CAFE standards: 54.5 mpg cars exist, but public prefers gas-guzzling SUVs and trucks

[Passenger vehicles sold in 2025 in the United States are supposed to get 54.5 miles per gallon on average.  But they won’t.  It will be closer to 35.4 miles per gallon, as the Union of Concerned Scientists explains in Translating New Auto Standards into On-Road Fuel Efficiency.  

Peak fuel efficiency was reached in August 2014, when the average fuel economy of new vehicles sold was 25.8 miles per gallon in real-world driving. But the figure has steadily declined to 24.3 since then (Vlasic 2016).

Cars that meet the 54.5 mpg standard already exist, but Americans aren’t buying them, preferring comfort over the lost lives of American soldiers fighting in oil wars, according to former President Jimmy Carter and General Wald.

Cafe standards are dishonest, based on greenhouse gas emissions (ghg) rather than the actual miles per gallon.  A car that gets only 20 mpg, can be rated as 30 mpg if it emits low levels of ghg, or if the auto maker pays extra money for emissions credits. Cars are actually getting 24.3 mpg (down from 25.2 after gas prices went down), but are credited for 31 mpg overall because of this.

Paying more attention to greenhouse gases rather than energy efficiency means longer, bigger wars in the Middle East (where over two-thirds of remaining oil is) to keep gas guzzling SUVs and light trucks running, and brings the brick wall of civilization crashing from lack of transportation oil sooner.  If trucks stop running, civilization dies within a few weeks.

In July 2016 the government came out with a report that Americans are NOT buying efficient cars, they are buying gas guzzlers instead because gasoline is cheap.  Now auto maker lobbyists are trying to get congress to lower Cafe standards, even though they mainly advertise gas guzzling SUVs and trucks that give them a higher profit margin.

Alice Friedemann   www.energyskeptic.com  author of “When Trucks Stop Running: Energy and the Future of Transportation”, 2015, Springer]

There are too many loopholes in cafe standards. Senator FEINSTEIN. The Bush administration found that 99% of flexible-fuel vehicles on the road today never use a drop of E-85 ethanol. As a result, the administration found that this loophole actually increases America’s oil dependence by 14 to 17 billion gallons of gasoline per year. Ford uses its fuel economy credits for these flex-fuel vehicles to lower fuel economy standards for the rest of the automobiles so that we are not really doing much to increase vehicle economy (S. HRG. 109-412)

Plumer, B. September 12, 2012. Even with strict new rules, U.S. still lags on fuel economy. Washington Post.

Back in August, the Obama administration announced strict new fuel economy standards for cars and light trucks.

So how does these rules stack up internationally?

The International Council on Clean Transportation* has put together a handy graph comparing the new U.S. standards to those in other countries. On paper, at least the Obama administration’s new rules don’t look quite as ambitious. Japan and the European Union have higher targets in place. China, meanwhile, has also proposed stricter standards, although they haven’t been enacted yet:

What makes these comparisons tricky, however, is that the official targets don’t always do a good job telling us what sort of mileage cars are actually getting on the road.

So how will U.S. automakers meet these stricter standards, anyway? A recent report from the Energy Information Administration (EIA) predicted that car manufacturers will largely get there by ramping up the number of microhybrids, “which utilize start-stop technology to allow the battery to power accessories while the vehicle is stopped, enabling the engine to be automatically shut down.” Plug-in electric cars will also get more popular, but EIA doesn’t expect them to dominate. For the near term, microhybrids are the future

The big, overarching rationale for the fuel-economy standards is that they’ll reduce U.S. oil consumption and curb greenhouse gases. The EIA expects that the new fuel economy standards will save the United States 2.2 million barrels of oil per day by 2035. Indeed, as Citigroup and other analysts have noted, it would be nearly impossible to reach Mitt Romney’s dream of North American energy independence by 2020 without these rules in place. (Romney, for his part, has criticized the stricter standards as “extreme.”)

Yet not everyone thinks that far-reaching government regulations are the best way to reach that goal. In Wednesday’s New York Times, Eduardo Porter argues that simply raising the gas tax would be a much more economically elegant way of reducing our oil consumption. Other analysts, including the Congressional Budget Office, have basically agreed with that assessment.

The usual counter to this argument is that it’s much more difficult, politically, to raise the gas tax than it is to ratchet up fuel-economy standards. So inefficient regulations win out. But Felix Salmon actually goes a step further and offers a defense of fuel-economy rules on the merits. For one, he notes, U.S. automakers will have to figure out improvements in fuel economy no matter what if they want to be competitive internationally, given that Europe and Japan are ratcheting up their standards. Second, he notes, “Fuel-efficiency standards are a way of preventing car companies from being forced to hedge their bets by working on gas guzzlers as well as efficient runabouts. As a result, those companies can take the money they’d otherwise spend on developing six-ton monsters, and invest it instead in the efficient cars of the future.” So, he argues, standards are a useful complement to the gas tax.

References.

Greene, D. L. February 9, 2005. Improving the nation’s energy security: can cars and trucks be made more fuel efficient? Committee on science, House of Representatives, Serial No. 109-3. 140 pages.

HRG. 109-412. March 7, 2006. Energy independence. U.S. SENATE Committee on energy & natural resources.

Vlasic, B. March 22, 2016. Low Gas Prices Create a Detour on the Road to Greater Fuel Economy. New York Times.

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Tilting at Windmills, Spain’s disastrous attempt to replace fossil fuels with Solar PV, Part 1

Book review by Alice Friedemann at energyskeptic of “Spain’s Photovoltaic Revolution. The Energy Return on Investment”, by Pedro Prieto and Charles A.S. Hall. 2013. Springer.

Conclusion: the EROI of solar photovoltaic is only 2.45, very low despite Spain’s ideal sunny climate.  Germany’s EROI is probably 20 to 33% less (1.6 to 2), due to less sunlight and less efficient rooftop installations.

This book is the best EROI study that has ever been done. It is based on 3 years of real data from all the PV facilities in Spain. According to Charles Hall: “EROI values in many studies are too high because they used “nameplate” values (1,800 kWh/M2-year) for assessing electricity outputs from PV facilities rather than the actual output.  Nameplate is inaccurate since the actual electricity output is reduced by clouds, bird droppings, overheating, dust accumulation, lightning, equipment failures, and degradations over time to less than “Nameplate” value.  Also, too much output can fry electrical components at various locations in the grid.  We found that the actual output for a facility in Spain with a nominal output of 1,800 kWh/m2-yr was measured at an actual 1,375 kWh/m2-year.  Ferroni and Hopkirk (2016) also found measured values considerably less than nameplate values.”

Prieto and Hall didn’t use guesses from models and focus only on the energy to make solar modules that comprise just one third of a solar facility.

It is a model study that all EROI research should strive for, and that the Stanford University’s proposed net energy department should uses as a basis for proper boundaries, with the addition of labor (which Prieto and Hall didn’t use for reasons you’ll see in part 2).

Part 1: introduction, overview, and book review.

Part 2: Tilting at Windmills, Spain’s disastrous attempt to replace fossil fuels with Solar PV, Part 2. Critiques and rebuttals of Prieto & Hall’s “Spain’s Photovoltaic Revolution…”

Alice Friedemann   www.energyskeptic.com  author of “When Trucks Stop Running: Energy and the Future of Transportation”, 2015, Springer and “Crunch! Whole Grain Artisan Chips and Crackers”. Podcasts: Practical Prepping, KunstlerCast 253, KunstlerCast278, Peak Prosperity , XX2 report ]

Note to readers: Charles Hall is one of the originators of the concept of EROI (along with Howard Odum and many others). As a tenured professor not funded by any special interests, he is one of the most respected, cited, and unbiased scientists writing on EROI. I found this description of Hall at an article about energy storage and EROI by John Morgan:

“…US fisheries ecologist Charles Hall noted that the energy a predator gained from eating prey had to exceed the energy expended in catching it. In 1981, Hall applied this net energy analysis to our own power generation activities, charting the decline of the EROI of US oil as ever more drilling was required to yield a given quantity, and suggesting the possibility that oil may one day take more energy to extract than it yields. Hall and others have since estimated the EROI for various power sources, a difficult analysis that requires identification of all energy inputs to power production. EROI is a fundamental thermodynamic metric on power generation. Net energy analysis affords high-level insights that may not be evident from looking at factors such as energy costs, technological development, efficiency and fuel reserves, and sets real bounds on future energy pathways. It is unfortunately largely absent from energy and climate policy development.”

This is the only solar PV EROI analysis that uses 3 years of real data from hundreds of solar PV facilities, not theoretical values

This is the only estimate of Energy Returned on Invested (EROI) study of solar Photovoltaics (PV) based on real data.  Other studies use models, or very limited data further hampered by missing figures about lifespan, performance, and so on that are often unavailable due to the private, proprietary nature of solar PV companies. Since the Spanish government owned these facilities, the data was made public.

And since Prieto built some of them, he also could account for every service and component required to build a solar PV facility.

Models often limit their life cycle or EROI analysis to just the solar panels, which represents only a third of the overall energy embodied in solar PV plants. Other studies leave out dozens of energy inputs, leading to overestimates of energy such as a payback time of 1-2 years (Fthenakis), or exaggerated EROI values of 8.3 (Bankier), and EROIs from 5.9 to 11.8 (Raugei et al).

Prieto and Hall used government data from Spain, the sunniest European country, with accurate measures of generated energy from over 50,000 installations using several years of real-life data from optimized, efficient, multi-megawatt and well-oriented facilities.  These large installations are far less expensive and more efficient than rooftop solar-PV.

Prieto and Hall added dozens of energy inputs missing from previous solar PV analyses. Charles A. S. Hall is one of the foremost experts in the world on the calculation of EROI.

A minimum EROI of at least 10 is required to maintain civilization as we know it (Hall et al. 2008). In 2014 Lambert and Hall increased the EROI required to 14.

  • If you’ve got an EROI of 1.1:1, you can pump the oil out of the ground and look at it.
  • If you’ve got 1.2:1, you can refine it and look at it.
  • At 1.3:1, you can move it to where you want it and look at it.
  • We looked at the minimum EROI you need to drive a truck, and you need at least 3:1 at the wellhead.
  • Now, if you want to put anything in the truck, like grain, you need to have an EROI of 5:1. And that includes the depreciation for the truck.
  • But if you want to include the depreciation for the truck driver and the oil worker and the farmer, then you’ve got to support the families. And then you need an EROI of 7:1.
  • And if you want education, you need 8:1 or 9:1.
  • And if you want health care, you need 10:1 or 11:1.

Spain saw much good coming from promoting solar power. There’d be long-term research and development, a Spanish solar industry, and many high-tech jobs created, since the components for the solar plants would be manufactured locally. Spain imports 90% of its fossil fuels, more than any other European nation, so this would lower expensive oil imports as well.

To kick start the solar revolution, the Spanish government promised massive subsidies to solar PV providers at 5.75 times the cost of fossil fuel generated electricity for 25 years (about a 20% profit), and 4.6 times as much after that.  Eventually it was hoped that solar power would be as cheap as power generated by fossil fuels.

Financial Fiasco

The gold rush to get the subsidy of 47 Euro cents per kWh began.  Because the subsidy was so high, far too many solar PV plants were built quickly — more than the government could afford.  This might not have happened if global banks hadn’t got involved and handed out credit like candy.

Even before the financial crash of 2008 the Spanish government began to balk at paying the full subsidies, and after the 2008 crash (which was partly brought on by this over-investment in solar PV), the government began issuing dozens of decrees lowering the subsidies and allowed profit margins. In addition, utilities were allowed to raise their electric rates by up to 20%.

The end result was a massive transfer of public wealth to private solar PV investors of about $2.33 billion euros per year, and businesses that depended on cheap electricity threatened to leave Spain.

Despite these measures, the government is still spending about $10.5 billion a year on renewable energy subsidies, and the Spanish government has had many lawsuits brought against them for lowering subsidies and profit margins.

Solar companies went bankrupt after the financial crash, including the Chinese company Suntech, which sold 40% of its product to Spain.  About 44,000 of the nation’s 57,900 PV installations are almost bankrupt, and companies continue to fail (Cel Celis), or lay off many employees (Spanish photovoltaic module manufacturer T-Solar).

Nor were new jobs, research, and development created, since most of the equipment and solar panels were bought from China.  But unlike China, where the government insisted PV manufacturing be supported by massive research and development (and cybertheft of intellectual property from the United States and other nations), the only “innovations” capitalists in Spain sought were the numerous financial instruments they “invented” to make money, such as “solar mutual funds”.  Far more money went into promoting and selling solar investments than research and development.

Prieto and Hall believe this fiasco could have been avoided if the Spanish government had invited energy and financial analysts to flow-chart the many costs and energy inputs to have had a more realistic understanding of what the costs would be versus the extremely small amount of electricity added to Spain’s electric supply.

Spain’s largest renewable energy company, Abengoa, could soon become Spain’s largest bankruptcy. Abengoa’s stock price has plunged over 50%, reducing its market value half a billion dollars. As a result, Abengoa began insolvency proceedings that give the firm just four months to find a buyer or reach an agreement with its creditors. Abengoa has invested more than $3 billion in renewable energy projects in the United States, including several utility-scale concentrated solar power projects. Most of Abengoa’s renewable energy assets in the U.S. are owned by Abengoa Yield, the U.S.-based subsidiary of the Spanish renewable energy company. The U.S. Department of Energy provided a federal loan guarantee of $1.45 billion for Abengoa’s 280 megawatt (MW) Solana project in Arizona, the largest parabolic trough plant in the world. Abengoa is also developing the 280 MW Mojave Solar project in California, which also used parabolic trough technology. Abengoa has also invested more than $1.4 billion in more than half a dozen U.S. ethanol and advanced biofuels plants. Although Abengoa owns a 47% equity stake in Abengoa Yield, the subsidiary has thus far managed to limit the financial fallout from the problems at its parent company. That may soon change. Abengoa Yield is tied to Abengoa through a series of cross default clauses included the debt agreements used to finance several projects (Pentland 2015).

Germany’s is having a similar financial solar power fiasco

Germany has spent about $100 billion Euros between 2000-2011 according to Alexander Neubacher’s article in Der Spiegel  Solar Subsidy Sinkhole: Re-Evaluating Germany’s Blind Faith in the Sun (some excerpts below):

“For weeks now, the 1.1 million solar power systems in Germany have generated almost no electricity. The days are short, the weather is bad and the sky is overcast. As is so often the case in winter, all solar panels more or less stopped generating electricity at the same time.

To avert power shortages, Germany imports large amounts of electricity generated at nuclear power plants in France and the Czech Republic and powering up an old oil-fired plant in the Austrian city of Graz.

Solar farm operators and homeowners with solar panels on their roofs collected more than €8 billion ($10.2 billion) in subsidies in 2011, but the electricity they generated made up only about 3% of the total power supply at unpredictable times.

The distribution networks are not designed to allow tens of thousands of solar panel owners to switch at will between drawing electricity from the grid and feeding power into it.

Because there are almost no storage options, the excess energy has to be destroyed at substantial cost. German consumers already complain about having to pay the second-highest electricity prices in Europe.

Under Germany’s Renewable Energy Law, each new system qualifies for 20 years of subsidies. A mountain of future payment obligations is beginning to take shape in front of consumers’ eyes.

According to the Rhine-Westphalia Institute for Economic Research (RWI), the solar energy systems connected to the grid in 2011 alone will cost electricity customers about €18 billion in subsidy costs over the next 20 years. The RWI also expects the green energy surcharge on electricity bills to go up again soon. It is currently 3.59 cents per kilowatt hour of electricity, a number the German government had actually pledged to cap at 3.5 cents. But because of the most recent developments, RWI expert Frondel predicts that the surcharge will soon increase to 4.7 cents per kilowatt hour. For the average family, this would amount to an additional charge of about €200 a year, in addition to the actual cost of electricity. Solar energy has the potential to become the most expensive mistake in German environmental policy.

Solar lobbyists like to dazzle the public with impressive figures on the capability of solar energy. For example, they say that all installed systems together could generate a nominal output of more than 20 gigawatts, or twice as much energy as is currently being produced by the remaining German nuclear power plants.

But this is pure theory. The solar energy systems can only operate at this peak capacity when optimally exposed to the sun’s rays (1,000 watts per square meter), at an optimum angle (48.2 degrees) and at the ideal solar module temperature (25 degrees Celsius, or 77 degrees Fahrenheit) — in other words, under conditions that hardly ever exist outside a laboratory.

In fact, all German solar energy systems combined produce less electricity than two nuclear power plants. And even that number is sugarcoated, because solar energy in a relatively cloudy country like Germany has to be backed up with reserve power plants. This leads to a costly, and basically unnecessary, dual structure.

Because of the poor electricity yield, solar energy production also saves little in the way of harmful carbon dioxide emissions, especially compared to other possible subsidization programs. To avoid a ton of CO2 emissions, one can spend €5 on insulating the roof of an old building, invest €20 in a new gas-fired power plant or sink about €500 into a new solar energy system.

Former industry giant Solarworld, based in the western city of Bonn, is having problems. Solon and Solar Millennium, once considered model companies, have gone out of business. Schott Solar shut down a plant that was producing solar cells in Alzenau near Frankfurt, shedding 276 jobs and losing €16 million in government subsidies in the process.”

So is Japan

If every solar plant now on the drawing board were actually to be built in the Japanese region of Kyushu, it would cost users $23 billion, four times the premium they’re paying now. Solar power here is costly for consumers because of high state-mandated prices. Utilities say their infrastructure cannot handle the swelling army of solar entrepreneurs intent on selling their power or handle the fluctuating output of thousands of mostly small solar producers.  To do this, utilities need to install more hardware — transmission cables, substations and the like — and develop new kinds of expertise to avoid disruptions. To make renewables work they have to be properly connected to the power system. Installed solar capacity roughly doubled  since 2012, when a law took effect requiring utilities to buy renewable energy from outside producers at rates far above market prices. By last summer it stood at 3.4 gigawatts, about equal to the output of three modern nuclear reactors but only when the sun was shining at full strength. An additional 8.4 gigawatts’ worth of projects are planned, more power than the region consumes on some low-demand days — and far too much for Kyushu Electric’s grid to handle without the risk of failures.  New transmission cables are being laid but progress is slowed by the expensive task of securing land rights (Soble).

A realistic look at solar PV can give us better ideas of how to cope in the future

Solar advocates can learn from this analysis as well to design solar PV with far less dependency on fossil fuels.  That can only be done by realistically looking at all of the inputs required to build a solar PV plant.  Narrowing the boundaries to avoid these realities is not good science and leads to wasted money and energy that could have been better spent preparing more wisely for declining fossil fuels in the future such as Heinberg’s “50 Million Farmers“.

Some energy statistics

Oil

  • The world burns 400 EJ of power, though after fossil fuels begin their steep decline, there will be 10-20 EJ less per year.
  • Very large oil fields provide 80% of global oil, and they’re declining from 2 to 20% per year, on average at 6.7%.
  • The exponential decline rate is expected to increase to 9% by 2030 if not enough investments are made – and perhaps 9% or more even with investments
  • Oil is the basis of 97% of transportation

Spain’s solar photovoltaic electricity

  • It’s the 2nd largest installation of PV on earth
  • Produces about 10% of the world’s PV power: 4,237 MW—equal to four large 1000 MW coal or nuclear power plants
  • Solar PV would have to cover 2,300 square miles to replace the energy of nuclear and fossil fuel plants.  You’d also need the equivalent of 300 billion car batteries to store power for night-time consumers (Nikiforuk).
  • In 2009, these plants generated 2.26% of Spain’s electricity, the largest percent of any nation in the world

2009 Types of PV Installations in Spain (ASIF. July 2010 report)

  • 63%        Fixed plants
  • 13%        1-axis trackers
  • 24%        2-axis trackers

Types of PV Used 

  •     .6%     HCPV
  •   2.1%     Thin Film
  • 97.3%     Crystalline silicon

Amount of Power generated

  • 36%     < 2 MW
  • 20%     2-5 MW
  • 44%     > 5 MW

Where were the PV panels placed

  •   2.2     Rooftop
  • 97.8     On the ground (far more efficient than rooftop)

Why wasn’t as much power produced as promised?

Only 66% of the nameplate, or peak power, was actually delivered over 2009, 2010, and 2011.  The expected amount was 1,717 GWh/MWn but only 1,372 GWh/MWn were produced.

Typical losses in Performance Ration (PR) analysis (see Slide 14)

% Loss is the “loss factor in % over nameplate”

………..% Loss     Reason

  • 0.6       Mismatch of modules. One bad apple and all the rest are reduced to the lowest common denominator — the least efficient module. Mismatches can occur from irregular shading, ice, dust, and other problems.
  • 1.0     Dust losses can be as high as 4 to 6% if washing isn’t done often enough
  • 1.0     Angular and Spectral loss of reflection when the PV isn’t directly aimed at the sun
  • 5.5     Losses due to temperature
  • 1.0     Maximum power point tracker
  • 1.0     DC wiring
  • 5.4     AC/DC output of inverter
  • 0.4     AC wiring within the PV plant
  • 2.1     Medium-voltage losses within the plant
  • 0.0     Non-fulfillment of nominal power, Shadowing/Shading, voltage sags, swells, etc

Performance Ratio: 82

Other losses beyond the typical Performance Ratio: extended performance ratio factors

  • 8.0     Peak versus nominal installed power factoring
  • 2.0     Losses in the evacuation/connection line/transformers
  • 11.4     Degradation of modules over time

Will PV modules really last for 25 years?  If not, the EROI is less than 2.45

Prieto and Hall distributed the Energy Invested across 25 years, but it is not likely that PV (and other manufacturers) will honor their contracts for that long:

  1. Many manufacturers are already out of business, and many more will go out of business as their level of technology falls behind advancements elsewhere in the world. Companies who took on lots of debt expecting higher subsidies are failing now and will continue to do so.
  2. Events of Force Majeure, acts of god, wind, lightning, storms, floods, and hail are likely to damage facilities within the next 25 years.
  3. The degradation of PV modules may be higher than 1%/year up to a maximum of 20% over 25 years. This figure was very hard to come by, since Solar PV manufacturers don’t like to reveal it. Prieto & Hall found out by looking at commercial contracts.
  4. Any component that degrades or fails, not just the PV itself, will lower the overall EROI.
  5. As fossil fuels decline, it will be hard to find the resources to maintain society. These plants will not be high priority, since dwindling diesel fuel will be diverted to agriculture, trucks, and other more essential services.
  6. Once fossil fuels begin their steep decline, social unrest will make it hard for businesses to operate.

Low EROI: The Devil is in the Details

Most of the book explains the methodology and details of how EROI was calculated. The level of detail even extends to each of the three types of facilities (fixed, 1-axis, 2-axis) for many factors.  Below is a partial summary of the Energy Invested table 6.18 in the book with the Energy Invested and money-to-energy columns missing. You can also see an older version in slide 18).  Economic expenses (not shown) were converted to GWh/year energy equivalents and spread across 25 years.  The book goes to great lengths to explain how they converted money to EROI equivalents.

GWh/year        Factors

1) Energy used ON-SITE

  •  56.6   Foundations, canals, fences, accesses
  •    4.7   Evacuation lines and right of way
  •  11.2   Module washing and cleaning
  •  28.2   Self consumption in plants
  • 138.6   Security and surveillance

2) Energy used OFF-SITE to manufacture ingots / wafers / cells/ modules & some equipment

  • 608      Modules, inverters, trackers, metallic infrastructure (labor not included)

3) Other energy used ON-SITE and OFF-SITE

  •   96     Transportation (locally in Spain, international (i.e. China)
  • 148.4   Premature phase out of unamortized manufacturing and other equipment
  •    0      Energy costs of injection of intermittent loads; massive storage systems (i.e. pump-up costs)
  •   19.9   Insurance
  •   26.4   Fairs, exhibitions, promotions, conferences
  •   34.3   Administrative expenses
  •   14      Municipal taxes etc (2-4% of total project)
  •     8.7   Land cost (to rent or own)
  •   16      Indirect labor (consultants, notary publics, civil servants, legal costs, etc)
  •    6       Market or Agent representative
  •   11.9   Equipment theft and vandalism
  •    0      Pre-inscription, inscription, registration, bonds & fees
  • 178      Electrical network / power line restructuring
  •  39.6    Faulty modules, inverters, trackers
  • 198      Associated energy costs to injection of intermittent loads; network stabilization associated costs (combined cycles)
  •    0       Force majeure: Acts of God, wind, storms, lightning, storms, floods, hail

[ My comment: note that if the energy to construct the necessary storage systems and grid expansion to cope with when the sun isn’t shining at all or much isn’t included.  Nor the inevitable damage that will occur someday from natural disasters or other causes, and the energy of the workers.  In part 3 Hall (2017) makes the case why labor should be included in EROI]

The 2,065.3 GWe of the above energy inputs used annually to generate electricity is 40.8% of all the electricity generated by the solar PV plants of Spain, resulting in an EROI of 2.45 (1/.408).

Most life-cycle analyses only consider the 608 GWe of the modules, inverters, etc.  They also usually ignore some or all of the Balance of System energy expenses (energy used on-site) and the remaining factors.

I can’t resist a few examples to give you an idea of how complex a solar PV plant is. Every factor had complications and nuances that made this book very interesting and entertaining to read.

The access roads from the main highway to the plant, which across all the PV plants in Spain added up to about 300 km (186 miles),  used 450,000 m3 or 900,000 tons of gravel.  That takes 90,000 truckloads of 10 tons each traveling an average of 60 km round-trip, or 5,400,000 km (3,355,400 miles) at .31 of diesel per km or 1,620,000 liters of diesel. At 10.7 KWh/liter, that’s 17.3 GWh of fuel.  Then you need to add the energy used by other equipment, such as road rollers, shovels, pickups, and cars for personnel, and the energy to grind, mix, and prepare the gravel and the machinery required.

There are also service roads onsite to inverters, transformers, and distributed station housings, the control center, and corridors between rows of modules.  There are foundations and canals.  A total of 1,572,340 tons of concrete was used, requiring 489.3 GWh of energy.

Surrounding all these facilities are fences 2 meters high that used 3,350 tons of galvanized steel, and another 3,350 tons of steel posts, or 385 GWh of energy.

Washing and cleaning Solar Panels

Solar plants tend to be in desert-like surroundings with little water. Spain is so short on water they’ve got the 4th largest desalinization capacity in the world. Solar PV can’t be washed with tap or well water because they leave calcium and mineralized salts which degrade the PV performance, and can even scratch them.  So the water has to be de-mineralized, decalcified, and sometimes even de-ionized. Washing might take place on average four times per year, but that’s not nearly enough – dust storms and dust from agriculture plowing can happen any time of the year, perhaps even right after they’ve been washed.

Critics of their book dismiss these issues by mentioning various techno-fixes.  Across all technologies, whether it’s biofuels or nuclear power, this is an easy way for pepole who want to believe in something to dismiss criticism.  So for the dust problem here’s an example of how the problem has been “solved”.    Critics reply that the technology exists to use an electrostatic charge to repel dust and force it to the edges of the panels. But when you look into this, you find that the technology was developed for NASA to use on Mars back in 2010.  On earth, this technology has to compete with cheaper technologies such as blowing air or adding a non-stick layer.  And on Earth, it doesn’t work if the dust gets wet and turns to mud.   Consider how much EROI (and money) it would cost to replace all of Spain’s solar panels to have this feature.  The panels can’t be modified because it’s embedded in the panel using “a transparent electrode material such as indium tin oxide to deliver an alternating current to the top surface of the panel.”  That will take some EROI as well.  Indium is very expensive — it’s a rare earth metal, and the U.S. Department of Energy considers it critically rare for the next 5 years. China has 73% of the world’s Indium reserves, refines half of it, and limits exports.  The USA has been 100% dependent on indium imports since 1972.  The U.S. DOE says reductions in “non-clean energy demand” will be needed “to prevent shortages and price spikes”. This article also pointed out that dust storms reduced power production by 40 percent at a large, 10-megawatt solar power plant in the United Arab Emirates.  I wonder how bad the dust storms are in Spain?  Will the 2nd edition of Prieto & Hall’s book reduce the EROI even further?  (Bullis).

