Performance Governing: Getting Lucky and Staying Lucky
Posted by Robert Rapier on July 4, 2008 - 9:17pm
Topic: Policy/Politics
Tags: alternative energy, congestion, edict, energy, energy policy, global warming, netmobil, peak oil, Personal Rapid Transit, personal transit, PRT, public transportation [list all tags]
Gasoline prices give a a clear measure of consequences of making oil the lifeblood of our economy. As our economic lifeblood, oil is giving us:
- Heart attacks, unstable price spikes in this plateau of Peak Oil
- Leukemia, undermining our planets ability to support us with Global Warming
Facing the facts and acting to resolve them can defeat peak Oil and Global Warming, both civilization killers. A primary fact is that our current infrastructure is the cause of these killers. We built the infrastructure. We can build better. The purpose of this essay is a call to action to defeat these civilization killers by changing the way we govern infrastructure from specifying HOW to build it, to stating WHAT is needed and allowing a free market to find the rare individuals with lucky breakthroughs that can build sustainable infrastructure. We must get lucky and discover the energy equivalents of lasers, personal computers, cell phones, the Internet, etc....
Government control over infrastructure has created brittle and fragile structures completely addicted to finite and depleting oil. Example, urban transport is less than 4% efficient. Yet food distribution is 97% dependent on oil that is mostly imported.
Performance Governing changes HOW to WHAT. Dictates of HOW to build infrastructure becomes performance standards of WHAT is needed. The limited suite of government contractors becomes anyone willing and able to exceed performance standards. Exceeding standards will change the lifeblood of our economy from oil to ingenuity. Following are comparisons of results between HOW, a planned economy, and WHAT, a performance economy.
- Communications Infrastructure, Changes in How versus What are easily identified:
- How: AT&T's monopoly:
- Monopolized in the mobilization for World War I.
- Analog networks essentially unchanged in a century.
- Long distance calling was an expensive luxury.
- What: Creating a free market in 1984 allowed sweeping ingenuity:
- Re-tooling infrastructure from analog to digital.
- Re-tooling infrastructure from wire to fiber and wireless.
- Expansion in scope and quality of many services such as the Internet and cell phones.
- Economic driver and job creator.
- Long distance calling is virtually free
- Biofuels, How versus What:
- How: The President and Congress directed and subsidize ethanol production:
- Corn prices jumped from $2/bushel in 2005 to $7/bushel in Jun 2008.
- US Secretary of Agriculture expects 43% increase in food prices in 2008.
- Growing food riots in the world.
- Likely, first SUV famine in 2008-2009 as burning food in cars at less than 4% efficiency causes the first biofuel famine.
- What: Define sustainable efficiency standard, such as 100 miles per gallon.
- Efficiency, How versus What:
- How: The President and Congress passed a 50% increase in CAFE standards (gas mileage). For simplicity consider they are 20 miles per gallon. Government directing this efficiency improvement will:
- Start in 2012 and requires about 25 years to rotate out the current car fleet.
- Require everyone to borrow money to buy a car.
- A .02X solution to a 2X problem (50% divided by 25 years versus oil doubling in price in 2007)
- What: Set a standard and allow anyone beating that standard to implement. For example, inventors at JPods, SkyTran, SkyWeb, ULTra, MISTER and others easily beat 100 miles per gallon. A summary of their capabilities are:
- Provide urban transport as a service (no loans required)
- Achieve efficiencies from 100-400 miles per gallon. See CSX commercial for 423 miles per gallon.
- Operate at 1/14th the cost of oil-based transport.
- Move people and cargo 24 x 7.
- Zero-emissions, some are solar powered.
- Convenience of a chauffeured car at the cost to operate an elevator.
- Based on riders per day, the elevator is the most successful form of public transportation. Yet these inventors of a physical-Internet, of horizontal-elevators are not allowed access to rights of way. What is possible is disallowed by the current How. There is no conspiracy. Far worse, there are well-meaning rules and regulations of a bureaucracy.
- Oil, How versus What:
- How: Presidents and Congress directed and subsidize oil production. Subsidies distorted free market innovation.
- Borrow $700 billion a year to consume oil.
- Weakening dollar, increasing inflation, increasing trade deficit.
- Exposed to Peak Oil. We were warned of the geology in 1956. It was confirmed in US Peak Oil in 1970.
- Crisis in Economic Growth as Energy Growth peaked in May 2005.
- Government refusal to respond to Peak Oil, watch comments from EIA Administrator
Caruso. Policy makers created circumstances where spendable
incomes rose enough for people to risk their life's savings to afford a
mortgage and then allowed more and more of those mortgages to be
crushed between rising interest rates and rising gas prices. The 2007
foreclosure actions, 2.1 million, happened with 4.8% unemployment.
Foreclosures in 2009 will jump as $200+ oil increases unemployment.
- CO2 from automobiles contributes to Global Warming.
