A remote township in China's arid northwest endured temperatures of more than 52 Celsius (126 Fahrenheit) on Sunday, state media reported, setting a record for a country that was battling minus 50C weather just six months ago.
Per capita numbers are very, very important: they tell us where the low hanging fruit are. The people emitting the most per capita should be pressured most heavily to reduce emissions, because they’re the ones who are polluting most unnecessarily.
In a perfect democracy perhaps, but in the world we live in the power is in the hands of very few. Id also argue there’s too much noise using it to represent unnecessary pollution, as a single person running a generator in antartica would be horrible per capita - but quite so necessary. Larger populations have the benefit of larger systems, thereby operating more efficiently. A country could also reasonably just triple their population to increase their pollution “quota”, cause money - and a system that can be that manipulated isnt that reasonable of a system.
Looking directly at pollution on the other hand is more like looking directly at what causes the problem (climate change), and minimizing centralized sources of it would have a much more noticable effect. Especially those that have a greater population to landmass ratio (thereby having less untouched human areas) and so less so a positive effect on greenhouse gas removal.
Let’s frame this in inequality terms. Suppose (not the real numbers) we have the top 1% emitting half the greenhouse gases to fuel their lifestyles, and the bottom 99% emit the other half. You’re saying we should focus equally on the two groups when looking for emissions reductions???
Except we’re also setting high temperature records in Canada.
Even with that, it still pisses me off when I hear my fellow Canadians (mostly from a certain province that exports fossil fuel) saying “why should Canada do anything when these other countries are worse”.
Ok, doesn’t change that we need a ton of heat in the winter. An average 1.5 C change doesn’t matter much when we have to heat from -20 to +20, a delta T of 40 degs.
Per capita numbers are very, very important: they tell us where the low hanging fruit are. The people emitting the most per capita should be pressured most heavily to reduce emissions, because they’re the ones who are polluting most unnecessarily.
In a perfect democracy perhaps, but in the world we live in the power is in the hands of very few. Id also argue there’s too much noise using it to represent unnecessary pollution, as a single person running a generator in antartica would be horrible per capita - but quite so necessary. Larger populations have the benefit of larger systems, thereby operating more efficiently. A country could also reasonably just triple their population to increase their pollution “quota”, cause money - and a system that can be that manipulated isnt that reasonable of a system.
Looking directly at pollution on the other hand is more like looking directly at what causes the problem (climate change), and minimizing centralized sources of it would have a much more noticable effect. Especially those that have a greater population to landmass ratio (thereby having less untouched human areas) and so less so a positive effect on greenhouse gas removal.
Let’s frame this in inequality terms. Suppose (not the real numbers) we have the top 1% emitting half the greenhouse gases to fuel their lifestyles, and the bottom 99% emit the other half. You’re saying we should focus equally on the two groups when looking for emissions reductions???
I mean…… does Mother Earth give a shit if you’re a 1%-er?
I agree with the idea, but there’s no getting out of needing heat in Canada.
Except we’re also setting high temperature records in Canada.
Even with that, it still pisses me off when I hear my fellow Canadians (mostly from a certain province that exports fossil fuel) saying “why should Canada do anything when these other countries are worse”.
Ok, doesn’t change that we need a ton of heat in the winter. An average 1.5 C change doesn’t matter much when we have to heat from -20 to +20, a delta T of 40 degs.