> And what would 3 °C mean for Germany?
> FB: In summer, meteorological records could reach up to 50 °C. Three degrees of global warming does not mean hot days will just be 3 or 4 degrees hotter. It could mean up to 10 degrees hotter. We would also face much longer droughts.
3°C warming implies summer days can get 10°C hotter. This is nightmare scenario.
I wouldn't say "people don't get" it when it's not well-communicated. When the headline always says 2-3 degrees, of course people are going to shrug.
The probability is not quantified so it's impossible to react to. Over-protecting from a risk is as bad and under-protecting.
For example - something bad can happen to you any time you leave your house. However if you "protect" against that the risk by never leaving the house you are almost certainly worse off.
In case of climate the "thing to do" to protect from the risk is to minimize the economic activity that has improved life for everyone. Stopping that has an immediate "cost" which looks large compared to the unquantified risk it allegedly mitigates.
This is not generally true.
> For example - something bad can happen to you any time you leave your house.
The better analogue would be: outside of your house is a robber that will rob you if you leave the house. But you can't quantify how bad it will be to get robbed.
perversely, global warming earlier than expected is a good thing [for us] as it will wipe away all meaningful opposition to geoengineering.
note how according to them having 50C days is a likely outcome. no one will tolerate this. sending the sulfur planes is assured at that point. you wouldn't even need to try and convince people with harvest yields.
It's not like we just decide to solve something and then it just happens. There can also be serious outcomes of errors are made that are more serious than climate itself.
> geoengineering might lead to geopolitical conflict
it remains to be seen who will start the geoengineering effort, arguably Russia would benefit from global warming and so will Canada, so the US food supply should also remain secure.
They need to look inward before pointing outward.
Including paying to have wood pellets shipped across the Atlantic using bunker fuel and then calling it "bioenergy"
The EU is 'clean' largely out of it's own limited access to fossil fuels and other energy resources rather than because they are "doing their part".
> 3°C or more by 2050. Multiple climate tipping points triggered, tipping cascade.
> over 4 billion deaths
If so, big shifts would already be imminently felt within next 5-10 years.
Remember that there would basically be no place to hide from these direct or knock-on effects.
Not for any self sufficient "prepper with a Mac Studio" nor for any billionaire with their "Galapagos" private island data center come habitat or any other short-sighted fantasy escape scenarios.
https://actuaries.org.uk/media/ni4erlna/planetary-solvency.p...
Edit: "on trajectory" to "Extreme" was too strong; it’s the report’s worst case band and not a forecast. What they’re basically saying is that "the chance of this happening is way too high".
This is nonsense. (And your own source doesn't support the claim that the consequences of global warming will be unmitigable for anyone.)
Many parts of the world will become milder for human occupation as a result of climate change. And nothing realistically forecast is unavoidable with wealth–rich countries will A/C and seawall their ways around the consequences.
Edit: the report’s "Extreme" severity band is indeed not a forecast but they’re basically saying "the chance of this happening is way too high".
Also how much faster and higher will that number go with all the data centers? Can't imagine it not just getting worse.
The EU has already seeing 10,000 excess deaths from climate changed caused heat waves and this is a minuscule taste of what's to come.
A very large percentage of mass extinction events have their roots in increased atmospheric CO2, but all of them on dramatically increased time scales. The closest thing in the history of the planet to what's happening to day was PETM [0] and that was only a lessor extinction event because the Earth was already quite warm (for example, there was already no polar ice at the time).
0. https://en.wikipedia.org/wiki/Paleocene%E2%80%93Eocene_therm...
Or did you mean to do something differently?
There has been a lot of debate over AC use. Everyone chiming in only discusses runtime energy use.
The biggest issue is mining and manufacturing, and the moving of all the materials, parts, and such.
Every AC has sheathed wires and circuit boards.
Every airplane, car, phone, network router, refrigerator... same expansive mess creation.
Gamers complaining about disc less games despite that problem pipeline and waste.
Complaining about RAM prices despite the problem pipeline.
No one is focused on the lag effects, externalities, of billions using up an endless supply of technologies and dumping airplane smog in the atmosphere. Etc, etc, etc
Thermodynamics makes it pretty clear that energy is not gone just hanging out in the atmosphere.
Thermodynamics means we may be fucked even if we slow down; that energy in the atmosphere can only go from atmosphere into oceans, glaciers, and permafrost. There's a lot of potential energy in the Earth to release as it absorbs the heat already in the atmosphere
[1] https://www.nytimes.com/2025/09/22/books/review/ian-mcewan-w...
