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Climate Change |
| Sustainable forestry and the use of wood products each have a positive role to play in mitigating the effects of climate change by reducing carbon dioxide (CO2) in the atmosphere. Generated when fossil fuels such as coal and oil are burned for energy, CO2 traps heat that would otherwise radiate into space and is a major cause of global warming.
Through photosynthesis, forests absorb CO2 and store it in their trees and soil. Absorption is the greatest when they’re young and growing vigorously, tapering off as they mature—and, once they die and start to decay, their stored CO2 is released back into the environment. If they’re harvested sustainably and manufactured into building products, the CO2 is stored in the products while the forest regenerates with young trees that absorb even more CO2, thus achieving a net reduction in emissions over the long term.
Certain forest management practices, such as tending and fertilization, help the forest grow more quickly and absorb more CO2. Active management, which involves thinning the forest, removing dead trees and clearing debris at various points in its development, is also important because it reduces the number and intensity of wildfires and helps to protect against the spread of insects and disease—both of which cause huge CO2 emissions.
More Information
The Role of Forests and Wood in Mitigating Climate Change
Wood Industry Policy and Initiatives
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| by storing the CO2 for decades, if not centuries, with the added benefit of reducing fossil fuel consumption. Studies have shown that wood products require less energy to extract, process, transport, construct and maintain over time when compared to steel or concrete, and that wood’s superior insulating properties help to reduce the amount of energy needed for heating and cooling. |
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