Cheaper and More Efficient DOESN’T MATTER: PV is only 1/3 of the EROI

Critics of this book will say cheaper and more efficient PV cells are on the way.  But as Prieto and Hall point out, the most effect an improved solar PV could have on the overall EROI is a maximum of 1/3 because of all the other factors.  Plus EROI goes down every time the oil price goes up, because that causes all of the other factors to increase.  Press releases of solar PV breakthroughs can be very exciting, but keep in mind that none of these past improvements could replace fossil fuels: thin-film, nanotechnology PV, cadmium telluride cells, organic cells, flexible cells, rollable sheets of PV for rooftops, slate modules, multi-junction cells, back-junction cells with 20-40% efficiency, PV grapheme, etc.

These improvements have costs, that’s part of what’s meant by the “premature phase out” factor.  Solar businesses and PV plants go bankrupt when out-competed if they can’t afford to make expensive alterations and retrofits.

Spain PV plants 20 MW and 22 MW 2-axisTwo axis tracking PV Plants of 20 MWn and 22.1 MWp. Slide 25 states that to replace a nuclear plant 1/3 that of Fukushima with solar PV, you’d need to expand the area above 430 times to 190 square miles. Photo Source: http://www.flickr.com/photos/87892847@N03

Energy Returned on Energy Invested (EROI)

[Also see pitfall 8 in Gail Tverberg: 8 pitfalls in evaluating green energy solutions]

EROI = Energy returned to society / Energy invested to get that energy

Hall and Prieto believe that solar is a low EROI technology.  Solar has too many energy costs and dependencies on fossil fuels throughout the life cycle to produce much energy. It’s more of a “fossil-fuel extender” because PV can’t replicate itself, let alone provide energy beyond that to human society.

Nor is solar PV carbon neutral.  Too many of the inputs require fossil fuels.

Solar PV doesn’t come close to providing the 12 or 13 EROI needed to run a complex civilization like ours.

In the introduction, the authors say that “we recognize that some of our inputs will be controversial. We leave it to the reader and to future analysts to make their own decisions about inclusivity and methods in general for a comprehensive analysis of EROI. Whatever your opinion, this study should really open your eyes to the degree to which fossil fuels underlie everything we do in our technological society.”

But I would argue the boundaries can’t possible capture all the oil-based antecedents.  Fossil fuels are so embedded in every aspect of our life that we can’t see them. Think about solar PV when you read my summary of Leonard Read’s antecedents of a pencil.

References

Bankier, C.; Gale, S. Energy payback of roof mounted photovoltaic cells. The Env. Eng. 2006, 7, 11-14.

Bullis, K. 26 Aug 2010. Self-Cleaning Solar Panels A technology intended for Mars missions may find use on solar installations in the deserts on Earth. MIT Technology Review.

Colthorpe, Andy. 18 July 2013. Solar Shakeout: Spain’s Cel Celis begins insolvency proceedings   PVTech.

Fthenakis, V.H.C. et al. 2011. Life cycle inventories and life cycle assessment of   photovoltaic systems. International Energy US Energy Investment Agency (IEA) PVPS Task 12, Report T12-02:2011. Accessed 19 Sep 2012.

Hall, C.A.S., R. Powers, W. Schoenberg. 2008. Peak oil, EROI, investments and the economy in an uncertain future. Pimentel, D. (ed). Renewable Energy Systems: Environmental and Energetic Issues. Elsevier London

Neubacher, A. January 18, 2012. Solar Subsidy Sinkhole: Re-Evaluating Germany’s Blind Faith in the Sun. Der Spiegel.

Nikiforuk,Andrew. 1 May 2013. Solar Dreams, Spanish Realities. TheTyee.ca

Parnell, John. 22 July 2013. Spain’s government accused of killing solar market. PVtech.

Parnell, John. 23 July 2013. Spanish government facing court action over cuts to solar support. PVTech.

Pentland, W. Nov 30, 2015. Spain’s Renewable Energy Powerhouse Abengoa Teeters Toward Bankruptcy. Forbes.

Raugei M., et al., “The energy return on energy investment (EROI) of photovoltaics: Methodology and comparisons with fossil fuel life cycles.” Energy Policy (2012), published on line doi:10.1016/j.enpol.2012.03.00897.  See more at: http://www.todaysengineer.org/2013/Jun/book-review.asp#sthash.YsRjuI9R.dpuf

Prieto & Hall, 15 Apr 2011. How Much Net Energy does Spain’s solar PV program deliver?  A Case Study.  State University of New York 3rd Biophysical Economics Conference.  Data sources for Energy Generated and Energy Invested slide 10, How monetary costs were converted to energy units.  Slide 12, How the embodied energy costs and boundaries were determined  Slides 17, and much more.

Soble, J. March 3, 2015. Japan’s Growth in Solar Power Falters as Utilities Balk. New York Times.

Spanish solar energy: A model for the future? Phys.org

 

Posted in Alternative Energy, Charles A. S. Hall, Debt, Electric Grid, Energy Books, EROEI Energy Returned on Energy Invested, Pedro Prieto, Photovoltaic Solar, Solar, Solar EROI | Tagged , , , , , , , , | 21 Comments

The Great Game and future wars over oil: Will China and the U.S. collide?

[ I don’t think we will go to war with China because it would be over before we started it — they’d start a cyberwar and take down our electric grid, and we can’t retaliate because their grid is run by the government — it’s more like an intra-net and they can cut off outside connections.  See my review of “CYBER WAR. The Next Threat to National Security and What to Do About It” by Richard A. Clarke here.

Below are excerpts from 18 articles about wars over oil (and other resources) written between 2003 and 2015.  If even a small nuclear war breaks out, we risk a 5+ year nuclear winter. It is long past time to implement Colin Campbell’s Rimini (oil depletion) protocol, which Richard Heinberg explains quite well in his 2006 book: “The Oil Depletion Protocol: A Plan to Avert Oil Wars, Terrorism, and Economic Collapse.” Though there’s a good chance China will take America out silently with a cyberwar rather than bombs or their Blue Navy.

Alice Friedemann  www.energyskeptic.com ]

Krauss, C., et al. July 24, 2015. China’s Global Ambitions, With Loans and Strings Attached. New York Times.

China has invested billions in Ecuador and elsewhere, using its economic clout to win diplomatic allies and secure natural resources around the world.  China has nearly $4 trillion in foreign currency reserves, which it is determined to invest overseas to earn a profit and exert its influence.

China’s growing economic power coincides with an increasingly assertive foreign policy. It is building aircraft carriers, nuclear submarines and stealth jets. In a contested sea, China is turning reefs and atolls near the southern Philippines into artificial islands, with at least one airstrip able to handle the largest military planes. The United States has challenged the move, conducting surveillance flights in the area and discussing plans to send warships.

Many developing countries, in exchange for loans, pay steep interest rates and give up the rights to their natural resources for years. China has a lock on close to 90 percent of Ecuador’s oil exports, which mostly goes to paying off its loans.

“The problem is we are trying to replace American imperialism with Chinese imperialism,” said Alberto Acosta, who served as President Correa’s energy minister during his first term. “The Chinese are shopping across the world, transforming their financial resources into mineral resources and investments. They come with financing, technology and technicians, but also high interest rates.”

China’s pull is strong. It is the world’s largest buyer of oil, which gives China substantial sway over petropolitics. It is also increasingly the trading partner of choice for many countries, taking the mantle from Western nations. China’s foreign direct investment — the money it spends overseas annually on land, factories and other business operations — is second only to the United States’, having passed Japan last year.

Chinese companies are at the center of a worldwide construction boom, mostly financed by Chinese banks. They are building power plants in Serbia, glass and cement factories in Ethiopia, low-income housing in Venezuela and natural gas pipelines in Uzbekistan.  China produces two million cars a month, far more than any other country. It mirrors the broader transformation of the economy from an insular agrarian society to the world’s largest manufacturer.

While the change has showered wealth on China, it has also brought new demands, like a voracious thirst for energy to power its economy. The confluence of trends has compelled China to look beyond its borders to invest those riches and to satisfy its needs.

Oil has been on the leading edge of this investment push. Energy projects and stakes have accounted for two-fifths of China’s $630 billion of overseas investments in the last decade, according to Derek Scissors, an analyst at the American Enterprise Institute.

China is playing both defense and offense. With an increased dependence on foreign oil, China’s leadership has followed the United States and other large economies by seeking to own more overseas oil fields — or at least the crude they produce — to ensure a stable supply. In recent years, state-controlled Chinese oil companies have acquired big stakes in oil operations in Cameroon, Canada, Kazakhstan, Kyrgyzstan, Iraq, Nigeria, São Tomé and Príncipe, Sudan, Uganda, the United States and Venezuela.

“When utilizing foreign resources and markets, we need to consider it from the height of national strategy,” Prime Minister Li said in 2009, when he was a vice premier. “If the resources mainly come from one country or from one place with frequent turmoil, national economic safety will be under shadow when an emergency happens.”

PetroChina and Sinopec, another state-controlled Chinese company, together pump about 25 percent of the 560,000 barrels a day produced in Ecuador. Along with taking the bulk of oil exports, the Chinese companies also collect $25 to $50 in fees from Ecuador for each barrel they pump.

China’s terms are putting countries in precarious positions.  In Ecuador, oil represents roughly 40 percent of the government’s revenue, according to the United States Energy Department. And those earnings are suddenly plunging along with the price of oil. With crude at around $50 a barrel, Ecuador doesn’t have much left to repay its loans.

To do so, Chinese authorities want to extend the length of the loans instead of writing off part of the principal. That means countries will have to hand over their natural resources for additional years, limiting their governments’ abilities to borrow money and pursue other development opportunities.

China has significant leverage to make sure borrowers pay. As the dominant manufacturer for a long list of goods, Beijing can credibly threaten to cut off shipments to countries that do not repay their loans, the senior Chinese banker said.

 

Gal Luft. February 3, 2004 U.S., China Are on Collision Course Over Oil. Los Angeles Times.

Gal Luft is executive director of the Institute for the Analysis of Global Security and publisher of the online publication Energy Security.

Sixty-seven years ago, oil-starved Japan embarked on an aggressive expansionary policy designed to secure its growing energy needs, which eventually led the nation into a world war. Today, another Asian power thirsts for oil: China.

While the U.S. is absorbed in fighting the war on terror, the seeds of what could be the next world war are quietly germinating. With 1.3 billion people and an economy growing at a phenomenal 8% to 10% a year, China, already a net oil importer, is growing increasingly dependent on imported oil. Last year, its auto sales grew 70% and its oil imports were up 30% from the previous year, making it the world’s No. 2 petroleum user after the U.S. By 2030, China is expected to have more cars than the U.S. and import as much oil as the U.S. does today.

Dependence on oil means dependence on the Middle East, home to 70% of the world’s proven reserves. With 60% of its oil imports coming from the Middle East, China can no longer afford to sit on the sidelines of the tumultuous region. Its way of forming a footprint in the Middle East has been through providing technology and components for weapons of mass destruction and their delivery systems to unsavory regimes in places such as Iran, Iraq and Syria. A report by the U.S.-China Economic and Security Review Commission, a group created by Congress to monitor U.S.-China relations, warned in 2002 that “this arms trafficking to these regimes presents an increasing threat to U.S. security interests in the Middle East.” The report concludes: “A key driver in China’s relations with terrorist-sponsoring governments is its dependence on foreign oil to fuel its economic development. This dependency is expected to increase over the coming decade.”

Optimists claim that the world oil market will be able to accommodate China and that, instead of conflict, China’s thirst could create mutual desire for stability in the Middle East and thus actually bring Beijing closer to the U.S.

History shows the opposite: Superpowers find it difficult to coexist while competing over scarce resources. The main bone of contention probably will revolve around China’s relations with Saudi Arabia, home to a quarter of the world’s oil. The Chinese have already supplied the Saudis with intermediate-range ballistic missiles, and they played a major role 20 years ago in a Saudi-financed Pakistani nuclear effort that may one day leave a nuclear weapon in the hands of a Taliban-type regime in Riyadh or Islamabad.

Since 9/11, a deep tension in U.S.-Saudi relations has provided the Chinese with an opportunity to win the heart of the House of Saud. The Saudis hear the voices in the U.S. denouncing Saudi Arabia as a “kernel of evil” and proposing that the U.S. seize and occupy the kingdom’s oil fields. The Saudis especially fear that if their citizens again perpetrate a terror attack in the U.S., there would be no alternative for the U.S. but to terminate its long-standing commitment to the monarchy — and perhaps even use military force against it.

The Saudis realize that to forestall such a scenario they can no longer rely solely on the U.S. to defend the regime and must diversify their security portfolio. In their search for a new patron, they might find China the most fitting and willing candidate.

The risk of Beijing’s emerging as a competitor for influence in the Middle East and a Saudi shift of allegiance are things Washington should consider as it defines its objectives and priorities in the 21st century. Without a comprehensive strategy designed to prevent China from becoming an oil consumer on a par with the U.S., a superpower collision is in the cards.

This explosive, complex region cannot accommodate two major powers competing not only over a barrel but also over the hearts, minds and allegiance of its people.

 

January 9, 2008. House Representative Roscoe Bartlett at conference on energy alternatives for U.S. Military.

China is buying into oil companies around the world. “When I asked the State Department why the Chinese are buying up oil around the world, they said the Chinese don’t understand the market system,” Bartlett said. “The Chinese don’t understand the market system,” he repeated as the room filled with grim chuckles.

China also is building a blue-water Navy, Bartlett said. At the rate warships are being built in China and the United States today, it won’t be too many years before China has the larger Navy, said Bartlett, who is the senior Republican on the House seapower and expeditionary forces subcommittee.

Chinese submarines are of particular concern, he said. They could give China control of the Taiwan Strait.

The Army estimates it will need $85 billion to refurbish or replace equipment being worn out or destroyed in Iraq. Don’t do it, Bartlett pleads. “A refurbished Humvee is still a Humvee” — that is, a fossil-fuel-guzzling battlefield vehicle, he said. “We should be more aggressive and innovative and actively pursue current and near-term technologies” that will reduce oil consumption. Consider these Bartlett statistics:

  1. Daily fuel consumption per deployed troop in combat has increased from 1.7 gallons during World War II to 27.3 gallons during the second Persian Gulf war.
  2. Fuel accounts for 70% of war-fighting logistics supplies by weight. 3) Convoys of tanker trucks are needed to keep combat vehicles, support vehicles and operating base generators running.
  3. Protection for fuel convoys diverts troops from combat operations. 5) Convoys create operational vulnerabilities, and reliance on convoys constrains force movement.

Ultimately, in a world with shrinking oil supplies, the United States will probably have to reconsider how it uses its military, Bartlett said.

Keeping U.S. troops in 100 countries around the world requires an extraordinary amount of energy. And it is clear to Bartlett, a medical school professor, inventor, scientist and business owner before entering Congress in 1992, that oil is running out.

“Most of the world’s authorities believe we have discovered 95 percent of the oil that will be discovered,” he said. And recent big discoveries, such as those in Latin America and the Gulf of Mexico, lie beneath miles of ocean and rock and would be enormously difficult and costly to tap.

At best, substitutes for oil, such as ethanol made from corn and other crops or liquefied coal and natural gas, can replace about one-third of today’s oil, Bartlett said.

But they have major drawbacks. The push to make ethanol from corn has already doubled the price of corn on the world market, prompting the United Nations to declare the practice of converting food crops into energy “a crime against humanity,” Bartlett said.

And converting coal to liquid fuel, as the U.S. Air Force is considering, releases twice as much global-warming carbon as burning petroleum-based fuel, he said.

Efforts to produce energy from fusion are about as likely to succeed as playing the lottery.

Making oil from tar sands and oil shale consumes more energy than it produces.

“Conservation is absolutely essential to buy us time” to develop new energy solutions, Bartlett said.

 

 

James Howard Kunstler. February 3, 2005. Kunstler on China. The Clusterfuck Nation Chronicle.

The elite clueless of the economics world had their annual jamboree in Davos, Switzerland, last week. Among other things, they heard that China’s economic output will grow to $4 trillion in 2020, from $1.6 trillion today. There was no discussion of the global oil production peak problem. Had it factored into things, there might have been some eyebrows raised about China’s prospects.

Davos jamboreener supremo Bill Gates, in his doofus-nerd “wisdom,” termed China “a change agent for the next twenty years.” What did he have in mind, one wonders? That all of China would eventually become a super-giant Redmond, Washington? A dynamic hypermega-burb full of happy motorists sipping Starbuck’s frappocinos on their way to the video game office?

Here’s the real deal: China is the last industrialized nation of the cheap energy age. Its factory production is keyed to the continuation of regular supplies of cheap oil. It has little oil of its own. In order to continue to pretend it can keep “growing” it will have to do two things. 1) embark on a military adventure to establish hegemony over oil producing regions, and 2) replace the prime customer for the avalanche of cheap “consumer” goods that its factories churn out.

We’ll take these questions in reverse order. China may have to find someone else to sell to because its American customers, the WalMart and Target shoppers, are sliding into bankruptcy after a decade-long credit card orgy. Will the Europeans throw away their own manufacturing capacity to make way for a Chinese tsunami of cheap hair dryers and blue jeans? Don’t bet on it. Will South America and Africa replace the American market? Forget it. Will China simply shift marketing to its own citizens? That brings us back to the oil question.

An industrial economy is not a perpetual motion machine. It has to run on something — in this case, oil, natural gas, and coal. If China expects to expand to meet the expectations of Davos, it will have to go adventuring for oil, in effect establish hegemonic relations with the countries that have the stuff. China is already scurrying around the globe signing contracts with nations such as Venezuela and Canada for future oil delivery — which, by the way, will come at the expense of the oil-hungry United States. China is currying favor with the nations of Middle East by doing civil engineering projects there. China’s army could walk into the oil producing nations of Central Asia. China can reach down to Indonesia with its expanding navy. In all these ventures, China will bump up against an increasingly desperate US, determined to preserve a way of life that, in the words of Veep Dick Cheney, is “non-negotiable.”

Meanwhile, China’s coal supply is mostly low-grade “soft” coal, exactly the stuff that will shove the world’s climate into phase change if it has to be used to replace missing oil. China hopes to get natural gas from its neighbor, Russia. Good luck on that. The Russians just planned a major natural gas line that will bypass China to north and go to Japan. The Russians need to be dominated by China like they need a hole in the head.

Conclusion: in the next twenty years, China is certain to contest militarily for the world’s remaining oil with what has been the prime customer for its manufacturing output. That would be America.

While the US is fraught with multiple economic difficulties — energy dependence, loss of productive activity, debt meltdown, an ongoing expensive war — China has problems that are even more fundamentally ominous — a population much more advanced in ecological overshoot, severe environmental destruction, and a water crisis that is manifesting, among other ways, in steeply falling grain harvests (on top of energy and resource dependence, unregulated banking, and the prospect of huge industrial overcapacity in the face of bankrupt customers).

Those of us Boomers, who were reading newspapers in the 1960s can recall China’s capacity for political psychosis. It’s been forty years since the “cultural revolution.” The Davos Sages seem to assume that China is a stable country. The Clusterfuck view sees it differently. As the American consumer / sprawl economy sputters, China will find itself in desperate circumstances: starved for energy, stuck with zillions of unsold coffee-makers and barn jackets, racked with unemployment, and hard-put to feed its own people.

China is going to be a “change agent,” all right, but not in the way that Bill gates expects.

 

 

Klare, M. T. May 1, 2008. The New Geopolitics of Energy. The Nation

While the day-to-day focus of US military planning remains Iraq and Afghanistan, American strategists are increasingly looking beyond these two conflicts to envision the global combat environment of the emerging period–and the world they see is one where the struggle over vital resources, rather than ideology or balance-of-power politics, dominates the martial landscape. Believing that the United States must reconfigure its doctrines and forces in order to prevail in such an environment, senior officials have taken steps to enhance strategic planning and combat capabilities.

Since 2006 the Defense Department, in its annual report Military Power of the People’s Republic of China, has equated competition over resources with conflict over Taiwan as a potential spark for a US war with China.  “Analysis of China’s military acquisitions and strategic thinking suggests Beijing is also developing capabilities for use in other contingencies, such as conflict over resources.” The report went on to suggest that the Chinese are planning to enhance their capacity for “power projection” in areas that provide them with critical raw materials, especially fossil fuels, and that such efforts would pose a significant threat to America’s security interests.

The Pentagon is also requesting funds this year for the establishment of the Africa Command (Africom), the first overseas joint command to be formed since 1983, when President Reagan created the Central Command (Centcom) to guard Persian Gulf oil. Supposedly, the new organization will focus its efforts on humanitarian aid and the “war on terror.” But in a presentation delivered at the National Defense University in February, Africom’s deputy commander, Vice Adm. Robert Moeller, said, “Africa holds growing geostrategic importance” to the United States–with oil a key factor in this equation–and that among the key challenges to US strategic interests in the region is China’s “Growing Influence in Africa.”

Russia, too, is being viewed through the lens of global resource competition. Although Russia, unlike the United States and China, does not need to import oil and natural gas to satisfy its domestic requirements, it seeks to dominate the transportation of energy, especially to Europe. This has alarmed senior White House officials, who resent restoration of Russia’s great-power status and fear that its growing control over the distribution of oil and gas in Eurasia will undercut America’s influence in the region.

In response to the Russian energy drive, the Bush Administration is undertaking countermoves. “I do intend to appoint…a special energy coordinator who could especially spend time on the Central Asian and Caspian region,” Secretary of State Condoleezza Rice informed the Senate Foreign Relations Committee in February. “It is a really important part of diplomacy.” A key job of the coordinator, she suggested, would be to encourage the establishment of oil and gas pipelines that bypass Russia, thereby diminishing its control over the regional flow of energy.

Taken together, these and like moves suggest that a momentous shift has occurred. At a time when world supplies of oil, natural gas, uranium and key industrial minerals like copper and cobalt are beginning to shrink and the demand for them is exploding, the major industrial powers are becoming more desperate in their drive to gain control over what remains of the planet’s untapped reserves  These efforts typically entail intense bidding wars for supplies on international markets–hence the record high prices for all these commodities. But they also take military form, as arms transfers and the deployment of overseas missions and bases. It is to bolster America’s advantage–and to counter similar moves by China and other resource competitors–that the Pentagon has placed resource competition at the center of its strategic planning.

Alfred Thayer Mahan Revisited

This is not the first time that American strategists have placed a high priority on the global struggle over vital resources. At the end of the nineteenth century a bold and outspoken group of military thinkers, led by naval historian and Naval War College president Alfred Thayer Mahan and his protégé, then-Assistant Secretary of the Navy Theodore Roosevelt, campaigned for a strong American Navy and the acquisition of colonies to ensure access to overseas markets and raw materials. Eventually, their views helped generate public support for the Spanish-American War and, upon its conclusion, the establishment of a Caribbean and Pacific empire by the United States.

During the cold war, ideology reigned supreme as containment of the USSR and the defeat of Communism were the overriding objectives of American strategy. But even then, resource considerations were not entirely neglected. The Eisenhower Doctrine of 1957 and the Carter Doctrine of 1980, though couched in the standard anti-Soviet rhetoric of the day, were principally intended to ensure continued US access to the Persian Gulf’s prolific oil reserves. And when President Carter established the nucleus of Centcom in 1980, its primary responsibility was protection of the Persian Gulf oil flow–not containment of the Soviet Union.

After the cold war, the first President Bush tried, and failed, to establish a global coalition of like-minded states–a “new world order”–that would maintain global stability and allow Western corporate interests (American firms foremost among them) to extend their reach across the planet. This approach, in watered-down form, was subsequently embraced by President Clinton. But 9/11 and the current Administration’s relentless campaign against “rogue states,” notably Iraq under Saddam Hussein and Iran, has reinjected an ideological element into US strategic planning. As George W. Bush tells it, the “war on terror” and rogue states are the contemporary equivalents of earlier ideological struggles against Fascism and Communism. Examine the issues closely, however, and it is impossible to disentangle the problem of Middle Eastern terrorism or the challenge posed by Iraq and Iran from the history of Western oil extraction in those regions.

Islamic extremism of the sort propagated by Osama bin Laden and Al Qaeda has many roots, but one of its major claims is that the Western assault on and occupation of Islamic lands–and the resulting defilement of Muslim peoples and cultures–has been driven by the West’s craving for Middle Eastern oil.

“Remember too that the biggest reason for our enemies’ control over our lands is to steal our oil,” bin Laden told his sympathizers in a December 2004 audiotaped address. “So give everything you can to stop the greatest theft of oil in history.”

Likewise, the US conflict with Iraq and Iran has largely been shaped by the fundamental tenet of the Carter Doctrine: that the United States will not permit the emergence of a hostile power that might gain control over the flow of Persian Gulf oil and thus–in Vice President Cheney’s words–“be able to dictate the future of worldwide energy policy.”

Concern over the safety of vital resource supplies has, therefore, been a central feature of strategic planning for a long time. But the attention now devoted to this issue represents a qualitative shift in US thinking, matched only by the imperial impulses that led to the Spanish-American War a century ago. This time, however, the shift is driven not by an optimistic faith in America’s capacity to dominate the world economy but by a largely pessimistic outlook regarding the future availability of vital resources and the intense competition over them waged by China and other rising economic dynamos. Faced with these dual challenges, Pentagon strategists believe that ensuring US primacy in the global resource struggle must be the top priority of American military policy.

Back to the Future

In line with this new outlook, fresh emphasis is being placed on the global role of the Navy. Using language that would sound surprisingly familiar to Alfred Mahan and the first President Roosevelt, the Navy, Marines and Coast Guard unveiled A Cooperative Strategy for 21st Century Seapower in October; it emphasizes America’s need to dominate the oceans and guard the vital sea lanes that connect this country to its overseas markets and resource supplies:

Over the past four decades, total sea borne trade has more than quadrupled: 90% of world trade and two-thirds of its petroleum are transported by sea. The sea-lanes and supporting shore infrastructure are the lifelines of the modern global economy. Heightened popular expectations and increased competition for resources, coupled with scarcity, may encourage nations to exert wider claims of sovereignty over greater expanses of ocean, waterways, and natural resources–potentially resulting in conflict.

To address this danger, the Defense Department has undertaken a massive modernization of the combat fleet, entailing the design and procurement of new aircraft carriers, destroyers, cruisers, submarines and a new type of “littoral combat” (coastal warfare) ship–an endeavor that could take decades to complete and consume hundreds of billions of dollars. Elements of this plan were unveiled by President Bush and Defense Secretary Gates in the budget proposal for Fiscal Year 2009, submitted in February. Among the big-ticket items highlighted in the shipbuilding budget are:

  • $4.2 billion for the lead ship of a new generation of nuclear-powered aircraft carriers;
  • $3.2 billion for a third Zumwalt class missile destroyer; these warships with advanced stealth capabilities will also serve as a “testbed” for a new class of missile cruisers, the CG(X);
  • $1.3 billion for the first two littoral combat ships;
  • $3.6 billion for another Virginia class submarine, the world’s most advanced undersea combat vessel in production.