- Global Warming is the destruction of human and biosphere habitat.
- Yet governments are building more highways.
- From BBC, summer ice cover in the Arctic has declined sharply.
- Arctic ice loss in 2007 was horrific. Much worse than models predicted.
- Arctic ice flow in the winter of 2007-2008 indicates risk.
- Pentagon Study on Abrupt Climate Change.
- Cracks in old ice found in 2008 indicates more risks.
- This author spent 3 years as an Arctic Light Infantryman. I have been back several times and the changes are massive. The consequences are uncertain but again, massive.
- Government assume personal mobility equates to the
automobile regardless of the consequences.
This quote, written by Dr Patrick Driscoll, is taken from West Point's Decision Making in Systems Engineering and Management.In fact, one of the most significant failings of the current U.S. transportation system is that the automobile was never thought of as being part of a system until recently. It was developed and introduced during a period that saw the automobile as a standalone technology largely replacing the horse and carriage. So long as it outperformed the previous equine technology, it was considered a success. This success is not nearly so apparent if the automobile is examined from a systems thinking perspective. In that guise, it has managed to fail miserably across a host of dimensions. Many of these can be observed in any major US city today: oversized cars and trucks negotiating tight roads and streets, bridges and tunnels incapable of handling daily traffic density, insufficient parking, poor air quality induced in areas where regional air circulation geography restricts free flow of wind, a distribution of the working population to suburban locations necessitating automobile transportation, and so on. Had the automobile been developed as a multilateral system interconnected with urban (and rural) transportation networks and environmental systems, U.S. cities would be in a much different situation than they find themselves in today.
What is important here is not that the automobile could have been developed differently, but that in choosing to design, develop and deploy the automobile as a stand alone technology, a host of complementary transportation solutions to replace the horse and buggy were not considered.
- What: Tax oil for its true cost to secure and cleanup after use. This would have made alternatives financially attractive since the 1973 Oil Embargo. We would have had 35 years from the 1973 Oil Embargo to have iterated alternatives.

Ingenuity
There is no mystery to breakthrough insight or ingenuity. Ingenuity is a personality trait. Find more ingenious people, give their ideas a chance to work out and you will get lucky breaks. Here are some personalities:
- Edison, discovered 4,000 ways not to make a light bulb.
- Goodyear, after decades of work, twice in debtor's prison, dropped a rubber blob on a sooty stove and instantly recognized what had been missing to vulcanize rubber.
- Einstein, spent a decade unemployed and as a patent clerk refining ideas.
- Wright Brothers, relentless study matched by insightful testing.
- Pasteur, “chance favors the prepared mind”.
Their process is relatively simple. Invest and mortgage everything you have for very long periods of time without reward. If you are lucky you will clarify a breakthrough concept. Then find someway to navigate the commercial requirements to churn that clarity of thought into commercial acceptance. The process is simple and ruthless. It is an effort driven by passion, not a government job.
Relative to building infrastructure, government control over HOW creates three additional barriers, each nearly perfect at stopping ingenuity that changes WHAT. Innovators must convince government people to:
- Take professional risk for which there is no reward or precedent.
- Knowingly accept failures in the process of churning a concept from insight to breakthrough.
- Often wait years to decades for the iterative process of churning ideas into commerce have a successful breakthrough.
Government Actions, Changing What
By abandoning HOW, Leadership can define WHAT is needed and empower everyone to do what they can. As a starting point, here are some simple actions leaders can take to nurture ingenuity, self-reliance, getting lucky and staying lucky.
Self-reliance: Disciplined people, Discipline Thought, Disciplined Action.
Small steps, relentlessly taken will create durable people and communities, economic lifeboats. There may not be time to save everyone, but there is time for everyone to save themself. Start simple by asking everyone to plant a garden. This may seem insignificant but it accomplishes vital tasks
- Each person is responsible for self-reliance.
- Builds agricultural skills and a sense that we are part of the land.
- Cuts food-miles and reduces oil dependence.
- Strengthens the social fabric with confidence that we are durability from famine caused by oil shortage.
- Affirms by action that we can and will prevail. We need only exercise our liberty and responsibility.
- Community gardens strengthen communities with shared responsibility and knowledge.
Getting Lucky, Finding Rare Events and Odd People
Ingenuity is a personality trait. Forging ingenuity into insight and breakthrough require great personal investment with improbable chance of success. For governments and businesses to exploit such rare and extreme behavior requires organizations adapt their rules to be susceptible to such individuals.
For every breakthrough, there is vast “silent evidence,” failures that we do not pay attention to. Without failures we cannot find breakthrough. These failures cannot be avoided but they can be contained in scope by requiring attempts to be privately funded. People risking their own money are much more sober about the managing risks than governments.
The process is relatively simple. Invest and mortgage everything you have for very long periods of time without reward. If you are lucky you will clarify a breakthrough concept. Then find someway to navigate the commercial requirements to churn that clarity of thought into commercial acceptance. Vast numbers of truly brilliant ideas are weeded out. The process is simple and ruthless. It is an effort driven by passion ,not a government job.
