and
carbon dioxide to the
atmosphere resulting in a warming climate.
There are indications that
large regions
of the permafrost in parts
of Alaska and other northern polar areas are already thawing, with the potential to release massive
amounts of carbon into the
atmosphere beyond those being directly added by human activity.
Over the past century, human activities have released
large amounts of carbon dioxide and other greenhouse gases into the
atmosphere.
... some researchers think that by seeding the ocean with iron, we can capture
large amounts of carbon dioxide gas from the
atmosphere.
After all, every reliable form
of data we have shows that there is a very, very
large amount of carbon dioxide in the
atmosphere, far more than usual.
According to a new study
of 28,000 measurements collected between 2000 and 2006 and analyzed by NOAA's CarbonTracker system, only about a third
of the
carbon dioxide is absorbed by
carbon sinks such as the soil and forests; a
large portion
of it ends up in the
atmosphere - but that still leaves a significant
amount unaccounted for.Interestingly, the CarbonTracker found
carbon emissions to be highest in the Midwest; that single region released more
carbon dioxide than any other country - except Russia, China, India and,
of course, the U.S.
Carbon dioxide was found to be most readily absorbed east
of the Rocky Mountains and in northern Canada.
It is no secret that increased solar irradiance warms Earth's oceans, which then triggers the emission
of large amounts of carbon dioxide into the
atmosphere (italics added.)
Perhaps more ominously yet, the possibility exists that thawing Arctic permafrost — known to contain huge
amounts of carbon — could release
large amounts of methane and
carbon dioxide into the
atmosphere.
As soon as any tree, especially the most profitable
large ones, is harvested the
carbon it contains is released back into the
atmosphere very quickly and will not be removed again until the same
amount of tree mass regrows.
Around the turn
of the twenty - first century, these disturbances released
large amounts of carbon to the
atmosphere, possibly transforming Canada's boreal forests from a
carbon sink, pulling
carbon dioxide from the air and storing it, to a
carbon source.