Forests are made up of trees and other plants. These use carbon dioxide (a greenhouse gas that is created by industry) and converts it into food and oxygen. The more forests there are the more carbon dioxide gets converted back into oxygen.
Trees are tremendous devices for capturing and storing carbon. If we were to ask our top scientists and engineers to create a highly efficient and environmentally friendly way to remove carbon from the atmosphere. They could do no better than to invent a tree. Trees use photosynthesis to capture and concentrate carbon, removing trace CO2 gas from the air (<4/100th of 1%) and building trees that are fully 50% carbon by weight.
Old-growth forests have the capacity to store more carbon per acre than any ecosystem on earth. This represents both a problem and an opportunity. The problem is that logging old growth forests and converting them to young tree farms has contributed disproportionately to global warming. For instance, over the last century, logging on the westside of Oregon and Washington released at least 1.5 billion net metric tons of carbon emissions, which is 100 times more carbon emissions from land use compared to the global average for any similar sized area. After clearcutting, logged sites can remain sources of CO2 for 20 years or more, and carbon stores on logged sites are not fully recovered for centuries.
What about carbon capture and storage? That's the opportunity. Past practices have left millions of acres of forests are in a state of recovery from past logging. Those growing forests are already absorbing some greenhouse gas emissions. We can increase carbon capture and storage in forest vegetation and soils by changing our land management practices. Forests will grow and store more carbon … if only we will log them less and let them grow more. A good climate strategy would restore young forests to their former glory as healthy older forests.
To help young forests develop into healthy old forests and make them more resilient to global climate change, foresters can thin some of the dense young tree plantations, and remove small fuels from some of the dry forests suffering as a result of fire exclusion. The focus must be on removing only small trees. The large trees should be protected so they can store carbon and provide other values, such as clean drinking water, habitat for fish and wildlife, and quality of life.
A:Trees take in CO2, store the carbon and release the oxygen.Trees need Carbon Dioxide in order to photosynthesize. Since CO2 is the leading contributor to global warming, having the trees take it out of the atmosphere to be converted into oxygen, slows the process somewhat.
Forests reduce greenhouse effect by absorbing carbon dioxide. Being carbon dioxide as the primary greenhouse gas, the greenhouse effect is reduced drastically.
Planting millions of trees help to reduce greenhouse effect. These trees absorb carbon dioxide which is one of the major greenhouse gas.
The ozone layer blocks the most dangerous ultra violet radiation. This prevents some heat reaching the earth. So a strong ozone layer helps reduce the greenhouse warming effect.
Ozone layer does not allow UV to pass through which kill the greenhouse gas absorbing plankton. This avoids the greenhouse effect.
Yes. Becuase trees take in the carbon[CO2]and releases oxyen[O]to the planet which we breath in to live.Then we exhale and it releases carbon.
because they do not help to reduce the amount of co2 in the atmosphere
Planting millions of trees help to reduce greenhouse effect. These trees absorb carbon dioxide which is one of the major greenhouse gas.
Trees sequester (store) carbon for long periods of time. When the tree dies, or is burned up in a fire, that carbon is released back into the atmosphere. Trees harvested for lumber continue storing most of the carbon they have sequestered.
The normal greenhouse effect keeps the earth warm enough for life.The enhanced, or accelerated greenhouse effect, is causing global warming.
Trees help to slow down greenhouse effect as they absorb carbon dioxide. This carbon dioxide is a major green house gas and can cause greenhouse effect.
No. Nitrogen, which makes up 78% of the atmosphere, makes no difference to the greenhouse effect.
The ozone layer blocks the most dangerous ultra violet radiation. This prevents some heat reaching the earth. So a strong ozone layer helps reduce the greenhouse warming effect.
As the catalytic converter emits CO2 and H2O in the air. The gasses absorbe infra red radiation emitted by the earth and re-radiate the energy as heat back towards the earth. So the more CO2 and H2O emitted to the air the more heat there will be. So no, the catalytic converter does not help reduce the greenhouse effect.
Ozone layer does not allow UV to pass through which kill the greenhouse gas absorbing plankton. This avoids the greenhouse effect.
Because they have the same effect as a greenhouse. They trap heat inside them, just like a greenhouse does to help the plants grow.
showing people Antarctica will help them to reduce greenhouse gases
Yes. Becuase trees take in the carbon[CO2]and releases oxyen[O]to the planet which we breath in to live.Then we exhale and it releases carbon.
because they do not help to reduce the amount of co2 in the atmosphere