Organizational Methods for Encouraging Ingenious Personalities
Two books outline some key concepts and mechanics of greatness and uncertainty:
- Good to Great defines the process of forging excellence from mediocrity, of transforming a good organization into a great one. We have good infrastructure and good government based on unsustainable assumptions of cheap oil. Building a great sustainable culture requires leveraging the Stockdale Paradox and exuding greatness from our commercial entities, our governments and our lives.
- The Black Swan is about rare events and getting lucky. This book is about how not to be a “sucker” in the face of uncertainty. We face the uncertainty of civilization killers.
- Performance Governing. Establish standards for infrastructure. Define what is needed and allow anyone willing to risk their capital to beat that standard a franchise to profit from performance forged from their ingenuity.
- Government grants should be very limited, or better, not
used at all. There are several problems with grants and
government funding for research:
- Breakthrough concepts are abnormal and are not likely to be funded. Example, Einstein could not get a teaching job until 5 years after publishing the Special Theory of Relativity, Quantum Mechanics via the photoelectric effect, and the other breakthrough clarities of 1905. Establishments like iterations of how not change in what (See CAFE above).
- Refining a breakthrough concept to clarity costs about as much as chasing a government grant. The passion for creating should focus on creating not chasing permission to create.
- Innovators of breakthroughs are not personally wired to wait for government handouts. Example: Steve Jobs and Bill Gates are both college dropouts. Their breakthrough ideas on personal computers did not wait for the government or academia,
- Dependence on government money conditions capital markets to wait for such money. Venture capitalists are almost as risk averse as bureaucrats and policy makers. It also conditions innovators, always desperate for cash, to chase permission not insight.
- Government backed loans can be effective if:
- Private risk builds infrastructure. This keeps focus on what is practical.
- Infrastructure achieves public policy objectives.
- Infrastructure provides profitable service and can repay loans. Then low cost government back loans can refinance the infrastructure. These loans can be paid back from profitable operation of the infrastructure. The loans free the private capital to build more infrastructure.
- Care and transparency are required to get the benefits but not the corruption of a Transcontinental Railroad model.
Staying Lucky, Honestly Accruing All Costs
There are no lasting victories. Winning today yields the opportunity to compete again tomorrow. Embracing responsibility will enable us to compete again tomorrow:
- Accept that excellence is the process of relentlessly improving,
- Open our institutions to the odd personalities that find breakthrough.
- Assure all costs are accounted for and resources accrued to compensate.
Performance governing requires honestly accounting for
all costs. That is not easy. We have a tendency to
shove long-term costs off on the future. The failure to
prepare is illustrated by:
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Preparation and self-reliance are simple and tough standards. We need only return resources used in a condition we are proud to hand to our grandchildren; everything we waste stays with us. If resources can not be restored in pristine condition or if we are unsure if our actions cause harm, we must assume they cause harm and collect estimated costs to compensate as honestly as possible. If industries do not reserve these costs, then to protect the general welfare and common defense, it is the duty of government to assess, collect and exercise such funds to provide a sustainable habitat. Earth is a spaceship; the glass of water you use, your grandchild will drink.
As a conservative, I am amazed that conservative political leaders seem the least interested in the conservative principle that all costs should be accounted for, subsidies eliminated. Had we accounted for pollution costs, security costs and maintenance costs, today we would not be facing an energy crisis. Had governments declared what is needed and allowed free markets to carve profits from waste, today we would not be facing an infrastructure crisis. The civilization killers of Peak Oil and Global Warming would have been preempted. Had we accounted for all costs, gasoline prices would be only as significant as a cell phone bill; instead gas prices force home foreclosures as people choose between paying for their commute and their house.
As tough and dangerous as Peak Oil is, we are lucky it is impacting our economy faster than Global Warming is killing our planet. Gas prices force us to change the lifeblood of our economy from oil to ingenuity. As noted by Benjamin Franklin: “To be thrown upon one's own resources, is to be cast into the very lap of fortune; for our faculties then undergo a development and display an energy of which they were previously insusceptible.”
Performance Governing will result in a performance economy, an economy driven by profits and jobs created by preempting current waste. There will be many breakthrough ideas that will look like luck. Mobility and electricity costs will be reduced, our footprint on our environment minimized and our addiction to oil and borrowing money to pay for oil will end. It will only take 15-20 years of hard work. The process is waiting for government to allow a free market.




Peak oil is like herpes....once you get it, you
always have it.
Peak oil is like herpes....once you get it, you
always have it.
HA! I hope not!
This site is cool:)
This is my first post.
I have four addictions: caffeine, nicotene, reading science fact & fiction, and reading Peak Oil theory trends.
Peak Oil is addicting because...
