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The Future/s? (Read 49622 times)
freediver
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Re: The Future/s?
Reply #90 - Jul 25th, 2010 at 11:16am
 
So whose theory is it?
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People who can't distinguish between etymology and entomology bug me in ways I cannot put into words.
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Re: The Future/s?
Reply #91 - Jul 25th, 2010 at 11:19am
 
freediver wrote on Jul 25th, 2010 at 11:15am:
I don't see much point in arguing different predictions of the future with you if we can't even agree on what happened in the past and you keep trying to avoid discussing it.

It will still boil down to this claim of yours:

Quote:
But, in back of everything over the last 200 years particularly, has been the steady and un-relenting growth in population that has always been the major Driver or the engine of economic growth, at national and global levels


We would just waste ten or so pages of discussion getting back to where we started.


What happened, did you come to the conclusion, that the following scenario's would cause an economic decline?

"Let me out it this way, TRY REDUCING THE GLOBAL & AUSTRALIAN POPULATION by say 2-3% per year, for the next 80 years and you give me your scenario's of what you think will happen to the Global & Australian Economy?

Now, after that, also apply a 4-8% decline in Global Energy Production and then tell me, where you think we will be in 80 years? "


Just as the increase in Population & Cheap Energy were major drivers of Economic Growth over the last 80 years?
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Re: The Future/s?
Reply #92 - Jul 25th, 2010 at 12:08pm
 
The Ghosts of Milton Friedman and John Maynard Keynes


I originally penned this article for the August 2007 issue of the HS Dent Forecast–nearly three years ago.  My comments on deflation and consumer spending turned out to be right on the mark.

The late Milton Friedman may be the most accomplished economist of his generation. Just as his predecessor John Maynard Keynes influenced every aspect of economic thinking and policy in the 1930s, 40s, and 50s, virtually every significant development in recent decades towards free and open markets bears Friedman’s mark.

Consumption, driven by end-user demand, was merely an afterthought, something that just “happened” and didn’t need to be explained. This was best summarized by Say’s Law, a maxim memorized by every freshman economics student: “Supply creates its own demand.” By virtue of manufacturing something, you have created a demand for that something, since it can be traded for other goods. This could be called a “build it and they will come” strategy, to borrow a line from the movie Field of Dreams.

But what happens when supply doesn’t create its own demand. What happens – as in the Great Depression and in 1990s Japan – there is not sufficient demand to absorb a plentiful supply?

Keynes also fails to note that spending and saving habits are affected by level of wealth and – most importantly to our research – age and stage of life. We’ll give credit to Keynes for being the first person to approach consumption scientifically, but it is obvious that his model was incomplete and not reflective of the real world.

HS Dent Modified Life Cycle Hypothesis
http://4.bp.blogspot.com/_xwXK9DWd6Pc/TEihRqFrjdI/AAAAAAAAAHQ/Qnn0Tb84HQs/s320/Slide3.

This familiar chart is the basis for the Spending Wave. We know, based on data from the US Bureau of Labor Statistics, that consumer spending is largely a function of age. We spend increasingly more raising our families until our late 40s, after which time we pare down our spending and save for retirement.

Conclusions
Demographic trends suggest a decade-long lull in consumer spending starting around 2009 or 2010 as the Baby Boomers begin to spend less and save more for retirement. This will be a repeat, almost twenty years later, of the same scenario that Japan faced during the 1990s. When US consumer spending begins to falter, there will no doubt be plenty of economists attempting to explain the phenomenon by using some variation of Friedman’s permanent income hypothesis: “Americans are spending less money today because they see dark economic times ahead with declining incomes and standards of living….”

Then, any and every policy under the sun will be recommended on how to “fix” the problem. No doubt, Keynes’s Depression-era work will also be resurrected, and phrases like “liquidity trap” will become popular again in economic circles. [Note: Real world events followed this part of the forecast like a movie script.]

None of these ideas are likely to make much difference in spurring demand. They certainly didn’t in Japan, and there was no lack of trying. Japan eventually recovered to an extent, as the US will too. But the recovery in demand was a result of changes in demographic trends, not a policy miracle.

Link -
http://www.benzinga.com/10/07/391822/the-ghosts-of-milton-friedman-and-john-mayn...
===========
What also happens, when Supply of essential resources, such as Oil in particular & Fossil Fuels in general, start to decline with no suitable replacement in sight, to meet the expected Demand?

I could quibble about the duration of the Economic malaise that has now satrted and I could point out that Japan was assisted somewhat because the rest of the world were not infected with a similar problem between 1990 to 2005, but the bottom line is that there are some tough times ahead!


Btw, Harry Dent, like the rest of us, correct sometimes & not others, unless your name is FD & then you are correct all the time - Joking!?

