mhaze
Banned
- Joined
- Jan 10, 2007
- Messages
- 15,718
Given the number of obvious errors in your post on feedbacks, I don't see any reason to trace back your criticism of Spencer. That "you didn't see any such constraits" does not mean they were not there or implicit in the background of understanding of those in the discussion. This should be obvious because Spencer's work is very constrainted geographically and that is a necessary part of the issues studied.What I presented were basic facts and definitions regarding feedback. These do not change as complexity increases.
Actually, unless you hit a tipping point you can assume linearity which means you can apply superposition. One reason why climate tipping points tend to scare people is that you can’t easily predict what the final outcome will be.
I didn’t see any such constraints in the blog post being referenced. Regardless, the posing is quite simply wrong on a number of basic facts regarding feedback. This type of basic error doesn’t go away no matter how much you cherry pick.
But as mentioned, if you think you are right and I am wrong (and my criticism is on more general grounds than Spencer) then you are welcome to invite Spencer into the discussion. He's quite approachable.
Right, the total lack of relationship of your facts to planetary energy balance do not change as complexity increases.What I presented were basic facts and definitions regarding feedback. These do not change as complexity increases......
Vainly we struggle to implement simulations of small parts of that energy balance using Naviar Stokes. And embedded within a tiny part of such a network in the interaction between a couple of nodes you'll find feedback effects. They do not aggregate in linear fashion or as any arithmatic sum.
Your logic was inappropriate to the presented issue and flawed in it's application.
...Actually, unless you hit a tipping point you can assume linearity which means you can apply superposition. One reason why climate tipping points tend to scare people is that you can’t easily predict what the final outcome will be....
Nonsense to the first part (assumed linearity "unless tipping point") regarding a set of non linear equations. Why? You've actually said "it's linear unless it's not". Other people have studied long ago physical issues where something was "linear unless it's not" and came up with mathematics to handle such situations.
The minimum you could use your simple feedback loopiness with climate would be with a 3 part solution and with a great many stated reservations and limits at the start.
And as for "scaring people", that's done with emotional arguments typically based on propaganda methods. Yes, these are typically used in climate scare tactics. But that is a duck and a dodge into a little side slip from the argument, so we can ignore that.