1. It is funny! Human suffering is not funny. Human folly IS funny. It is funny because laughing at folly is more satisfying than pure frustration or depression. Part of the folly is that right NOW the technology exists to mitigate and adapt to Peak Oil with a minimum of hardship. The folly is that the optimum strategy(s) will NOT happen because they require rationality, lack of selfishness, planning very long term IE more than 30 years, and cooperation on a global scale...what are the odds of that? Humans will muddle through the problem with some brilliant solutions enacted locally, but without a global rational plan.
2. The worst case scenerio of Peak Oil is global disaster and catastrophic population reduction= big time drama of apocolypse.
3. Peak Oil is one of the BIG trends that will determine the quality of MY life and EVERYONE's life in the short to medium term (5 years to 30 years) IE reading Peak Oil theory is speculation on MY future and humanities future in my lifetime.
4. Could add more. Why do YOU keep up with Peak Oil theory?
There was an earlier thread "Will Wartime Mobilization Solve Peak Oil?" I'll describe fuel efficeincy improvements possible in that type of scenerio.
First I'll gaze into my nonexistant crystal ball and say that gasoline will be $25 per gallon in 2048 not counting inflation. A nice round and BIG number to work with. If you drive 1000 miles per month @ 10 MPG ? My calculation says that would be $2500 dollars per month OR $30,000 per year just for gas for one car. My guess is SUVs ( SUVS as they currently are, not super fuel efficient theoretical future ones) would be very unpopular with anyone who has an income under $250,000 if gas were that price.
How about a car that gets 150 MPG? That is 1/6th the cost...so with the same mileage and gas price you get $5000 per year= aprox $400 per month. $400/month is not chump change, however many people could manage it. And that is for a full 1000 miles per month! Halve your miles and most people could still afford to drive a car that gets 150 MPG. Appologies if I have math errors; I'm figureing in my head. Do you see how increased MPG has a dramatic effect on affordability of using a car?
Why 150 MPG? $30 MPG is the new standard milage for an average car; exludes SUVs, trucks, and sports cars. 50 to 60 is expected for current "super efficeint" cars (HA! HA! that is a laugh:-) There are a few production cars TODAY that get close to 100 MPG...IMO 150 MPG is not a big stretch of the imagination & I will describe why next.
150 MPG car: different options to get there
1. Heard of the Air Car from and only in Europe? If you had that you just plug it in at night most of the time. For long trips? Buy a Honda 1000 watt generator to run compressor on the Air Car. It would take some fiddling to get an exhaust system for the generator if you did this as a permanent setup, but it wouldn't be spendy. I don't know how the overall efficeincy would be with that setup, but my guess is over 75 MPG.
2. Prius is good, but ALL current batteries have a power to weight ratio that limits the practical maximum miles you get on a charge. I read one article on a kinetic energy storage device that sounded awsome: magnetic bearings (I didn't even know that was feasible! ), 100,000 RPM flywheel that would only lose 3% power in a month or two because the magnetic bearings were very low resistance, at that RPM a 300 pound flywheel has monstrous ineria...and thus power storage capability, motor/generator to control flywheel, and last is very strong one inch kevlar external frame because it had LOTS of inertia and thus a faillure would be dangerous. That is one invention that was probably bought by a car or oil company because they seriously disliked it! You hear rumurs about other improvements to fuel efficiency that 'mysteriously' never make it to market. With a "Wartime Mobilization" to improve fuel efficiency of cars IE if the US government said "You are REQUIRED to make 3 million cars per year that get 125 MPG within 2 years" IF the US government said that to the Big Three they would successfully do it because it wouldn't require new technology.
3. What powers a helicopter? Big planes? Tanks? Some trains? The answer is a turbine motor. How many 10s of Billions of dollars have been spent to make turbine motors efficient? Turbine motor is better than 90% efficient VS maby 30% efficiency of Prius engine
Prius gets 50 MPG today...guess how Toyota could make a prius in 2010 that gets 150 MPG? If youre guess was to swap out the Internal Combustion Engine for a small turbine engine...ding! youre right! Some might object that miniturizing a planes turbine engine to fit in a car woould be hard; I say it would cost less than $100,000,000 for R&D plus another $2 Billion to build a factory. That is not cheap from my perspective, however from the perspective of fuel $ savings if 5 million turbine/electric hybrids were made it is an excellant deal.
From my understanding global hydrocarbon liquids (all types ) has been on a plateau since 2005 or so. Being optimistic lets just say the plateu of oil production lasts untill 2014. A simple doubling of fuel efficiency for cars would extend the plateau for another ? years. Triple efficeincy and plateau extends longer. The extension I am talking about is not of the supply of oil but of the economic output and quality of life, and give humanity longer to adapt to Peak Oil. I don't think I was clear; I meant that a doubling or tripling of fuel economy of cars IS feasible and it would make the plateau and downslope of Hubberts Curve less traumatic.