Proposed shipbuilding programs will cost $16.9 billion in FY 2009, on top of $24.6 billion voted in FY 2007 and FY 2008.

The Navy’s new strategic outlook is reflected not only in the procurement of new vessels but also in the disposition of existing ones. Until recently most naval assets were concentrated in the North Atlantic, the Mediterranean and the Northwest Pacific in support of American forces assigned to NATO and the defense pacts with South Korea and Japan. These ties still figure prominently in strategic calculations, but ever-increasing weight is placed on the protection of vital trade links in the Persian Gulf, the Southwest Pacific and the Gulf of Guinea (close to Africa’s major oil producers). In 2003, for example, the head of the US European Command declared that the aircraft carrier battle groups under his command would be spending fewer months in the Mediterranean and “half their time going down the west coast of Africa.”

A similar outlook is guiding the realignment of overseas bases, which has been under way for the past several years. When the Bush Administration came into office, most major bases were in Western Europe, Japan or South Korea. Under the prodding of then-Defense Secretary Rumsfeld, however, the Pentagon began to relocate forces from the outer fringes of Eurasia to its central and southern regions–especially East-Central Europe, Central Asia and Southwest Asia–as well as to North and Central Africa. True, these areas are home to Al Qaeda and the Middle Eastern “rogue states”–but they also contain 80 percent or more of the world’s oil and natural gas, as well as reserves of uranium, copper, cobalt and other critical industrial materials. And, as noted, it is impossible to separate the one from the other in US strategic calculations.

A case in point is the US plan to maintain a basing infrastructure to support combat operations in the Caspian Sea basin and Central Asia. American ties with states in this area were established several years before 9/11, to protect the flow of Caspian Sea oil to the West. Believing that the Caspian basin could prove a valuable new source of oil and natural gas, President Clinton worked assiduously to open the doors to US involvement in the area’s energy production; aware also of the endemic ethnic antagonisms in the region, he sought to bolster the military capabilities of friendly local powers and to prepare for possible intervention by American forces. President Bush later built on these efforts, increasing the flow of US military aid and establishing bases in the Central Asian republics.

A corresponding mix of priorities governs the Pentagon’s plans to retain a constellation of “enduring” bases in Iraq. Many of these installations will no doubt be used to support continuing operations against insurgent forces, for intelligence activities or for the training of Iraqi army and police units. Even if all US combat troops are withdrawn in accordance with plans announced by senators Clinton and Obama, some of these bases will probably be retained for the training activities they say will continue. At least some bases, moreover, are specifically earmarked for the protection of Iraqi oil exports. In 2007, for example, the Navy revealed that it had established a command-and-control facility atop an offshore Iraqi oil terminal in the Persian Gulf to oversee the protection of vital terminals.

A Global Struggle

No other major power is capable of matching the United States when it comes to the global deployment of military power in the pursuit or protection of vital raw materials. Nevertheless, other powers are beginning to challenge this country in various ways. In particular, China and Russia are providing arms to oil and gas producers in the developing world and beginning to enhance their military capacity in key energy-producing areas.

China’s drive to gain access to foreign supplies is most evident in Africa, where Beijing has established ties with the oil-producing governments of Algeria, Angola, Chad, Equatorial Guinea, Nigeria and Sudan. China has also sought access to Africa’s abundant mineral supplies, pursuing copper in Zambia and Congo, chromium in Zimbabwe and a range of minerals in South Africa. In each case the Chinese have wooed suppliers through vigorous diplomacy, offers of development assistance and low-interest loans, high-visibility cultural projects–and, in many cases, arms. China is now a major supplier of basic combat gear to many of these countries and is especially known for its weapons sales to Sudan–arms that reportedly have been used by government forces in attacks on civilian communities in Darfur. Moreover, like the United States, China has supplemented its arms transfers with military-support agreements, leading to a steady buildup of Chinese instructors, advisers and technicians, who now compete with their US counterparts for the loyalty of African military officers.

Much the same process is under way in Central Asia, where China and Russia cooperate under the auspices of the Shanghai Cooperation Organization (SCO) to provide arms and technical assistance to the military forces of the Central Asian “stans”–again competing with the United States to win the loyalty of local military elites. In the 1990s Russia was too preoccupied with Chechnya to pay much attention to this area, and China was likewise consumed with other priorities, so Washington enjoyed a temporary advantage; in the past five years, however, Moscow and Beijing have made concerted efforts to gain influence in the region. The result has been a far more competitive geopolitical environment, with Russia and China, linked through the SCO, gaining ground in their drive to diminish US influence.

A clear expression of this drive was the military exercise the SCO conducted last summer, the first of its kind to feature participation by all member states. The maneuvers involved some 6,500 personnel from China, Russia, Kazakhstan, Kyrgyzstan, Tajikistan and Uzbekistan and took place in Russia and China. Aside from its symbolic significance, the exercise was indicative of China’s and Russia’s efforts to enhance their capabilities, placing a heavy emphasis on long-range assault forces. For the first time, a contingent of Chinese airborne troops were deployed outside Chinese territory, a clear sign of Beijing’s growing assertiveness.

To ensure that the intended message of these exercises did not go unnoticed, the presidents of China and Russia used the occasion of an accompanying SCO summit in Kyrgyzstan to warn the United States (though not by name) against meddling in Central Asian affairs. In calling for a “multipolar” world, for example, Vladimir Putin declared that “any attempts to solve global and regional problems unilaterally are hopeless.” For his part, Hu Jintao noted, “The SCO nations have a clear understanding of the threats faced by the region and thus must ensure their security themselves.”

These and other efforts by Russia and China, combined with stepped-up US military aid to states in the region, are part of a larger, though often hidden, struggle to control the flow of oil and natural gas from the Caspian Sea basin to markets in Europe and Asia. And this struggle, in turn, is but part of a global struggle over energy.

The great risk is that this struggle will someday breach the boundaries of economic and diplomatic competition and enter the military realm. This will not be because any of the states involved make a deliberate decision to provoke a conflict with a competitor–the leaders of all these countries know that the price of violence is far too high to pay for any conceivable return. The problem, instead, is that all are engaging in behaviors that make the outbreak of inadvertent escalation ever more likely. These include, for example, the deployment of growing numbers of American, Russian and Chinese military instructors and advisers in areas of instability where there is every risk that these outsiders will someday be caught up in local conflicts on opposite sides.

This risk is made all the greater because intensified production of oil, natural gas, uranium and minerals is itself a source of instability, acting as a magnet for arms deliveries and outside intervention. The nations involved are largely poor, so whoever controls the resources controls the one sure source of abundant wealth. This is an invitation for the monopolization of power by greedy elites who use control over military and police to suppress rivals. The result, more often than not, is a wealthy strata of crony capitalists kept in power by brutal security forces and surrounded by disaffected and impoverished masses, often belonging to a different ethnic group–a recipe for unrest and insurgency. This is the situation today in the Niger Delta region of Nigeria, in Darfur and southern Sudan, in the uranium-producing areas of Niger, in Zimbabwe, in the Cabinda province of Angola (where most of that country’s oil lies) and in numerous other areas suffering from what’s been called the “resource curse.”

The danger, of course, is that the great powers will be sucked into these internal conflicts. This is not a far-fetched scenario; the United States, Russia and China are already providing arms and military-support services to factions in many of these disputes. The United States is arming government forces in Nigeria and Angola, China is aiding government forces in Sudan and Zimbabwe, and so on. An even more dangerous situation prevails in Georgia, where the United States is backing the pro-Western government of President Mikhail Saakashvili with arms and military support while Russia is backing the breakaway regions of Abkhazia and South Ossetia. Georgia plays an important strategic role for both countries because it harbors the Baku-Tbilisi-Ceyhan (BTC) pipeline, a US-backed conduit carrying Caspian Sea oil to markets in the West. There are US and Russian military advisers/instructors in both areas, in some cases within visual range of each other. It is not difficult, therefore, to conjure up scenarios in which a future blow-up between Georgian and separatist forces could lead, willy-nilly, to a clash between American and Russian soldiers, sparking a much greater crisis.

I estimate that it costs approximately $100 billion to $150 billion per year to enforce the Carter Doctrine, not including the war in Iraq. Extending that doctrine to the Caspian Sea basin and Africa will add billions. A new cold war with China, with an accompanying naval arms race, will require trillions in additional military expenditures over the next few decades. This is sheer lunacy: it will not guarantee access to more sources of energy, lower the cost of gasoline at home or discourage China from seeking new energy resources.

If, as is widely predicted, global oil reserves have begun to shrink by then, both of our countries could be locked in a dangerous struggle for dwindling supplies in chronically unstable areas of the world. The costs, in terms of rising military outlays and the inability to invest in more worthwhile social, economic and environmental endeavors, would be staggering.

 

 

Gordon, G. April 3, 2005. Recession, famine and war seen if demand outstrips supply. Experts fear day when oil runs low. Sacramento Bee.

Within a couple of hours last week, crude oil prices hit a record $56 a barrel, President Bush fretted publicly over world oil shortages and the Senate voted to open an Alaskan wildlife refuge to drilling.

The converging events drew attention to what administration officials call a temporary global energy crunch. But bigger worries also are bubbling to the surface – fears of a day of reckoning over world oil reserves.

Even as China and India are joining the grab for oil, most experts agree that world production will peak sometime in the next several decades – more likely in the next couple of years, a gaggle of outspoken academics say.

If rising petroleum demand meets falling supply before new energy sources are ready, government officials say, a world that runs on oil could face cataclysmic consequences ranging from recessions to famine and even war.

Peaking oil production “will result in dramatically higher oil prices, which will cause protracted economic hardship in the United States and the world,” a team of Energy Department consultants warned in a report last month. “The challenge of oil peaking deserves immediate, serious attention if risks are to be fully understood and mitigation begun on a timely basis.”

The most obvious step is to transform into a fuel-efficient fleet the 200 million cars, sport-utility vehicles and trucks that guzzle two-thirds of America’s 21 million-barrel-a-day oil consumption, consultant Robert Hirsch and colleagues wrote.

After the peak, said senior Energy Information Administration petroleum geologist David Morehouse, the rate of production drop-off from declining oil fields would likely be “pretty quick.”

“We don’t want the world oil peak to sneak up on us,” said John Wood, who heads a Dallas-based unit that projects oil supply and demand for the EIA.

Kenneth Deffeyes, a Princeton University geology professor, says it might be too late to plan. Deffeyes worked previously in Shell Oil’s research laboratory alongside M. King Hubbert, who gained fame when he accurately predicted in 1956 that oil production in the continental United States would peak between 1965 and 1970. Using a similar formula, Deffeyes predicts that the global peak will occur by next Thanksgiving.

If Deffeyes is right, Morehouse said, “our goose is cooked. If things get bad enough, and somebody gets desperate enough,” he said, an oil peak scenario could lead to war.

Amos Nur, a Stanford University geophysicist, all but predicts a war with China over oil. He notes that Americans consume a per-capita average of 25 barrels of oil each year, while the Chinese average 1.3 barrels and the people of India less than a barrel. If Chinese and Indian consumption reached one-quarter or a third of U.S. consumption, he writes, it would require 50 percent more oil worldwide and tensions could “slide into a military conflict.”

Bush told a news conference that new oil demand “from countries like China” is “outracing supply” and driving up prices.

Matthew Simmons, chairman of a Houston-based oil industry investment bank, contends in a forthcoming book that the Saudis damaged their oil fields by overproducing in the early 1970s and again after Iraq invaded Kuwait in 1990. That changed the subsurface pressure, creating huge water problems that will make it harder to recover oil, he said.

 

 

Yardley, J., et al. April 8, 2005. Chinese Navy Buildup Gives Pentagon New Worries. New York Times

At a time when the American military is consumed with operations in Iraq and Afghanistan, global terrorism and the threat of nuclear proliferation in North Korea and Iran, China is presenting a new and strategically different security concern to America, as well as to Japan and Taiwan, in the western Pacific, Pentagon and military officials say.

China, these officials say, has smartly analyzed the strengths and weaknesses of the American military and has focused its growing defense spending on weapons systems that could exploit the perceived American weaknesses in case the United States ever needs to respond to fighting in Taiwan.

A decade ago, American military planners dismissed the threat of a Chinese attack against Taiwan as a 100-mile infantry swim. The Pentagon now believes that China has purchased or built enough amphibious assault ships, submarines, fighter jets and short-range missiles to pose an immediate threat to Taiwan and to any American force that might come to Taiwan’s aid.

In the worst case in a Taiwan crisis, Pentagon officials say that any delay in American aircraft carriers reaching the island would mean that the United States would initially depend on fighter jets and bombers based on Guam and Okinawa, while Chinese forces could use their amphibious ships to go back and forth across the narrow Taiwan Strait.  Some American military analysts believe China could now defeat Taiwan before American forces could arrive at the scene, leaving a political decision about whether to attack, even though Taiwan would already be lost.

“They are building their force to deter and delay our ability to intervene in a Taiwan crisis,” said Eric McVadon, a former military attaché at the United States Embassy in Beijing. “What they have done is cleverly develop some capabilities that have the prospect of attacking our niche vulnerabilities.”

China’s rapid military modernization is the major reason President Bush has warned the European Union not to lift its arms embargo against Beijing. At the same time, some officials in Washington, particularly on Capitol Hill, would like Taiwan to buy more American arms to beef up its own defenses.

Japan, America’s closest ally in East Asia and China’s rival for regional dominance, is also watching China’s buildup and reorganizing its own military. The Japanese prime minister, Junichiro Koizumi, has echoed President Bush by calling on Europe to leave the arms embargo against China in place. A research center affiliated with Japan’s Defense Ministry has also criticized China’s increased military spending and cautioned that Beijing was rushing to prepare for possible conflict with Taiwan, an assertion China sharply denied. The growing friction between Japan and China, fueled by rising nationalism in both countries, is just one of the political developments adding to tensions in East Asia. In March, China passed a controversial new “antisecession” law authorizing a military attack if top leaders in Beijing believe Taiwan moves too far toward independence – a move that brought hundreds of thousands of people in Taiwan out to protest. China’s most recent military white paper also alarmed American policy makers because it mentioned the United States by name for the first time since 1998. It stated that the American presence in the region “complicated security factors.” China, meanwhile, accused the United States and Japan of meddling in a domestic Chinese matter when Washington and Tokyo recently issued a joint security statement that listed peace in Taiwan as a “common strategic objective.”

“The potential for a miscalculation or an incident here has actually increased, just based on the rhetoric over the past six months to a year,” one American intelligence analyst in Washington said. At a welcoming ceremony on March 28 for the command ship Blue Ridge of the American Seventh Fleet, here at the home base of China’s South Sea Fleet, the American commanding officer, Capt. J. Stephen Maynard and his Chinese counterpart, Senior Capt. Wen Rulang, sidestepped questions about the antisecession law and military tensions. Asked about China’s military buildup and how America should view it, Captain Wen praised the United States Navy as the most modern in the world. “As for China,” Captain Wen said, “our desire is to upgrade China’s self-defense capabilities.”

In China’s view, however, self-defense involves Taiwan, which it regards as a breakaway province and which the United States, by treaty, has suggested it would help defend. In 1996, when China fired warning-shot missiles across the Taiwan Strait before the Taiwanese elections, President Clinton responded by sending a carrier battle group to a position near Taiwan. Then, China could do nothing about it, Now, analysts say, it can.

In fact, American carriers responding to a crisis would now initially have to operate at least 500 miles from Taiwan, which would reduce the number of fighter sorties they could launch. This is because China now has a modern fleet of submarines, including new Russian-made nuclear subs that can fire missiles from a submerged position. America would first need to subdue these submarines.

China launched 13 attack submarines between 2002 and 2004, a period when it also built 23 ships that can ferry tanks, armored vehicles and troops across the 100-mile strait. Tomohide Murai, an expert on the Chinese military at the National Defense Academy in Tokyo, said that China’s buildup is intended to focus on an American response, but he is skeptical that China already has the naval and air superiority over Taiwan to dominate the strait.

But Mr. Murai said China’s military would continue to expand and modernize for years to come because of the country’s booming economy, while Japan is restricted by budget constraints and its World War II era Constitution. Chinese subs and Japanese vessels already have played politically explosive cat-and-mouse games around a string of islands claimed by both countries.

China, meanwhile, often expresses concern about rising militarism in Japan and notes that Japan spends more on its military budget – a debatable point since Western experts say China vastly understates its own military spending. China also worries that the United States Navy could be used to try to cut off oil supplies if a conflict ever arises over Taiwan.

Robert Karniol, an Asia specialist at Jane’s Defense Weekly, noted that Japan is also modernizing its military in a significant way, largely as its competes with China for regional dominance in Asia. He said Japan is restructuring the independent branches of its military under a unified command modeled after the American Joint Chiefs of Staff.

And just as Japan is looking at China, he said, so is China looking past Taiwan at Japan. China’s naval upgrades will not only strengthen its hand against Taiwan but also expand its influence around Asia. “If the Taiwan issue was resolved next month, China’s military modernization would not end,” Mr. Karniol said. “The Chinese understand that if their ambition is to become the dominant power in Asia – well, who can disrupt that? The United States and Japan.”

 

 

Wiggin, A. October 14, 2013. The Coming War Between the U.S. and (Insert Country Here). Dailyreckoning.com

War between the US and China — an unpleasant thought, for sure…unless you happen to be a defense contractor. The threat of war could be sufficient to power the defense industry’s profit growth for many years.

We would not be tackling this grim topic — nor engaging in the financial market version of grave-dancing — if the suits and uniforms in Washington understood that China is merely implementing its own version of the Monroe Doctrine.

China’s Monroe Doctrine aims to keep the United States from getting closer than it is already. If you don’t remember the Monroe Doctrine from history class, it goes like this: President James Monroe in 1823 put the European powers on notice that if they meddled anywhere in Latin America, the United States would step in to put a stop to it. It was a big “keep out of our backyard” sign.

OK, it was more subtle than that; an aging Thomas Jefferson congratulated Monroe on achieving a “cordial friendship with England.” The doctrine was, indeed, a tacit agreement between the United States and Great Britain. The US took a free ride on the Royal Navy. Its ships patrolled the waters surrounding Latin America, keeping the continental powers far from America’s doorstep.

The original Monroe Doctrine aimed to keep Europeans away. China’s Monroe Doctrine aims to keep the United States from getting closer than it is already.

“The Pacific basin has long been home to the United States’ largest trading partners, and Washington deploys more than 320,000 military personnel in the region, including 60% of its navy,” writes Conn Hallinan of the think tank Foreign Policy in Focus. “The American flag flies over bases in Japan, the Philippines, South Korea, Malaysia, Thailand, the Marshall Islands, Guam and Wake.” The US Seventh Fleet routinely sails near the Chinese coast, to the edge of the “12-mile limit” where international waters end.

No wonder Chinese leaders sense — rightly or wrongly — that they’re being encircled.

“China has made it clear that it will not tolerate the threat to its security represented by a foreign military presence at its gates when these foreign forces are engaged in activities designed to probe Chinese defenses and choreograph a way to penetrate them,” writes our acquaintance Chas Freeman, the veteran US diplomat who was President Nixon’s interpreter on his groundbreaking visit to “Red” China in 1972.

“There’s no reason to assume that China is any less serious about this than we would be if faced with similarly provocative naval and air operations along our frontiers.

Thus are the Chinese asserting their dominion over the disputed Senkakus Islands. “China sees the islands as part of its defensive parameter,” Hallinan explains, “an understandable point of view considering the country’s history. China has been the victim of invasion and exploitation by colonial powers, including Japan, dating back to the first Opium War in 1839.

China also insists it rightly controls a host of islands in the South China Sea — rich fishing grounds and a potential source of oil and gas. These islands, such as the Spratlys and Paracels, are also claimed by… oh, let’s run down the list: Vietnam, Malaysia, Taiwan, Brunei and the Philippines. Maybe the Kardashians too, for all we know.

In addition, China has

  • commissioned its first aircraft carrier
  • Developed a whiz-bang stealth fighter jet called the J-20
  • Goosed its defense spending by double-digit percentages every year for the past decade (although Beijing’s defense budget it still one-fifth the size of Washington’s).

A sensible US response would go something like this: “Hey, China’s implementing its own Monroe Doctrine. They want to be in charge in their own backyard. Meanwhile, we’re $16.4 trillion in debt. Heck, we owe $1.1 trillion of that to China. Why are we going deeper in debt to keep 60% of the Navy stationed in the Pacific basin? Maybe we should reconsider this whole ‘American lake’ thing.

“…America’s strategic move east is aimed in practical terms at pinning down and containing China and counterbalancing China’s development.”

Instead, the US government is doubling down.

“As the war in Iraq winds down and America begins to withdraw its forces from Afghanistan, the United States stands at a pivot point,” then Secretary of State Hillary Clinton wrote in Foreign Policy’s November 2011 issue. “One of the most important tasks of American statecraft over the next decade will therefore be to lock in a substantially increased investment — diplomatic, economic, strategic and otherwise — in the Asia-Pacific region.

In DC wonk circles, this statement of intentions has come to be known as “the pivot”.

The same month Clinton published that article — with the presumptuous title “America’s Pacific Century” — the Obama administration stationed 2,500 US troops on Australia’s northern coast for the first time. More encirclement.

“The U.S. sees a growing threat to its hegemony from China,” said a commentary from the official Xinhua News Agency. “Therefore, America’s strategic move east is aimed in practical terms at pinning down and containing China and counterbalancing China’s development.

In Empire of Debt, we postulated the empire has a logic all its own. That logic will bring about events beyond your control. It is far better to understand those events and plan your life and your portfolio accordingly… than to allow them to blindside you and your family.

 

May 2013. ASPO-USA.

[My comment: This piece from the Association for the Study of Peak Oil, makes me wonder if China will be unable to wage war because they’ve “attacked themselves” with so much pollution and toxins that they will internally collapse]

China’s major energy issue right now is what to do about the toxic smog which comes from burning in excess of 4 billion tons of coal and 10 million barrels of oil, with minimal pollution controls, each year. Last winter air quality in Beijing rose to nearly 1,000 ppm as compared to 50 ppm or below which is considered good. Even in April the pollution index was flirting with 200 ppm which is flat out unhealthy. China’s economic miracle over the past 35 years has been based on rapidly increasing consumption of large quantities of coal and oil. To maintain economic growth without an annual increase of 10 percent more coal and 5 percent more oil consumption each will be difficult. Last week it was revealed that China’s top power producer recently started construction on 16 large energy projects without approval from Beijing. China’s leaders, including the new President, know they have a major problem. If they continue to increase their pollution their citizens will become ill and die at ever increasing rates and anyone with an option will choose to live somewhere where they don’t have to breathe China’s air. In short the China’s economic miracle seems to be on course to strangle itself. Even though Beijing has numerous plans to deal with air pollution while continuing to grow economically, the simple fact is that Chinese Communist Party’s no-elections legitimacy is based largely on the argument that it can deliver 7-10 percent economic growth each year. At all levels China’s leaders know that they will be judged on how well they deliver economic growth to the exclusion of all other concerns. A good guess would be that air, water, and soil pollution in China is going to get a lot worse before actions that will seriously slow economic growth are taken.

 

 

Glain, S. Dececember 20, 2004. Yet Another Great Game. Beijing’s aggressive petrodiplomacy in Africa has put it on a collision course with Washington. Newsweek International.

If a report circulating among senior members of America’s defense establishment is any guide, the Sino-American war for future petroleum supplies has already begun.

According to the 80-page study, Beijing has identified the United States as “a paramount threat to its energy security and economic stability” and is busily establishing a “string of pearls” — forward deployments of surveillance stations, naval facilities and airstrips–to safeguard the petroleum-transport route from the Persian Gulf to the South China Sea. Once it controls Asia’s vital sea lanes, the report goes on, China may then move on some of the world’s key oil reserves–perhaps by replacing the United States as Saudi Arabia’s patron and protector, or by seizing a strategic oil pipeline in the Russian Far East. The Chinese, the report says, “equate energy security with physical possession or control of energy supplies” and “have a tendency to see securing their energy security as a zero-sum game.

Nowhere is that more clear than in sub-Saharan Africa, where Chinese oil and natural-gas companies have over the past several years inked deals with regimes such as Sudan’s. o  “It’s very effective and farsighted diplomacy,” says John Tkacik, a China expert at the Heritage Foundation in Washington. “They look to where their opponent is not and discreetly place their pieces in unclaimed areas of the map, which in this case is Africa.”

In staking out Africa, however, Beijing is setting itself up for a seismic rivalry with the United States, which has identified the region as key to its efforts to diversify its oil sources away from the unstable Middle East. In the aftermath of 9/11, a U.S.-Israeli study group recommended that Washington prevent “rivals such as China” from horning in on Africa’s natural resources, while the Pentagon study says, “Chinese companies are investing in East, West, and North Africa and [the Chinese Army] has sent troops to protect its energy investments in Sudan” an assertion long rumored by human-rights groups and other Africa experts but never confirmed. In turn, American oil companies have raised their profile in Africa amid rumors that the United States is planning to build a military base in the oil-rich Gulf of Guinea.

“In Africa,” says Jamal Qureshi, an oil-markets expert at PFC Energy in Washington, “you’ve got new players, with China as a possible counterweight to the U.S. There could be elements of confrontation.”

Before 9/11, U.S. oil companies generally kept their distance from such countries as Sudan, the Democratic Republic of the Congo and Libya, due to political risk, concerns over human-rights violations, sanctions or all three. True, U.S. firms have done business with autocracies like Nigeria, despite the Bush administration’s public snubbing of President Olusegun Obasanjo. But until now, such deals have been cut on a piecemeal basis–unlike those recently struck by state-owned China National Petroleum Co. (CNPC) as part of an official policy of nurturing diplomatic ties in exchange for oil concessions.

During the cold war, China reached out to Africa in political solidarity with its nonaligned nations, and to block them from having relations with Taiwan. Indeed, Africa accounts for a dwindling share of the 27 or so countries that still recognize the island state over China. Now China is supporting developing countries as part of a transparent bid for economic gain, and its petrodiplomacy extends worldwide.

In October Beijing agreed to buy up to $100 billion in Iranian petroleum and gas and to help develop a major Iranian oilfield near the Iraqi border–evidence of an evolving Sino-Iranian alliance that is featured in the Pentagon report. Earlier this year Beijing signed a 25-year deal to develop natural-gas reserves in Iran–despite U.S.-led sanctions–and it is increasingly active in the Gulf states. Iranian Oil Minister Bijan Zanganeh recently said that the strengthening Tehran-Beijing link was “neutralizing” U.S.-imposed sanctions. “Japan is our No. 1 energy importer for historical reasons… but we would like to give preference to exports to China,” said Zanganeh.

Africa, though, remains the new oil frontier for both China and the United States. Since Chinese President Hu Jintao’s February goodwill mission to oil-producing states, Beijing has signed agreements with Algeria, Gabon and Nigeria, and is discussing similar deals with Niger, Chad, the Central African Republic, Congo and Angola. In return for access to raw materials in Africa, China is financing and building roads, dams, airports and energy grids, signing free-trade agreements and even promoting Africa at home as a tourist destination. Within the next half decade, according to energy analysts, Africa is expected to account for nearly a third of the oil China purchases overseas, up from 25 percent today.

Once oil-independent, China has over the last decade become increasingly reliant on imports, which now account for 60 percent of its oil consumption, up from 6.4 percent in 1993. Within the next five years, according to Beijing, China will be importing 50 million tons of oil and 50 billion cubic meters of gas annually. Even for a country more concerned with human rights, those kinds of numbers would remove many inhibitions.