We can't. We're too late.
China (13 GT), the US (4.6 GT), and India (3 GT) alone represent 51% of global carbon emissions - and at least in India's case, it is growing at a rate of 5%.
Throw in other large polluters like Russia (2 GT), Indonesia (0.8 GT), Iran (0.8 GT), KSA (0.6 GT), Brazil (0.5 GT), and Vietnam (0.5 GT) whose rate of carbon emissions is growing in the 5-10% range and you see there is no path forward.
Any amount of de-carbonization that China or the collective West does is automatically negated by the other countries I listed. At best global carbon emissions stagnate - which by default is going to lead to a 2-3 °C increase in temperatures.
I have seen the argument shift from 'That's a lie. Global warming doesn't exist. Stop pushing regulations for a non-existent problem.' To 'Maybe it does, or there is some human impact but this is all within normal variation and the climate can take some amount of pollution so stop trying to regulate it!' to, I guess the new argument of, 'It's too late so why try? We shouldn't change course because it won't matter so stop trying to regulate the problem away.' It isn't too late. Do something.
Ordinary plebs trying to prevent climate change is like subtracting $100 from a billion dollars - it does not make any meaningful difference.
Ultimately consumption is 2/3s of all emissions, and the majority of it is not billionaires.
Eg: Have you seen a train derail? A couple of degrees of tilt - nothing .. and then .. whoops.
The global climate has been 'stable' about mean values for the bulk of human written history and development of urban civilisations. The planet now hosts 7 billion+ people, largely urban, and feed by a century of stable agriculture patterns write large.
The disruption of that will have a major impact across the human population of the planet.
The tipping points, when they come, are related to the significant loss of polar ice, and the beginning of positive feedback of atmospheric insulation factors other than CO2.
Melting ice, the transformation from near zero degree ice to near zero degree water, takes up a large amount of the energy from the sun trapped by increasing insulation. The energy used to melt X tonnes of ice, if no ice can be melted, will instead raise the temperature of X tonnes of water by some 66 degrees C (or there abouts - worth looking it up exactly).
Increased land and sea surface temperatures releases methane from peat bogs and tundras, and increases the water vapour content of the lower atmosphere.
Both of these things increase the insulation factor of the atmosphere to a greater degree than CO2.
I think the problem is much worse than people imagine as well. Of those around 5.5 to 6 billion people live in "developed world" conditions (sanitation, water & electricity to the home). Over the next 20 years that's expected to grow to by another 1.5 billion (the previous 20 years was around the same). That alone is going to be a huge demand in energy, for construction and ongoing day to day energy usage.
On the other hand global energy demand has a very close correlation with the number of people living in developed world conditions - so after this point the growth in energy demand should start to level off.
Let's hope China continues to push renewables, and their investment in developing countries favours that instead of fossil fuels.
The first is that 3C represents a lot more energy in the atmosphere. That translates to more water evaporating from the oceans creating bigger more violent storms (think more frequent flash floods).
It changes the ocean currents which can be really bad. Right now Europe is warm for it's latitude because of a weakening current from the equator to the UK brings a lot of heat. If that completely collapses, Europe can enter an ICE age.
The rising temperature also ends up weakening the vortex of the north pole which mostly keeps the arctic temperatures sealed up north. As that vortex weakens, spills of crazy blizzards can hit unusual places pretty hard. The winter storm in 2021 is an example of that happening.
Then of course there's the potential melting of the ice caps which will release a lot of methane into the atmosphere (speeding up warming). That will ultimately cause sea levels to rise which won't be great for the state of Florida.
Mass migration, crop instability, more frequent and more extreme weather. It's just a combo of bad things that all come together at once.
For temps by latitude/region this source seems ok on a quick search https://scied.ucar.edu/interactive/compare-climates-regional...
Poland continues to experience significant cold related deaths and any warning might be welcomed.
Denser air carries more momentum, which means more frequent (and more severe) hurricanes.
More humid air is less dense than less humid air at the same temperature and otherwise same composition. H2O has a molar mass of 18, vs ~29 for dry air.
And here we are.
And, if some do, do they not maximise that profit by seeking to maximise the consumption of others?
Historically? In written human history?
If we're talking the state of the planet throughout the past 4 billion odd years of existence, it once had no breathable atmosphere and had a stretch with a largely molten surface, and got smacked up hard when the moon was spun off.