But, Dent's work is worth a read & you might try the following to start -
http://www.hsdent.com/the-great-depression-ahead-a-new-book-by-harry-s-dent-jr-a...
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Re: The Future/s?
Reply #93 - Jul 26th, 2010 at 11:37am
 
Monetary Policy Cannot Solve Current Economic Weakness


Well, Chairman Bernanke said a lot of things but the only part which was heard was just two words in one paragraph:

Of course, even as the Federal Reserve continues prudent planning for the ultimate withdrawal of extraordinary monetary policy accommodation, we also recognize that the economic outlook remains unusually uncertain. We will continue to carefully assess ongoing financial and economic developments, and we remain prepared to take further policy actions as needed to foster a return to full utilization of our nation's productive potential in a context of price stability.

I listened on and off to the Chairman's testimony. The market dived just hearing a brief window of honesty in hours of testimony looking at the economy through rose colored glasses. The famous Jack Nicholson line in the movie A Few Good Men rang loudly – “You cannot handle the truth”.

Most analysts covering the economy (such as myself) have been painting a picture of an economy slowing – the only difference between the analysts is the how dire the future will be. Universally, all admit the future is uncertain as in this weaken state – events that a strong economy would shrug off can now pull the rug out.

I suspect one of the reasons for the negative reaction to the Chairman's statement was they believed he was Superman. They believed the Fed can solve any economic crisis. They would be correct if this was the normal run-of-the-mill recession, but this Great Recession is different.
Link -
http://seekingalpha.com/article/216311-monetary-policy-cannot-solve-current-econ...
===========
Well, I agree with a few of the major assertions -
1) Monetary Policy & the US FED in particular, can not wave a magic wand & solve the current Economic slowdown!
2) Monetary Policy could & has solved many smaller, run of the mill Recessions!
3) There are many, who can not handle the truth, because it is outside the square.
4) THIS TIME IS DIFFERENT!
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Re: The Future/s?
Reply #94 - Jul 26th, 2010 at 5:01pm
 
Economics & Financial Attacks


Central Bankers and Finance Ministers and Treasury Secretaries speak glibly about systemic risk while rarely stopping to think about what they mean by the word “system,” which is at the root of systemic.
They have a concept of the system of money and banking (and the institutions that conduct those operations that create money and extend credit) that connects directly to macroeconomic theories expressed variously as Keynesian or Monetarist.
This understanding translates into misnamed stimulus packages, which are, in fact, redistributionist inflation packages to be carried out by Treasury borrowing and Federal Reserve monetization of the resulting debt (Cogan et al., 2009 [2]).
The circularity of this superficial understanding of system and the ineffectuality of macroeconomics in a systemic crisis is thus complete.

The empirical failures of the General Equilibrium Paradigm are well known. Consider the 19 October 1987 stock market crash in which the market fell 22.6 percent in one day; the September 1998 Russian Long-Term Capital Management (LTCM) crisis in which capital markets almost ceased to function; the March 2000 .com collapse during which the National Association of Securities Dealers Automated Quotation (NASDAQ) numbers fell 80 percent over 30 months; and the 9/11 attacks in which the New York Stock Exchange (NYSE) first closed and then fell 14.3 percent in the week following its
reopening.
Of course, to this list of extreme events must now be added the financial crisis that began in July 2007.

No explanation is given for what causes such events; it is simply a matter of fitting the curve to the data (or ignoring the data) and moving on without disturbing the paradigm. Of course, many critics, notably Nassim Taleb (2007) [3] in his book, The Black Swan, have made the point that analytics based on normal distributions do not accurately describe market behavior in many instances.

If the financial system is a self-organized critical system, as both empirical evidence and deductive logic strongly suggest, then the single most important question from a national security perspective is: what is the scale of the system?
Simply put, the larger the scale of the system, the greater the potential collapse with correlative macroeconomic and other real world effects. The news on this front is daunting. There is no normalized scale similar to the Richter Scale for measuring the size of markets or the size of disruptive events that occur within them; a few examples will make the point.

According to recent estimates prepared by the McKinsey Global Institute, the ratio of world financial assets to world GDP grew from 100 percent in 1980 to 200 percent in 1993 to 316 percent in 2005. Over the same period, the absolute level of global financial assets increased from $12 trillion to $140 trillion and is projected to increase to $240 trillion by 2010. The drivers of this exponential increase in scale are globalization, derivative products, and leverage.

Derivative products have exhibited even faster growth than the growth in underlying financial assets. The total notional value of all swaps increased from $106 trillion to $531 trillion between 2002 and 2006 (New York Times, 2008 [9]). The notional value of equity derivatives increased from $2.5 trillion to $11.9 trillion over the same period while the notional value of credit default swaps increased from $2.2 trillion to $54.6 trillion (New York Times, 2008 [9]).

There can be no doubt that capital markets are larger and more complex than ever before. In a dynamically complex critical system, this means that the size of the maximum possible catastrophe is exponentially greater than ever. Recalling that systems described by a power law allow events of all sizes and that such events can occur at any time, particularly when the system is supercritical, the conclusion is inescapable that the greatest financial catastrophe in history is not only inevitable but could well be what we are experiencing today.
Since the system is larger than ever, there is nothing in historical experience that provides a guide to the size of the largest catastrophe that can arise today.

