
Sign up to save your podcasts
Or


What does 1.5°C really mean for the future of the planet?
This episode explores one of the most important scientific thresholds in modern climate research: the 1.5°C global warming limit. Far from being an abstract number, it represents a boundary between manageable climate impacts and significantly more dangerous, destabilizing conditions.
We look at why mid-century (around 2050) has become a critical milestone for global net-zero emissions strategies, and how long-term projections toward 2100 shape today’s policy decisions.
From intensifying heatwaves and rising sea levels to food security risks and ecosystem stress, the episode breaks down what changes as warming increases — and why every fraction of a degree matters.
It also explains why climate science does not treat 1.5°C as a binary “safe or unsafe” line, but rather as a gradient of risk that escalates with every increment.
In this episode:
Ultimately, this is not just about climate science — it is about the structural conditions that will define life in the coming decades.
Read more
By Luka JagorWhat does 1.5°C really mean for the future of the planet?
This episode explores one of the most important scientific thresholds in modern climate research: the 1.5°C global warming limit. Far from being an abstract number, it represents a boundary between manageable climate impacts and significantly more dangerous, destabilizing conditions.
We look at why mid-century (around 2050) has become a critical milestone for global net-zero emissions strategies, and how long-term projections toward 2100 shape today’s policy decisions.
From intensifying heatwaves and rising sea levels to food security risks and ecosystem stress, the episode breaks down what changes as warming increases — and why every fraction of a degree matters.
It also explains why climate science does not treat 1.5°C as a binary “safe or unsafe” line, but rather as a gradient of risk that escalates with every increment.
In this episode:
Ultimately, this is not just about climate science — it is about the structural conditions that will define life in the coming decades.
Read more