Back to my original thought; solutions ARE feasible but humans will muddle along and continue to be idiotic.
Human Folly will continue to amuse me
Cheers
Question all assumptions. Never be satisfied with easy answers. Buffylives
Excellent post by Bill James. The way to solve our problems is certainly there.
Sadly Drizzt points out that human selfishness and greed are real obstacles.
By the way a 150mpg SUV is purchasable in the USA today - www.afstrinity.com - if I lived in the USA I'd order one. If the homo sapiens was as wise as his latin name suggests then AFSTrinity's technology would be bought out and shared to all automakers - who would have their gas-guzzlers taxed off the roads.
The AFSTrinity XH (extrem hybrid) SUV has better performance than its internal combustion engine version. It also doesn't need any petrol ever if you just are an inner city commuter. This is an SUV mind you - now if it was the battery/capacitor technology in a small car - maybe 500mpg for intercity driving and longer range for full electric daily commuting.
Get the F***ing Hummers etc (at least the ICE versions) off the road quick!
Pure marketing BS, it gets ~30 MPG in gasoline mode just like it says in the FAQ.
In all electric mode it gets infinite MPG because a kWh is not gasoline. If you make certain assumptions about driving habits it averages out to 150 MPG and an unspecified amount of miles per kWh which is curiously omitted.
In other words it's an electron-guzzler, with the option of working part time as a gas-guzzler. That's neither amazing new technology nor particularly commendable.
You're certainly doing your part to make sure sapiens is just an empty piece of flattery with this post.
The air car, excuse the pun, is just hot air. The air pressure it requires is incredibly high. Far higher than a home generator and compressor can provide, even if running all night. Far higher than the compressors used in automotive repair shops could provide.
I own a auto repair shop and know the limits of compressors of the size they typically use. What I did not know, until reading an article on the oildrum.com about the air car, is the magnitude of the difference between what the air car needs for pressure and the pressure that compressors most people are familiar with can provide.
http://anz.theoildrum.com/node/3388#more
This is why I like the oildrum.com. It gives me the opportunity to learn the science behind the idea. We all agree time is short. The more facts we share, the more likely we can make personal decisions in our best interest.
Drizzt: Your ideas for developing a 150 MPG Car are a bit off track.
First, energy storage solutions, be they compressed air, batteries, flywheels, or hydrogen powered fuel cells, do not address the core issue/problem/paradigm shift:
Total BTUs available for use in our economy are going to shrink.
The dilemma in front of us is: how fast, how far, and how evenly distributed, the decline will be.
Second, turbines are not more efficient converters of fuel to mechanical energy. Their advantage in aircraft is light weight and mechanical simplicity (reliability), in electrical power production, reliability and low capital cost / MW (compared with a coal fired or nuclear power plant) are the reason for the growth in natural gas fueled electrical power.
Forrest
PriorityX
I checked your link RE the Air Car thinking it would be a three minute 2 or 3 paragraph summary. ACH! It was a whole discussion, and technical...I read it all. Thanks
Vacosvc
1. Drizzt: Your ideas for developing a 150 MPG Car are a bit off track.
2. The dilemma in front of us is: how fast, how far, and how evenly distributed, the decline will be.
Hmmm...I am not a mechanical engineer. I gave examples AND meantioned there are likely OTHER solutions that exist but have been bought & sat on by Oil Cos because increased auto efficiency would reduce Oil Profits. So...I still believe that 150 MPG is feasible in JUST two years.
Regarding your second point; MY point was that a fleet of 5 million cars getting 15o MPG would reduce the speed of the decline and allow more time to adapt with less trauma. A fleet of 100 million if built over time or in multiple countries would extend the decline proportionately more.
3. Second, turbines are not more efficient converters of fuel to mechanical energy. Their advantage in aircraft is light weight and mechanical simplicity (reliability), in electrical power production, reliability and low capital cost / MW (compared with a coal fired or nuclear power plant) are the reason for the growth in natural gas fueled electrical power.
Regarding point 3, please provide a link! I disagree, and will explain why.
A four cylander engine has four cylanders that go UP/stop, then DOWN/stop a total of two times for one compression cycle. Each time the cylander stops it will leach NET energy from the energy to get the cylander to go the opposite direction. A turbine engine has no corrosponding STOP part of its cycle; it is simply ON. This is also why a wankle engine is mechanically more efficient than a cylander engine; Wankle engines don't have a STOP portion of the combustion cycle. Another point is that due to the drastically simpler design of a turbine engine there are less contact points to cause frictional losses.
First comment here, but super efficient vehicles already exist and are being sold in Europe.
Has anyone heard of the TWIKE? I would buy one if they were sold in Canada. Top speed is around 55mph (85kmh). It uses electricity and gets the equivalent of 250-500 miles per gallon. This would great for transportation within cities for a tiny fraction of the energy being used now.
It looks like it's really fun to drive and they don't take up much space to park either. You can even get some exercise while driving one (no joke). They just need to produce a lot more of them. The discovery channel show Daily Planet did a good show on this one.