In 2001 Beijing identified Sudan as the springboard for its campaign to triple its overseas oil production within four years, despite U.N. sanctions against the Sudanese regime. CNPC now dominates a consortium of Asian companies drilling Sudan’s fields under license by Khartoum. Through a subsidiary, CNPC took a lead role in building a 1,500-kilometer-long pipeline from the main oilfields to the Red Sea and built a refinery near Khartoum with a 2.5 million-ton processing capacity. Safely distanced from the chaos in southern Darfur, these facilities have helped swell Sudan’s oil output to 345,000 barrels per day, up from 270,000 in 2003, and provide an estimated 8 percent of China’s total oil consumption.

The sales have also helped finance Khartoum’s arms purchases from Beijing; the government is thought to be nurturing a Sudanese arms industry with Chinese technology. “Khartoum is emboldened and encouraged by China’s assistance,” says Jemera Rone, a Sudan specialist for Human Rights Watch. “It is using petrodollars to manufacture arms, many of them knockoff versions of Chinese weapons.”

The Sino-Sudanese ties are complicating U.N. efforts to isolate Khartoum for its alleged complicity in massacres and rapes in southern Darfur. Beijing has blocked or diluted several U.S.-sponsored draft resolutions condemning Khartoum, and has signaled it will veto further sanctions. Washington, which needs Chinese support in Security Council matters regarding Iraq, is unlikely to push Beijing on Sudan.

While the United States appears to have conceded Sudan to China, it is active elsewhere in Africa. U.S. President George W. Bush has made a point of meeting with leaders of such countries as Chad and Congo, which in the past barely registered on Washington’s foreign-policy map. The African Oil Policy Initiative Group, a confederation of oil executives, members of Congress, White House officials and consultants, has recommended that the United States work openly with Nigeria to secure Africa’s oil-rich areas and enhance the prospects for foreign investment. It has also urged the Pentagon to build a naval base at the oil-rich islands of So Tome and Principe, and to permanently deploy a large force of U.S. troops there. Some analysts even suspect that the deliberate way in which the United States lifted sanctions on Libya earlier this year was a move to check China’s growing influence in Africa. If China sees energy security as a zero-sum game, so, it appears, does its American rival.

 

 

Scully, M.G. September 29, 2004. The Natural World. he End of Easy Oil. The Chronicle of Higher Education.

You don’t have to be a conspiracy theorist or a Michael Moore enthusiast to think that Donald Rumsfeld and his colleagues in the Bush administration are being disingenuous when they declare that the war in Iraq is not about oil.

In fact, according to the authors of two new books, most foreign- policy and many domestic decisions made by the current administration — and by its predecessors going back to that of Franklin D. Roosevelt — have been shaped, overtly or covertly, by a desire to assure a secure supply of cheap petroleum for America’s economic and military needs. And, the authors of the books conclude, maintaining that “energy security” will become more difficult, more dangerous, and more likely to produce violence in the years ahead.

Our petroleum habit will have growing influence on both geopolitical and economic issues, according to Paul Roberts in The End of Oil: On the Edge of a Perilous New World, published by Houghton Mifflin, and Michael T. Klare, in Blood and Oil: The Dangers and Consequences of America’s Growing Petroleum Dependency, published by Metropolitan Books.

As Roberts, a writer who focuses on economic and environmental issues, says: “Although we will not run out of oil tomorrow, we are nearing the end of what might be called easy oil. Even in the best of circumstances, the oil that remains will be more costly to find and produce and less dependable than the oil we are using today.”

Klare, a professor of peace and world-security studies at Hampshire College and defense correspondent for The Nation, suggests that the United States has never resolved the inherent tension between our need for assured supplies of petroleum to keep the economy cooking and our growing reliance on overseas sources of that oil, especially from areas, like the Persian Gulf, that have a long and continuing history of instability.

Rather than develop a sustained strategy for reducing our reliance on such sources, he says, American leaders “have chosen to securitize oil — that is, to cast its continued availability as a matter of ‘national security,’ and thus something that can be safeguarded through the use of military force.”

Klare argues that our demands for energy and those of other major powers will require the petroleum-rich Gulf states to “boost their combined oil output by 85 percent between now and 2020. … Left to themselves, the Gulf countries are unlikely to succeed; it will take continued American intervention and the sacrifice of more and more American blood to come even close. The Bush administration has chosen to preserve America’s existing energy posture by tying its fortunes to Persian Gulf oil.”

Even more worrisome, Klare says, is the intense and growing competition among countries such as the United States, China, India, and those in the European Community over petroleum supplies. “This competition is already aggravating tensions in several areas, including the Persian Gulf and Caspian Sea basins,” he writes. “And although the great powers will no doubt seek to avoid clashing directly, their deepening entanglement in local disputes is bound to fan the flames of regional conflicts and increase the potential for major conflagrations.”

Roberts notes, for instance, that the development of renewable alternatives to petroleum, such as biofuels, solar power, clean coal, and hydrogen, has not been as rapid or as simple as their promoters had hoped. And even if those alternatives had been developed more fully, he adds, “many of the new fuels and technologies lack high power density and simply will not be able to deliver the same energy punch as the hydrocarbons they replace.”

What that means, he says, is that the new technologies must be accompanied by sharp increases in energy efficiency. He is not sanguine about achieving such gains. “In spite of high energy prices and rising concerns about energy security, consumers and policymakers alike have all but stopped talking about the ways we use energy, how much we waste, and what might be changed.”

Klare writes that President Bush’s choice of Vice President Dick Cheney to conduct a major review of energy policy preordained an anti-efficiency outcome. When the National Energy Policy Development Group began its work, in February 2001, he writes, the United States “stood at a crossroads.” It could “continue consuming more and more petroleum and sinking deeper and deeper into its dependence on imports,” or “it could choose an alternative route, enforcing strict energy conservation, encouraging the use of fuel-efficient vehicles, and promoting the development of renewable energy sources.”

While the group’s report — National Energy Policy — gave lip service to the concepts of conservation and energy self-sufficiency, he says, a close reading “reveals something radically different.” The policy “never envisions any reduction in our use of petroleum,” Klare writes. “Instead it proposes steps that would increase consumption while making token efforts to slow, but not halt, our dependence on foreign providers.”

Given the Bush administration’s close ties to the oil-and-gas industry, such an outcome may have been inevitable, Klare says. But even an administration without such links would find it politically risky to move to a radically different energy policy. Like his predecessors, he notes, President Bush “understood that shifting to other sources of energy would entail a change in lifestyle that the American public might not easily accept. … And so he chose the path of least resistance.”

Roberts, who focuses on the question of total energy supply more than on the geopolitical consequences of relying on foreign oil, finds little cause for optimism in our current strategy. The longer we put off the transition to a postpetroleum era, the harder that transition will be, he says, and the more unrest and violence we will encounter.

As oil supplies dwindle, “energy security, always a critical mission for any nation, will steadily acquire greater urgency and priority,” he writes. “As it does, international tensions and the risk of conflict will rise, and these growing threats will make it increasingly difficult for governments to focus on longer-term challenges, such as climate or alternative fuels — challenges that are in themselves critical to energy security, yet which, paradoxically, will be seen as distractions from the campaign to keep energy flowing. … The more obvious it becomes that an oil-dominated energy economy is inherently insecure, the harder it becomes to move on to something else.”

In the meantime, Klare argues, the Bush administration’s war on terrorism, the impulse of its neoconservative supporters to spread “democracy” to the Middle East, and our desperate need for stable supplies of oil have merged into a single strategy — one that will commit us to maintaining military forces in many parts of the world and to using those forces to protect oil fields and supply routes.

“It is getting hard,” he writes, “to distinguish U.S. military operations designed to fight terrorism from those designed to protect energy assets.”

Many of the authors’ arguments and conclusions have been advanced before, and both men fall into the category of “energy pessimists,” who do not believe that we will be able to maintain our current levels of oil consumption for as long as agencies like the U.S. Geological Survey and Europe’s International Energy Agency predict. Such agencies, Roberts says, “are under intense political pressure to err on the side of wild optimism.”

But regardless of whether Klare and Roberts err on the side of pessimism, their message is unsettling: We are headed into uncharted territory, led by a government that seems prepared to use force, when necessary, to preserve the current system. We face growing competition from other countries for a finite resource at a time of growing animosity toward the United States.

It is a message that is moving beyond academic and environmental circles. In a recent “midyear outlook” report, Wachovia Securities, a large investment company, examines the impact of “the end of cheap oil” for investors. “We neither expect, nor wish to dwell on, worst- case scenarios — but the market knows it is foolhardy to ignore the possibilities,” the report says. It warns that with record-high oil prices and many domestic refineries operating at or near capacity, “a disruption somewhere in the production chain could have a greater than normal effect on energy markets.”

 

 

Roberts, P. June 28, 2004. The Undeclared Oil War. Washington Post.

While some debate whether the war in Iraq was or was not “about oil,” another war, this one involving little but oil, has broken out between two of the world’s most powerful nations.

For months China and Japan have been locked in a diplomatic battle over access to the big oil fields in Siberia. Japan, which depends entirely on imported oil, is desperately lobbying Moscow for a 2,300-mile pipeline from Siberia to coastal Japan. But fast-growing China, now the world’s second-largest oil user, after the United States, sees Russian oil as vital for its own “energy security” and is pushing for a 1,400-mile pipeline south to Daqing.

The petro-rivalry has become so intense that Japan has offered to finance the $5 billion pipeline, invest $7 billion in development of Siberian oil fields and throw in an additional $2 billion for Russian “social projects” — this despite the certainty that if Japan does win Russia’s oil, relations between Tokyo and Beijing may sink to their lowest, potentially most dangerous, levels since World War II.

Asia’s undeclared oil war is but the latest reminder that in a global economy dependent largely on a single fuel — oil — “energy security” means far more than hardening refineries and pipelines against terrorist attack. At its most basic level, energy security is the ability to keep the global machine humming — that is, to produce enough fuels and electricity at affordable prices that every nation can keep its economy running, its people fed and its borders defended. A failure of energy security means that the momentum of industrialization and modernity grinds to a halt.

In the “emerging” economies, such as Brazil, India and especially China, energy demand is rising so fast it may double by 2020. And this only hints at the energy crisis facing the developing world, where nearly 2 billion people — a third of the world’s population — have almost no access to electricity or liquid fuels and are thus condemned to a medieval existence that breeds despair, resentment and, ultimately, conflict.

In other words, we are on the cusp of a new kind of war — between those who have enough energy and those who do not but are increasingly willing to go out and get it. While nations have always competed for oil, it seems more and more likely that the race for a piece of the last big reserves of oil and natural gas will be the dominant geopolitical theme of the 21st century.

Already we can see the outlines. China and Japan are scrapping over Siberia. In the Caspian Sea region, European, Russian, Chinese and American governments and oil companies are battling for a stake in the big oil fields of Kazakhstan and Azerbaijan. In Africa, the United States is building a network of military bases and diplomatic missions whose main goal is to protect American access to oilfields in volatile places such as Nigeria, Cameroon, Chad and tiny Sao Tome — and, as important, to deny that access to China and other thirsty superpowers.

The diplomatic tussles only hint at what we’ll see in the Middle East, where most of the world’s remaining oil lies. For all the talk of big new oil discoveries in Russia and Africa — and of how this gush of crude will “free” America and other big importers from the machinations of OPEC — the geological facts speak otherwise. Even with the new Russian and African oil, worldwide oil production outside the Middle East is barely keeping pace with demand.

In the run-up to the Iraq war, Russia and France clashed noisily with the United States over whose companies would have access to the oil in post-Saddam Hussein Iraq. Less well known is the way China has sought to build up its own oil alliances in the Middle East — often over Washington’s objections. In 2000 Chinese oil officials visited Iran, a country U.S. companies are forbidden to deal with; China also has a major interest in Iraqi oil.

But China’s most controversial oil overture has been made to a country America once regarded as its most trusted oil ally: Saudi Arabia. In recent years, Beijing has been lobbying Riyadh for access to Saudi reserves, the largest in the world. In return, the Chinese have offered the Saudis a foothold in what will be the world’s biggest energy market — and, as a bonus, have thrown in offers of sophisticated Chinese weaponry, including ballistic missiles and other hardware, that the United States and Europe have refused to sell to the Saudis.

Granted, the United States, with its vast economic and military power, would probably win any direct “hot” war for oil. The far more worrisome scenario is that an escalating rivalry among other big consumers will spark new conflicts — conflicts that might require U.S. intervention and could easily destabilize the world economy upon which American power ultimately rests.

As demand for oil becomes sharper, as global oil production continues to lag (and as producers such as Saudi Arabia and Nigeria grow more unstable) the struggle to maintain access to adequate energy supplies, always a critical mission for any nation, will become even more challenging and uncertain and take up even more resources and political attention.

This escalation will not only drive up the risk of conflict but will make it harder for governments to focus on long-term energy challenges, such as avoiding climate change, developing alternative fuels and alleviating Third World energy poverty — challenges that are themselves critical to long-term energy security but which, ironically, will be seen as distracting from the current campaign to keep the oil flowing.

Paul Roberts is the author of “The End of Oil: On the Edge of a Perilous New World.”

Hale, D. April 5, 2004. Will China need a blue water navy to protect commodity imports? www.chinaonline.com

China’s immense need for raw materials will have many economic and political consequences.

First, China will have to develop a foreign policy and military strategy to protect its access to raw materials. As its trade ties expand with commodity exporting countries in Latin America, Africa, and southeast Asia, China will want to insure that they are reliable suppliers of critical raw materials. The sheer growth of trade should help to promote good political relations. The interesting question is whether China will perceive the need to have a larger Navy to protect shipments of oil from the Middle East, iron ore from Latin America, and liquefied natural gas from Australia.

In the late 19th century and early 20th century, commodities played an important role shaping British foreign policy. Britain nearly took the side of the confederacy during the American Civil War because of its large cotton imports from the south. Britain went to war with the Boers in South Africa in order to control the country’s large gold deposits. After oil replaced coal as the fuel of the Royal Navy, Britain significantly expanded her political role in the Middle East. She acquired protectorates such as Iraq and Kuwait from the Ottoman Empire. She helped to overthrow regimes in Iran which threatened her control of oil reserves. She also defended Malaya from a communist insurgency during the 1950s because of concern about the colony’s production of tin and rubber as well as the fact that Malaya was a major owner of pounds in the offshore Sterling area.

Commodities also have influenced American foreign policy. The U.S. maintained good relations with South Africa during the apartheid era in part because of the country’s large natural resource endowment. The U.S. went to war over Kuwait because of concern about Iraq controlling too large a share of the world’s oil reserves. The U.S. invaded Iraq during 2003 in part because of doubts about the reliability of Saudi Arabia as an ally and oil supplier. The U.S. is now moving to strengthen its relations with west Africa because it could be importing 25% of its oil from that region by 2005. Both the American Air Force and Navy have greatly increased their activity in the region.

Commodities have influenced Japanese foreign policy as well. During the 1970s, Japan adopted a pro-Arab foreign policy because of concern about oil supplies. In recent years, Japan has attempted to maintain a good relationship with Iran in order to obtain access to new oil deposits. Japan has also had a close relationship with Australia because of that country’s role as a primary supplier of iron ore and other raw materials to Japanese industry.

It has been over 500 years since China has deployed naval vessels far from the country’s territorial waters. But if China becomes dependent upon raw materials from regions as diverse as the Middle East, central Africa, and Latin America, she will naturally want to project power and influence in those regions.

China has already deployed 4,000 troops in the Sudan to protect its investment in an oil pipeline which it developed there with Petronas of Malaysia. The Sudan has been in a civil war for many years because of conflicts between the Moslem North and the black Christian South. China is concerned that the conflict could disrupt the pipeline so it has taken direct action to insure the project’s security. There has been little international attention focused on China’s role in the Sudan but is could set an important precedent for the future. As China’s dependence upon foreign commodities expands, it could decide to offer military support to governments in other countries suffering from civil wars or military rebellions. African countries also like doing business with Beijing because the Chinese government does not criticize their human rights policies. China’s relationship with Liberia demonstrated the flexibility of its political relationships with Africa. During recent years it has been a large buyer of Liberian timber despite the fact that Liberia had a civil war and authoritarian political regime which recognized Taiwan.

China may attempt to enhance her political relationship with the commodity producing countries by promoting bilateral free trade agreements. China, for example, is now holding talks with Australia about a potential FTA. The Chinese government recently appointed a very senior diplomat, Madam Fuying, as the new ambassador to Canberra in order to promote a more strategic relationship with the country. China is attracted to Australia because of the country’s large reserves of natural gas, coal, iron ore, and other raw materials. At a recent Africa-China summit conference in Addis Abba, China pledged to boost its two way trade with Africa to $30 billion by 2005 from $12.4 billion during 2002. It also has begun talks with South Africa on the creation of a new free trade agreement with that country. China intends to broaden its imports from oil to a variety of other commodities as well as to promote more investment.

As a result of China’s need for oil the government recently announced it was starting negotiations with the six nation Gulf Cooperation Council about a possible free trade agreement. The GCC – Kuwait, Oman, Qatar, Saudi Arabia, and the United Arab Emirates – has become China’s eighth largest trading partner. The agreement would be designed to promote both trade and investment between China and the Gulf countries. It would also be the second regional trade agreement after the one already under discussion with Asean.

China’s most important new investment in the middle east is a commitment by Sinopec to develop Iran’s Yadavaran oil field in exchange for agreeing to buy 10 million tonnes of Iranian liquefied natural gas annually for 25 years. This deal follows a contract signed by Zhuhai Zhenrong, one of China’s four state owned oil traders, to purchase 110 million tonnes of liquefied natural gas over 25 years starting in 2008. The most recent deal is worth a potential $70 billion and will cause Iran to be one of China’s major energy suppliers. Such large energy contracts will probably cause China to take Iran’s side in many diplomatic disputes with the U.S. and could even encourage China to supply arms to Iran if she is unable to obtain them from Europe.

Brazil is very excited about the potential for developing a “strategic partnership” with China. Brazil views a close relationship with Chinas as a pillar of its foreign policy because it wants to promote a network of alliances with other developing countries to challenge American hegemony. The Brazilians want to promote a multi-polar global power structure and believe China can play a major role in such a system. China actually regards itself as an emerging super-power, not just a developing country, but it will accommodate Brazil’s ambitions because it plans to massively expand its trade with Brazil. Chinese firms are planning a $2 billion investment in Brazil’s aluminum industry and a $1.5 billion investment in the steel sector.

China has already moved from being Brazil’s 15th trading partner in 1999 to being number two last year because of large increases in imports of soybeans and iron ore. Brazil hopes to boost its China exports to $10 billion by 2005 because of demand for many commodities, including dairy products, cotton, tropical fruit, fish and coffee. Brazil also has the potential to greatly increase its output of soybeans. In 2003, China accounted for one third of global trade in soy products and 20% of soy oil. As a result of China, Latin America now sends a rapidly growing share of its exports to east Asia, including 13% of pulp sales, 13% of steel, 43% of iron ore, and 26% of copper. Chile therefore plans to launch talks with China on a free trade agreement as well.

In a visit to Latin America during November, President Hu Jintao announced several major initiatives to strengthen economic relations with Brazil and Argentina. He announced that China would invest $8.5 billion in Brazilian infrastructure (railways, ports, highways) and $19 billion in Argentine infrastructure and energy development. He also agreed to import more meat and fruit from both countries. He declared both countries to be official destinations for Chinese tourists as well. China now sends out twenty million tourists every year, so this status is potentially valuable in competing for Chinese business. Hu Jintao also visited Cuba and the state owned company, Mini Metals, announced plans to invest in a Cuban ferro nickel project. China has plans to make other investments in Latin America’s energy sector as well. It has made a $100 million investment in Ecuador and plans to announce other major projects in the future. China is studying proposals to invest in the Venezuelan oil industry and will probably complete them when President Chavez visits Beijing in early 2005.

China’s need for petroleum could also transform its relationship with Russia. Trade between Russian and China is booming. It is likely to reach $22 billion this year or a level four times higher than five years ago. The countries are also planning infrastructure investments which could further enhance trade. In February, China announced that it would embark upon a 15 year project to build a railroad that would run 870 miles from eastern Russia to Dalian, a seaport in Manchuria. China is anxious to develop corporate relationships with Russian energy companies to obtain petroleum. The Chinese also attempted to purchase a medium sized Russian oil company, Slavneft, during 2002 but the deal was blocked by the Russian government. The delegation from the Chinese National Petroleum Company was arrested when they arrived in Russia. One western oil company conducted an opinion survey of Russian attitudes towards foreign investment and found far more acceptance of Japanese than Chinese investment.

China’s ambitions in Russia are complicated by the fact that Russia is highly insecure about its eastern frontier. The Russians fear that China could someday threaten their far eastern territory because much of it was Chinese before the conquests of the 19th century. There is also a huge imbalance of population. The Russian provinces in the Far East have lost 2 million people during the past decade while it is estimated that 3 million Chinese have crossed the border into Russia. There are also 127 million people in the three adjoining Chinese provinces. At present, 66% or Russia’s oil production and 91% of its gas production comes from fields in western Siberia. But oil analysts estimate that eastern Siberia and the Russian Far East could have 110 billion barrels of oil.

During 2003, China and Japan competed for the right to develop an oil pipeline in Russia for their respective markets. The Chinese formed an alliance with Yukos while the Japanese focused on the government pipeline monopoly, Transneft. The Yukos Company agreed to sell China 300,000 barrels per day starting in 2006, or an amount triple the level of China’s oil imports from Russia in 2003 and six times higher than in 2002. When the Chinese chose Yukos as a partner, it was regarded as Russia’s most successful and transparent oil company. But it was a mistake because Mr. Putin had the CEO of Yukos arrested last October because of his decision to meddle in politics and develop a pro oil industry coalition in the Duma. The Russian government has subsequently announced that it will support the construction of an oil pipeline following the proposed Japanese route. The new pipeline will stretch over 4000 kilometers, coming close to the border of the autonomous region of inner Mongolia. China hopes to add an auxiliary line to its leading oil center in Daqing but it is not yet clear if Russia will approve the project. Russia will be able to satisfy the new demand for oil only by developing oil deposits in eastern Siberia closer to the Chinese border than its current large fields. Although China perceives that Russia stole land from it during the 19th century, it has not been actively demanding the return of lost territory. The great risk to Russia’s territorial security could ultimately prove to be American and European trade policy. China currently plans to pay for its commodity imports by exporting a growing volume of manufactured goods. If the U.S. and Europe attempt to curb China’s exports, she will have no way to pay for her rapidly growing imports of oil and other raw materials. In such a scenario, China could decide that the most attractive way of securing adequate energy supplies would be to reclaim lost territory in the Russian far east with large oil reserves. Russia could then be the long term casualty of protectionist trade policies in North America and Europe.

While Russia has been ambiguous about its relationship with China, Kazakhstan has given China a great welcome. The Chinese National Petroleum Company has invested $700 million in oil development. China is about to spend $3 billion on a new pipeline from Atasu to China’s Xinjoang Uygue autonomous region. The three section trunklune of over 3000 kilometers will ultimately be able to deliver 20 million tonnes of Caspian Sea crude to western China. As Kazakhstan currently exports 70% of its oil via pipelines passing through Russia, it is anxious to develop new markets.

China is also planning large natural resource projects in Mongolia. China has signed a letter of intent to develop a copper mine and committed $50 million open a new zinc mine. The Mongolian President has also invited Chinese companies to drill for oil in the country. Three are 1,000 Chinese companies with operations in Mongolia. China is showing its support by providing crews to pave Mongolia’s roads and offering a $300 million loan for other forms of development. During the Cold War, Mongolia was a Soviet satellite but China’s need for raw materials will now lead to a close alliance between Beijing and Ulan Bator.

The other regions which could be vulnerable to Chinese territorial claims are the Senkakus Islands (the Chinese call them Daiyous) and Spratly Islands in the South China Sea. It is widely perceived that both sets of island could provide access to large oil reserves. In the 1970s, Deng Xiaoping had discouraged China from pursuing territorial claims in its neighborhood. He said that conflicts over the islands should be “left for the next generation”. In November 2002, Asean and China concluded a treaty that called on all claimants to avoid actions that might heighten tensions in the flashpoint region. This was further reinforced last winter by a nonaggression pact with Asean. But in recent months, China has once again begun to speak out about its claims. It has criticized Vietnam for attempting to give oil drilling rights to foreign companies and promoting tourism on the Spratly Islands. It recently allowed a group of Chinese nationalists to land on the Senkaku Islands and plant a flag. The Chinese were promptly arrested by the Japanese police and then sent home to a hero’s welcome. In early July, the Chinese foreign ministry publicly warned Japan not to explore for natural gas near the disputed islands. The official said, “Japan should consider the bigger picture of maintaining relations between the two countries and should consider stability in the East China Sea. Japan should proceed with caution.” The new regime of Hu Jintao has been constantly stressing to other Asian countries that China’s emergence as a great power will not threaten them, but China’s concern about securing adequate oil supplies could encourage Beijing to become more assertive again over territorial claims in regions which adjoin large oil supplies. As with Russia, the ultimate determinant of how far China goes in pursuing its claims may depend upon western trade policy. If the U.S. and Europe make it difficult for China to pay for oil imports with exports of manufactured goods, China could decide to pursue a more aggressive foreign policy to obtain oil from disputed territories.

China has launched several major initiatives to obtain oil reserves in Africa. China entered the Sudan during the late 1990s and now has large investments there. In 2003, the China National Petroleum Corporation completed development of a major new oil field with productive capacity of 10 million tonnes per year, a refinery processing 2.5 million tonnes per year, and a 1,506 km pipeline. CNPC has recently expanded into Algeria, Niger, and Chad while its rival Sinopec has moved into Gabon, Egypt, and Nigeria. Sinopec is also negotiating for a stake in Grynberg’s large concession in the Central African Republic. China International and United Petroleum Corporation recently signed a service contract with the Nigerian Petroleum Development to develop two new oil concessions in the shallow waters of the River State and to import 50,000 bpd. Sinopec has turned Angloa into China’s third largest source of oil after Saudi Arabia. China tried to strengthen the relationship by also offering Anglo a $2 billion concessional loan during early 2004. CNPC hopes to invest in a new $3.2 billion refinery project at Lobito and to develop joint ventures with Chevron Texaco in developing some of Angola’s deep water offshore blocks. Petro China has also recently formed a venture with Diamondworks to market petroleum in several west African countries. In January – February 2004, President Hu Jintao visited Egypt, Gabon and Algeria to discuss new energy ventures. In Egypt, China agreed to provide new technical expertise and develop new ventures in exploration, production, refining, and marketing.

In Gabon, Hu Jintao signed a contract for 1 million tonnes of oil imports per year. After the president left, Sinopec signed an agreement to participate in exploration of new oil bocks both offshore and onshore. China began investing in Algeria two years ago and the Hu Jintao visit further strengthened the relationship. In 2002, Sinopec signed a $525 million contract to develop the Zarzaitine oil field in the Sahara Desert and to build a refinery nearby. In 2003, CNPC signed a deal worth $325 million to buy several refineries and import oil from Algeria. After the Hu Jintao visit, CNPC signed a new agreement to establish a permanent joint committee to promote more energy cooperation with Algeria, to give CNPC new exploration rights, and to develop new pipelines as well as expand existing refineries. In the period January-July 2003, Africa provided 13,137 million tonnes of China’s total imports of 50,639 million tonnes. Anglo supplied 6,237 million tonnes, Sudan provided 3,429 million tonnes, and Equatorial Guinea supplied 1,193 million tonnes. The tremendous Chinese focus on Africa today guarantees that the continent will become a progressively more important supplier of raw materials to China.