The fact that the financial crisis which began in July 2007 has lasted longer, caused greater losses, and been more widespread both geographically and sectorally than most analysts predicted or can explain is a function of the fact that the vastly greater scale of the financial system is producing an exponentially greater catastrophe than has ever occurred before.

This is why the past is not a guide and why the crisis may be expected to produce results not unlike the Great Depression of 1929–1941.
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Re: The Future/s?
Reply #95 - Jul 26th, 2010 at 5:16pm
 
Economics & Financial Attacks (Cont)


Vulnerabilities Due to Persistent Economic Stagnation
Picking a bottom in financial markets is a popular pastime for investors and market analysts, but national security analysis should be more concerned with what happens once the bottom is reached. All falling markets find a bottom eventually. The Dow Jones Index may fall to 5,000 or even lower, but it will stabilize at some point. The important issue for the economy, and therefore national security, is what happens then? There seems to be an a priori assumption, or maybe just a large dose of wishful thinking, that when the markets bottom they will bounce back and quickly recover. This is certainly the mantra of “buy and hold” analysis

But what if markets do not bounce back? What if they go down and stay down?


But the evidence from bubble behavior shows that once we hit bottom, we should expect a prolonged and pernicious period at the bottom itself without any appreciable gains for years.
The implications of this for tax revenues, fiscal stability, U.S. economic power, and the ability of the U.S. to project hard or soft political power are daunting.

Market technicians refer to this as the “LUV problem” using the letters “L” “U” and “V” to denote types of market behavior following a collapse of the kind we are now experiencing.
Most optimistic and quite common in cyclical downturns is the V-shaped recovery in which the economy as a whole declines rapidly, hits bottom, and bounces back quickly to the former high level and beyond.
Also not uncommon is the “U” shaped recovery in which the economy or certain indices first fall, then remain at or near the bottom for an extended period before regaining their old highs.
The difference between the “V” and “U”, of course, is the time spent bouncing along the bottom, but investors in both situations are encouraged some rebound is in sight.

Which brings us to the last of our trio of market graphs, the “L” shaped recovery—which, in fact, means no recovery at all; at least not in any time frame in which the recovery is causally linked to the original decline. An L-shaped phenomenon represents a sharp decline followed by a prolonged and open-ended period of stagnation or malaise in which the recovery, when it does finally arrive, probably needs to be jump-started by some extreme event such as a war.

The most famous example of this is the Great Depression, in which the initial industrial contraction lasted 43 months (August 1929 through March 1933) followed by a weak recovery and a second decline of 13 months (May 1937 through June 1938) followed by a second weak recovery.

Another famous example of “L” behavior is the Nikkei 225 index of leading Japanese stocks traded on the Tokyo Stock Exchange. After reaching an all-time closing high of 38,915 on 29 December 1989, it dropped precipitously and reached an interim low of 14,517 on 30 June 1995—a spectacular decline of 63 percent in 4-1/2 years (Figure 1). But the story does not end there. After several rallies and new declines, the index ground down to other interim lows of 7907
on 2 May 2003 and then 7162 on 27 October 2008, a breathtaking 81.6 percent below the all-time high reached almost 19 years earlier

What the Depression, Nikkei, NASDAQ, and other similar episodes all have in common is that they were preceded by bubbles. The Depression and the Nikkei collapses both followed bubbles in real estate and stocks.
Bubble behavior shows up clearly in the preceding graphs and is characterized by a sudden rise from a previous low level, which feeds on itself until it achieves a hyperbolic spike followed by an equally violent downward break then a prolonged period at a relatively low level compared to the previous peak.

What is most striking is the enormous amount of time between the spike and the return to anything approaching that level. The Depression took over 10 years in terms of industrial production, although some markets including commercial real estate did not recover until the mid-1950s, 25 years after the 1929 crash.
The Nikkei has still not returned to its peak after 19 years.

What the U.S. has just experienced is the breaking of numerous bubbles in residential housing, credit card debt, consumption versus savings, growth in derivative products, growth in structured products, and the willingness of investors to use leverage and sell volatility in order to chase illusory gains.

These breaks are not characteristic of normal cyclical downturns of the type which occurred in 1990–1991 and 2001 or even the more severe downturn of 1973–1975.

We expect that the U.S. economy has entered a prolonged and steep decline that could reduce real GDP by 20 percent or more over the next several years with no immediate prospects for recovery.


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Re: The Future/s?
Reply #96 - Jul 26th, 2010 at 5:24pm
 
Economics & Financial Attacks (Cont)


Collapse of the U.S. Economy and Collapse of the U.S. Dollar as a Reserve Curency

Worse even than the long, slow grind along the bottom described in the foregoing section is a sudden catastrophic collapse.
In that context, the greatest threat to U.S. national security is the destruction of the U.S. dollar as an international medium of exchange.