Here's a link:
http://en.wikipedia.org/wiki/Brake_specific_fuel_consumption
I'm sure there are other links out in the ether, but this one has information on specific types of engines.
fly wheels won't work for cars. They will "precess" like gyroscope, so any attempts to steer (or go over uneven terrain depending on the orientation of the wheel) will result in the vehicle flipping over.
While there might be other feasibility issues, pressession was accounted for.
The inventors solution included TWO counter rotateing flywheels...so the net external torque would be zero.
BTW, while as a concept it seems awsome I am suspicious that maby the magnetic bearings need superconductors. That requirement would drastically change the total mechanical efficiency calculation because you would need to account for energy cost of coolant for superconduction.
Also, the article was in Nexus Magazine...which is an entertaining read, but should be read with signifigant skeptical inclination because Nexus is very speculative IMO.
Flywheels and other forms of power storage are very applicable to storing solar power. We have looked at locating them in the footings for the vertical supports. Long term it looks like ultra-capacitors will become extremely inexpensive.
Leukemia is actually an interesting analogy, as it hits home. There are basically 4 classes of leukemia, 2 acute and 2 chronic. ALL is curable, with the best prognosis for children. AML is dismal. CML used to be terrible as well, but now we have a wonder drug that can essentially cure people with very few side effects (knock on wood after 5 years or so of experience). CLL is dismal as well but hits people mostly late in life and usually takes longer to progress.
So where are we on the oil prognosis scale? Are we a young enough culture that we can ward off the bad effects? Are we waiting for a wonder drug that will save us? 'Or will it be horrendous? Or will we slide slowly into oblivion?
Transportation, the circulatory system for our economy is killing our planets ability to support our life. Judging from the Arctic, we are in very serious trouble.
I believe we can make the change to sustainable infrastructure but it has to start immediately and on a vast scale. By vast I mean distributed, not centralized. Facing an overwhelming task, take the ant approach to eating an elephant, small bites, lots of friends.
Peak Oil and Global Warming have a distributed cause, the accumulated effects of each of our use of resources. The process of killing the civilization killers is distributed. I believe that culture is the mirror in which we see our selves. If we see self-reliance, we will pretend to be self-reliant, and then become more self-reliant.
If everyone planted a garden; if everyone stopped buying gas on Sunday; if everyone rode a bike to work 1 day a month; if everyone wasted less, the impact would be a shift in behavior and then a shift in ethics. Waste would be equated to sloth, guttony and other vices.
Local action is the solution. Make an economic lifeboat for your economic community. Like the solution is like that of Black Death of the 14th Century, kill the rats and do not live in your own waste; end congestion and do not live in your own waste. They could not see microorganisms, we cannot see CO2. Both matter. Kill a disease by ending the cause and transmitter.
We already have these useful technologies, and have had them for decades. New and brilliant breakthroughs are always nice, but we don't actually need them to stop burning fossil fuels.
This is like McCain offering a $300 million prize for an electric car battery... we already have them.
My take on:
We must get lucky and discover the energy equivalents of lasers, personal computers, cell phones, the Internet, etc....
None of the above is a primary source of energy. It seems very likely that no amount of ingenuity is going to find a primary source of energy that can maintain the present level of agricultural production worldwide. I forsee starving people making maintenance of industrial civilization very difficult.
PLAN, PLANt, PLANet
Errol in Miami
The primary source of energy for agriculture is the Sun, as it has been since the dawn of agriculture 12,000 years ago. Not even the craziest of doomers claims that peak oil or climate change will make the sun go out.
We can grow food without fossil fuel inputs, worldwide around half of the food produced is produced with zero fossil fuel inputs, and we produce twice as much as food as we need (we divert half to livestock and biofuels).
We can heat and cool and transport with electricity. We have electric trains which can transport people with great energy efficiency. For generation, of technologies which do not use depleting resources and which are commercially-proven, we have solar PV, solar thermal, wind, tidal, geothermal, and hydroelectric. We also have biomass and biomass gasifiers, however even though they use renewable resources, it's not clear that we could use them without depleting them, since already deforestation is responsible for around a fifth of greenhouse gases. We have half-continent-wide electrical grids which already well deal with intermittency.
If we can feed, heat, cool and transport people and their goods, then most of the issues we need to deal with are dealt with. It takes time and great effort and ingenuity, but can be done with current technology.
This is like McCain offering a $300 million prize for an electric car battery... we already have them.
Waiting for new technology before we make any changes would be like the Apollo Project waiting for NERVA to work before they took off - they wouldn't have made it by 1969. Instead they used existing technology and refined it a bit.
Ever heard of Peak Phosphorous?
http://business.timesonline.co.uk/tol/business/industry_sectors/natural_...
http://www.energybulletin.net/node/33164
http://www.energybulletin.net/node/28720
I have indeed.