As a result of China’s huge energy needs, the government is also giving serious consideration to developing more nuclear power. China now has nine generators operating in Zhenjiang and Guangdong. Two are under construction in Zhenjiang. Proposals to build another four should be approved within two months. The London based World Nuclear Association says that China will probably build another 26 generators in eight different provinces. Some government officials have suggested that China could become the world’s largest consumer of nuclear power by 2050. The government is anxious to promote more nuclear power because during 2004 24 of China’s 31 provinces have been suffering from electricity shortages. China is importing a large quantity of new generating equipment from Europe and the U.S. to eliminate the shortages but its current growth curve for electricity demand is so high that nuclear power is clearly a strategic alternative to its long-term needs.

Secondly, China is likely to emerge as a more important player in financing the development of natural resources. The Chinese regard ownership as an important element of control. In the U.S., for example, they purchased cutting rights over large tracts of timber land nearly twenty five years ago. China’s National Petroleum Corporation has spent over $40 billion on foreign investments. The big Chinese oil companies are now investing in oil development projects in Indonesia, Latin America, Africa, and Australia.

In the past, the largest players in the development of global commodity production have been companies from the U.S. and the British Commonwealth, especially Canada, Australia, and South Africa. These companies are currently holding negotiations with China about both investing in new Chinese projects as well as forming joint ventures with Chinese firms to develop mines in other countries. Rio Tinto has several joint ventures with China in Australia.

Chinese firms could also emerge as competitors with American and European firms. Saudi Arabia, for example, recently allowed Chinese firms to invest in its new natural gas industry while excluding American firms from the project. The Saudis were attracted to China because it could be a huge market and there were no tensions over issues such as Israel and terrorism. China also supplied intermediate range ballistic missiles to Saudi Arabia several years ago and collaborated in a Saudi financed project to develop nuclear power in Pakistan. If the U.S. relationship with the Saudis continues to deteriorate, China could emerge as a more important player in providing them with security.

China recently announced a $5 billion (U.S.) takeover bid for Canada’s largest mining company, Noranda. Noranda has large copper mines as well as a 60% shareholding in Falconbridge, one of the world’s leading nickel producers. The takeover bid drew immediate criticism from conservatives in Canada alarmed at the prospect of China controlling large nickel reserves. They point out the large mines in Sudbury, Ontario were originally developed to supply nickel to the U.S. Navy because the U.S. has no nickel deposits and that it is dangerous to allow China to purchase them through Falconbridge. Falconbridge mines nickel, in Ontario, Quebec, and New Caledonia, as well as having a large smelter in Norway. The Canadian government is reluctant to challenge the bid because of its desire for good economic relations with China but the controversy does indicate that China’s new role in the commodity market is promoting debate about military and security concerns, not just economic issues. Many Canadians are suspicious of China because of its policies in the area of human rights, Tibet, and Taiwan. The Noranda bid has revived those concerns as well as provoking discussion about the military importance of Canada’s large nickel reserves. What remains to be seen is whether the deal will actually close. Since the deal was announced, there has been a significant appreciation of the Canadian dollar which could raise the price for Mini Metals to levels which will be commercially unacceptable.

Thirdly, China’s huge demand for raw materials could produce a sustained improvement in the terms of trade of the developing countries. During the era since World War Two, the developing countries have often suffered from declining commodity prices, especially during periods of recession in the U.S. economy. There were major developing country debt crises during the early 1980s because of a severely restrictive U.S. monetary policy which depressed commodity prices. Russia also defaulted on her debt during 1998 because of a large drop in the oil price which crippled tax revenues. In the future, it is possible that Chinese monetary policy will play a more critical role than American monetary policy in determining commodity prices. What remains to be seen is whether China will be more sensitive to her global monetary role than the Americans were in the past.

Fourthly, China is now going to emerge as an important factor in the conduct of monetary policy by the G-7 countries. During the past year, China’s boom has produced a 25% increase in America’s crude materials price index. In the past, such large increase in commodity prices might have provoked the Federal Reserve to raise interest rates. But the Fed has not tightened in part because China’s exports of manufactured goods are helping to restrain America’s consumer price index. Wal-Mart, for example, is now purchasing $14 billion of goods from Chinese companies and $26 billion from American, Japanese, and Korean companies using China as an export base. The import of low priced goods from China is limiting the ability of American firms to raise prices despite rising raw material costs. But at some point, rising commodity prices could set the stage for higher inflation and force central banks to raise interest rates. In the past, the G-7 central banks focused primarily on their own business cycles and the American economy. In the future, they will have to take account of how fluctuations in the Chinese economy are affecting global commodity prices.

During much of China’s history, it was difficult for western countries to pay for their imports of silk and porcelain because China did not want western products. The British resolved this problem by selling opium to China during the early 19th century. In the modern era, there are no such constraints on China’s trade. In contrast to the era before the industrial revolution, China has an immense appetite for both manufactured goods and commodities from the rest of the world. China plans to expand exports of manufactured goods in order to pay for imports of commodities. The great risk to this equilibrium is trade policy in the industrial countries. Some countries want to impose trade barriers on Chinese imports.

In fact, it would not be an exaggeration to suggest that the financial underpinning of the Bush administration’s economic and foreign policies is the fact that the east Asian central banks now have $2.0 trillion of foreign exchange reserves which are nearly 90% invested in U.S. government securities. It is the willingness of the east Asian central banks to fund the U.S. budget deficit which has permitted the Bush administration to pursue a highly expansionary fiscal policy without any adverse consequences for the domestic bond market. The Bush administration is so concerned about manufacturing job losses that it does not want to acknowledge its unusual financial dependence upon east Asia, but the reality is that their currency intervention has become a de facto form of burden sharing for the Bush foreign and defence policies. China is anxious to maintain a stable exchange rate because of concerns about the stability of its financial system and the fact that it has lost ten times as many manufacturing jobs as the U.S. during the past six years because of the restructuring of its state owned enterprises.

China’s economic takeoff and new role in the global commodity markets has occurred so quickly that the U.S. and other countries have not yet fully come to terms with it. The U.S. and other countries are extremely sensitive to the risk of job losses resulting from China’s export growth, but they have not devised a strategy for coping with the larger consequences of China’s new role. There are many questions which loom. If China accounts for 30-40% of global metal consumption in fifteen years, what will be the consequences for commodity prices and trade flows? Will China become the dominant trading partner of countries as diverse as Australia, South Africa, and Brazil? If China assumes such a role, will she attempt to develop a larger blue water Navy to protect the ships providing critical supplies of oil, iron ore, and other raw materials? Will China become a major investor in the developing countries in order to finance the development of new natural resource projects? Will China follow in the footsteps of the U.S. and Britain by intervening in the domestic political affairs of countries which become her primary commodity suppliers or recipients of investment? Will China offer arms supplies to developing countries in order to enhance its access to their commodity production? Is the intervention in the Sudan only the first step to a much larger Chinese military role all over the third world?

The U.S. has clashed with China in the past over its policy in the Middle East. During the late 1990s, China offered to sell military technology to Iran in order to develop a relationship for enhancing its access to energy supplies. The U.S. protested and China ultimately backed down. But as a result of China’s new circumstances, the temptation will be strong for China to pursue a variety of diplomatic strategies for enhancing its access to raw materials. The challenge for the U.S. will be to demonstrate that it can accommodate China’s need for raw materials and play a cooperative role in helping Beijing to assure adequate raw material supplies. The U.S. has always supported a policy of open sea lanes and protecting private property. The U.S. should now reassure China that it will use its own military forces to assure the safety and security of Chinese vessels and others carrying critical raw materials. The U.S. should also attempt to collaborate with China in developing a common policy for third world countries. As with the Sudan, it is not difficult to imagine countries as diverse as the Congo, Papua New Guinea, or even Saudi Arabia turning to China for help in suppressing rebellions or protecting political elites. In the past, the U.S. would have reacted adversely to the deployment of Chinese troops anywhere. But as a result of China’s new role in the global commodity markets, the U.S. will have to recognize that China has new security concerns which it should attempt to manage rather than simply reject.

China announced a major breakthrough in its third world relationships during mid-April when it said that it would join the Nuclear Suppliers Group. China’s application to join the 40 nation NSG is an important recognition that it should join other leading countries in regulating proliferation of nuclear weapons. China also wants to improve its own access to nuclear technology from the United States because of its plans to increase the role of nuclear power within China. As a result of this decision, China will no longer be able to offer Middle Eastern countries access to nuclear technology as a quid pro quo for oil supplies.

In the 1950s and 1960s, the Chinese relationship with the third world was heavily influenced by the 1954 Bandung summit conference in Indonesia. At that summit, the leaders of newly independent countries of Asia and Africa pledged to work together on behalf of a non-aligned third world. During the 1960s, China helped Zambia to cope with Rhodesian trade sanctions by constructing a railway from Dar Es Salam to Lusaka. In the future, China will have a totally different relationship with the developing countries. China will become their primary export market as well as being an investor in their natural resource industries. China’s negotiations with them over commodity contracts will have a major impact on their terms of trade and national income. If commodity prices fall sharply and they experience recessions, they could blame China whereas in the past they would have blamed American imperialism.

At present only a few things appear to be certain. The transformation apparent in the commodity markets during the past year is likely to persist for some time. China will become an increasingly more important influence on commodity prices than the old industrial economies of North America, Europe, and Japan. China could drive commodity higher prices as she develops larger reserves of oil, grain, and other critical raw materials. When China finally has an investment slowdown, commodity prices will decline. But as China is unlikely to experience a full scale recession anytime during the next decade, there will be a steady, if not always spectacular growth in her demand for raw materials. By 2015-2020, her share of global metal consumption could be 50% larger than America’s.

Such a large change in the composition of global commodity demand and trade flows will have political consequences. China is going to develop far more intimate relationships with many developing countries than have existed before. She is going to redefine her national security strategy to include protection of critical raw material supplies. It is too soon to speak of a new era of Chinese imperialism in the third world, but China will certainly play a more influential role in the affairs of many developing countries. The U.S. has been so obsessed with the issue of trade that it has not developed any long-term strategy for managing the consequences of China’s new role. The U.S. can regard China’s new role as an opportunity for cooperation on many geopolitical issues or as a further threat to its own economic interests. There is no way to predict exactly how policy makers will respond to China’s new status. At this point only one thing is certain. China’s new role as the world’s largest consumer of many industrial commodities will force everyone to rethink their assumptions about foreign policy, military policy, and even the conduct of monetary policy during the early decades of the 21st century.

 

December 4, 2003. China’s huge thirst for oil set to change world’s energy flows. Asian Wall Street Journal.

With its factories working overtime, and its consumers on course to buy almost 2 million cars this year, China is developing a world-class thirst for oil. And its hunt for steady supplies is reshaping the global energy scene.

China – which this year surpassed Japan as the No 2 petroleum user after the US – is increasing its oil purchases even faster than it is pumping up its brawny economy. Imports for the first 10 months of 2003 were up 30 per cent from year-earlier levels. The International Energy Agency expects imports to double to some 4 million barrels a day by 2010. By 2030, China is expected to be importing about 10 million barrels a day, roughly what the US imports now. Domestic oil output, meanwhile, is flat.

From Houston to London to Moscow, oil companies are looking to secure market share in China, as China roams the world looking for oilfields to develop. And strategists are struggling to predict what China’s rise as a super-buyer will mean for the oil market, the environment – and world politics.

Some fear that China, which doesn’t have large strategic reserves of fuel, might grow so desperate for oil that it would battle the US for influence in the Middle East or even trade weapons technology to alleged terrorist states.

“China is having an incredible influence on energy flows, not just in Asia but on a worldwide basis,” Peter Davies, chief economist at BP, told reporters on a recent trip to Russia, from where BP hopes to supply China with Siberian gas. “The whole centre of gravity of the world energy market is changing.”

This year and next, China is expected to account for about a third of the increase in global oil demand.

Chinese demand is also making geopolitical waves in the US. Last month, the US-China Economic and Security Review Commission, a committee of congressional appointees, debated how China’s thirst for oil would affect US access to energy supplies. Last year, the Pentagon reviewed a report on what it would mean for US national security if the Chinese and Saudis grew closer. Saudi Arabia, the world’s largest exporter, is negotiating to build a huge refinery in China with Exxon Mobil. The desert kingdom even has begun giving Chinese-language lessons to its oil officials.

 

 

Shanker, T., et al. March 1, 2005. N U.S. Lawmakers Warn Europe on Arms Sales to China. New York Times.

Senior members of Congress from both parties emerged from a meeting with President Bush on Tuesday warning Europe that if it lifts its ban on arms sales to China, the United States may retaliate with severe restrictions on technology sales to European companies.

The warning came after Mr. Bush, on his trip to Europe last week, twice cautioned the Europeans not to lift the restrictions, in place for 15 years. His insistence was based, at least in part, on a new American intelligence assessment that Beijing is rapidly becoming better equipped to carry out a sophisticated invasion of Taiwan and to counter any effort by the United States to react to such an attack, administration officials and intelligence analysts say.

After the White House meeting on Tuesday, Senator Richard G. Lugar, the Indiana Republican who is chairman of the Foreign Relations Committee, said that if the ban is lifted – as European leaders have said they plan to do in coming months – Congress could react with “a prohibition on a great number of technical skills and materials, or products, being available to Europeans.” The ranking Democrat on the committee, Senator Joseph R. Biden Jr. of Delaware, called a lifting of the ban “a nonstarter with Congress.”

Their statements reinforce warnings that Mr. Bush and Secretary of State Condoleezza Rice made in meetings with Europeans over the past several weeks that the weapons sales would amount to a transfer of even more sophisticated military technology to China. But European officials say that the concerns are overstated, and that they are considering a compromise proposal that would keep advanced technologies from being exported.

Although Mr. Bush and Ms. Rice have spoken publicly about the sale of heavy weapons, Pentagon officials say the biggest concern is the technology that goes with it, including radar and battlefield communication systems that could take China’s rapid military buildup to a new level. And to make their case, the officials have begun to discuss how such technology would give China an increased ability to intimidate Taiwan with the threat of invasion if it moves too aggressively toward independence.

The motivations for the officials to discuss this intelligence in interviews over the past two weeks are varied, and certainly include concerns about how the Chinese buildup could affect American security interests. But the discussion also comes as Congress takes up Mr. Bush’s new spending proposals, which devote a majority of supplemental funding to land forces and the war in Iraq, while missions related to perceived threats from China fall mainly to the Navy and the Air Force.

In addition, some administration hawks are concerned about China’s rapid growth as a military power in the Pacific at a time that American attention is focused on the Middle East.

The new intelligence reports indicate that since Mr. Bush came to office, China has raced ahead with one of the most ambitious military buildups in the world – including building 23 new amphibious assault ships that could ferry tanks, armored vehicles and troops across the 100 miles to Taiwan, and 13 new attack submarines.

“Their amphibious assault shipbuilding alone equals the entire U.S. Navy shipbuilding since 2002,” one intelligence official said.

The official said Chinese military purchases abroad and domestic production of ships and warplanes “definitely represents a significant increase in overall capacity.” At the same time, any advances in radar and communications ability would improve how rapidly and effectively those ships and planes could support an invasion or counter American moves in the region.

Military experts in European capitals and in Washington say they do not dispute the American intelligence reports on the growth in quality and quantity of Chinese arms. But European political leaders argue that the sanctions were placed to punish China because of its killing of pro-democracy demonstrators in Tiananmen Square 16 years ago, not because of its military power.

Now that a new generation of leaders has taken over in Beijing, they say, the specific cause of the sanctions is removed.

In contrast, Japan has sided with the United States in asserting a growing Chinese threat to Taiwan, publicly inserting those concerns for the first time into a joint security statement issued in recent days.

The latest intelligence reports give the fullest sense to date of what China has actually fielded in the past several years, and how, as the new director of central intelligence, Porter J. Goss, recently told Congress, the weaponry could “tilt the balance of power in the Taiwan Strait.”

The United States has deliberately left vague whether or how it would defend Taiwan in the event of invasion. The last time a crisis erupted in the region, President Clinton put a carrier near the Taiwan Strait – but not inside it – as a caution to Beijing.

That event prompted a rethinking of military strategy in Beijing, China experts say. One intelligence official noted that China’s military expansion has tried to fill gaps that have been identified in a range of Pentagon reports and public American intelligence estimates.

The intelligence official said: “What the Chinese have systematically done is look at what other people have said about them, and said, ‘Fine. I don’t have a credible amphibious capability. Well, I’m going to build one. I don’t have a credible surface force that can provide adequate air cover and surface-to- surface strike capability against incoming fleets. Fine, I’ll build that. Submarines worry you? Fine, I’ll buy them or I’ll build them.’ ”

“It’s a modernization across the force,” the official added.

China’s growing submarine fleet, which includes new nuclear- and conventional-powered vessels, helps China patch a major vulnerability: an inability until now to control the Taiwan Strait. This larger submarine fleet, even if less effective than its American counterpart, would vastly complicate any effort by Washington to intervene. Past calculations of how quickly the American aircraft carrier fleet could safely move into the area are even now being rewritten to include new estimates of the patrolling range of the new Chinese submarine fleet.

In a written statement on “Current and Projected National Security Threats to the United States” submitted to the Senate Select Committee on Intelligence earlier this month, Vice Adm. Lowell E. Jacoby, the director of the Defense Intelligence Agency, discussed an even broader nature of the Pentagon’s concern.

“In addition to key Taiwanese military and civilian facilities,” Admiral Jacoby said, “Chinese missiles will be capable of targeting U.S. and allied military installations in the region to either deter outside intervention in a Taiwan crisis or attack those installations if deterrent efforts fail.”

Admiral Jacoby, in unclassified testimony, predicted that by 2015, the number of Chinese nuclear warheads “capable of targeting the continental United States will increase severalfold.”

For now, though, China’s capabilities are not considered a threat to the United States mainland; China still lacks an oceangoing navy that could rival America’s presence in the Pacific, while America has no lack of nuclear missiles that can strike China from land or from submarines.

Experts also say it is clear that China will be able to proceed with its modernization plans with or without European weapons, though its progress may be slower. China has purchased destroyers, as well as many other weapons, from Russia, its main supplier. At the same time, it is modernizing its fleet of warships, built at a rapidly growing chain of domestic shipyards that is financing its own expansion by taking an increasing share of commercial shipbuilding contracts in Asia, according to United States government assessments.

 

 

Shanker, T. June 3, 2005. Rumsfeld Issues a Sharp Rebuke to China on Arms. New York Times.

Defense Secretary Donald H. Rumsfeld, in an unusually blunt public critique of China, said Saturday that Beijing’s military spending threatened the delicate security balance in Asia and called for an emphasis instead on political freedom and open markets.

In a keynote address at an Asian security conference here, Mr. Rumsfeld argued that China’s investment in missiles and up-to-date military technology posed a risk not only to Taiwan and to American interests, but also to nations across Asia that view themselves as China’s trading partners, not rivals.

He said no “candid discussion of China” could neglect to address these military concerns directly, and criticized China for not admitting the full extent of what he described as its worrisome military expansion.

“Since no nation threatens China, one wonders: why this growing investment?” Mr. Rumsfeld asked. “China’s defense expenditures are much higher than Chinese officials have publicly admitted. It is estimated that China’s is the third-largest military budget in the world, and now the largest in Asia.”

The United States has accused China of manipulating the value of its currency in order to increase exports, and of exerting heavy-handed pressure on Taiwan.

A joint warning from the American and Japanese defense and foreign ministers has rankled Chinese leaders, as has the Bush administration’s insistence that Europe must not ease curbs on arms sales to China.

Mr. Rumsfeld, for his part, has long taken a tough stance on China.

In recent weeks, American officials have compiled reports detailing how China has carefully analyzed the strengths and weaknesses of the United States military to focus its growing spending on weapons systems that could exploit perceived American weaknesses in case the United States ever responds to fighting in Taiwan.

These military and intelligence officials say China has purchased or built enough amphibious assault ships, submarines, fighter jets and short-range missiles that pose an immediate threat to Taiwan and to any American force that might come to Taiwan’s aid.

The Pentagon’s report to Congress on China is two months late, and one administration official said drafts of the document have been written, circulated and re-written as officials try to strike the right balance between warnings to Beijing and praise of its help on North Korea and its openness to investment.

“Pyongyang’s nuclear ambitions threaten the security and stability of the region, and indeed the world,” he said. “President Bush and the other four leaders have urged the regime to return to the six- party talks. The United States also urges the regime to embrace the openness and freedom that have helped so many of its neighbors thrive.”

Mr. Rumsfeld described the American military in the region as poised to battle terrorism and the proliferation of biological, chemical and nuclear weapons.

 

Sevastopulu, D., et al. May 24, 2007. US fears over China nuclear weapons. The Financial Times.

The US is increasingly concerned about China’s deployment of mobile land and sea-based ballistic nuclear missiles that have the range to hit the US, according to people familiar with an imminent Pentagon report on China’s military.

The 2007 Pentagon China military power report will highlight the surprising pace of development of a new Jin-class submarine equipped to carry a nuclear ballistic missile with a range of more than 5,000 miles. Washington is also concerned about the strategic implications of China’s preparations later this year to start deploying a new mobile, land-based DF-31A intercontinental ballistic missile that could target the whole US. Robert Gates, US defense secretary, on Thursday said the report would not exaggerate the threat posed by China. “It paints a picture of a country that is devoting substantial resources to the military and developing…some very sophisticated capabilities.

The report also outlines concerns about the build-up of missiles across the Taiwan Strait, China’s recent anti-satellite missile test and its development of technologies to deny access in space.

US experts on the Chinese military have been surprised by the pace of development of the nuclear forces, and particularly the Jin program. The Pentagon believes that China is developing five Jin submarines. One is already being tested at sea and could become operational next year. “The Chinese have maintained that they have a ‘no first use’ policy [for nuclear weapons] and that they have a minimal deterrent policy, which means they have only enough nuclear capability to retaliate,” said Michael Green, former White House senior Asia adviser to President George W. Bush. “But open source journals and discussions and their own modernization suggest that they are possibly developing capabilities for a more flexible use of nuclear weapons, and survivability and tactical uses that would call into question this declared policy.

In 2005, Chinese General Zhu Chenghu fueled US concerns that China might be changing its strategic stance when he told journalists that it might have to use nuclear weapons against the US if attacked during a confrontation over Taiwan. Chinese officials later restated the country’s “no first use” policy and have privately played down Gen Zhu’s influence. Some analysts have also suggested that the Chinese move could be partly in response to US plans to develop a ballistic missile defense system. Russia has recently raised concerns about plans by the US to place missile interceptors in Europe.

 

War between Japan and China?

Also see: Chalmers Johnson. March 2005.   No Longer the “Lone” Superpower: Coming to Terms with China. JPRI Working Paper No. 105. http://www.jpri.org/publications/workingpapers/wp105.html#t3536

Tisdall, S. January 18, 2005. Sino-Japanese ‘cold war’ stirs new tensions. The Guardian.

When Nobutaka Machimura, Japan’s foreign minister, asked Israel to halt weapons sales to Japan’s neighbours at the weekend, there was little doubt which particular neighbour he had in mind. And when Japan’s defence ministry recently drew up contingency plans to deploy 55,000 troops in the event of an invasion of disputed islands off southern Japan, there was no question who the most likely invader would be.

While the world watches China’s rapid rise towards superpower status with awe, Japan, China’s old enemy, watches with foreboding.

It is almost inconceivable that Japan and China would ever fight again. The two countries are increasingly economically interdependent. But relations are certainly deteriorating.

Political tensions, territorial rivalries, competition over energy resources, and China’s military build-up, dramatised by a recent, illegal incursion by a nuclear submarine, provide the ingredients for a 21st-century oriental remake of the cold war.

Japan’s brutal 1930s wars of conquest are far from forgotten or forgiven in China.

But anti-Japanese nationalist sentiment is now being exploited to boost the Communist leadership’s waning ideological authority.

Chinese anger focuses on the visits of the Japanese prime minister, Junichiro Koizumi, to Tokyo’s Yasukuni shrine, where war criminals are commemorated alongside Japan’s war dead. China says this proves Japan has not truly repented its militarist past.

Beijing refuses to hold bilateral summits until Mr Koizumi kowtows and for this, among other reasons, is opposing Japan’s bid for a UN security council seat. The antipathy is mutual.

A survey last year found that 58% of Japanese (like most Taiwanese) fear China’s long-term intentions.

Japan’s latest defence review for the first time named China, along with North Korea, as a potential threat.

Meanwhile, Mr Koizumi has suggested ending economic aid, which Beijing regards as its right in lieu of war reparations.

As Mr Machimura made clear, Japan wants all countries, not just Israel, to stop arming China. This includes Britain and the EU, which are considering lifting an arms embargo imposed after the 1989 Tiananmen Square massacre.

But Japan’s response to China’s rise has several other dimensions. Before visiting Israel, Mr Machimura went to Moscow.

Russia, another of China’s old enemies, shares Tokyo’s worries about Beijing’s regional ambitions. Bilateral trade is expanding, with Japanese investment flowing into Russia’s energy and automotive sectors. Military contacts are also growing.

Moscow announced this month that a new £6bn oil pipeline from eastern Siberia would run to the Pacific coast, allowing access to Japan, rather than to Daqing, in north-east China. Russia’s president, Vladimir Putin, is expected to visit Tokyo soon. And high-level talks have even recommenced over a 60-year-old territorial dispute.

The foreign minister, Sergei Lavrov, said Russia wanted to clear away old disagreements. “The main thing now is to seek full cooperation in all spheres,” he told Mr Machimura.

This is a big change. Exactly 100 years ago this month, Japan was destroying Russia’s Pacific fleet. Hostilities continued through much of the 20th century.

Japan’s unusual political and diplomatic assertiveness is being matched militarily despite its post-war pacifist constitution.

As a study by Christopher Hughes, published by the International Institute for Strategic Studies, makes clear, the old rules are being bent as Japan confronts not only China but also problems posed by terrorism, nuclear proliferation, and the weakening of an over-stretched America’s defensive shield.

This national self-assertion encompasses landmark decisions to acquire ballistic missile defences and hi-tech force capabilities; send troops abroad (as in Iraq); and pursue military collaboration with South Korea, Australia and some south-east Asian countries.

“All this activity has been set against the background of sharpened domestic debate that challenges many post-war security taboos,” Dr Hughes writes.

“Japan’s policy-makers are questioning the self-imposed ban on Japan’s exercise of the right of collective self-defence … The prohibitions and principles that constrain Japan’s exercise of military power [are under] ongoing investigation.”

In other words, as China stands up, so too again may Japan.

Kristof, N.D. December 20, 2003. The China Threat? New York Times.

Is China a threat to the rest of the world? Perhaps, for rising powers have always spelled trouble for their neighbors, even in the case of democracies like Athens (the Peloponnesian War) and the U.S. (we managed to invade Canada and Mexico in the 1800’s).

What troubles me is the growing nationalism that the government has cultivated among young people. Americans saw a hint of that when enraged mobs attacked our embassy in Beijing after the U.S. bombed the Chinese Embassy in Belgrade in 1999, and when Chinese students reacted to the horror of 9/11 by filling Internet chat rooms with delighted cheers of shuang — roughly equivalent to “Wow, so cool!”

But it’s in attitudes toward the Japanese that we see a leading indicator of the instability that blind nationalism can cause. This fall, three Japanese students in the central Chinese city of Xian performed a bawdy skit, wearing red bras over T-shirts and throwing the stuffing at their audience — and word spread that the Riben guizi, Japanese devils, were mocking China. So a mob of 1,000 people rampaged through town, looking for any Japanese to attack. In the same vein, fury had erupted around the country a few weeks earlier because of reports that Japanese businessmen had engaged in an orgy with Chinese prostitutes in the southern city of Zhuhai.