By destruction we do not mean total elimination but rather a devaluation of 50 percent or more versus broad-based indices of purchasing power for goods, services, and commodities and the dollar’s displacement globally by a more widely accepted medium.
This can happen more easily and much more quickly than most observers imagine.

China could engage in its own attack on the U.S. economy quite apart from whether it chose to join Russia in the use of the gold standard based on a new unit of account or even lead such an effort itself. China’s other line of attack runs through its voluminous holdings of U.S. Treasury debt (estimated to be approximately
$1 trillion), and the need of the U.S. for China to continue to purchase new issues of such debt (likely to be $5 trillion or more taking into account base line deficits, temporary stimulus spending, new budget proposals, financial rescues [such as the Troubled Assets Relief Program (TARP), Term Asset-Backed Securities Loan
Facility (TALF), Bear Stearns, General Motors, and others] and as yet unrealized losses and associated bailouts arising from new losses in credit cards, student loans, auto loans, corporate bonds, commercial real estate, and other nonsustainable credit).
China could simply dump say $100 billion of its longest maturity U.S. Treasury securities on the market at one time combined with an announcement that it intended to sell far more when, as and if market conditions warranted.
The end result would be to force the economy into an unpalatable choice between hyperinflation and protracted economic decline resembling the Great Depression, perhaps worse.

Conclusion
Notwithstanding an earlier period of globalization during 1880–1914, there can be little doubt that the current period of globalization from 1989–2009, beginning with the fall of the Soviet Union and the end of the Cold War, represents the highest degree of interconnectedness of the global system of finance, capital, and banking the world has ever seen.

Despite obvious advantages in terms of global capital mobility facilitating productivity and the utilization of labor on an unprecedented scale, there are hidden dangers and second-order costs embedded in the sheer scale and complexity of the system. These costs have begun to be realized in the financial crisis that began in late 2007 and have continued until this writing and will continue beyond.

Among the emergent properties of this complexity are exponentially greater risks of catastrophic collapse leading to the complete insolvency of the global financial system. This dynamic has already begun to play out and will continue without the implementation of appropriate public policies, which, so far, are not in evidence.

More to the point, this ongoing instability lends itself to amplification through the actions of adversaries who can accelerate destabilizing trends through market manipulation and the conduct of marginal transactions in critical securities and commodities such as U.S. Treasury debt, oil, and gold.

The U.S. response should include three components:
• Improved public policy to stabilize the system including temporary nationalization of banks to remove bad assets, preemptive study and consideration of a return to the gold standard, higher interest rates to support the value of the U.S. dollar, increased tolerance of failure in financial institutions to reduce moral hazard, and mandatory use of central counterparty clearing in order to mitigate the impact of institutional failure and descale the system to make it more robust to attack.
• An expert market watch function and all source fusion with improved financial counterintelligence and clandestine action to detect and disrupt attempted malicious acts in global capital markets by adversaries.
• An offensive capability in global capital markets including asset freezes, asset seizures, and preemptive market manipulations.

Finally, the vulnerability of companies and technologies to control and diversion by adversaries must not be overlooked.
This requires improved interagency coordination of the various legal and forensic tools at the disposal of the U.S. in the areas of securities, antitrust, tax, banking, export restrictions, direct foreign investment restrictions, sanctions, and emergency economic powers. These tools should be supplemented by improved financial counterintelligence and new automated tools focused on supply-chain linkages, nonobvious relationship awareness (NORA), and market price anomalies
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Re: The Future/s?
Reply #97 - Jul 26th, 2010 at 10:24pm
 
Economics & Financial Attacks (Cont)


Link -
http://www.jhuapl.edu/urw_symposium/proceedings/2009/Authors/Rickards.pdf
=========
This article addresses a number of issues, but if I can go to the numerous bubbles breaking in the USA & elsewhere, as that brings us to THE central reasons for the existence of those bubbles & why they are breaking.

There are a few things to keep in mind at this point -
1) Population Growth = Demand Increase
2) The 50 year Rule = the average age, for Consumers Maximum Earning & Spending capacity.


Ok, now let’s go all the way back, back in time to about 1933, when the “worm” turned (so to speak) and the Global Fertility rate started to slowly increase.

Then, as WW2 ends in 1945, the worm really got active and gave birth to the greatest baby bump started, “in history”, now referred to as “The Baby Boomer Generation”.
That Boom continued, Peaking around 1956 (at just under 5 children per woman), before “officially” ending in 1964 and then started a long decline until today it stands at about 2.5 children per woman and it is still in decline.  

Now, back to the future!

As I said, the Consumers maximum Earning & Spending average age is 50 years old.

