The Burning Question is a global warming book that has come out recently and thus has been getting the lecture circuit.
![](https://www.transitionnetwork.org/sites/www.transitionnetwork.org/files/uploaded/u4740/BurningQuestionGraphUpgraded%20%281%29.jpg)
The above is showing how much 'current' edit: probablereserves there are, shown next to the amount that we 'may' burn to stay within a 50% or 75% probability of not going above (iirc) 450 ppm of CO2 in the atmosphere. It's not a super-tight number, because biomass naturally sequesters CO2 over time and so the timing of the burning can really matter, but ehn.
Jevon's paradox points out that as efficiency improves in producing a resource for end users, the consumption of that resource goes up. Mainly because it's easier to get utility from cheaper inputs than from expensive inputs. Additionally, there's a tremendous current correlation between fossil fuel use and economic growth. In casual usage, we can give nods towards the concept of carbon intensity.
The author's thesis is that we can really only burn about 'half' of our remaining oil. And, I think it's a great idea if we do, with an eye towards increasing efficiency so that we can squeeze every dollar that we can out of each liter of oil. So, we certainly want efficiency, but we also need hard limits on the amount of oil we 'allow' ourselves to pull out of the ground. It's a problem that needs to be confronted from two directions: efficiency (to create economic wealth) and hard limits (to stop Jevon's paradox from kicking our butts). Now, that '50%' number is still in the early stages of estimation, but I think it might be pretty clear that coal should become increasingly off limits unless it can replace some of our oil allotment.
On the entirely other hand of this debate is the concept of negative externalities. If each additional liter of oil causes 'less' ecological damage than it creates in economic prosperity (especially if signficantly so, which is where we are currently) then economic theory predicts that such a scenario where the 'bad part' becomes increasingly affordable and so it never actually makes sense to wean yourself off. But, calculating those numbers (as done in the Stern report) is still at the early stages.
![](https://www.transitionnetwork.org/sites/www.transitionnetwork.org/files/uploaded/u4740/BurningQuestionGraphUpgraded%20%281%29.jpg)
The above is showing how much 'current' edit: probablereserves there are, shown next to the amount that we 'may' burn to stay within a 50% or 75% probability of not going above (iirc) 450 ppm of CO2 in the atmosphere. It's not a super-tight number, because biomass naturally sequesters CO2 over time and so the timing of the burning can really matter, but ehn.
Jevon's paradox points out that as efficiency improves in producing a resource for end users, the consumption of that resource goes up. Mainly because it's easier to get utility from cheaper inputs than from expensive inputs. Additionally, there's a tremendous current correlation between fossil fuel use and economic growth. In casual usage, we can give nods towards the concept of carbon intensity.
The author's thesis is that we can really only burn about 'half' of our remaining oil. And, I think it's a great idea if we do, with an eye towards increasing efficiency so that we can squeeze every dollar that we can out of each liter of oil. So, we certainly want efficiency, but we also need hard limits on the amount of oil we 'allow' ourselves to pull out of the ground. It's a problem that needs to be confronted from two directions: efficiency (to create economic wealth) and hard limits (to stop Jevon's paradox from kicking our butts). Now, that '50%' number is still in the early stages of estimation, but I think it might be pretty clear that coal should become increasingly off limits unless it can replace some of our oil allotment.
On the entirely other hand of this debate is the concept of negative externalities. If each additional liter of oil causes 'less' ecological damage than it creates in economic prosperity (especially if signficantly so, which is where we are currently) then economic theory predicts that such a scenario where the 'bad part' becomes increasingly affordable and so it never actually makes sense to wean yourself off. But, calculating those numbers (as done in the Stern report) is still at the early stages.