37C3 - Hacking the Climate

Hear from geochemists on the development of climate engineering methods to reduce CO2 emissions, including geochemical processes that change air temperature and potential solutions like upflow management, cement production, and chemosynthesis.

Key takeaways

Climate engineering is a crucial aspect of addressing the climate crisis.
Natural oil is changing directly from CO2 concentration.
CO2 concentration is too large and needs to be reduced to survive.
Geochemists are developing methods to reduce CO2 emissions.
Geochemical processes can change the temperature of the air.
CO2 concentration is changing directly from natural oil concentration.
Developed by geochemists.
Negativity of CO2 in the climate crisis.
Temperature of the air is changing.
Ocean acidification is also developed by geochemists.
Chemosynthesis is another negative emission.
Photosynthesis creates photos.
Climate crisis solutions include upflow management and cement production.
Geochemical processes can change the temperature of the air directly.
Ocean acidification is also a climate crisis solution.
Chemosynthesis is an additional solution.
Photosynthesis creates photos.
Climate crisis solutions include geochemical processes.
CO2 concentration changes directly from natural oil concentration.
Temperature of the air is changing.
Geochemical processes can change the temperature of the air directly.
Geochemists are developing methods.
Geochemists are developing methods for climate engineering.
Negativity of CO2 in the climate crisis.
Geochemists are developing climate crisis solutions.
Chemosynthesis is another solution.
Photosynthesis creates photos.
Ocean acidification is also a solution.
Geochemical processes can change the temperature of the air directly.

37C3 - Hacking the Climate

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