The Chinese rage was hypocritical in a country where hundreds of thousands of prostitutes blatantly ply their wares — in Zhengzhou last year, an army of prostitutes practically battered down my hotel room door as I cowered inside. Even the Chinese recounting of history has become hysterical.

Take the Rape of Nanjing in 1937, which was so brutal that there’s no need to exaggerate it. One appalled witness in the thick of the killing, John Rabe, put the death toll at 50,000 to 60,000. Another, Miner Searle Bates, estimated that 12,000 civilians and 28,000 soldiers had been killed. The Chinese delegate to the League of Nations at the time put the civilian toll at 20,000. A Communist Chinese newspaper of the period put it at 42,000. Yet China proclaims, based on accounts that stand little scrutiny, that 300,000 or more were killed. Such hyperbole abuses history as much as the denial by Japanese rightists that there was any Rape of Nanjing at all.

It nurtures nationalism by defining China as a victim state, the world’s punching bag, that must be more aggressive in defending its interests. What does this add up to? The rising nationalism warps Chinese decision-making and risks conflicts with Japan over, for example, the disputed Senkaku/Diaoyu islands.

It also forces the government to be tough in international disputes — particularly in the case of Taiwan, where a miscalculation could conceivably lead to a war with the U.S. “Some Chinese military leaders are saying that Japan is secretly behind Taiwan’s moves toward a referendum and independence,” warned a well-connected Chinese who knows that this is nonsense.”They say it is all a Japanese plot to steal Taiwan from China.”

The reasons for rising Chinese nationalism are complex and include a justified anger at Japan’s reluctance to apologize for war atrocities. But one factor is the way the Chinese government has been pushing nationalist buttons in an effort to create a new national glue to hold the country together as ideology dissolves. By constantly excoriating the Japanese nationalists of the 1930’s, they are emulating them. One of the lessons of 1930’s Japan and Germany is that ferocious nationalism is a real global security risk, and it’s a matter that the U.S. and other countries should respectfully raise with President Hu.

To their credit, some farsighted Chinese intellectuals are calling for changing China’s “victim mentality,” recognizing that it is one of the greatest obstacles to China’s maturing into the global leader that it should be. Meanwhile, we in the West are bashing China, unfairly and demagogically, over its exports. But we’re missing the risk in China’s rise. The menace isn’t in its trade policies, but in its nationalist psychology.

Additional reading

Liu, H.C.K. June 16, 2005. The coming trade war and global depression. Asia Times. http://www.atimes.com/atimes/Global_Economy/GF16Dj01.html

Spencer, R. November 19, 2004 Tension rises as China scours the globe for energy. Telegraph, UK.  http://news.telegraph.co.uk/news/main.jhtml?xml=/news/2004/11/19/wchina19.xml&sSheet=/news/2004/11/19/ixworld.html

Giry, S. November 11, 2004 CHINA’S AFRICA STRATEGY. Out of Beijing. The New Republic.

Perlez, J. August 28, 2004. Across Asia, Beijing’s Star Is in Ascendance. New York Times.

French, H.W. March 28, 2004. China Moves Toward Another West: Central Asia. New York Times.

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Some of my favorite passages from H Is for Hawk by Helen Macdonald

When walking the forest you come across all sorts of things you don’t expect. Great tracts of reindeer moss, for example: tiny stars and florets and inklings of an ancient flora growing on exhausted land. Crisp underfoot in summer, the stuff is like a patch of the arctic fallen into the world in the wrong place. Everywhere, there are bony shoulders and blades of flint. On wet mornings you can pick up shards knocked from flint cores by Neolithic craftsmen, tiny flakes of stone glowing in thin coats of cold water. This region was the center of the flint industry in Neolithic times. And later, it became famous for rabbits farmed for meat and felt. Giant, enclosed warrens hedged by thornbanks once ranged right across the sandy landscape, giving their names to places here – Wangford Warren, Lakenheath Warren – and eventually, the rabbits brought disaster. Their close grazing, in concert with that of sheep, reduced the short sward to a thin crust of roots over sand. Where the grazing was worst, sand blew into drifts and moved across the land. In 1688 strong south-westerly winds raised the broken ground to the sky. A vast yellow cloud obscured the sun. Tons of land shifted, moved, dropped. Brandon was encircled by sand; Santon Downham was engulfed, its river choked entirely. When the winds stopped, dunes stretched for miles between Brandon and Barton Mills. The area became famed for its atrociously bad travel: soft dunes, scorching in summer and infested with highwaymen at night. Our very own Arabia deserta. John Evelyn described them as the ‘Travelling Sands’ that ‘so damag’d the country, rouling from place to place, like the Sands in the Deserts of Lybia, quite overwhelmed some gentlemen’s whole estates’.

Here I was, standing in Evelyn’s Travelling Sands. Most of the dunes are hidden by pines – the forest was planted here in the 1920s to give us timber for future wars – and the highwaymen long gone. But it still feels dangerous, half-buried, damaged. I love it because of all the places I know in England, it feels to me the wildest. It’s not an untouched wilderness like a mountaintop, but a ramshackle wildness in which people and the land have conspired to strangeness. It’s rich with the sense of an alternative countryside history; not just the grand, leisured dreams of landed estates, but a history of industry, forestry, disaster, commerce and work. I couldn’t think of a more perfect place to find goshawks. They fit this strange Breckland landscape to perfection, because their history is just as human.

It’s a fascinating story. Goshawks once bred across the British Isles. ‘There are divers Sorts and Sizes of Goshawks,’ wrote Richard Blome in 1618, ‘which are different in Goodness, force and hardiness according to the several Countries where they are Bred; but no place affords so good as those of Moscovy, Norway, and the North of Ireland, especially in the County of Tyrone.’ But the qualities of goshawks were forgotten with the advent of Land Enclosure, which limited the ability of ordinary folk to fly hawks, and the advent of accurate firearms that made shooting, rather than falconry, high fashion. Goshawks became vermin, not hunting companions. Their persecution by gamekeepers was the final straw for a goshawk population already struggling from habitat loss. By the late nineteenth century British goshawks were extinct. I have a photograph of the stuffed remains of one of the last birds to be shot; a black-and-white snapshot of a bird from a Scottish estate, draggled, stuffed and glassy-eyed. They were gone. But in the 1960s and 1970s, falconers started a quiet, unofficial scheme to bring them back. The British Falconers’ Club worked out that for the cost of importing a goshawk from the Continent for falconry, you could afford to bring in a second bird and release it. Buy one, set one free. It wasn’t a hard thing to do with a bird as self-reliant and predatory as a gos. You just found a forest and opened the box. Like-minded falconers started doing this all over Britain. The hawks came from Sweden, Germany and Finland: most were huge, pale, taiga forest gosses. Some were released on purpose. Some were simply lost. They survived, found each other and bred, secretly and successfully. Today their descendants number around four hundred and fifty pairs. Elusive, spectacular, utterly at home, the fact of these British goshawks makes me happy. Their existence gives the lie to the thought that the wild is always something untouched by human hearts and hands. The wild can be human work.

These men didn’t seem annoyed; fatalistic merely. They shrugged their waxed cotton shoulders, filled and lit pipes, waved the rest of us farewell. We trudged on into the gloom. There was something of the doomed polar expedition about it all, a kind of chivalric Edwardian vibe. No, no, you go on. I’ll only slow you down. The disposition of their hawks was peculiar. But it wasn’t unsociable. It was something much stranger. It seemed that the hawks couldn’t see us at all, that they’d slipped out of our world entirely and moved into another, wilder world from which humans had been utterly erased. These men knew they had vanished. Nothing could be done except wait. So we left them behind: three solitary figures staring up into trees in the winter dusk, mist thickening in the fields around them, each trusting that the world would later right itself and their hawk would return. And like the feathers in my pocket, their waiting also tugged at my faintly baffled heart. I never forgot those silent, wayward goshawks. But when I became a falconer I never wanted to fly one. They unnerved me. They were things of death and difficulty: spooky, pale-eyed psychopaths that lived and killed in woodland thickets. Falcons were the raptors I loved: sharp-winged, bullet-heavy birds with dark eyes and an extraordinary ease in the air. I rejoiced in their aerial verve, their friendliness, their breathtaking stoops from a thousand feet, wind tearing through their wings with the sound of ripping canvas. They were as different from hawks as dogs are from cats. What’s more, they seemed better than hawks: my books all assured me that the peregrine falcon was the finest bird on earth. ‘She is noble in her nature’ wrote Captain Gilbert Blaine in 1936. ‘Of all living creatures she is the most perfect embodiment of power, speed and grace.’ It took me years to work out that this glorification of falcons was partly down to who got to fly them. You can fly a goshawk almost anywhere, because their hunting style is a quick dash from the fist after prey at close range, but to fly falcons properly you need space: grouse moors, partridge manors, huge expanses of open farmland, things not easy to come by unless you’re wealthy or well connected. ‘Among the cultured peoples,’ Blaine wrote, ‘the use and possession of the noble falcons were confined to the aristocracy, as an exclusive right and privilege.’

Compared to those aristocratic falconers, the austringer, the solitary trainer of goshawks and sparrowhawks, has had a pretty terrible press. ‘Do not house your graceless austringers in the falconers’ room,’ sniped the fourteenth-century Norman writer Gace de la Bigne. ‘They are cursed in scripture, for they hate company and go alone about their sport. When one sees an ill-formed man, with great big feet and long shapeless shanks, built like a trestle, hump-shouldered and skew-backed, and one wants to mock him, one says, “Look, what an austringer!”‘ And as the austringer, so the hawk, even in books written six centuries later. ‘One cannot feel for a goshawk the same respect and admiration that one does for a peregrine,’ Blaine explained. ‘The names usually bestowed upon her are a sufficient index to her character. Such names as “Vampire”, “Jezebel”, “Swastika” or even “Mrs Glasse” aptly fit her, but would ill become a peregrine.’ Goshawks were ruffians murderous, difficult to tame, sulky, fractious and foreign. Bloodthirsty, wrote nineteenth-century falconer Major Charles Hawkins Fisher, with patent disapproval. Vile. For years I was inclined to agree, because I kept having conversations that made me more certain than ever that I’d never train one. ‘You fly falcons?’ a falconer enquired of me once. ‘I prefer goshawks. You know where you are with a gos.’ ‘Aren’t they a pain in the arse?’ I said, remembering all those hunched forms lodged high in wintry trees. ‘Not if you know the secret,’ he countered, leaning closer. There was a slight Jack Nicholson vibe to all this. I drew back, faintly alarmed. ‘It’s simple. If you want a well-behaved goshawk, you just have to do one thing. Give ’em the opportunity to kill things. Kill as much as possible. Murder sorts them out.’ And he grinned. ‘Right,’ I said. There was a pause, as if it wasn’t quite the right response. I tried again. ‘Thanks.’ And I was all, Bloody hell! I’m sticking with falcons, thank you very much. I’d never thought I’d train a goshawk. Ever.

He’d never seen a goshawk nest. But you can see one, and there’s no need to strike out into the forest to do so. There’s live feed of goshawk nests, now, on the internet. One click, and you’re given an up-close and personal view of the family life of this most secretive of hawks. There, in a four-inch box in low-resolution glitter, is a square of English woodland. The hissing you hear from your computer speakers is a digitized amalgam of leaves, wind and chaffinch song. You see the nest itself, a bulky concatenation of sticks pushed hard up against conifer bark and lined with sprays of green leaves. On the webcam the male goshawk appears on the nest. It’s so sudden, and he’s so brightly shiny white and silver-grey, that it’s like watching a jumping salmon. There’s something about the combination of his rapidity and the lag of the compressed image that plays tricks with your perception: you carry an impression of the bird as you watch it, and the living bird’s movements palimpsest over the impression the bird has made until he fairly glows with substance. Goshawk substance. And he bows his head and calls. Chew-chew-chew-chew-chew-chew. Black mouth, soft smoke in the cold April morning. And then the female arrives. She’s huge. She lands on the edge of the nest and it shakes. Her gnarly feet make the male’s look tiny. She is like an ocean liner. A Cunard goshawk. And on each leg, as she turns, you can see the leather anklets she wears. This bird was bred in captivity somewhere, in an aviary just like the one in Northern Ireland that bred mine. She was flown by a nameless falconer, was lost, and now here she is, settling on four pale eggs, being watched on computer screens as the very type of the wild.

The air turned syrupy, slow, flecked with dust. The last few seconds before a battle. And with the last bow pulled free, he reached inside, and amidst a whirring, chaotic clatter of wings and feet and talons and a high-pitched twittering and it’s all happening at once, the man pulls an enormous, enormous hawk out of the box and in a strange coincidence of world and deed a great flood of sunlight drenches us and everything is brilliance and fury. The hawk’s wings, barred and beating, the sharp fingers of her dark-tipped primaries cutting the air, her feathers raised like the scattered quills of a fretful porpentine. Two enormous eyes. My heart jumps sideways. She is a conjuring trick. A reptile. A fallen angel. A griffon from the pages of an illuminated bestiary. Something bright and distant, like gold falling through water. A broken marionette of wings, legs and light-splashed feathers. She is wearing jesses, and the man holds them. For one awful, long moment she is hanging head-downward, wings open, like a turkey in a butcher’s shop, only her head is turned right-way-up and she is seeing more than she has ever seen before in her whole short life.

Her world was an aviary no larger than a living room. Then it was a box. But now it is this; and she can see everything: the point-source glitter on the waves, a diving cormorant a hundred yards out; pigment flakes under wax on the lines of parked cars; far hills and the heather on them and miles and miles of sky where the sun spreads on dust and water and illegible things moving in it that are white scraps of gulls. Everything startling and newstamped on her entirely astonished brain.

We checked the ring numbers against the form. It was the wrong bird. This was the younger one. The smaller one. This was not my hawk. Oh. So we put her back and opened the other box, which was meant to hold the larger, older bird. And dear God, it did. Everything about this second hawk was different. She came out like a Victorian melodrama: a sort of madwoman in the attack. She was smokier and darker and much, much bigger, and instead of twittering, she wailed; great, awful gouts of sound like a thing in pain, and the sound was unbearable. This is my hawk, I was telling myself and it was all I could do to breathe. She too was bareheaded, and I grabbed the hood from the box as before. But as I brought it up to her face I looked into her eyes and saw something blank and crazy in her stare. Some madness from a distant country. I didn’t recognize her. This isn’t my hawk. The hood was on, the ring numbers checked, the bird back in the box, the yellow form folded, the money exchanged, and all I could think was, But this isn’t my hawk. Slow panic. I knew what I had to say, and it was a monstrous breach of etiquette. ‘This is really awkward,’ I began. ‘But I really liked the first one. Do you think there’s any chance I could take that one instead . . . ?’ I tailed off.

I’m sure nothing I said persuaded him more than the look on my face as I said it. A tall, white-faced woman with wind-wrecked hair and exhausted eyes was pleading with him on a quayside, hands held out as if she were in a seaside production of Medea.

I knew training this hawk would be hard. Goshawks are famously difficult to tame. To man, in falconry parlance. You can man a merlin in a few days. I once flew a Harris Hawk free after four. But gosses are nervous, highly-strung birds and it takes a long time to convince them you’re not the enemy. Nervousness, of course, isn’t quite the right word: it’s simply that they have jacked-up nervous systems in which nerve pathways from the eyes and ears to the motor neurons that control their muscles have only minor links with associated neurons in the brain. Goshawks are nervous because they live life ten times faster than we do, and they react to stimuli literally without thinking. ‘Of all Hawks,’ wrote seventeenth-century falconer Richard Blome, ‘she is doubtless the most Shie and Coy both towards the Men and Dogs, requiring more the Courtship of a Mistress than the Authority of a Master, being apt to remember any unkind and rough usage; but being gently handled, will become very tractable, and kind to her keeper.’ Well, kindness it would be, and kindness we shall hope for.

A long time ago I’d seen a suitcase in an art gallery, a small brown leather suitcase lying on its side on a white table. It was the most mundane object imaginable, and faintly sad, as if someone had put it down on their way somewhere and forgotten to pick it up. The artist had cut a small round hole through the leather. Look inside, said a pasted label, and with the faint embarrassment of being required to participate in a work of art, I leaned and put my eye to the hole. Started in surprise. Looked again. And there I was, a king of infinite space, dizzy, exhilarated, looking into a deep starfield that stretched into infinity It was cleverly done; the artist had stuck two acid-spotted mirrors to the top and bottom of the case and lit them with a parade of tiny bulbs. The reflections of the spots and holes in the glass and the bright points of light turned the interior of that suitcase into a bright, cold universe that went on forever.

Nothing was wrong with the hawk. She wasn’t sick. She was a baby. She fell asleep because that’s what babies do. I wasn’t sick either. But I was orphaned and desperately suggestible, and I didn’t know what was happening to me. For years I’d scoffed at White’s notion of hawk-training as a rite of passage. Overblown, I’d thought. Loopy. Because it wasn’t like that. I knew it wasn’t. I’d flown scores of hawks, and every step of their training was familiar to me. But while the steps were familiar, the person taking them was not. I was in ruins. Some deep part of me was trying to rebuild itself, and its model was right there on my fist. The hawk was everything I wanted to be: solitary, self-possessed, free from grief, and numb to the hurts of human life.

I was turning into a hawk.

I didn’t shrink and grow plumes like the Wart in The Sword in the Stone, who was transformed by Merlyn into a merlin as part of his magical education. I had loved that scene as a child. I had read it over and over again, thrilling at the Wart’s toes turning to talons and scratching on the floor, his primary feathers bursting in soft blue quills from the end of his fingers. But I was turning into a hawk all the same.

The change came about through my grief, my watching, my not being myself. The first few days with a wild new hawk are a delicate, reflexive dance of manners. To judge when to scratch your nose without offence, when to walk and when to sit, when to retreat and when to come close, you must read your hawk’s state of mind. You do this by watching her posture and her feathers, the workings of which turn the bird’s shape into an exquisitely controlled barometer of mood. A hawk’s simpler emotions are easily perceived. Feathers held tight to the body mean I am afraid. Held loosely they mean I am at ease. But the longer you watch a hawk the more subtleties you see; and soon, in my hypervigilant state, I was responding to the tiniest of cues. A frowning contraction of the crines around her beak and an almost imperceptible narrowing of her eyes meant something like happy; a particular, fugitive expression on her face, oddly distant and reserved, meant sleepy.

To train a hawk you must watch it like a hawk, and so you come to understand its moods. Then you gain the ability to predict what it will do next. This is the sixth sense of the practiced animal trainer. Eventually you don’t see the hawk’s body language at all. You seem to feel what it feels. Notice what it notices. The hawk’s apprehension becomes your own. You are exercising what the poet Keats called your chameleon quality, the ability to ‘tolerate a loss of self and a loss of rationality by trusting in the capacity to recreate oneself in another character or another environment’. Such a feat of imaginative recreation has always come easily to me. Too easily. It’s part of being a watcher, forgetting who you are and putting yourself in the thing you are watching. That is why the girl who was me when I was small loved watching birds. She made herself disappear, and then in the birds she watched, took flight. It was happening now. I had put myself in the hawk’s wild mind to tame her, and as the days passed in the darkened room my humanity was burning away.

Later that afternoon I take Mabel into the walled garden of my college house. Above us is a deep field of fast-moving cumulus. Branches lift in the breeze; leaves shift with a collapsing, papery flicker. The air is thick with sun and dust and dandelion seeds. There’s too much light, too much contrast. Too much noise and movement. I flinch at the hurry of it all. But the hawk? The hawk is unperturbed. She tips her head sideways to look up at the moving clouds – in daylight her irises are flat and shiny and slightly burred, with pupils that dilate and contract like a camera lens as she focuses – zip-zip-zip – up to track a passing Cessna – and then she turns her head upside down to watch a fly, and then tracks another fly, and pulls abstractedly at the meat I hold in the glove, and watches other things way, way beyond my poor human vision. The world she lives in is not mine. Life is faster for her; time runs slower. Her eyes can follow the wingbeats of a bee as easily as ours follow the wingbeats of a bird. What is she seeing? I wonder, and my brain does backflips trying to imagine it, because I can’t. I have three different receptor-sensitivities in my eyes: red, green and blue. Hawks, like other birds, have four. This hawk can see colors I cannot, right into the ultraviolet spectrum. She can see polarized light, too, watch thermals of warm air rise, roil, and spill into clouds, and trace, too, the magnetic lines of force that stretch across the earth. The light falling into her deep black pupils is registered with such frightening precision that she can see with fierce clarity things I can’t possibly resolve from the generalized blur. The claws on the toes of the house martins overhead. The veins on the wings of the white butterfly hunting its wavering course over the mustards at the end of the garden. I’m standing there, my sorry human eyes overwhelmed by light and detail, while the hawk watches everything with the greedy intensity of a child filling in a coloring book, scribbling joyously, blocking in color, making the pages its own.

It is bright, after heavy rain, and the crowds of closing time have gone. On this second expedition from the house Mabel grips the glove more tightly than ever. She is tense. She looks smaller and feels heavier in this mood, as if fear had a weight to it, as if pewter had been poured into her long and airy bones. The raindrop marks on her tight-feathered front run together into long lines like those around a downturned mouth. She picks fitfully at her food, but mostly she stares, taut with reserve, about her. She follows bicycles with her eyes. She hunches ready to spring when people come too close. Children alarm her. She is unsure about dogs. Big dogs, that is. Small dogs fascinate her for other reasons. After ten minutes of haunted apprehension, the goshawk decides that she’s not going to be eaten, or beaten to death, by any of these things. She rouses and begins to eat. Cars and buses rattle fumily past, and when the food is gone she stands staring at the strange world around her. So do I. I’ve been with the hawk so long, just her and me, that I’m seeing my city through her eyes. She watches a woman throwing a ball to her dog on the grass, and I watch too, as baffled by what she’s doing as the hawk is. I stare at traffic lights before I remember what they are. Bicycles are spinning mysteries of glittering metal. The buses going past are walls with wheels. What’s salient to the hawk in the city is not what is salient to man. The things she sees are uninteresting to her. Irrelevant. Until there’s a clatter of wings. We both look up. There’s a pigeon, a woodpigeon, sailing down to roost in a lime tree above us. Time slows. The air thickens and the hawk is transformed. It’s as if all her weapons systems were suddenly engaged. Red cross-hairs. She stands on her toes and cranes her neck. This. This flightpath. This thing, she thinks. This is fascinating. Some part of the hawk’s young brain has just worked something out, and it has everything to do with death. ‘For the goshawk,’ wrote White,

I close my copy of Bert’s Treatise of Hawks and Hawking with a snap, and as the cover falls my hawk makes a curious, bewitching movement. She twitches her head to one side then turns it upside down and continues to regard me with the tip of her beak pointing at the ceiling. I am astonished. I’ve seen this head-turning before. Baby falcons do it when they play. But goshawks? Really? I pull a sheet of paper towards me, tear a long strip from one side, scrunch it into a ball, and offer it to the hawk in my fingers. She grabs it with her beak. It crunches. She likes the sound. She crunches it again and then lets it drop, turning her head upside down as it hits the floor. I pick it up and offer it to her again. She grabs it and bites it very gently over and over again: gnam gnam gnam. She looks like a glove puppet, a Punch and Judy crocodile. Her eyes are narrowed in bird-laughter. I am laughing too. I roll a magazine into a tube and peer at her through it as if it were a telescope. She ducks her head to look at me through the hole. She pushes her beak into it as far as it will go, biting the empty air inside. Putting my mouth to my side of my paper telescope I boom into it: ‘Hello, Mabel.’ She pulls her beak free. All the feathers on her forehead are raised. She shakes her tail rapidly from side to side and shivers with happiness. An obscure shame grips

I had called so many hawks before, but calling Mabel was different. I stood there, raised my arm, and whistled the whistle that meant, Please come. This is where you want to be. Fly to me. Ignore the towering clouds, the wind that pushes the trees behind you. Fix yourself on me and fly between where you are and where I am. And I’d hear my heart beating. And I’d see the hawk crouch and fly. I’d see her drop from the perch, speed towards me, and my heart would be in my mouth. Though she was still on the creance, I feared the faltering. I feared the veering off, the sudden fright, the hawk flying away. But the beating wings brought her straight to me, and the thump of her gripping talons on the glove was a miracle. It was always a miracle. I choose to be here, it meant. I eschew the air, the woods, the fields. There was nothing that was such a salve to my grieving heart as the hawk returning. But it was hard, now, to distinguish between my heart and the hawk at all. When she sat twenty yards across the pitch part of me sat there too, as if someone had taken my heart and moved it that little distance. It reminded me of Philip Pullman’s children’s fantasy series His Dark Materials, in which each person has a daemon, an animal that is a visible manifestation of their soul and accompanies them everywhere. When people are separated from their daemons they feel pain. This was a universe very close to mine. I felt incomplete unless the hawk was sitting on my hand: we were parts of each other. Grief and the hawk had conspired to this strangeness. I trusted she would fly to me as simply and completely as I trusted gravity would make things fall. And so entrenched was this sense that the hawk flying to me was part of the workings of the world that when things went wrong, the world went wrong with it.

The vocabulary I’d learned from the books distanced me from death. Trained hawks didn’t catch animals. They caught quarry. They caught game. What an extraordinary term. Game. I sat quietly watching the line and wondered. I would hunt with this hawk. Of course I would. Training a goshawk and not letting it hunt seemed to me like raising a child and not letting it play. But that was not why I needed her. To me she was bright, vital, secure in her place in the world. Every tiny part of her was boiling with life, as if from a distance you could see a plume of steam around her, coiling and ascending and making everything around her slightly blurred, so she stood out in fierce, corporeal detail. The hawk was a fire that burned my hurts away. There could be no regret or mourning in her. No past or future. She lived in the present only, and that was my refuge. My flight from death was on her barred and beating wings.

To her right is a male martial eagle, an antelope-killing black and white monster with piercing white eyes. It is enormous, bigger than most of the dogs walking past the mesh fence in front of the marquee, and it watches them go by with its black chrysanthemum-petalled crest raised in idle speculation of murder.

White was not always the victim in these rituals. School taught him that as he suffered at the hands of older boys, so he should punish the younger. He joined gangs and terrorized those weaker than himself, testing them as he had been tested. One term the test was to jump from a window in Big School fourteen feet to the ground. Puppy Mason was too scared to do it, so White assisted in pushing him out. When the fall broke his leg in three places, they were impressed by his silence. He told the masters that he had tripped over a twig on the headmaster’s garden path. Puppy had been tested, had behaved heroically, and his membership of the fraternity was approved.

The biggest field – one planted with oilseed rape – is not like the others. It is a mystery. Walking it with Mabel is like playing natural-historical battleships. Anything could be living in those thick-packed bluish leaves. Pheasants, partridges, hares – even a jack snipe, whirring up with snappy wingbeats from a muddy patch near the hedge. It seems ludicrous that anything could be invisible in a bare two inches of herbage. But everything is. There is a sense of creation about it: when the hare leapt up from our feet today it was as if it had been made by the field ex nihilo. The hare had an ally: a strong north-easterly. Mabel tried twice to grab it, and both times it jinked across the wind and she missed. It is very strange watching a hawk chase a land animal in a high wind. The hare has purchase: its claws and furry pads dig into leaves and mud, and it uses the ground to propel itself against. But the hawk moves in air alone. It is like watching one element against another. One world versus another, like a gannet diving into the sea for fish.

