I really think the key to addressing climate change should have started 20 years ago in a lot of primary schools, whereby the curriculum includes subjects that are more tailored to solving problems with capturing or converting C02 (eg sciences) so that these students are thinking about these problems when graduating and starting businesses to solve the challenges (hopefully with gov incentives at same time).
The risk of a hothouse Earth trajectory
251–260 of 422 posts
Re: The risk of a hothouse Earth trajectory
#252Are there any attempts to start geo-engineering to fix this? I'm assuming there will be no attempt to stop dumping carbon into the atmosphere, can we at least do something to take it back out? Can we use solar or renewables to possibly do that at scale?
Putting sulfur into the right layers of the atmosphere seems to be the currently best viable options. It's not overly expensive, either. It acts fast and is reversible. https://en.wikipedia.org/wiki/Stratospheric_aerosol_injectio...
Re: The risk of a hothouse Earth trajectory
#253Earlier quoted context omitted.
I never understood this. The companies sold you fossil fuel, you burnt it and got benefits out of it: transportation, energy, heating, constructions, fertilizers and food, etc. You want them to pay for the negative consequences of your fossil fuel consumption while you keep all the generated benefits?
The amount of fossil fuels that a working class individual burns are a rounding error compared to what big companies burn. How many private jets are in the air right now? Even if you drive the most energy inefficient truck ever produced, run your home HVAC at max, and buy gasoline just to burn in your back yard, you will never measure up. It's like saying we need to dry the oceans, so you should stop peeing in it.
Re: The risk of a hothouse Earth trajectory
#254Earlier quoted context omitted.
We are a planet of 8 billion people, interest will vary widely. Expecting everyone to swarm on the same issue at the same time is simply not how humanity has worked in the past. Innovation often happens because many people go different directions, testing what works and what doesn't. Getting AI to play SimCity may be a stepping stone to real life urban planning, or it may be nothing, who knows?
Humanity in the past has acted to eradicate Polio through global vaccinations, fix the Y2K computer bug, allow the Ozone hole to repair by banning CFCs, form a United Nations to prevent WW3 among other things.
We are actively undoing regulations to reduce pollutants while promoting "clean" coal.
We are actively undoing vaccinations policy.
We does not necessarily equal humanity at this time, but it sure feels like it if you are under the We administration.
Re: The risk of a hothouse Earth trajectory
#255Earlier quoted context omitted.
Where does the chain end? I burn diesel in my tractor to harvest corn. Should the feedlot that buys my corn pay for the tractor’s emissions? Should the slaughterhouse that processes the cattle pay? Should the supermarket that stocks the beef pay? Should the family who grills the steak on Sunday pay? Or just the one who eats the largest portion?
You either tax the fuel and pass the cost down to the consumers, or decide as a society to share the cost of the externalities and use general taxation for that.
Taxing the carbon at the source is simply correctly pricing it, and because it makes it impossible to shift the externalities away from the producer it fixes the accounting problem that falsely makes fossil fuels appear cheap.
Re: The risk of a hothouse Earth trajectory
#256Earlier quoted context omitted.
You either tax the fuel and pass the cost down to the consumers, or decide as a society to share the cost of the externalities and use general taxation for that.
Here, in the first scenario it directly punishes consumers for consuming more. In the second, it punishes everyone equally on everyone's consumption, which is unlikely to lead to behavior change. So yes, we should tax fossil fuels much more.
If you go for general taxation, you distribute the cost proportionally to income, making rich people pay more. Probably the ideal is a mix of both.
Re: The risk of a hothouse Earth trajectory
#257It is important to keep reminding ourselves that climate change is a real problem for humanity and that each and every one of us contributes to its intensification or mitigation through our decisions. It is a problem that requires solutions, but implementing these solutions involves so much inertia that it can sometimes be painful. And let's contrast that with the AI hype. It's more the opposite, a kind of solution t…
Imagine if we had laws that required all LLM compute to come from solar, or other sustainable power sources. We could have used the market's thirst for AI as a backchannel way to force creation of new sustainable energy. In contrast to Elon/XAI's illegal methane fuled datacenter in memphis
Re: The risk of a hothouse Earth trajectory
#258If only there was a clean, nearly limitless source of energy, where the waste for hundreds of years of energy could be stored in less than a square kilometer. If such a thing existed, we could be sure that environmentalists and leftists would have openly embraced it, rather than nip it at the bud 50 years ago. Because they are Good People™. And we should definitely listen to them now because they Follow The Science™.
Re: The risk of a hothouse Earth trajectory
#259Earlier quoted context omitted.
And almost all of them have plenty of other benefits too: Multifamily housing is generally cheaper in high land cost areas. It helps solve the housing shortage. More bikes and transit and fewer cars means cleaner air and fewer traffic deaths. Less fossil fuel usage in general means less pollution. Cities that use land more efficiently tend to be more walkable, pleasant, and don't gobble up things like farmland or for…
> less beef is probably better for your health, too. Won't matter when it's 120 degrees F every day.
Re: The risk of a hothouse Earth trajectory
#260Earlier quoted context omitted.
For how long though? Solar and wind are very competitive now, electric cars have been good enough to transition to for over a decade, other industries can be decarbonized with the right incentives and enough investment. It's not like there aren't any ideas for how to farm or produce steel cleanly. And nuclear reactors can be made safer and cheaper now. Seems more like a lack of political will with powerful lobbying i…
For a long time to come. The energy density of fossil fuels is very high (about 50x higher than that of lithium ion batteries), there's a ton of infrastructure for handling and transporting them and a ton of infrastructure for using them. They get turned into plastics and energy, two things which civilization feeds on voraciously. It's not just inertia that keeps them going.
It's a huge adjustment from how the past few decades have established expectations, and it'll take a big force to change quickly, similar to covid even though that was short term in hindsight.