By all means, price in the externalities, use a carbon tax or something. But the idea that we shouldn't go to the middle of nowhere because it requires a CO2 emitting vehicle is ridiculous.
You know what really cuts emissions? Poverty. The average Bangladeshi puts out just 0.5 tons of carbon Per Capita.
EDIT: Apparently BC is mostly powered by renewables. Edited math above to subtract CO2 from producing electricity, but add in cost of producing new car.
Come on, you don't just get to make up your own facts on the spot:)
https://www.nrcan.gc.ca/energy/facts/electricity/20068
> Total electricity generation in Canada in 2016 was 648 terawatt hours. Hydro has the highest share of generation at 59%, followed by nuclear at 15%, coal at 9%, gas/oil/others at 10% and non-hydro renewables at 7%.
The other provinces vary, but make up a minority.
(Offsets via getting others to stop emitting carbon, like methane capture on farms, are a lot cheaper but harder to be sure of the counterfactual impact.)
The US emits about 11 gigatonnes of CO2 per year. At $150/ton, sequestering it all would cost 1.65 trillion dollars or about 8.25% of GDP.
That's about what we spend on social security and the military combined.
So, it's a lot. But it's possible to imagine doing it.
I kinda wish there was a company with a bunch of sequestration equipment out somewhere that people could just give money to in order to suck out more CO2 from the air. Why doesn't this exist yet?
China emits 11 gigatonnes. The US emits ~half that. So more like 800 billion or 4% of GDP. About what we spend on Medicare.
Of course, even if US emissions went to zero, it wouldn't be enough to stop global warming. So there's that.
That does not mean you shouldn't look for legislation and solutions to ameliorate the issue, it just means that if you haven't done it already, you will need to think a lot harder with regards to the consequences.
Yes, the rocks will still be here. I don't think that means the planet is fine.