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Can Changing Ocean Chemistry Aid in Slowing Down Global Warming?


A groundbreaking new study suggests that humans have the potential to significantly reduce carbon dioxide levels in the atmosphere by altering the chemistry of rivers and oceans. By manipulating the pH levels of these bodies of water, scientists believe that billions of tons of CO2 could be removed from the air.

The concept is based on the natural process of weathering, where rocks break down over time and absorb CO2 in the process. By artificially speeding up this process through techniques such as adding lime or other minerals to water sources, researchers hope to accelerate the removal of carbon dioxide from the atmosphere.

While the idea may sound promising, there are also significant challenges that must be overcome in order to successfully implement this strategy on a large scale. One major hurdle is the sheer scale of the undertaking, as the amount of materials needed to affect significant carbon sequestration would be immense.

Additionally, the potential impacts on aquatic ecosystems and the overall environmental effects of such large-scale manipulation are also major concerns that need to be carefully considered.

Despite these challenges, the study provides an intriguing glimpse into the possibilities of utilizing natural processes to combat climate change. Further research and collaboration will be crucial in determining the feasibility and potential impacts of employing this innovative approach to carbon sequestration.

Overall, the potential for humans to actively remove billions of tons of carbon dioxide from the air by tweaking the chemistry of rivers and oceans is a tantalizing prospect that could have significant implications for the future of combating climate change.

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Photo credit www.nytimes.com

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