The fields where I fly Mabel back in Cambridge are farmed organically, and they are teeming with life. These are not. The big animals are here, it is true: the deer, the foxes, the rabbits; the fields look the same, and the trees, too, but look more carefully and this land is empty. There are few plants other than crops, and few bees, or butterflies for the soil is dressed and sprayed with chemicals that kill. Ten years ago there were turtle doves on this land. Thirty years ago there were corn buntings and enormous flocks of lapwings. Seventy years ago there were red-backed shrikes, wrynecks and snipe. Two hundred years ago, ravens and black grouse. All of them are gone.

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Book Review of Kleveman’s 2003 “The New Great Game: Blood and Oil in Central Asia”

[I posted this book review at yahoo group energyresources back in 2004 when the average American still thought the Iraq war was about weapons of mass destruction. It is still relevant today.  Alice Friedemann  www.energyskeptic.com ]

Lutz Kleveman. 2003. “The New Great Game: Blood and Oil in Central Asia”. Atlantic Monthly Press.

Countries with unexploited oil are rare these days, often hard to get to and dangerous to visit. Lutz Kleveman takes you on a wild ride in and out of countries near the Caspian Sea that hope to become rich by exporting their oil and gas (which ER readers know didn’t turn out to be as plentiful as hoped).

Many of these countries are newly liberated from the Soviet Union, and eager to distance themselves. Americans have been allowed to build military bases and have a first crack at the oil as a shield from Russian involvement.

Corruption is widespread. One of the reasons Russia invaded Chechnya was that the black market in oil had gotten out of hand. Russian mafia absconded with vast amounts of stolen crude oil, and the refineries were selling it out the back door. Oil accounted for two- thirds of the revenues coming in to Chechnya, about $900 million in 1993.

Some countries are risky to visit. In Georgia, local bandits find good money can be made by kidnapping UN employees. A few days after Keleveman arrived by UN helicopter, guerillas shot down this copter. Mines are buried in fields everywhere.

Kleveman paints vivid pictures of the decline of civilization as he makes his journey. There are horse-drawn carts, men dragging wheelbarrows and hauling wood, bombed out ruins, and empty promenades at resort towns. The landscape alone brings certainty that this destruction will repeat, and he also weaves the grim history of Stalin and other leaders into the narrative, their past deeds and the wasteland of the present guarantee future unrest and remind the many inclined towards blood feuds to never forgive past injustices. The Chechens certainly haven’t forgotten how Stalin moved a million people to Kazakhstan and Siberia, where they were dropped off without protection in the bitter cold.

In Azerbaijan, fourteen petrochemical factories that provided work for 150,000 people are gone. There were chemical plants, a steel mill and an aluminum factory, which have poisoned the soil as much as anywhere in the former USSR. All the windows are broken, some have collapsing roofs. Kleveman writes “in this apocalyptic postindustrial desert, men and women poke through the rubbish in search of some aluminum scrap that they might be able to sell for a few cents on the black market in Baku”.

The best dictator since Woody Allen’s “Banana Republic” is President Saparmurat Nyazov in Turkmenistan. One day, to find out if his people loved him as much as his ministers told him, he glued on a fake black beard, got in his Mercedes limousine, and drove to the edge of town. He got out and began asking the locals what they thought of their leader. This is a country where no one talks politics, let alone tells a man who’s the spitting image of the President arriving in the President’s limo their true feelings.

Nyazov has named thousands of buildings and streets and even parts of the calendar after himself. His biggest project is a water fountain park. Water games are his passion. He’s gotten labor brigades to construct water fountains of all sizes and fantastic designs in a several square mile park. Every one of them has “animal figures, flamingos, tigers, fish, spewing water. Pebbled paths, lined with palm trees and exotic conifers, crisscross between the fountains”. In the center is the world’s largest water fountain, a huge dark marble pyramid as impressive as those at Giza. Water cascades down the steps.

Best of all are the obscure holidays the President has invented. On melon day, the military makes a huge mountain of tens of thousands of melons. Until dark, the people can eat as many melons as they like.

President Nyazov also offers spiritual guidance to his people. He didn’t think the Bible or Koran were good enough, so he wrote his own book, calling it Ruhnama, which means “The Answer to All your Questions”. Every government office has a weekly study hour to discuss it, and the pink-covered book is part of the mandatory curriculum for all schools and universities.

As you are introduced to country after country, it becomes clear that Americans aren’t as welcome as they think they are. In Kyrgyzstan, a village woman says that she doesn’t like American soldiers treating their village like a zoo where you can feed the children like animals. She doesn’t allow her children to accept any sweets. A local journalist told Kreveman that the locals weren’t happy about the Americans moving in. “The people do not want our country to sacrifice to another great power the independence it has only just gained.”

The advance of Americans into Central Asia also worries the conservative elites in Moscow, who still regard these countries as part of their strategic area. As Russia regains order and grows wealthier from oil revenues, it is likely Putin will once again exert power in this powder keg region, and with both the USA and Russia being nuclear powers, this has potentially larger consequences. As Kreveman points out, we wouldn’t tolerate Russian troops in Mexico for long.

In Afghanistan, he’s told if the USA remains in the country “against the will of the Afghan people, they could meet the same fate as the Russians did”.

Yet it looks as if we intend to stay. Tents are being replaced with long-lasting buildings of concrete. This reflects a shift in American strategy. In 2002, high-ranking officials in the Bush administration began saying that U.S. troops should stay in Afghanistan for more than a decade. When asked how long American troops would stay in Afghanistan, General Tommy Franks said ” for a long, long time”.

Of all the places where conflict and endless war might begin, Pakistan is where I’d place my bets. A nuclear power with 148 million people, many living in poverty and schooled in militant Muslim teachings, surrounded by hostile neighbors strikes me as a bomb about to go off. Soldiers have been in power for most of their 56-year history, sucking up nearly one-fifth of the national budget, the best farmland in the Indus valley, and run the shipping ports, railroads, and so on.

But the military doesn’t have as complete a grip on things as they’d like. Recently the MMA party, an alliance of six Islamist parties has been gaining in political power. One of their leaders , Maulana Samiul Haq likes to shout “Down with Bush!” and “This is a war between Islam and American infidels!” About a third of Pakistani children, mainly from the poorest families, attends Islamic fundamentalist schools. Kleveman asks some Pashtuns why they voted for the MMA. “We hate America, that is why. America is evil. We want their military out of our country!”.

One of the more moderate MMA leaders, Ahmed, recalled “that during the Indian struggle for independence from Britain, people looked to America for inspiration and support. For us, the country was a haven of liberalism and anti-colonialism. Now the Americans have become as imperialist as the British. They make no effort to look for the reasons why they are hated so much. The United States should change its foreign policy because it is not in their interest, as September 11 has shown.” And Ahmed is one of the more moderate Islamist leaders.

The idea we’d be welcomed with flowers and smiles after the Iraqi invasion has got to be one of the stranger fantasies of the Bush administration.

Klevemans closing paragraph reads “These are only the first signs that the U.S. troops’ self-image of “liberators” is far from being shared by most people in the region. Ultimately, this growing hostility against the American presence in Central Asia might decide the new Grate Game’s outcome.

It’s the Epilogue “Angry Young Men” that really kept me from sleeping. A young man in the RUF (Revolutionary United Front) in Sierra Leone (the army was known for chopping off the limbs of thousands of civilians during the country’s 10-year civil war), told Kleveman why he fought for the RUF. “I grew up sick and hungry, never went to school. I had no hope and was angry, so angry. My life was shit and it was going to be short anyway. So I took up a gun to have a bit of fun before I die. I have nothing to lose.”

Kleveman met many young impoverished men who were potential terrorists, very disgusted with the United States’ alliances with their corrupt dictators. This turns them towards militant Islam and “virulent Anti-Americanism”. Below are some excerpts from the epilogue:

“At the end of the Cold War in 1989, America was admired and loved by the Soviet-oppressed peoples of Eastern Europe not only as the leader of the West but as the champion of democracy, civil liberties, and cultural progress. This cultural appeal was perhaps as powerful, albeit more subtle, a weapon in the struggle with the Soviet Union as NATO’s military might.

Today, the United States has lost most of its cultural attractiveness …and is widely hated for its politics….While B-51’s and Cruise missiles inspire fear and hatred, the building of roads, schools, and hospitals would win people’s hearts and minds. Why has the Bush administration not provided sufficient funds to engage in such nation- building in Afghanistan, instead continuing to support regional warlords who tear the country apart and are deeply implicated in the heroin trade? Why has the Bush administration not helped the Husharraf regime in Pakistan to secularize the country’s tens of thousands of Koran schools that continue to churn out America-hating Islamic militants? These are just two randomly chosen examples of the many myopic U.S. policies in the region that are bound to eventually backfire terribly, as did the CIA’s arming of Islamic Mujahideen like Osama bin Laden in Afghanistan in the 1980s.”

The war in Iraq, “while ostensibly waged to disarm Iraq of its alleged weapons of mass destruction, underscored the fact that the new Great Game over the oil fields and pipelines in Central Asia gives but a foretaste of future energy wars over the world’s remaining oil and gas resources”.

“Most international lawyers see the invasion of Iraq, a sovereign Arab country, as a violation of the UN Charter of 1945, which prohibits aggressive military action unless provoked by an attack or authorized by the UN Security Council.”

“By opening the Iraqi Pandora’s box, the Bush administration also puts at risk the few successes in the war on terror. The invasion and possible occupation of a Muslim country, resented as yet another attack on Islam and an imperialist bid to control the region’s oil reserves, will inevitably fill the ranks of Al Qaeda in the region, increasing, not decreasing, the threat of September 11-style terrorist attacks in the United States and Europe.”

American arrogance of power will not fail to affect relations between the United States and its main rivals in the new Great Game: Russia, Iran, and China. President Jimmy Carter’s national security adviser Zbigniew Brzezinski argued as early as 1997 that “America is now Eurasia’s arbiter, with no major Eurasian issue soluble without America’s participation or contrary to America’s interests. How the United States both manipulates and accommodates the principal geostrategic players on the Eurasian chessboard and how it manages Eurasia’s key geopolitical pivots will be critical to the longevity and stability of America’s global primacy”.

The arrogance ad hubris expressed in such words infuriate the conservative power circles in Moscow who loathe the prospect of a long-term American military presence in Russia’s strategic backyard. At this point, Russia is now more likely to join forces with China in undermining American global supremacy. With its economy increasingly dependent on oil imports from the Middle East and Central Asia, China in particular will assert its interests in those regions even more vigorously. Iran is also likely to step up its actions against U.S. interests and pipeline plans in the Caspian region. Iran might come to see the possession of nuclear bombs as the sole effective defense against a possible American attack.

However vehement the denials by the Bush administration, its true intention in Iraq clearly is to turn the country into a strategic oil supplier for the U.S. economy …as an alternative to Saudi Arabia.

What is at stake behind the rhetoric of disarmament and human rights is nothing less than the control over the earth’s remaining fossil reserves, as envisaged in the May 2001 Cheney report on U.S. national energy policy.

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Rise of high-tech civilization helped by moderately cold climate, rainfall all year, navigable water ways

What follows is a review by Rembrandt Koppelaar of Christian Welzel’s 2013 book: “Freedom Rising Human Empowerment and the Quest for Emancipation” on a private forum, followed by some comments of members of this group.  The basic paradigm of the book is that technological advancement is highly correlated with nations that have a cool-water (CW) condition, which is lots of cool-water, moderately cold climates, continuous rainfall over all seasons, and permanently navigable water ways. The book covers  broad sociological trends in 95 to 183 countries, using indices such as the Human Values Survey.

“The basic gist of the book is that abundance of resources has led to the availability of human Action Resources (the time to develop mental capacities) which has led to motivations to emancipate/seek human freedoms, which has led to guarantees (civic entitlements).

More interesting in our context is the last chapter (I skipped most of the rest and dived into this) which is about the origin of technological progress, and the reason why Western-Europe / Japan managed to progress much beyond earlier societies, from around 1500+

The author – head of chair in political culture research at center for Study of Democracy Leuphana University Germany – posits it is due to the combination of having universal water access and cooler climates.  The theoretical proposition is roughly as follows:

Cool-water condition –> lower disease and greater water/resource security –> higher probability of equal distribution across much larger groupings (higher per capita income as well)–> higher probability of less investment in offspring and more in human values / enables development of emancipative values –> higher probability of acceleration of technological development

Why are these conditions significant?

  • First, colder temperatures with mild seasonal frost kill microbes and, thus, diminish infectious diseases.
  • Colder temperatures also decelerate soil depletion, which improves land productivity
  • Continuity of rainfall over the seasons further improves land productivity, and, combined with colder temperatures, keeps water sources healthier
  • Ccolder temperatures greatly diminish physical exhaustion from work, which is conducive to labor productivity
  • Availability of permanently navigable water ways is a lubricant of economic exchange and democratizes market access

In combination, colder temperatures, continuous rainfall, and navigable waterways generate the CW condition. Under this condition, soil is arable without irrigation and small farming households in the possession of an iron plow and an ox can work large sections of land on their own. There is not much need of community support and no need of extended families with many children to provide armies of land laborers. No central power can monopolize access to water as a means to control people under the CW condition.

—–

Other aspects. why 1450-1500 CE as start of the “great human redirection” in Welzel’s words:

“Technological advancement on a mass scale is the base process of human empowerment from which emancipative values and civic entitlements follow. Hence, by identifying the environmental root cause of technological advancement, we provide an exogenous explanation of the complete human empowerement process. However, I also demonstrate that the advantages of high disease security and water autonomy did not begin to surface before 1450-1500 CE. The reason for the delays is that these advantages need vibrant urban markets to come to fruition, and no mature urban civilization emerged in CW regions before this time. The causes of the late maturation of CW regions are two-fold. First, given their large migratory distance from the human origin in East Africa, CW regions were populated later than the original, semiarid areas of civilization in Middle-East, India, China, and Southeast Europe. The larger migratory distance also means a larger diffusion distance from the original centers of agriculture and urbanity in the Middle East. Second, CW regions embody a delay factor that postpones the abandonment of the foraging lifestyle. Ironically, the delay factor originates precisely in the higher intiial utility that the CW regions bestow on freedoms: this utility discourages an early abolition of the free foraging lifestyle. As a consequence, the full-scale adoption of surplus agriculture is delayed. So is the flourishing of urban civilization because it needs surplus agriculture to feed urban populations. But once this initial postponement is overcome, the CW condition turns into an accelerator of technological advancement for the same reason: the higher utility of freedoms under this condition. Once urban markets begin to flourish, water autonomy creates derivative autonomies, such as autonomy in marketing ones ideas, skills and produce – the engine of technological advancement.”

———————

On the organization aspect that was unique in Western Europe and Japan (hypothesis, seems like circumstantial reasoning to an extent in my view).

“Late medieval Western Europe and Japan were the only two civilizations with high water autonomy to reach urban maturity in preindustrial times. All other Eurasian civilizations, from Eastern and Southern Europe to the Middle East to India and China, as well as the urban Amerindian civilizations, show a much weaker presence of the CW condition than do Japan or Western Europe. Accordingly, Powelson (1997) finds that Western Europe and Japan are the only two preindustrial civilizations that did not develop coercive feudalism. Instead, they established contractual feudalism – a form of feudalism that acknowledges the autonomies of farmers, village communities, and corporations. In both Western Europe and Japan, this pattern was linked with late marraiges, fertility limitation by means of monogamy and taboos on out-of-wedlock sex, an emphais of skill formation over the prolonged premarital period and “neolocal” instead of “patrilocal” household formation after marraige.”

———————

On why earlier large empires did not find the same breakthrough as happened at 1500+.

“At times despotic regimes encourage technological advancement, yet only as long as it does not threaten despotism. Until the Great Redirection [1500+], technological advancement in the Middle Eastern, Indian, and Chinese empires was ahead of Europe and Japan: these empires were farther advances in mathematics, medicine, and astronomy; they invented procelain, gun powder, silk, paper, printing, and the compass. What is more, the Chinese empire initiated large-scale naval operations almost a hundred years before the Europeans did. However, as Goldstone (2009) notes, at some point, each of these empires reverted to dogmatism, thus suffocating the innovative thrust. To sustain despotism, the empires did not allow research and inquiry to break free from dogmatic control. For instance, it has been argued that after 1433 CE, the Chinese empire took seafaring under strict control to prevent the merchant class from growing too independent. As Western Europe and Japan reached the mature urban stage, civilization took hold where natural conditions gave rulers less control over people. Rulers had to acknowledge personal autonomies, autonomous social entities, and autonomeus social sectors and territories. Under these conditions, the key activity driving development – intellectual inquiry – was freed from political control.

COMMENTS (from several different members)

I’ve  just watched the brilliant BBC2’s “Britain’s Forgotten Slave owners” which makes a very convincing argument that the Wealth of the British Empire was built upon the Slave trade which started in 1627 and ended in early 1800’s when the total number of slaves was 800,000, owned mostly by British residents. Then fossil fuels came to the fore as the primary source of cheap energy. Without the slave trade, Britain wouldn’t have been so great.  So the availability of cheap energy should also be in the mix that influences sociological trends.

Holland, like Britain, derived most of it’s huge early wealth from the slave trade, spanning 1619 to late 1700’s. And also the Southern States of America. Australia’s early wealth was dependent upon Britain deporting it’s able bodied criminals to the Australian penal colonies where they were used as slave labor.  I opine that had not “fossil fuel slaves” been available to exploit, then the global economy would have continued to have been largely dependent upon slave labor, as it still is in many parts of the World. We are only have the luxury of being Enlightened largely because of the availability of non-human cheap energy from fossil fuel slaves IMO.

We talked about human labor inputs into EROI calculations for the Stanford project. They are important to include but a small percent of the work done by fossil coworkers. I’d be surprised if some analyses don’t exist for how much productivity increased for farmers using slave labor vs without.  And i expect those days will come again, either officially or under some other moniker.

I believe that as energy becomes more expensive and less accessible, humans again will start to be used as semi-slave or totally enslaved workforce.

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Will we go out with a whimper instead of a bang? Cyberwar more likely than nuclear war

Preface.  This is a book review of Clarke & Knake’s “Cyber War: The Next Threat to National Security and What to Do About IT”.

The ransom cyber attack on the colonial pipeline forced the shutdown of a vital pipeline delivering half the gasoline, jet fuel, and diesel traveling from the Gulf Coast to the Northeastern U.S., causing panic as thousands of fueling stations ran out of fuel (Kraus 2021).

So consider what will happen after a cyber attack in the Great Game to get control of the last oil and other resources.  Beats a nuclear war, eh?

Alice Friedemann  www.energyskeptic.com  Author of Life After Fossil Fuels: A Reality Check on Alternative Energy; When Trucks Stop Running: Energy and the Future of Transportation”, Barriers to Making Algal Biofuels, & “Crunch! Whole Grain Artisan Chips and Crackers”.  Women in ecology  Podcasts: WGBH, Jore, Planet: Critical, Crazy Town, Collapse Chronicles, Derrick Jensen, Practical Prepping, Kunstler 253 &278, Peak Prosperity,  Index of best energyskeptic posts

***

Clarke RA, Knake RK (2010) CYBER WAR. The Next Threat to National Security and What to Do About It”. Harper-Collins.

Alice Friedemann   www.energyskeptic.com  author of “When Trucks Stop Running: Energy and the Future of Transportation”, 2015, Springer and “Crunch! Whole Grain Artisan Chips and Crackers”. Podcasts: Practical Prepping, KunstlerCast 253, KunstlerCast278, Peak Prosperity , XX2 report ]

The New York Times describes author Richard Clarke as a former counter-terrorism czar. This well-written book describes how many nations are secretly preparing for cyber-war. America, Russia, and China have the largest number of expert cyber warriors, but Taiwan, Iran, Australia, South Korea, India, Pakistan, and the rest of the industrialized countries also have a high level of ability.

The outsourcing of information systems jobs that Thomas Friedman and other experts think so highly of has led to hardware and software companies unwittingly hiring foreign cyber war agents who  have planted logic bombs and trapdoors at the companies they worked for.  They also stole billions of dollars of intellectual property.   Of course, this is also going on from abroad, but the existence of foreign agents within our borders means that even if we could shut our network off from the global internet if cyber war broke out, this hidden army of cyber warriors could launch attacks from within the United States as well.

We’re far more vulnerable than any other nation to a cyber attack, since all of our 18 civilian infrastructure sectors rely 100% on the internet (Agriculture, Banking and Finance, Chemical and Hazardous materials, Dams, Defense, Emergency services, Energy,  Information technology, National monuments and icons, Nuclear power, Postal and shipping, Public Health, Telecommunications, Transportation, and Water and water treatment systems).  So of course, they shouldn’t be connected to the internet or intranet, but since most infrastructure is privately owned, no one can tell them what to do.  Since corporations are mandated to make money for shareholders and executives, they furiously fight off regulation with lobbyists because making their network more secure costs money. This has made all U.S. infrastructures vulnerable to attack.

The Chinese and Russian government’s own the infrastructure and have gone to great lengths to protect their systems from attack.  This has led to what the defense department and Homeland Security call “asymmetric vulnerability”.

Cyberwar Scenario

Here’s how a cyber war might go down (pp. 65-68). It would take just 15 minutes:

  • Large-scale routers fail and reboot throughout the network
  • Department of Defense networks collapse
  • All the electric grids fail. Several generators self-destruct. These can take up to 2 years to replace, and the grid can’t come back up without them
  • Satellites for weather, navigation, and communications spin out of orbit
  • The U.S. Military can’t communicate without the internet, they use the same Internet networks and software as the rest of us.
  • Refinery fires and explosions destroy large oil refineries
  • Chemical plants explode and release lethal clouds of chlorine gas
  • Air traffic control systems collapse, some airplanes collide
  • Freight trains derail at key locations: major junctions and marshaling yards
  • Cities will run out of food within the next 3 days because the trains aren’t running, and the trucking and distribution centers data systems are down
  • All of the data and the backups kept by the Fed have been lost – this will cause the financial system to crash
  • Gas pipelines explode in the Northeast, leaving without millions of people without heat in freezing cold weather
  • High-tension transmission lines catch on fire and melt
  • With the grid down, traffic lights are out, making it hard for military and emergency workers to get to their posts
  • BART trains crash in Oakland, and so do other metro trains in big cities
  • Power can’t be brought back up because you need nuclear power plants to reboot the system, but they’re in lock-down mode
  • ATM machines are down, people who can’t get money out have started looting stores

On page 70 Clarke writes “If cyber warriors take over a network, they could steal all of its information or send out instructions that move money, spill oil, vent gas, blow up generators, derail trains, crash airplanes, send a platoon into an ambush, or cause a missile to detonate in the wrong place. If cyber warriors crash networks, wipe out data, and turn computers into doorstops, then the financial system could collapse, a supply chain could halt, an airline could be grounded.  These are not hypotheticals. Things like this have already happened, sometimes experimentally, sometimes by mistake, and sometimes as a result of cyber crime or war”.

Worse yet, in a cyber war, we may never know who did it.  We wouldn’t know who to retaliate against.  Clarke discusses the difficulty of attribution on pages 213-215.

And we probably couldn’t kinetically (physically) retaliate with bombs even if we knew who did it, because our military is utterly dependent on the internet, and can’t communicate or launch missiles without it.

If China was the attacker, we couldn’t retaliate against their systems, because unlike the United States, the Chinese government has gone to great lengths to protect their civilians by making their network secure, and can sever their network from the world-wide internet.  Their internet is really more like an intranet due to the government being the service provider.

And we can’t hack them as easily as they can us, because Bill Gates sold them Microsoft’s internal code (Cisco did the same thing), which the Chinese modified to be far more secure and encrypted.  This also enabled the Chinese to know the weaknesses and vulnerabilities in the code are and the best ways to break into Microsoft computers (or Cisco routers).  The Chinese government doesn’t have privacy issues like the USA, so they scan incoming traffic for malware to prevent other nations from planting logic bombs and trapdoors on their systems.

No American Defense possible

1)      Right Wing & Left Wing Opposition. Because the right wing wants no government regulation, the government can’t write legislation requiring a minimum amount of network protection from the private sector (i.e. electric utilities, railroads, nuclear power plants, refineries, etc). The defense department and Homeland Security can’t do anything because the left wing is afraid of government scanning of network traffic in search of malware lest someone’s  privacy be violated.  Clarke discusses this on pages 133-135.

2)      Even if the left and right could agree that some regulation and loss of privacy was better than going back to the stone age after a cyber attack, Congress is too gridlocked to do anything

3)      There are many problems that need to be fixed — so cyber security is not a high priority.

4)      The software industry opposes regulation of security and Microsoft especially wants the Pentagon, banking, finance, and other businesses to use their systems despite the many security flaws.  They’ve gone to great lengths to discourage the Pentagon and businesses from using Linux, which is far more secure, and free. Microsoft is one of the 30 largest donors to political campaigns and has been very successful at preventing security requirements of their systems (138-143).

5)      On page 71 Clarke writes that there are thousands of ways to hack into computer systems because of bad code, the architecture itself, and more.

6)      The most complex microchips are only made in Asia – United States fabrication plants have fallen behind in technology and can’t make the chips needed by modern systems (page 95).  Chips can be made with spyware, logic bombs,  Trojan horses, or designed to break down on a certain date. An innocent-looking component or even a bit of soldering can be a disguised antenna.

7)      For even more understanding of why we’ve failed to defend ourselves, and what could be done if we had competent leaders, read Chapter 4 “The Defense Fails”.

What could trigger a cyber war? (page 157)

It could be tempting for a country to attack the U.S.A. to change the balance of power by demonstrating what harm they could do to us (i.e. taking down part of our electric grid) in the hopes that we’d be too scared to retaliate against them.

But if an attack is launched, America might attack back, and the conflict could escalate and grow out of control in microseconds.

The purpose of a military is to defend a nation, not build weapons to attack, but our country has focused almost exclusively on cyber-attacking, not defending Americans.

Because we have no defense, and are the most vulnerable nation in the world, we’re in a very dangerous situation.  This could drive us into mistakenly launching a “first strike” cyber attack despite the retaliation on our systems likely to be far more severe than the damage we can inflict on a foreign nation.

Because there aren’t any rules yet, and the harm that can be done is so great, there is an advantage to going first in a cyber war.  This is the opposite of nuclear war, where deterrence and mutually assured destruction, and lots of luck, have prevented nuclear war so far.

What’s even scarier is that if a cyber war occurs, it’ll happen at the speed of light, and go global, affecting nations that weren’t under attack as servers and computers within the borders of other nations are hacked and used as weapons.

The strategies for cyber war are quite different from nuclear war because a cyber attack could be deflected by a country that had secret back-up systems and other surprise capabilities.  But a bomb can’t be deflected – no one ever thought Star Wars could work, and it still doesn’t protect us despite the trillions spent.

Mutually assured destruction (MAD) has kept us from annihilating one another with nuclear bombs, but in a cyber war, both the power of the offense and the defenses of a nation are secret – there’s no deterrence holding nations in check.

If our offensive capabilities were made public, adversaries might think we were bluffing. If we demonstrated our ability with a small attack, that method is no longer available – many cyber weapons can only be used once because after that the enemy will fix their systems to deter a similar attack.  All cyber weapons all have a limited shelf life as new operating systems replace old ones, logic bombs and trapdoors discovered and removed, security holes are patched, etc.

Nor is it likely the United States could be deterred by threats of a cyber attack.  For example, both this book and Brenner’s “America the Vulnerable” describe a hypothetical military situation where China takes over the South China Seas to get at the oil reserves, and we in turn send in our navy in to try to get China to back down.  At that point someone in the room should say something like, “Mr President, if we do that, the Chinese will cyber attack us and destroy our electric grid, crash the stock market, derail our trains, blow up our refineries and chemical plants”.