Ok, so let’s apply what we know, to the 50 year rule –
1933 - Fertility rates start to lift
1983 - Stock Markets begin to climb

...
The DOW, which had hovered around 1,000 points for about 20 years, started to climb & hit 4,000 points around 1994
   
1945 - Fertility Rates Take off
(official Baby Boom starts)
1995 - Stock Markets take off, the DOW goes from 4,000 points to 11,722 points before 9/11 hits, sending stocks crashing to 7,286 and then rebounding again to 14,164.  


1956 – Fertility rates Peak, then start slow decline since.
2007 – Stock Markets Crash from their top of 14,164 in October 2007, to a low of 6,547 in March 2009, before rebounding again to 11,205 in April 2010 and it has since traded in a range between 9,700 to 10,450.

So, this is the Demand part of the greatest bubble in history.
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Re: The Future/s?
Reply #98 - Jul 26th, 2010 at 10:31pm
 
Economics & Financial Attacks (Cont)

There were also two great enablers of this Population driven Demand bubble, Oil was one & Technology/Innovation was the other.
Whilst some may argue whether Population was the “Chicken & the Egg”, I am of the opinion that it was the increasing Population which set the “Field of Dreams” and Oil & Technology/Innovation came to play, as they saw the fields being built!  

Oil, in particular, has gone in lock step with Population, starting in the 1930’s & 1940’s there were Oil Reserves discovered in the Middle East, including Ghawar (in Saudi) & Burgan (in Kuwait), which have proven with time to have been the greatest in history and we are still reliant on them today, for the lions share of the worlds Oil Production.

Ever since, Oil production continued to increase, along with the Population increase and until around 2000, it remained extraordinarily cheap.

The uses of & for Oil are almost endless in our modern society including Transport, Plastics, Medicines, Chemicals Agriculture, the list is almost endless, that are dependent on oil, no wonder the US has had such a long lasting love affair.

But, after 2000, the Price of Oil began to rise from around $10 P/Barrel, to a high of $147 P/barrel in 2007.

The party was over, Oil Production had effectively Peaked in 2005 and has since hit a plateau, before commencing an inevitable decline, on the other side of the Hubbert Bell Curve!

The long love affair, between exponential Population Demand Growth, enabled by ever-increasing Cheap Oil Production was over and in 2007, some caught a glimpse of what was to come.

So, what is to come?

As Fertility went in decline, after the 1956 Peak, we can expect a continuation declining growth in the Population driven Demand and eventually an actual decline in Demand, for many years into the future.

In addition, there will be an inevitable decline of the great enabler, Post Peak Oil, of Oil Production, starting at lower Global decline rates of 2-3%, before those declines start to approach double digit declines, over the next 20-30 years.  

But, can’t we just start another Baby Boom & find another Energy source?

The short answer is No! The are no other suitable Energy sources, on the scale required, nor would the EROEI (Energy Return On Energy Invested) be sufficient on any of the likely alternatives, to permit a return to “business as usual”.

In any event, even if there was some extremely well hidden alternative to Oil, in all its forms & uses, we could not use it, unless it was completely removed from GHG emissions, as to do otherwise, would invite a Climate Catastrophe and with another Baby Boom we would only exacerbate the exhaustion of essential resources & bring on the Climate problems, quicker!

So, what can be done & what is being done?
 
Well, I agree that crashes can be deliberate, but they can also be accidental, a product of neglect or simply a failure to properly plan.

If we were we to rely on the accidental, the product of neglect or a failure to plan, then I suspect NOTHING WOULD HAPPEN, as the ME SYNDROME, would prevent any solution and we (humans) would eventually disappear up our own backsides, whilst the Planet would continue as if nothing had happened.

If a crash were to be deliberate, then its just possible that the Energy decline may be matched by a Population decline and whilst there would be quite a bit of short to medium term Economic pain,  it may be possible to come out the other side with humanity in tact, whilst admittedly smaller and perhaps, but only perhaps, with GHG emissions reduced to levels where humanity may survive a Climate Catastrophe?
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Re: The Future/s?
Reply #99 - Jul 27th, 2010 at 6:43am
 
Let's hope the crash was deliberate, for the sake of humanity. I very much doubt it though, considering I can't recall any governmental programs/policies being put into place that would back up that theory. I think the majority of us got carried away with the 'ME SYNDROME', and didn't or don't give a toss about future generations.

I think we've left it too late, since environmental history is a relatively new study and we don't have a great deal of expert factual material to look back on.

Anyway, there's still hope, if we change our ways immediately, or miraculously discover an alternative to oil, or both.
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"When the power of love overcomes the love of power, the world will know peace." Hendrix
andrei said: Great isn't it? Seeing boatloads of what is nothing more than human garbage turn up.....
 
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Re: The Future/s?
Reply #100 - Jul 28th, 2010 at 10:24pm
 
FUTURE WINDOWS


Written in mid 2006, this contained 6 Possible, Major Influencing Events, including this one, relating to -

4) PEAK OIL


Event Initiator
- First reports that production can not keep pace with consumption, due to insufficient reserves.

Event Start Date
- Within 5 years.

