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Organisms which use the photosynthesis process are part of a large natural process called the Carbon Cycle. Important elements are vegetation and trees and the world's oceans. Not only do these emit carbon dioxide (a known greenhouse gas) to the air, they also capture it again (trees and plants because they need it for their photosynthesis processes) from the air.
This way the amount of carbon dioxide in the earth's atmosphere is left more or less stable.
But humans also emit carbon dioxide (mainly by burning fossil fuels like oil, natural gas and coal) which puts additional amounts of carbon dioxide into the atmosphere. However, unlike trees, plants and oceans, we do not remove carbon dioxide from the air so eventually, the total amount of carbon dioxide in the air goes up and thus create the greenhouse effect.
At present the natural Carbon Cycle already captures about 40% of human emitted carbon dioxide yet there are strong indications it cannot capture more (ie, increased ocean acidification due to high levels of carbon dioxide being absorbed).
Could natural organisms be used to counter the greenhouse effect further?
Possibly. But one has to remember that at present it is impossible to 'destroy' carbon dioxide. When such an organism dies, the carbon dioxide is eventually released back into the atmosphere.
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Photosyntheic organisms may counter the greenhouse effect by?
By removing carbon dioxide (CO2) from the atmosphere through photosynthesis.
How might the photosynthetic organisms counter the greenhouse effect?
Photosynthetic organisms counter the greenhouse effect. This is because plants use carbon dioxide and turns it into oxygen instead. Carbon dioxide is causing the greenhouse effect.
Photosynthetic organisms may counter greenhouse effect by?
storing CO2 even after they are dead
Why is photosynthesis the only process that can combat the greenhouse effect?
The greenhouse effect does not have to be combatted, as it usefully keeps the earth warm. But we have to stop the enhanced (or accelerated) greenhouse effect which is causing global warming. The only process that can combat the enhanced greenhouse effect is photosynthesis, trees and plants remove carbon dioxide from the atmosphere.
Why is the greenhouse essential for life on earth?
The greenhouse effect is essential for life on earth because organisms must be kept at a warm enough temperature to grow. Without the greenhouse effect organisms wouldn't be warm enough.
Plants counteract the greenhouse effect by removing what during photosynthesis.?
Plants counteract the greenhouse effect by removing carbon dioxide during photosynthesis. This process helps to reduce the amount of greenhouse gases in the atmosphere, mitigating global warming and climate change.
What happens to much of the CO2 released by organisms into the air?
Much of the CO2 released by organisms into the air is absorbed by oceans, plants, and soil through the process of photosynthesis. Some CO2 also contributes to the greenhouse effect, leading to global warming.
How does greenhouse effect the organisms that live in the ecosystems?
The greenhouse effect can impact organisms in ecosystems by increasing temperatures, altering precipitation patterns, and changing habitats. Some organisms may struggle to adapt to these changes, leading to shifts in species distribution, disruptions to food webs, and potential extinctions. Overall, the greenhouse effect can pose significant challenges to the survival and well-being of many species in ecosystems.
How does photosynthesis moderate the greenhouse effect?
As far as CO2 is involved, Photosynthesis is by far and away the Best method of carbon capture and STORAGE [within Earth's Soil] that We Possess; and this [as well as any, every and all forms of ] Removal of CO2 from Our paper thin Atmosphere is what We Desire Most.
Photosynthetic organisms may counter the greenhouse effect by?
Organisms which use the photosynthesis process are part of a large natural process called the Carbon Cycle. Important elements are vegetation and trees and the world's oceans. Not only do these emit carbon dioxide (a known greenhouse gas) to the air, they also capture it again (trees and plants because they need it for their photosynthesis processes) from the air. This way the amount of carbon dioxide in the earth's atmosphere is left more or less stable. But humans also emit carbon dioxide (mainly by burning fossil fuels like oil, natural gas and coal) which puts additional amounts of carbon dioxide into the atmosphere. However, unlike trees, plants and oceans, we do not remove carbon dioxide from the air so eventually, the total amount of carbon dioxide in the air goes up and thus create the greenhouse effect. At present the natural Carbon Cycle already captures about 40% of human emitted carbon dioxide yet there are strong indications it cannot capture more (ie, increased ocean acidification due to high levels of carbon dioxide being absorbed). Could natural organisms be used to counter the greenhouse effect further? Possibly. But one has to remember that at present it is impossible to 'destroy' carbon dioxide. When such an organism dies, the carbon dioxide is eventually released back into the atmosphere.
How is the greenhouse effect related to photosynthesis?
The only relation there is between the two is carbon dioxide (CO2). Carbon dioxide is a greenhouse gas. Too much of it in the atmosphere causes the 'greenhouse effect' whereby the earth warms. In the photosynthesis process CO2 is captured from the atmosphere and, with the help of sunlight (and water in the case of plants) turned into organic compounds. A waste product of this process is oxygen.
How does photosynthesis in plants affect the carbon cycle?
During photosynthesis, plants take in carbon dioxide from the atmosphere and convert it into glucose through the process of photosynthesis. This helps to remove carbon dioxide from the atmosphere, reducing the overall levels of CO2 and thereby mitigating the greenhouse effect and global warming. Additionally, plants release oxygen as a byproduct of photosynthesis, which is essential for the respiration of animals and other organisms.
