There are many ideas for combating climate change, but none of them have become a perfect solution yet. Living carbon representatives intend to move closer to achieving this goal.
They have come up with an initiative to plant 4 million genetically modified trees by 2023. Such a solution would enable CO2 capture on a larger scale than before. This sounds good, but what would it look like in practice?
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First of all, it should be noted that the creators of the whole procedure do not intend to reinvent the wheel. They realize that trees naturally absorb carbon dioxide. However, it will take some time before they achieve this ability on a noticeable scale, so Living Carbon wants to speed up that process. There are indications that such an approach may prove surprisingly effective.
One modified poplar gained 53 percent more weight than the average unmodified counterpart in five months, according to a study that has not yet been reviewed. If translated into the ability to absorb carbon dioxide from the atmosphere, it would be a 27 percent increase for each tree planted.
Genetically modified trees grow faster, so they absorb more carbon dioxide
And carbon dioxide, like methane, is the gas that is causing the climate change that our planet is experiencing. There is no need to inform anyone of the effects of this phenomenon, because the best examples of this are recently broken temperature records and raging fires. Today, for the first time in the history of measurements, 40°C has been exceeded in Great Britain.
By removing some carbon dioxide from the atmosphere, scientists hope to reduce the greenhouse effect. Moreover, there is a question of doubling the number of genetically modified trees every year. This will lead to a scenario in which by 2030 these trees could absorb 604 million tons of carbon from the atmosphere. But let’s not forget that trees do not live forever, and when they die, the accumulated carbon is released again. This, in turn, means problems will return.
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About 75 percent of the world’s land has been degraded by human activities. How do we develop species that can actually capture carbon from these parts of the Earth? So, you need biotechnology. Muddy Hall concludes from Living Carbon
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