Event Outcome/s
- Significant, to rampant increase in Oil related product pricing.
- Significantly increase inflationary pressure.
- Significant problems, in replacing Oil base, in many product lines.
- Immediate, knee-jerk reaction to implement Nuclear power.
- Increased, subsequent push for Green alternatives.

Event Duration
- 20 to 30 years

Event Probabilities
- Within 5 years, 80 to 20.
- Worse Case Scenario, 60-40.


5)  BABY BOOMER RETIREMENT


Event Initiator
- Commencement of post WW2 babies going into retirement.

Event Start Date
- Already commenced recently – 2005.

Event Outcome/s- Significant reduction in Workforce Participation is likely, notwithstanding government efforts to delay.
- Immigrant intake dilemma likely, some will want a greater intake, to offset bottlenecks in some workforce sectors, whilst others will seek lower intake, to offset rising unemployment.
- Significant cost factor increases will enter the economy, due to population aging and lower Participation Rate, causing inflationary & deflationary pressures to grow.
- Significant reduction in Property values is likely, as event shifts thru to retirement and to the death of Baby Boomer generation. The generation birth rates that followed the Boomers reduced to 60%, then 40% in more recent times. As the asset rich Baby Boomers die, those left will be less well off and there will be less of them – the laws of supply & demand will take over.
- Significant reduction in Share Market values is likely and an extended depression, commencing around 2010, give or take a couple of years.

Event Duration
- 20 to 30 years.

Event Probabilities
- Start 100% - Has been guaranteed for over fifty years.
-Worst case scenario, 60-40


6)  CLIMATE CHANGE


Event Initiator- Most likely Carbon overload of atmosphere from vehicles, power plants and the like.

Event Start Date - Already started.

Event Outcome/s
- Increase in severe weather events, such as Hurricanes, Floods, Droughts.
- Increase in sea levels worldwide, causing mass evacuations of coastal populations and deaths.
- Shutdown of ocean currents circulation between polar caps and equator, due increase    
 in fresh water, arising from melting of large sections of polar ice shelfs. Possible result is new
 ice age.
- Unless action is Worldwide and immediate (which does not seem likely), then the most  
 probable outcomes appear bleak.
- If concerted action not taken immediately, this could be an end game scenario, the results
 could include a Billions plus dead, an economic depression, much worse than the Great Depression
 and major wars.

Event Duration
- How long is a piece of string?

Event Probabilities
- Start 100%.
- Worse case scenario, 65-35.
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Re: The Future/s?
Reply #101 - Jul 30th, 2010 at 1:41pm
 
Investment Outlook
Privates Eye


I really do have a serious message this month, an adjunct to the New Normal that will likely impact growth and financial markets for years to come. Our New Normal, to repeat ad nauseam, is predicated upon deleveraging, reregulation and deglobalization, all of which promote slower economic growth and lower inflation in developed economies while substantially bypassing emerging market countries that have more favorable initial conditions.

In recent months, Mohamed El-Erian has added a developing corollary that emphasizes the lack of an appropriate policy response to what is a structural as opposed to a cyclical development, are constructively suggesting a way back to the old normal.

That return journey will be all the more difficult to accomplish, however, because of demographics, an influence that much like gravity is hard to see but whose effect is all too powerful. Demographics – or in this case population growth – is so long term in its influence that economists and observers are inclined to explain the functioning of economic society without ever factoring in the essential part that it plays in growth. Production depends upon people, not only in the actual process, but because of the final demand that justifies its existence. The more and more consumers, the more and more need for things to be produced. I will go so far as to say that not only growth but capitalism itself may be in part dependent on a growing population.

Capitalism, I would assert, thrives on more, more, and more, but not so well when there is less or an expectation of less.
This is not the Malthusian thesis, which maintained that at some point the world would run out of food to satisfy a growing population; it is an assertion that capitalism depends upon final demand and that if there ever comes a time when population growth slows, then the world’s most efficient economic system will be tested.


The danger today, as opposed to prior deleveraging cycles, is that the deleveraging is being attempted into the headwinds of a structural demographic downwave as opposed to a decade of substantial population growth. Japan is the modern-day example of what deleveraging in the face of a slowing and now negatively growing population can do.

Prior deleveraging periods such as what the U.S. and European economies experienced in the 1930s exhibited a similar demographic with the lowest levels of fertility in the 20th century and extremely low population growth. Things did not go well then. Today’s developed economies almost assuredly offer substantially less population growth than the 1.5% rate experienced over the prior 50 years. Even when viewed from a total global economy perspective, population growth over the next 10–20 years will barely exceed 1%.

The preceding analysis does not even begin to discuss the aging of this slower-growing population base itself. Japan, Germany, Italy and of course the United States, with its boomers moving toward their 60s, are getting older year after year.

