Forests, particularly tropical rainforests, absorb the most CO2 due to their dense canopies and diverse plant life. Trees, especially large ones like sequoias and oaks, are highly effective at sequestering carbon through the process of photosynthesis. Additionally, certain types of grasslands and wetlands also play significant roles in carbon capture, but forests remain the most significant contributors on a global scale.
The plant that absorbs the most CO2 from the atmosphere is the tropical rainforest.
The tree species that absorbs the most CO2 from the atmosphere is the Australian Eucalyptus tree.
It absorbs all the Co2 and gives out oxigen
The plant species that absorbs the most CO2 from the atmosphere is the tropical rainforest trees, such as the Amazon rainforest trees.
The burning of vegetation releases stored carbon dioxide (CO2) into the atmosphere, significantly increasing CO2 levels and contributing to climate change. Additionally, the loss of plants means a decrease in photosynthesis, which normally absorbs CO2 and produces oxygen, further exacerbating the rise in atmospheric CO2. The removal of vegetation directly reduces the amount of oxygen generated, leading to lower oxygen levels over time as fewer plants are available to perform photosynthesis.
Almost all of them.
The ocean removes carbon dioxide (CO2) from the atmosphere as part of the carbon cycle. This carbon recycles round and returns to the atmosphere again.Trees, forests and all growing vegetation remove CO2 from the atmosphere, release the oxygen, and store the carbon. If it is a long living tree, it can store that carbon for hundreds of years.
some, but much less than the amount it absorbs. Also, as an alternative to fertilizer, it reduces co2 (fertilizer production admits a lot of co2)
MDEA (methyl diethanolamine) absorbs H2S and CO2 through physical and chemical absorption processes. In physical absorption, H2S and CO2 are dissolved in the MDEA solution due to their solubility in the solvent. In chemical absorption, the H2S and CO2 react with MDEA to form stable compounds, which are then removed from the gas stream.
The gas that absorbs infrared radiation and contributes to the greenhouse effect is carbon dioxide (CO2).
Carbon dioxide (CO2) is the gas in the atmosphere that absorbs infrared radiation, contributing to the greenhouse effect and global warming.
Remote sensing can detect vegetation in the red wavelengths because chlorophyll, the pigment responsible for photosynthesis in plants, absorbs light most efficiently in the red part of the spectrum. This absorption leads to a decrease in reflectance in the red band, making vegetation appear red in remote sensing imagery.