@Peters_Glen
I've undertaken several attempts with infographics on the #EmissionBudget myself. But that's one of the best animated ones I've seen so far. Bravo. Can it be downloaded somewhere?
How big is the CO₂ bucket for 1.5°C?
Well, the bucket is about to overflow in a few short years, unless we:
1. Turn off the tap (urgently)
2. Put a hole in the bottom to remove CO₂ (negative emissions)
#COP25 #CarbonBudget @FutureEarth @gcarbonproject
https://www.globalcarbonproject.org/carbonbudget/index.htm …pic.twitter.com/o7JwZt7GlX
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Is this for the beginning of 2019 or estinated for end of year? (Do we have 10 years or 9 years and 18 days?)
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I believe it is based on estimated total emitted through the end of 2019, though
@Peters_Glen should know for sure. - Još 2 druga odgovora
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The only way to put a hole in this bucket is to start using electricity that is clean and balanced in real-time everywhere. Preventing electrical energy losses maintains electricity and reduces waste in energy transfer. It is the ONLY way other than revolutionary change.
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That would be turning off the tap. Putting a hole in the bottom would be carbon capture and storage and planting trees.
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Please explain the graph to me
- Još 9 drugih odgovora
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This analogy makes it seem too easy: Putting a hole makes it seem as though an intervention would change flows (gravity), whereas the intervention will have to be to actively *create and maintain* new flows of carbon! 1/2
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Rather we will need to try and suck it out with paper straws against gravity out of the top of the bucket.
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Čini se da učitavanje traje već neko vrijeme.
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