And while older people spend a larger percentage of their income – that is, they save less and eventually dissave – the fact is that they spend far fewer dollars per capita than their younger counterparts. No new homes, fewer vacations, less emphasis on conspicuous consumption and no new cars every few years. Healthcare is their primary concern. These aging trends present a one-two negative punch to our New Normal thesis over the next 5–10 years: fewer new consumers in terms of total population, and a growing number of older ones who don’t spend as much money. The combined effect will slow economic growth more than otherwise.


PIMCO’s continuing New Normal thesis of deleveraging, reregulation and deglobalization produces structural headwinds that lead to lower economic growth as well as half-sized asset returns when compared to historical averages. The New Normal will not be aided nor abetted by a slower-growing population nor by cyclical policy errors that thrust Keynesian consumption remedies on a declining consumer base.
Link -
http://www.pimco.com/Pages/PrivatesEyeBillGrossAugust2010.aspx
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New Normal = New Paradigm

As you would guess, I agree with the basic thrust, but there are also additional factors to consider, such as Peak Energy, Debt & Climate Change, to name a few!
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« Last Edit: Aug 2nd, 2010 at 12:03am by perceptions_now »  
 
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Re: The Future/s?
Reply #102 - Jul 31st, 2010 at 11:56am
 
Beyond the Limits to Growth


The Pivotal Role of Energy
During the past two centuries, an explosion in population, consumption, and technological innovation has brought previously unimaginable advances in health, wealth, transport, and communications.
These events were largely made possible by the release of enormous amounts of cheap energy from fossil fuels starting in the mid-nineteenth century.
Oil, coal, and
natural gas, produced by natural processes over scores of millions of years, represent far more concentrated forms of energy than any of the sources previously available to humanity (food crops, human and animal muscles, and simple windmills or water mills) and, with even basic technology, are comparatively easy to access.

With this abundant energy available to drive production processes, it became possible to increase rates of extraction of other natural resourcesas, for example, chain saws and powered trawlers could harvest timber and fish at rates previously unimaginable. Meanwhile, fuel-fed tractors enabled a relatively small number of farmers to support many specialists in industrial or commercial enterprises, leading to massive urbanization in nearly every country.

Modern chemistry (largely based on organic compounds derived from fossil fuels) led also to modern pharmaceuticals—which, together with improved sanitation likewise dependent on cheap energy), enabled longer life spans and growing populations.
And so, increased consumption of fossil fuels has produced both economic growth and population growth.


However, a bigger population and a growing economy lead to more energy demand. We are thus enmeshed in a classic self-reinforcing (“positive”) feedback loop.

Crucially, the planet on which all of this growth is occurring happens to be limited in size, with fixed stores of fossil fuels and mineral ores, and with constrained capacities to regenerate forests, fish, topsoil, and freshwater. Indeed, it appears that we are now pushing up against these very physical limits:
. The world is at, nearing, or past the points of peak production of a number of critical non-renewable resources—including oil, natural gas, and coal, as well as many economically important minerals ranging from antimony to zinc.
. The global climate is being destabilized by greenhouse gases emitted from the burning of fossil fuels, leading to more severe weather (including droughts) as well as melting glaciers and rising sea levels.
. Freshwater scarcity is a real or impending problem in nearly all of the world’s nations due to climate change, pollution, and overuse of groundwater for agriculture and industrial processes.
. World food production per capita is declining and the maintenance of existing total harvests is threatened by climate change, soil erosion, water scarcity, and high fuel costs.
. Earth’s plant and animal species are being driven to extinction by human activities at a rate unequaled in the last 60 million years.

The exact timing of peak oil (the maximum point of global oil production) can still be debated, as can the details of climate science. Experts can further refine their forecasts for food harvests based on expectations for new crop varieties. Nevertheless, the overall picture is incontrovertible:

The growth phase of industrial civilization was driven by the cheap energy from fossil fuels, and the decline phase of industrial civilization (now commencing) will be led by the depletion of those fuels as well as by environmental collapse caused directly or indirectly by the burning of coal, oil, and natural gas.
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Re: The Future/s?
Reply #103 - Jul 31st, 2010 at 12:05pm
 
Beyond the Limits to Growth (cont)


At the End of Abundance, on the Verge of Decline
Our starting point for future planning, then, must be the realization that we are living today at the end of the period of greatest material abundance in human history—an abundance based on temporary sources of cheap energy that made all else possible. Now that the most important of those sources are entering their inevitable sunset phase, we are at the beginning of a period of overall economic contraction.

