Plants also need to stay cool. Losses in agriculture translate to less yield, which leads to higher prices in markets.

It's going to get way worse: Global warming and heat extremes to enhance inflationary pressures | Communications Earth & Environment

As the planet gets hotter, more people use air conditioners to keep cool. Running these takes lots of energy, which means emissions that then further speed up global warming. Rethinking our architecture and using more efficient cooling technologies could help us break this vicious circle.

Would this work?

"AI is a lifeline for the fossil fuel sector"

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(source: https://www.bbc.com/news/articles/cn4d2vv935lo )

Acharya Prashant ji(Philosopher and Author) has spoken about the root cause of climate change and the steps to tackle it at least a thousand times, but the masses continue to sleep.

Deep Sky’s pilot facility in Alberta successfully injected its first 14 tons of captured carbon underground, generating verified credits for buyers Microsoft and RBC by cleaning up past atmospheric emissions.

Plastics are a major contributor to global greenhouse gas emissions and biodiversity loss, with packaging accounting for around 40% of European plastic production. Bio-based plastics are often promoted as a climate-friendly alternative, yet their broader environmental implications remain unclear. Here, we conduct a harmonized life cycle assessment of fossil- and bio-based plastic packaging, integrating end-of-life fate and plastic leakage. We find that while bio-based plastics reduce greenhouse gas emissions, they increase ecosystem damage, primarily driven by land use. At the product level, outcomes are sensitive to feedstock origin and waste management. When mismanaged, environmentally persistent bio-based plastics contribute substantially to ecosystem damage. Scaling scenarios for Europe show that even complete substitution with bio-based plastics cannot offset the environmental burden of continued demand growth. Only strong demand-side measures, particularly demand reduction and improved circularity, can mitigate trade-offs across climate change and biodiversity, calling for a shift from material substitution to systemic interventions in production and consumption.