Examples of 'atmospheric carbon' in a sentence
Meaning of "atmospheric carbon"
Atmospheric carbon refers to carbon dioxide (CO2) and other carbon-containing gases present in the Earth's atmosphere. These gases play a crucial role in the greenhouse effect and influence Earth's climate. The phrase is often used in discussions related to climate change, global warming, and the impact of human activities on the environment
How to use "atmospheric carbon" in a sentence
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atmospheric carbon
Environmental effects of increased atmospheric carbon dioxide.
Increase in atmospheric carbon dioxice concentration.
It has adverse impacts on biosequestration of atmospheric carbon dioxide.
Wood binds atmospheric carbon dioxide while it is growing.
O reduced greenhouse gases through sequestration of atmospheric carbon.
Variations of atmospheric carbon dioxide concentrations.
Ecosystems as sinks and reservoirs for atmospheric carbon.
Increases in atmospheric carbon dioxide produce many beneficial.
Agricultural soils are currently a net source of atmospheric carbon dioxide.
The drop in atmospheric carbon caused additional cooling.
A critical consequence of this process is increased atmospheric carbon emissions.
Atmospheric carbon plays an important role in the greenhouse effect.
Predicting future concentrations of atmospheric carbon dioxide is very difficult.
Elevated atmospheric carbon dioxide effects plants in a variety of ways.
Plants obtain their carbon from atmospheric carbon dioxide.
See also
Increase in atmospheric carbon dioxide means increase in global temperature.
Ocean acidification results from increases in atmospheric carbon dioxide.
Trees store atmospheric carbon in their wood using photosynthesis.
The region is a large sink for atmospheric carbon dioxide.
Atmospheric carbon is absorbed by the.
A marked change in atmospheric carbon.
Atmospheric carbon dioxide is utilized by plants to make organic molecules.
Slow growing trees incorporate atmospheric carbon for decades.
The atmospheric carbon dioxide concentration was much higher than today.
Forest mitigates climate change by accumulating atmospheric carbon to biomass.
Drawing down excess atmospheric carbon by sequestering it in the soil.
It will be a key component of global efforts to drawdown atmospheric carbon.
Levels of atmospheric carbon dioxide.
Forest and plant growth is a major process to sequester atmospheric carbon.
Forests continue to absorb atmospheric carbon for centuries if left undisturbed.
Worldwide deposition of dolomite might have reduced atmospheric carbon dioxide.
Relationship between atmospheric carbon dioxide levels and temperature change.
The tropics take a major role in reducing atmospheric carbon dioxide.
Atmospheric carbon dioxide was fourteen to sixteen times more plentiful than it is today.
The basic trend is an increase in atmospheric carbon dioxide levels.
A doubling of atmospheric carbon dioxide amounts is expected to occur within this century.
The next step would be follow on atmospheric carbon capture.
A marked change in atmospheric carbon has always been incompatible with a stable earth.
During this stage glucose is generated using atmospheric carbon dioxide.
Atmospheric carbon dioxide produce many beneficial effects upon the natural.
Sequestration of atmospheric carbon.
This is because of its role in maintaining biodiversity and storing atmospheric carbon.
Describe recent patterns and trends in atmospheric carbon dioxide concentrations.
Rising atmospheric carbon dioxide concentrations may have important consequences for forest ecosystems.
Earthworms have a great impact on soil and atmospheric carbon levels.
Increased levels of atmospheric carbon dioxide produced by the use of fossil fuels.
None of these power sources result in changes in atmospheric carbon dioxide.
We saw a large release of atmospheric carbon dioxide to the air from the vegetation.
All of the carbon in our bodies originates as atmospheric carbon dioxide.
Sequestering the atmospheric carbon would likely solve the temperature problem as well.
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