Deciduous trees are generally thought to inhale more carbon dioxide than other trees. It's because deciduous are usually broad leaved, so they are more efficient in photosynthesis. Here is a list of some trees that take in a lot of carbon dioxide: English Oak
Common Lime
Horse Chestnut
Common Alder
Young, rapidly-growing plants (like row crops) absorb the most carbon dioxide per acre. Mature forests absorb the least. Especially if those mature forests are unmanaged, in which case the dead, rotting trees release enough carbon dioxide to nullify the little bit that the old living trees are absorbing.
A:Young, fast growing plants remove more carbon dioxide than do trees, but also produce more carbon dioxide when they die, giving no nett gain in atmospheric oxygen. Trees, on the other hand, retain their carbon dioxide, sometimes for centuries.Best of all are natural forests, which can sequester carbon for thousands of years and assist in minimising global warming. Although individual trees die eventually, they are always replaced by new trees that absorb as much carbon dioxide as the trees they replace.
Quick growing species (e.g. poplar) absorb carbon dioxide more rapidly to support their growth rate. However at the end of the day the total kg CO2/kg Dry Wood is about the same for all trees.
While grasses may grow quickly and thereby absorb carbon dioxide more quickly than trees, what is more important in a greenhouse and global warming context is how much carbon is retained over a long period. This in turn depends on the mass and longevity of the plant. Clearly trees store far more carbon than grass. However even trees have no long term benefit if they are eventually harvested.
I'm not sure I would characterize it as absorption but carbon dioxide enters a leaf through stomata on the underside of the leafs surface.
Usually the type of plant doesn't matter as much for things like transpiration and that, usually the weather conditions and other factors matter more.
I guess it is Oscimum sanctum[tulsi]
The oceans actually absorb most of the CO2. Over 70% of all CO2 absorption is by the oceans.
C4 plants
MDEA is a base and H2S/CO2 are acids in water
Carbon dioxide (CO2) absorbs heat rising from the surface of the earth.
It is believed that man has thickened the CO2 levels in the atmoshpere, but this is not the truth. volcanoes and tree-killer zones (both completely natural) are the culprits to the excess levels of CO2. volcanoes let off more CO2 than anything man could even match. and there have been volcanoes being formed more than ever, as well as tree-killer zones. these are cracks in the ground letting off CO2 directly from the earth. although trees do thrive off of Carbon Dioxide there must be moderation in all things, and there is so much CO2 in that area, it kills all life in the area. there, you would not find a bug anywhere.
A single machure tree will take up 48lbs of Co2 every year, and pump out enough oxygen to satisfy 2 adult humans for that same year.
Through capillary mechanism similar to cotton absorbs water
carbon dioide does not leave the leaf but oygen does
It absorbs Co2 through the process of Photosythisis.
MDEA is a base and H2S/CO2 are acids in water
Almost all of them.
CO2 absorb more heat than other gases or we can say that the other gases are not able to absorb lower radition of infrared rays of 5 to 15 microns but CO2 absorb these and CO2 later on re-radiate these as longer rays ( as heat).
About half the body weight of a tree is carbon. The tree absorbs carbon dioxide from the atmosphere, stores the carbon, and releases the oxygen. As the tree grows, it stores more and more carbon.
About half the body weight of a tree is carbon. The tree absorbs carbon dioxide from the atmosphere, stores the carbon, and releases the oxygen. As the tree grows, it stores more and more carbon.
It absorbs CO2
each and every cell
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)
Definately, CO2 absorbed by KOH or NaOH. But it require enormously large quantity of KOH or NaOH. KOH is more effective to absorb CO2, because NaOH also absorb water. So I don't think that this is the treatment of global warming.
Co2 isn't the problem on this planet, water water absorbs heat just as much as co2 and theres 100s times more humidity in the air to blame for global warming. Ice was melting increasingly for centuries not decades. Plants regulate Co2 so its good for the planet!