Ever heard of returning urine and faeces to the land? This was once the practice.
Depending on their diet, humans excrete a bit under 1g PO4 daily, half in each of their urine and faeces. Taken over 6,700 million people, this comes to some 2.45 million tonnes annually.
According to the FAO (p16) the world produces about 37 million tonnes of P2O5 annually, of which about 80% or 30Mt is actually used as fertiliser.
However, around half of applied phosphate is not taken up by crops and pasture but ends up as runoff - only 30% is taken up by the first planting. [Wilcock, R.J., J.W. Nagels, H.J.E. Rodda, M.B. O’Connor, B.S. Thorrold, and J.W. Barnett. 1999. Water quality of a lowland stream in a New Zealand dairy farming catchment. N. Z. J. Mar. Freshwater Res. 33:683–696] And so we can safely halve phosphate production and application if we can just do it smarter, reducing needs to 15Mt globally.
Applying fertiliser in bricks a few feet in the ground has been shown to improve yields 27-89% over conventional broadcasting. Taking the average of 50% increase, we can see that we could reduce phosphate consumption by agriculture by another third, assuming these sorts of things become widespread. This reduces needs to 10Mt globally.
By improving acidic soils with lime we can reduce phosphate needs by two-thirds in those areas. This drops overall needs to 9Mt or so.
Of all crops, most of the plant is not eaten. If it's returned to the soil directly rather than being consumed by livestock or biofuels, this approximately halves phosphate (and other fertiliser) needs, down to 4.5Mt.
As noted above, recovery of phosphates from urine and faeces can give us 2.45Mt annually. Let us suppose that crop yields absent phosphate fertiliser are zero; we then get a production of 2.45/4.5 = 54% of current.
Current world grain production is about 2,100Mt annually, or 313kg per person. 54% of this is 169kg per person. Grain is 3,500kcal and 80g protein kg, thus 169kg grain annually would provide 1,750kcal and 40g protein daily if nothing else were consumed. A few fruits and vegetables would easily make up the rest - up to 2,000kcal and 55g daily.
Of course, crop yields do not drop to zero if there are no fertilisers applied, typically the yield is at worst half of what it would have been.
Peddle dieoff dreams to people who have never even grown a tomato.
Could, could, could and could....
But will we voluntarily?
We've had alternatives, and saner ways of doing things for decades to no avail.
There are a host of actions which we could be taking but are not, and often it's that pseudoscientific religious cult of "economics" which tells us that it is not "cost-effective" to do the obvious thing.
We're going to push against all the limits instead of taking rational actions. And if and when we wake up it will be too late to avoid catastrophe.
Well, it depends what you call "voluntary".
Most doomers assume that with trouble ahead, humanity stumbles blindly towards the cliff and is then surprised when they fall off.
Whereas in fact people adjust if they can. Artificial fertiliser today is relatively cheap, cheap enough that like oil and coal we can waste it. When it becomes more scarce, we'll conserve it. We'll have to.
I mean, if your current vehicle takes 10 gallons a week to get you to work, and you spend another 2 gallons driving a mile to the shops during the week, and later the price goes up so you can only afford 11 gallons, or someone introduces rationing so you can only buy 11 gallons, you don't just drive through the 11 gallons and then come to a sputtering stop 1 gallon from home. You fold the four shopping trips into one, you get a more fuel efficient vehicle, you walk to the shops, you take the train to work, you move house to be closer to work or get a new job - you do something to adjust.
Likewise, if farmers find that the supply of artificial fertiliser becomes too expensive or scarce to waste, they'll stop wasting it.
That's normal human behaviour - hell, it's animal behaviour. "It's hot, I better get out of the sun" or "It's cold, I better move into the sun." People change, they adjust.
The only thing in question is,
Which will be faster, the changes or our adjustment?
The answer to that determines how much suffering we have along the way.
The point is that global resource constraints are not the cause of anyone's starvation; that's caused by political and economic decisions we make. It's our choice.
Now, you may believe that humans inevitably take the worst possible decisions, and simply keep walking until they plummet to their deaths. But that is not what history shows. People adjust. Societies certainly change a lot, and people suffer a lot, but we do not find that hundreds of millions of people die overnight. It just doesn't happen. People adjust. "Voluntarily"? Well, yes and no. They have to adjust or suffer, so they adjust. Usually before the actual suffering sets in.
The best way to get vast voluntary action it to create better service at lower costs.
In transportation that is very easy. If the government sets performance standards, it is ease, starting in small niches to built transport systems that provide the service of a chauffeured car at the cost to operate an elevator.
Morgantown's PRT was built in response to the 1973 Oil Embargo. It has delivered 110 million injury-free, electrically-powered passenger miles.
Modern versions can be solar powered. Using the distributed nature of the transportation network to harvest distributed power sources to drive the network.
