Good article and it is a shame that you lost so many hours of work through a hiccup in the internet connection. It actually happened to me a few times on the website I wrote for before I learnt to write on word before loading onto the website. Maybe you need to find a way of
reverse engineering those lost messages back into existence from the error messages?
But to go back to the article in question, whilst I am not familiar with the works of Holling & Gunderson I have read a little about Strauss & Howe although not in any great depth. I have read a bit into systems theory which those people seem to follow rather loosely. I do find that one of the big differences between the doomer lites and normal doomers comes from the whether one grasps the normal behaviour of complex systems and consider factors such as efficiency and resiliency. The people who do place a higher importance on such issues tend to be doomers while those who do not value or consider such things so deeply in their projections tend to be doomer lites. The most famous example I can recall where a system thinker projected a detailed doomer scenario is that of David Korowicz with his report on Financial System Supply-Chain Cross-Contagion while another famous person who projects more doomer lite scenarios is Greer and he barely considers issues such as system theory.
As for the current situation, I think I could agree with your statement that we are approaching the release phase of this collapse although to me this release phase sounds a lot like the tipping point of a complex system. At the moment our system has undergone a process spanning several centuries from a point of high resiliency and low efficiency to one that is highly efficient but carries significantly less resilience. This process of increasing efficiency and interconnections seems to describe stage 2 the conservation phase. Since this process has lasted several centuries I do not subscribe to the notion of the 80 year cycle that Strauss & Howe seem to promote. While I can see some examples of how this developed in the past I think it is unlikely to continue due to the fact that overall paradigm or conservation phase has lasted far longer and since it is likely break down shortly this breakdown will lead to larger more dramatic and more lasting behavioural changes that will span more than 80 years.
While the system that has developed is highly effective at allocating and expanding resource extraction efficiently it is less resilience and becomes less resilient year on year. This overall behaviour comes because the objective of the system is to expand and increase efficiencies (or profits) and since resilience is not an objective of the system devised it is always the factor that is sacrificed to promote its primary objective. However as the resilience lowers then the set of suitable conditions required to maintain current system behaviour narrows and the range of parameters for it to achieve a dynamic equilibrium becomes more difficult to maintain.
Like all complex system once under stress there will be various feedback mechanisms that will be placed on the overall system. At this moment the system is under some stress however the various negative feedback loops (stabilising loops) serve to maintain system integrity. These negative feedback loops can be seen everywhere for example the price of oil places a strain on the economic system. To compensate for this stress factor the system undergoes a process of demand destruction and allocates this critical resource in a more efficient manner that primary serves to keep the core functions running. This reallocation of resources serves to maintain the system while it is under stress. Another analogy can be made where if the body suffering from hypothermia the body will cut circulation from the peripheral regions such as the arms and legs to maintain a normal temperature at the core. These two negative feedback processes come from two different set of complex systems but they both achieve the same purpose of maintaining or preventing the death of the overall system. I am sure with some thought you could offer some other negative (stabilising) feedback loops.
However this behaviour of the two complex systems highlighted will result in similar outcomes if the factor causing the distress is not relieved in short order. In the case of the human body if circulation is not restored to the arms and legs then eventually the cells in those regions will slowly die and if no further action is taken the regions will develop gangrene and these infected regions will spread to the other regions (a contagion effect) where the whole body dies. A similar thing will occur in the economic system as while the peripheral regions will suffer first (such as the PIGS or MENA countries) when those finally die their bad debts will pass toxic amounts of risk to the core economies and then those will eventually cease to operate.
Also in all this, we need to remember there are positive feedback (self-reinforcing) feedback loops. In the case of the economy a positive feedback loop can be found in economies suffering from deflation where lower demand for products will mean more job losses which then results in more demand destruction and further job losses. These positive feedback mechanisms, if left unconstrained by negative feedback loops, can cause the system to radically change in short order. However at this moment of time it seems the various negative feedback loops are roughly as powerful as the positive feedback loops so the overall system seem to be in some kind of dynamic equilibrium. However in time it is quite likely that the force of positive feedback loops will become more powerful than the negative feedback loops so the parameters in the system will change and stresses will escalate.
As this happens the system will leave the island of stability and it will soon reach the tipping point i.e. the point when the systems response to a stress event is disproportionate to the stress itself. It is impossible to say when this tipping point will be reached but this point will come provided the stress factors are not removed or contained. When that happens it is likely we will see dramatic changes in behaviour (or collapse) in the overall system. Most system thinkers are aware of such points and even a recent IMF report on oil prices does highlight the fact there would be a tipping point in oil prices that can cause significant changes in the behaviour of various economies. In either case I would say this tipping point is something that is often neglected by doomer lites as they feel the system can carry on getting more and more stressed without the overall system suddenly undergoing sudden changes in behaviour. This lack of tipping point does not generally happen in complex systems or in ecology so I do not see any reason why the economic, political or social systems will fair any differently, they are complex systems after all.