None of these things are relevant to the planets near future as a direct result of human induced changes of the past century and a half.
Huh. "China’s carbon dioxide (CO2) emissions fell by 1% in the final quarter of 2025, likely securing a decline of 0.3% for the full year as a whole" [1].
So "rapidly de-carbonising" is wrong. But decarbonising per se is correct.
[1] https://www.carbonbrief.org/analysis-chinas-co2-emissions-ha...
NASA’s Orbiting Carbon Observatory, 2 (OCO-2) provides the most complete dataset tracking the concentration of atmospheric carbon dioxide (CO₂), the main driver of climate change. Every day, OCO-2 measures sunlight reflected from Earth’s surface to infer the dry-air column-averaged CO₂ mixing ratio and provides around 100,000 cloud-free observations.And that does nothing to stop the collective 8 GT of carbon emissions coming from India and the other countries I listed with an average emissions increase rate of around 3-5%.
That's why nothing will happen.
Developing countries like India, Indonesia, and Vietnam are continuing to expand their emissions as they industrialize. All are expected to have an GDP growth rate in the 6-8% range over the next decade, as will their peers across Asia, so the carbon footprint globally will only increase.
Even China's emissions rate aren't decreasing - they're stagnant, which is a good shift, but not enough to turn the tide given how large China's existing carbon footprint is.
Edit: can't reply
> but they're not going to expand by taking on coal and fossil fuels...
India [0], Vietnam [1], and other large industrializing nation in Asia have all doubled down on expanding coal usage over the last 6 months. And that's ignoring increased usage of NatGas and Oil.
[0] - https://www.reuters.com/business/energy/india-will-use-more-...
[1] - https://www.reuters.com/business/energy/vietnam-looks-more-c...
But regarding your second statement. The actual problem is the greenhouse effect of CO2 and Methane in the atmosphere which traps the suns energy in our atmosphere heating up oceans, ice and landmass. The heat we produce is negligible compared to the energy the sun sends every day. The greenhouse gases are the problem. And you are right, pulling away that blanket so that more heat can dissipate into space will take a looong time (growing trees) or cost an insane amount of (clean) energy, reversing the chemical processes of burning oil, gas and coal.
Tbf the issue is the user-hostile parameters of buying a diskless game. Most people would be happy to download their games if they could back them up to a thumb drive and never get locked out of them and sell the game when they’re done with it.
Seems deeply tangential, but it’s not. Blaming people for wanting a physical thing because the alternative is being further abused by a corporation - that’s a miss. Be mad at game platforms for not offering real ownership in whatever the most climate-friendly way possible. Be mad at governments for not forcing companies to cost in the negative externalities of their business.
FairTax is regressive and does nothing to stop a trillionaire from launching dick rockets to nowhere. Each rocket and launch using more resources than a poor person will their entire life.
But the UK and EU (the only large polluters who have even considered carbon tariffs) have largely watered them down - for example, yesterday with the UK increasing it's duty free steel quota for India [0] as Tata Steel owns much of the UK's steel capacity and demand (JLR is a Tata company). Add to that the EU's largest steel maker is owned by India's Mittal family (AcrelorMittal) and European conglomerates like Renault [1] are expanding manufacturing in markets like India, which means using Indian steel.
And all of that ignores domestic growth in all those countries. Base GDP growth rates are expected to be in the 6.5-8% for India and ASEAN despite deglobalization because domestic markets are growing.
[0] - https://www.bloomberg.com/news/articles/2026-07-14/india-win...
[1] - https://www.reuters.com/world/india/renault-plans-boost-indi...
Co2 parts per million are a stock, like the level of water in a bathtub. Annual emissions are a flow, like how strongly the water is flowing in.
The tub is fuller than ever before AND filling at the fastest rate ever.
The problem is that carbon energy is useful. So unless something globally beats almost all use cases then somewhere marginally it will be worth burning vs not burning it.
They do increase in rate as you said (for now).
If your stat had any sense then atmospheric carbon levels would rapidly plunge in a few centuries without humans burning carbon. They plainly don't do that.
However, every other sector has been rather flat in terms of emissions since the 90s. When you account for the fact that a large amount of industries have moved to China and other developing countries, the fact that emissions from industries have been flat, means that the overall consumption has gone up.
If you account for the emissions that we’ve offshored, we’d not be looking so good.