More important than building a better transportation network is to build towns and cities that do not require motorized transportation.
it is ease, starting in small niches to built transport systems that provide the service of a chauffeured car at the cost to operate an elevator
BS !! cost estimates.
Hydraulic elevators (typically 2 to 5 stories) just have a hydraulic piston move back and forth. Electric cable elevators (4 and more stories) have a specially designed and VERY robust (took a few decades to work that out) electric motor and steel cables rolling back & forth.
One and a half centuries to debug any operational problems (note the stringent gov't regulation on elevators) and get costs down and reliability up. Otis is famous NOT for inventing the elevator, but for inventing a safety brake !
You have a "not quite out of the box" technology, doing a complex set of tasks and somehow expect it to rival elevators !
BS !!
Alan
People are adjusting all around me as we speak. My son's fiancee just bought a Honda Fit. He's looking at a Civic Hybrid.
There are 100 Million Cattle IIRC in the U.S. Dairy farms, and feedlots are putting in anaerobic digesters, daily. That could electrify 20 Million Homes, and supply great amounts of fertilizer for our fields. There's no reason to lose phosphorous just because crops are fed to livestock (or us.)
We pay farmers "Not" to Plant over 30 Million Acres in the U.S. There are, according to the latest Stanford study, at least a Billion Cultivatable Acres, worldwide, that are lying unused. Most of these are probably within 50 miles of a source of inexpensive limestone.
It'll probably get Painful for awhile; but, we should be alright.
Kiashu,
I'm not sure what you mean by 'overnight', but as a species we have never before been in the position where the population of the planet has been artificially increased to over 6 and a half billion by using the stored power of the sun.
It is not that we are 'doomed' that frightens me but how we are 'doomed'. Not a sudden doom but a long dwindling one that includes not only our possibly permanent demise but as well the end of our planet. We may guess how much damage we are doing to this planet but no one can say for certain that we will not leave it a ball of stone.
With us it is sort of like the day my uncle had reached the end of his patience with my cousin and his ability to manipulate words and said, "You are Smart, you are smart, but you are not so smart! Your ideas of 'increased efficiency' through a sort of 'natural' conservation and technology are quite clever but do not address the problem. We easily find ways to manipulate our environment but only for short term gains leading to problems which lead other short term gains, etcetera .
I realize that what I have said is no 'solution' but I do not think we have defined the problem leave alone have a realistic way of solving it and contrary to what you say it will not resolve itself. The only positive I see in your viewpoint is that of one of first aid while waiting for a miracle.
I think there are solutions to this dilemma but not if we keep running in the same direction, even if it seems in a more efficient way that we do run .
By "overnight" I mean the "dieoff" scenario presented to us by the doomers, where they tell us that population is proportional to fossil fuel energy used, so that as fossil fuels deplete, population will fall.
Past overall fossil fuel peak, we expect some figures like 2-10% annual decline in fossil fuel energy availability. According to the doomers, that means 2-10% of the world's population will die each year.
No.
No, but we've certainly been in the position where some particular society had a lot of people in a small area, more than the area could manage. The ruins of the Anasazi pueblos in the USA's southwest tell a story about that.
Millions did not die overnight. The society gradually fell over, over several generations, and the people went on over the generations to form new societies.
I didn't say anything would resolve itself.
I said that people would adjust so that we do not have a "dieoff". I am not saying things will be rosy, just that we won't all die overnight.
What I've said many times is that we are for some very difficult times, that leaving people to themselves will mean adjusting enough to survive but not prosper, but that with an organised and deliberate effort, with hard work and creativity using existing technology, we can live fairly well.
There will be changes, some of them uncomfortable for many people, but we can with effort and brains find some sort of way of life which is better than mere survival, and a bit short of the wasteful prosperity we now have.
Nowadays resources and energy are so cheap for us in the West that we can afford to waste them. It won't always be so. The first thing to go as prices go up and scarcity increases will be the waste.
How much energy and resources we'll have after we get rid of the waste, for what sort of lifestyle, that's another question. But there seem to be no obstacles other than political; and politics changes quicker than we sometimes realise. Good change always seems painfully slow and bad change terrifyingly fast.
Yep, I piss in my garden in off season. Not sure it helps but does kill weeds.
I agree that too many people discount human adaptability. They also think that you can control human behavior. You can influence behavior but you cannot control it. It like directing a herd of cats.
Hitech solutions seem great but its high tech that got us here. Complexity involves the law of diminishing returns. When I was a kid, there was almost no aspect of a car that I could not repair. Today, there is No aspect that I can repair. Ten years ago it cost $300 annually to do the recommended maintenance on a typical Honda. Today that has risen to $1300. And what is it for a Prius? Double that. Are cars better today than 40 years ago? I don't think so. They just cost 10-15X more.
Hi tech solutions will only work if ordinary people can afford them, which I doubt, as the costs keep going ever-higher. A huge part of the waste we engender is the result of endless tech change. What I buy today is obsolete tomorrow.