Limits to Growth foresaw this inflection point nearly forty years ago. But the world failed to heed the warning; as a result, adaptation now will be much more difficult than would have been the case if growth had been proactively curtailed decades ago. Global leaders now face the need to accomplish four enormous tasks simultaneously:
1. Rapidly reduce dependence on fossil fuels.
We must do this to avert worse climate impacts, but also because the fuels themselves will be more scarce and expensive. Ending our reliance on coal, oil, and natural gas proactively with minimal social disruption will require a rapid redesign of transportation, agriculture, and power-generation systems.
2. Adapt to the end of economic growth. This means reworking, even reinventing, our existing economic system, which functions only in a condition of continuous expansion. Banking, finance, and the process of money creation will all need to be put on a new and different footing.
3. Design and provide a sustainable way of life for 7 billion people. We must stabilize and gradually reduce human population over time, using humane strategies such as providing higher levels of education for women in poor countries.
But even in the best case, this objective will take decades to achieve; in the meantime, we must continue to support existing human populations while doing a better job of providing basic services for those at the bottom of the economic ladder.
We must accomplish this in the context of a nongrowing economy and with a shrinking stream of resource inputs, and we must do it without further damaging the environment.
4. Deal with the environmental consequences of the past 100 years of fossil-fueled growth. Even if we cease all environmentally destructive practices tomorrow, we still face the momentum of processes already set in motion throughout decades of deforestation, overfishing, topsoil erosion, and fossil-fuel combustion. First and foremost of these processes is, of course, global climate change, which will almost certainly have serious impacts on world agriculture even if future carbon emissions decline sharply and soon.

Each of these four tasks represents an enormous challenge whose difficulty is multiplied by the simultaneous need to address the other three. The convergence of so many civilization-threatening planetary crises is unique in our history as a species.

Limits Are Unavoidable
Here’s a real-world example: Over the past two centuries, human population has grown at rates ranging from less than 1 percent to more than 2 percent per year.

In 1800, world population stood at about 1 billion; by 1930 it had doubled to 2 billion. Only 40 years later (in 1975) it had doubled again to 4 billion; currently we are on
track to achieve a third doubling, to 8 billion humans, around 2025. No one seriously expects human population to continue growing for centuries into the future.

In nature, growth always slams up against nonnegotiable constraints sooner or later.

Here is another real-world example. In recent years China’s economy has been growing at 8 percent or more per year; that means it is more than doubling in size about every 9 years. Indeed, China consumes more than twice as much coal as it did a decade ago—the same with iron ore and oil. How long can this go on? How many more doublings can occur before China has used up its key resources—or has simply decided that enough is enough and has stopped growing?
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Re: The Future/s?
Reply #104 - Jul 31st, 2010 at 12:15pm
 
Beyond the Limits to Growth (Cont)


Economists Tend to Ignore Environmental Limits
It makes sense that economies should follow rules analogous to those that govern biological systems. Plants and animals tend to grow quickly when they are young, but then they reach a more or less stable mature size.
Beyond a certain point, growth becomes more of a problem than an advantage. But economists generally don’t see things this way.

That is probably because most current economic theories were formulated during an anomalous historical period of sustained growth. Economists are merely generalizing from their experience: They can point to decades of steady growth in the recent past, and they simply project that experience into the future.


Moreover, they have ways to explain why modern market economies are immune to the kinds of limits that constrain natural systems; the two main ones concern substitution and efficiency.

If a useful resource becomes scarce its price will rise, and this creates an incentive for users of the resource to find a substitute. For example, if oil gets expensive enough, energy companies might start making liquid fuels from coal. Or they might develop other energy sources undreamed of today. Economists theorize that this process of substitution can go on forever.

It’s part of the magic of the free market.


Increasing efficiency and finding substitutes for depleting resources are undeniably effective adaptive strategies of market economies. Nevertheless, the question remains open as to how long these strategies can continue to work in the real world—which is governed less by economic theories than by the laws of physics.
In the real world, some things don’t have substitutes, or the substitutes are too expensive, or don’t work as well, or can’t be produced fast enough. And efficiency follows a law of diminishing returns: The first gains in efficiency are usually cheap, but every further incremental gain tends to cost more, until further gains become prohibitively expensive.


Unlike economists, most physical scientists recognize that growth within any functioning, bounded system has to stop sometime.


But this discussion of limits has very real implications, because “the economy” is not just an abstract concept; it is what determines whether we live in luxury or poverty, whether we eat or starve.

If economic growth ends, everyone will be impacted, and it will take society years to adapt to this new condition. Therefore it is important to be able to forecast whether that moment is close or distant in time.

Hence the Limits to Growth study and book. Its authors fed in data for world population growth, consumption trends, and the abundance of various important resources, ran their computer program, and concluded that the end of growth would probably arrive between 2010 and 2050. Industrial output and food production would then fall, leading to a decline in population.


The Post-Carbon Transition
Alternative energy sources and greater efficiencies are important, but the post-carbon transition will not be limited merely to building wind turbines or weatherizing homes, for two key reasons:
First, there are no alternative energy sources (renewable or otherwise) capable of supplying energy as cheaply and in such abundance as fossil fuels currently yield, in the brief time that we need them to come online.
Second, we have designed and built the infrastructure of our transport, electricity, and food systems—as well as our building stock— to suit the unique characteristics of oil, natural gas, and coal.

Changing to different energy sources will require the redesign of many aspects of these systems.

It will also require a fundamental rethinking of our financial institutions and cultural values.
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