I think that risks of runaway global warming are underestimated, but there is very small scientific literature to support the idea.
If we take accumulated tall from smaller effects of the long-term global warming of 2-6C, it could be easily calculated as a very larger number, but to be regarded as a global catastrophe, it probably should be more like a one-time event, or many other things will be also a global catastrophe, like cancer etc.
Modeling global catastrophic risks as single events makes sense for a lot of purposes. In terms of preventive actions to be taken, and how resources from, e.g., governments should be divvied up between risks, insuring against one-off catastrophes are important. I think it makes sense to exclude climate change itself from the model, and include potentially catastrophic events which may result from runaway climate change, like worldwide famines.
Another way to model global catastrophic risks is to model their rising profile as a function of time, and past which critical milestones will the scale or degree of the risk irreversibly escalate. This way for the purposes of x-risk studies we can have a model which incorporates both the risk climate change poses over time, versus the development of emerging technologies like AI and genetic engineering over the same period of time.
Surely, there are two types of global warming.
I think that risks of runaway global warming are underestimated, but there is very small scientific literature to support the idea.
If we take accumulated tall from smaller effects of the long-term global warming of 2-6C, it could be easily calculated as a very larger number, but to be regarded as a global catastrophe, it probably should be more like a one-time event, or many other things will be also a global catastrophe, like cancer etc.
Modeling global catastrophic risks as single events makes sense for a lot of purposes. In terms of preventive actions to be taken, and how resources from, e.g., governments should be divvied up between risks, insuring against one-off catastrophes are important. I think it makes sense to exclude climate change itself from the model, and include potentially catastrophic events which may result from runaway climate change, like worldwide famines.
Another way to model global catastrophic risks is to model their rising profile as a function of time, and past which critical milestones will the scale or degree of the risk irreversibly escalate. This way for the purposes of x-risk studies we can have a model which incorporates both the risk climate change poses over time, versus the development of emerging technologies like AI and genetic engineering over the same period of time.