But there isn’t anyone to speak up – no one wants to be Obama’s cyber czar for reasons explained in the book.  The military can only see the positives of technology, they see it as our greatest strength, and can’t comprehend it’s also our greatest weakness as well.

Because we haven’t thought this through yet, and because we’re so vulnerable, it means we’re even more likely to strike first because we know that if we’re attacked first, the other side will have cut off their cyberspace so we can’t retaliate.

What’s really strange is that we have already been attacked (and “attacked” other nations as well).  The battlefield is prepared for a future war.  Since it wasn’t actual foreign military forces strapping bombs on our infrastructure or foreign workers returning home with briefcases of stolen intellectual property, we do nothing, feel nothing.  Yet the logic bombs and trap doors within our electric grid and financial systems can do just as much damage as foreign secret agents with nuclear suitcase bombs. Which do exist, though we don’t believe that another nation has brought a nuclear bomb suitcase into America (yet), nor have we planted any of the several hundred we own into another nation (p 198-199).

Yet both we and foreign nations are planting bombs in each others computers, microchips, networks, and internet systems.

In the future, a cyber warrior might be caught laying a trapdoor or logic bomb that’s interpreted as meaning an attack was on the way.   The risk of an accidental cyber war is huge, and that in turn could lead to a (nuclear) war.  Or a hacker or a network operator might accidentally trigger a logic bomb that’s already in place and start a cyber war.  The odds are good we’d retaliate against the wrong nation (i.e. the attack is launched from Vietnam and made to look like its’ from China because Vietnam is angry the Chinese are drilling for oil within their territorial waters and want the United States to intervene).

China’s Cyberwarfare strategy

The most likely conflict we’ll have with China is over the South China Seas.  China has been claiming sovereignty despite objections from Vietnam, Taiwan, Malaysia, and the Philippines for many years.  This area has some of the last large stocks of fish, it’s an essential trade route, and above all, there’s oil and gas.

At the end of the 1990s China realized that they could use cyber warfare to make up for their lack of a physical military as strong as ours.

They’re especially keen on the idea of “asymmetric warfare” as expressed in the book “Unrestricted warfare”, which shows how a weak country can outmaneuver a much larger enemy using unexpected weapons and tactics such as:

  • Controlling natural resources
  • Join  international legal bodies to influence them
  • Target civilians
  • Overwhelm the enemy nation with drugs
  • Steal an enemy’s technology, find the flaws you can exploit, and make your own version.

China’s cyber war abilities are advanced enough that they don’t need to have equal physical armies to challenge the United States, as you can see in the Orbis article “How the United States Lost the Naval War of 2015”.

As mentioned earlier, Cisco not only gave away their secret internal code to China, but China also makes Cisco routers, and with this combined knowledge made counterfeit routers sold all over the world at a discount – even the Pentagon bought some.

The FBI believes these routers could take down networks in a cyberwar and read encrypted data.

Knowing the internal code of both Microsoft and Cisco hardware, China could take down any network in the world.  But they won’t harm themselves, because they changed the code to make it secure, and also developed their own microprocessors, and built their own operating system.  China is also putting software on all computers that can scan for any malware already placed by the United States or other countries and remove it.

China even found a way to put software on thousands of computers at many embassies all over the world that turned on the computer camera and microphone and exported the information back to servers in China.  It was nearly 2 years before this was discovered.

China’s cybertheft

Nothing comes close in history to the extent to which the Chinese government has hacked into industrial, universities, and government computers all over the world and stolen intellectual property such as military secrets, pharmaceutical drugs, and nanotechnology.

Our taxes and stock market investments have provided billions of dollars for research which China has stolen with cyber-theft for pennies and made our businesses go bankrupt.  We’ve lost tens of millions of jobs because of this cyber-espionage, and swung the balance of power away from America both economically and militarily, since they’ve been able to get the designs for our most sophisticated fighter jets, submarines, destroyers, and other military weapons and systems.

A few years after China got Microsoft and Cisco source code, the Chinese stole Google’s source code by “spear-phishing”.  Chinese hackers used social network tools like Facebook or Linked-in  to figure out who the friends or colleagues of Google executives were, and sent emails that appeared to be from them.   All it took was one executive to click the embedded link and the malware loaded on their computer spread throughout the network.

This isn’t cyber-crime, but it is intellectual “theft by China”.  Recently the Chinese were caught trying to steal seeds that can take up to 8 years and $40 million to develop (not GMO, see the New York Times article “Designer Seed Thought to Be Latest Target by Chinese. Agricultural espionage is a trend, F.B.I. says” for details).

Russia

Clarke thinks that Russia is an even bigger danger, perhaps better at cyber war than the United States.  They’re also far more covert than the Chinese, who’ve operated more openly and thereby gotten more attention in the news as well.

In September 2014 J. P. Morgan announced that 76 million of their accounts were compromised as the result of an intrusion. Despite billions spent on  detection software, we still have no idea who did it.  Because of recent tensions with Russia lately, they’re the #1 suspect.  When Obama was notified about the breach, his reaction was “Is this plain old theft, or is Putin retaliating?” (Corkery).

The New York Times (Corkery) also stated: “The F.B.I. has begun a criminal inquiry into the attacks, and the Secret Service has been involved as well. But the scale and breadth of the attacks — and the lack of clarity about the hackers’ identity or motive — show not only the vulnerability of the most heavily fortified American financial institutions but also the difficulty, despite billions of dollars spent in detection technology, in finding the sources of attack. And because it is so difficult to trace an attack to its source, it is next to impossible to deter one, security industry experts said.”

Malware

An invisible army of criminal hackers is constantly generating malware – new varieties enter cyberspace every 2.2 seconds.  Do you think that Norton or McAfee can really keep up with that?  At best they can fix 10% of the malware, but by then it’s probably already gotten onto computers.

Websites of legitimate companies and universities can be hacked so that when you go to their site, it downloads malware onto your computer.

Malware can also get in through trapdoors left by programmers to make it easier to update their code later on.  Hackers and cyber warriors alter even the code that’s being developed to put in a trapdoor so they can get into networks later.  And programmers write bad code that hackers can take advantage of.

If a hacker can get root access (administration privileges) then he can do anything, including erasing any evidence he was ever there.

Logic Bombs and Trapdoors

A logic bomb can do many things.  A basic one would erase all the software on a computer, rendering it totally useless.  Or the bomb could somehow cause the hardware to harm itself.  Logic bombs have been found all over our electric grid.

Trapdoors are holes in the system either deliberately set or the result of flaws and vulnerabilities that allow a hacker to come in anytime and snoop around, mainly to steal intellectual property or commit cyber crime.   But in a war, new logic bombs or software to trigger a piece of physical equipment to destroy itself could be put into the system through a trapdoor.

Our own weapons systems may have logic bombs planted, such as in the millions of lines of code for the F-35 fighter jet, or the computer hardware (the plans were stolen by hackers in China)?

Why is the electric grid so vulnerable?

This will be a prime target, since taking down the grid takes down a lot of other infrastructure.

Basically, the software that runs most of the equipment, SCADA, is connected to the outside world via the internet, the intranet (which can be hacked into from the internet easily), radio, wireless, etc.  This is convenient for the power company, but these systems can be hacked into from anywhere in the world.  The “Smart Grid” will only make these systems even more vulnerable (pages 98-101).

Above all, it’s because power companies don’t want to spend the money to make their systems more secure and have vigorously fought off regulatory legislation from the Federal Energy Regulatory Commission (page 167-8).

Cyber Terrorism

We’re lucky it hasn’t happened yet, because it’s cheap compared to all the other options.  No need to build a nuclear bomb.  You can launch the attack from a local café while you sip coffee. You don’t even need to understand how to write software – with enough money there is a hacker out who will do the dirty work for you.

Nation states like China & Russia might avoid attacking the financial system since they’d be affected too, but terrorists might have a goal of bringing the financial system down by altering or wiping out financial sector data.

Supply Chains

Thomas Friedman in “The world is flat” wrote that “the total supply chain for my computer, including suppliers of suppliers, involved about 400 companies in North America, Europe, and primarily Asia”.

Friedman draws the conclusion that this makes war less likely because everyone loses.

Clarke thinks it may make cyber warfare more likely.  And that China would win, since many of the components were made in China and could have been engineered to have hidden logic bombs that could be triggered in a cyber war, or known vulnerabilities, intentional or not, that can be taken advantage of.

Also, cyber criminals have penetrated supply chains for computer software and hardware and injected malicious code to defeat security systems, which would also make them capable of teaming up with terrorists and attacking nations.

Propaganda Cyber war

Consider this as a way of replacing the pamphlets dropped by airplanes.  One example of how this tactic was used was in the first Gulf War, where Americans managed to infiltrate the Iraqi network and send emails just before the war that said something like ‘we don’t want to harm you, just Saddam.  We won’t attack you if you park your trucks and armored vehicles out in the open and abandon them.”  Many Iraqi officers did just this, enabling American fighter jets to easily blow them up.

North Korea

Cuba and North Korea have been the first “peak oil” experiments, the first nations to have to cope with their oil supplies diminished drastically.  North Korea’s strategy has been to build nuclear bombs to blackmail what Clarke describes as “concessionary loans, free food, and gifts of oil.”

They’re also trying to figure out how to launch cyberattacks.  In 2009 they started a distributed denial of service against dhs.gov and state.gov, both of which were temporarily knocked out, as well as the Treasury, Secret Service, Federal Trade Commission, and Department of Transportation (the attack on the White House failed).  The Washington Post, NASDAQ, New York Mercantile, and NYSE were also attacked.

North Korea also attacked South Korea to find out how large an attack was needed to flood the fiber-optic cable connection, which would prevent the United States from coming to their aid (the U.S. Military also uses these connections).

We know that North Korea has four warfare units, with hundreds of hackers.  Many are in China, since there’s almost no internet in North Korea.  Which is a big problem – our systems are wide-open vulnerable, but we can’t attack them.

References

Corkery, M. et al. Oct 9, 2014. Obama Got Early Briefing on J.P. Morgan Breach. New York Times.

Related articles

Electric Grid

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Just 16,000 catenary trucks (out of 5.6 million) would use 1% of California’s electricity generation

Proposed Catenary System for I-710 Zero-Emissions Corridor (Source: Siemens Mobility).

Proposed Catenary System for I-710 Zero-Emissions Corridor (Source: Siemens Mobility).

Preface. We must electrify trucks since fuel from oil, coal, and natural gas is finite, and biomass doesn’t scale up.  Without transportation, electricity contraptions like wind turbines, solar facilities, and nuclear power plants can’t be built. A wind turbine, for example, needs trucks from start to finish. Each has 8,000 parts made around the world.  Then there are the cement, bulldozers, cranes, and other trucks that prepare the wind turbine site, and the trucks that deliver the wind turbine to its destination.  Trucks were also used to mine and crush the ores windmills are made of, the high heat to make the cement and steel in the turbine, to build and maintain the roads the 8,000 parts traveled on, and the transmission that connects wind turbines to the grid.

Since without trucks, civilization shuts down within a week, there is no higher priority than keeping trucks running. But there are many obstacles to building a catenary system for trucks, which I will explain in this article.

I mainly focus on the Port of Los Angeles and San Pedro project to run drayage trucks from the ports to inland warehouses because they’ve done by far the most research on what it would take to run trucks on a catenary system.

Alice Friedemann  www.energyskeptic.com  Author of Life After Fossil Fuels: A Reality Check on Alternative Energy; When Trucks Stop Running: Energy and the Future of Transportation”, Barriers to Making Algal Biofuels, & “Crunch! Whole Grain Artisan Chips and Crackers”.  Women in ecology  Podcasts: WGBH, Jore, Planet: Critical, Crazy Town, Collapse Chronicles, Derrick Jensen, Practical Prepping, Kunstler 253 &278, Peak Prosperity,  Index of best energyskeptic posts

***

But first, what is a catenary truck?

A catenary truck is a lot like a trolley bus. Both run on electric motors powered by overhead lines, the catenary system.  Catenary trucks differ from trolleys though, because they need a second propulsion method after they get off the wires to deliver their products and get back to the overhead lines.  Trucks also need to get off the lines to pass one another, operate when the electricity is down, and get around trucks that have broken down.

The need for a dual mode doubles, or even triples the cost of a catenary truck.  On top of that, it costs millions of dollars per mile to install a catenary system, plus add more electricity generation, substations, and transmission. Catenary is expensive to maintain as well, and if you’ve ever ridden MUNI trolley buses in San Francisco, you’ve probably been on a bus where the trolley poles detached from the catenary at a bad switch or too sharp a turn and waited many minutes for the driver to reattach the poles.

Even if we could build catenary systems for long-haul and delivery trucks, what about all the off-road trucks? Can you imagine stringing overhead wires across millions of acres of farmland, construction sites, sand and gravel mining, logging, and along transmission wires to maintain them?  Rural areas were the last to be electrified, and would need a great deal more power plants, substations, and other electrical infrastructure to power these off-road uses.

If this were attempted, the rough terrain is likely to cause dewirement when the catenary poles detach from the wire at a pothole or bad switch.

Of course, there are mines that have electric mining trucks that run on extremely smooth roads, but the vast majority of the world’s ores are too far from the electric grid to electrify them.  Mining sites that use catenary trucks typically have an onsite power plant generating electricity because the cost of diesel is so high in that region. These trucks only use electricity on the uphill or downhill part of the road, and operate on diesel when the road is level. Diesel operation is also required because catenary is very expensive and can’t be placed everywhere at the mining site.  Batteries are not used because they drain quickly, are heavy and expensive, and take a long time to charge (Python 2010).

So far the Ports of Los Angeles and San Pedro have done the most research on what it would take to make a catenary system possible for drayage trucks between the ports and inland distribution warehouses. Their interest in doing this is solely for air quality, energy efficiency and conserving oil aren’t considerations.

The ports don’t know if a catenary system for trucks is possible.  According to Calstart (2013), this is a new situation. San Francisco has one of the largest catenary transit systems in the world, with 300 trolleybuses and 150 light rail cars.  But on average they’re running 10 minutes apart.  In contrast, the I-710 drayage truck corridor has over 10,000 trucks that can weigh twice as much running seconds or less apart.  Estimating the power needed, and whether the power can be distributed to all of them is unknown.

Although Sweden, Germany, and the USA are all in the process of building demonstration catenary systems about a mile long and a few dual-mode trucks to run on them, most of them with non-renewable diesel or natural gas backup), these experiments are more concerned with whether trucks can connect and disconnect from the catenary at high speed and won’t answer the question of whether thousands of trucks can run seconds apart, and how much power it would take to do so.

And consider the scale. There are 16,349 catenary trucks expected to be running in 2020 (SCAG 2013), that’s orders of magnitude more than San Francisco’s MUNI catenary vehicles: 311 trolley buses and 151 light-rail cars.  And heavy-duty trucks are heavy.  They can weigh twice as much as a trolley bus and require more power to move.

In California, four demonstration trucks (and a similar number in Sweden) are planned for the mile-long catenary being built, with the following second modes after leaving the wire: a battery that can go for 10 miles (ARB SEP 2014), a truck that runs on diesel, and two that run on compressed natural gas (Hsu 2016).

It will be hard to build dual-mode trucks that can even come close to matching the performance of today’s diesel drayage trucks, which go 400 miles between refueling, last 604,000 miles, haul up to 44,000 pounds, operate at temperatures from 23 to 113 degrees F, go up 6% grades, and travel 10 to 14 hours a day. Diesel drayage trucks are also far less expensive — a used one can cost as little as $3,000, a new one $104,360 (Calstart 2013). A Battery Electric truck (BEV) truck costs $307,890 (ICCT 2013), a hydrogen fuel cell truck $1.3 million (ARB 2015), and a natural gas catenary truck $282,000 (GNA 2012).

Why use dual-mode catenary trucks rather than a 100% battery electric truck?

Batteries / battery packs weigh too much. Even if 5 to 10 times as much battery energy density (Wh/kg) were achieved and other technical issues solved, batteries would still weigh too much: 2 to 4 tonnes (4400 to 8800 pounds) in a 40 tonne truck.  Today’s batteries are 5 to 10 times heavier than 2 to 4 tonnes (ICCT 2013).

With today’s technology, driving a semi-truck 500 miles would require a 23-ton (46,000 pound) lithium-ion battery, half the weight of the truck itself (Coren 2016).

This is why the Ports of Los Angeles and Long Beach ruled out battery-electric (BEV) trucks, which need a 7,700 pound battery, since the weight cuts too much into the payload. Also, the battery only lasts for 100, half the 200 minimum-miles required. BEVs are also out of service too often, and take too long to recharge — 4 hours every 120 miles (Calstart 2013b).

Another disadvantage of 100% battery operated BEV trucks is the need for twice as many of them (32,968) as dual-mode catenary/battery (C/B) trucks (16,349), since the battery can be continually charged from the overhead wires, while an all-battery truck will need to be charged every few hours for a few hours.  Nor would battery swapping solve the BEV problem, since it would be too expensive to carry multiple batteries for each truck (SCAG 2013) at all of the very expensive battery-swapping stations (Berman 2011).

Other alternatives: Compressed Natural Gas (CNG), hydrogen fuel cell, fixed-guideways

CNG trucks.  Aside from the fact that natural gas is finite and not a solution, CNG tanks are heavy as well, would require a new  fuel distribution system, with each station costing $1 million or more. CNG would add over 5,000 pounds to the truck weight: 300 gallons of diesel = 1,140 gallons of CNG at 1.81 lbs/gallon (2072 lbs), CNG tank 1,800 lbs, 1,300 pounds for the racks and protective plates (Schneider 2014).

Hydrogen fuel cell trucks are too heavy.  Even if this technology were commercial for trucks, each one would need a a $2 million hydrogen fuel tank to go the distance (Coren 2016). The cost of building a hydrogen distribution system is far too high since very expensive special metals and gaskets are needed to keep the hydrogen from embrittling the metal and escaping, so the hydrogen would have to be made on-site.  Each station would cost $1 million or more.

Fixed-guideway system. This zero-emission solution was rejected because over 20 years it would cost 14 times more than a dual-mode catenary system (GNA 2012 page 18).

Fixed guideway system

Fixed guideway system

Source: Klinski, J.  2015. LEVX intermodal freight transport system. Port of Hueneme. California sustainable freight action plan. Magna Force, Inc.

How much power would catenary trucks on 24 miles of wires along I-710 need?

From .29% (ICF 2014) to 1% of all the electricity generated in California in a year on 24 miles of road, assuming:

  • 16,349 hybrid catenary trucks I-710 in 2020 (SCAG 2013)
  • 3 round-trips per day per truck (Calstart 2013. On good days 4 to 5 trips are made)
  • 48 miles per round trip (24 * 2 miles of catenary wires on I-710)
  • 313 days of drayage deliveries (ports are closed on Sundays)
  • 3.5 kWh/mile (2.21 kWh/kilometer) due to the inefficiency of the dynamic loading on catenary wires, with a 10% efficiency loss assumed (ICCT 2013).
  • California produces 250,561 GWh of power a year (ICF 2014)

Calculation:

  1. 2579 GWh needed by all catenary trucks per year = 16,349 trucks * 3 round-trips * 48 miles per trip round-trip * 313 days per year * 3.5 kWh/mile (3,438,783,264 kWh)
  2. 1% of all generated California electricity used per year = 2579 GWh / 250,561 GWh per year California
  3. 100% / 1% * 24 miles = 2,400 miles of roads for drayage trucks would use all of California’s electricity, 32,000 drayage trucks is 1,200 miles
  4. .16 GWh per truck per year = 2579 GWh per year / 16,349 trucks

ICF 2014 estimates .29% of annual power in their Aggressive Adoption by 2030 scenario. 

  • .29% of all generated California electrity used per year = 722 GWh all trucks/year (table 13) / 250,561 GWh per year California
  • Consume 3 kWh/mile (page 87). Using 3 kWh lowers my calculation to 2211 GWh/year, .88% of California electricity, still 3 times more than .29%
  • 36,100 trucks = 722/.02  .02 GWh/year/truck (table 33), all trucks 722 GWh/year.
  • 241,000,000 total miles all trucks a year (Table 12). Therefore, every day all trucks drive 769,968 miles collectively (241,000,000 / 313 working days).
  • 100% / .29% * 24 miles = 8,275 miles of roads would use all of California’s electricity
  • Just 21 miles/day on catenary = 769,968 miles a day all trucks / 36,100 trucks. If just 21 catenary miles, the other mode must go 180 miles a day if the 200-mile a day specifications are met. So I don’t know how they came up with the .29% estimate. I think it is higher than that.

Overall on-road California catenary trucks might use 35% of electricity

Overall, the 952,000 medium and heavy-duty trucks registered in the state (CEC 2015) went 24,800,000,000 miles 2008 in California * 3.5 kWh = 86,800 Gwh/250,561 GWh. Or perhaps less power, if only the most important trucks were electrified, and the medium trucks might need less power, say 2.5 kWh, so perhaps half as much.

All of them would need to be modified to connect to the catenary and have electric motors. Since oil is finite, eventually all of them would have to be replaced with batteries or hydrogen systems, which may never exist due to the laws of physics.   Plus additional new dual-mode trucks would need to be built and placed on California’s border to transfer cargo arriving in out-of-state trucks.

Even when oil shortages begin, the fact that off-road trucks aren’t electrified won’t matter, because tractors, harvesters, and other diesel farm equipment will have the highest priority for oil. But then what?

Unless a great deal more electricity generation is built for this new purpose, all other electricity users will need to cut back.

If all vehicles run on overhead wires,that’s 2.5 times more power than generated in California and 3 times more than United States generation

If all vehicles ran on overhead wires in California, that’s 322,849,000,000 miles in 2010 times 2 kwh (not 3.5, since lighter-weight vehicles will need less electricity than heavy-duty trucks) = 646,000 GWh, which is 2.5 times California’s 250,561 GWh generation. Of course, if the sacred economic myth that there are no limits to growth is true, we’ll need more power than that.

In 2014 in the USA in 2014, total vehicles traveled was 6,063,699,556,220 miles, so all vehicles would use 12,127 TWh of United States electricity generation, about 3 times more than the 4,052 Twh generated in 2014.

Conclusion

Catenary electric trucks are proposed for zero-emissions, not energy conservation or efficiency. The Ports of Los Angeles and Long Beach are trying to reduce the pollution of diesel drayage trucks hauling containers between the two ports and inland warehouses.  Currently the I-710 has 10,000 drayage trucks making 3 to 5 round-trips a day.  Analysts need to determine whether the energy to build and maintain a new catenary system and dual-mode trucks is greater than running more fuel-efficient trucks, especially if a 100% renewable electric grid is not possible.

Catenary is impossible: commercial level batteries aren’t energy-dense enough and far too heavy. The same goes for hydrogen fuel cells. And hydrogen is a net energy loser from start to finish, from splitting water, compression or liquefaction, storage, and distribution.

Catenary is too expensive. Catenary systems cost about $6 million per mile, so 175,000 miles of roads would cost $1,050,000,000,000,000 plus expensive operational and maintenance costs.

Catenary locks in a very expensive infrastructure on a road that may not be heavily used in the future.

The father in “Angela’s ashes” spent his earnings on booze rather than food for his children. Is a goal of zero-emissions, rather than energy efficiency, really the best way to spend our remaining energy?

Related Posts: There are many other barriers to building a battery electric car or truck. They use many finite platinum group elements, precious elements, and rare earth elements.  Plus there are dozens of challenges to improving batteries that must be overcome but can’t because of the laws of physics and thermodynamics. Nor are trucks going to be running on hydrogen: The dumbest & most impossible renewable.

The electric grid will eventually fail without utility scale energy storage of at least a month of electricity to compensate for seasonal deficits (When Trucks Stop Running Chapter 17 The Electric Blues). Natural gas is the main energy storage now (and coal), and essential for balancing the sudden life and death of wind and solar power. But natural gas and coal are finite.  Yes, hydropower can also balance wind and solar, but mostly in the 10 lucky states that have 80% of it for just part of the year, and the few places that can afford multi-million-dollar batteries (though only for an hour or so).  The electric grid could crash from a weapon or solar flare electromagnetic pulse and be down for a year or more. Electric trucks are impossible. Without trucks, civilization fails. And it’s checkmate as well, because manufacturing uses over half of all fossil fuels, and depends on the high heat only fossils can provide to make cement, steel and other metals, glass, brick, ceramics, microchips and so on. Manufacturing can’t be run on electricity, hydrogen, or anything else, as explained in Chapter 9 of Life After Fossil Fuels. No transportation? No Manufacturing? Then no electricity generating contraptions like solar panels or wind turbines can be built. Checkmate.

References

ARB. September 2, 2014. Heavy-duty hybrid vehicles technology assessment. California environmental protection agency, Air Resources Board.

ARB. 2015. Technology assessment: Medium- and Heavy-duty fuel cell electric vehicles.

Berman, B. 2011. Plug-and-play batteries: Trying out a quick-swap station for E.V.’s. New York Times.

Calstart. 2013. I-710 project zero-emission truck commercialization study. Calstart for Los Angeles County Metropolitan Transportation Authority. 4.7.

CEC. October 2015. 2016-2017 Investment plan update for the alternative and renewable fuel and vehicle technology program. California Energy Commission. CEC-600-2015-014-SD

CEC. 2016. California Electrical Energy Generation in 2015. California energy commission.

Coren, M.J. June 23, 2016. Siemens says it can power unlimited-range electric trucks using a 150-year-old technology. QZ.

Edelstein.  July 10, 2016. Road for electric trucks with trolley-like catenary opens in Sweden. greencarcongress.

GNA. March 8, 2012. Zero-emission catenary hybrid truck market study. Gladsteni, Neandross & Associates.

Hirsch, R. L., et al. 2005. Peaking of world oil production: impacts, mitigation, & risk management. Department of energy.

Hoffert, et al 2002 Advanced Technology Paths to Global Climate Stability: Energy for a Greenhouse Planet, Science. Vol 298.

Hsu, T. July 18, 2016. 100-Year-Old Street trolley technology could completely change trucking. trucks.com.  CNG: Kenworth Trucks , BAE Systems and TransPower.

ICCT. July 2013. Zero emissions trucks. An overview of state-of-the-art technologies and their potential. International Council for Clean Transportation.

ICF. September 2014. California transportation electrification assessment. Phase 1: final report. ICF International.

Python. 2010. Trolley Assisted Mine Trucks. Python Group mining.

SCAG. February 2013. On the Move. Southern California delivers the goods. Final report. Southern California Association of Governments.

Schneider, D. February 10, 2014. The fuel alternatives: CNG & LNG part 1. wearethepractitioners.com

Smil, Vaclav. 2010. Energy Transitions: History, Requirements, Prospects. Praeger.

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Pedro Prieto – what life used to be like decades ago in small Spanish villages

 [I’m reading James Howard Kunstler’s excellent trilogy “A World Made By Hand” now to get an idea of what life might be like post-peak when the worst of the crisis is over. Prieto’s vivid descriptions are wonderful, I wish he’d write a book!  Alice Friedemann  www.energyskeptic.com]
 .

August 16, 2015. Pedro Prieto post on village life in Spain decades ago

Something similar to the endangered “tall grass prairie” mentioned in Ugo Bardi article “Gleaning: an ancient custom that may return in the future” is happening worldwide in the cultivation of cereals, at least in Spain.
Now I believe I was privileged for living in a country that started to develop much later than other European countries. So I could live in my childhood and visiting frequently my relatives in a small village living and working basically like in the Middle Age. In 1960, in that village, there was no a single internal combustion engine. All the works were made by draft animal force or human muscular force.
My vivid memories when a child there do not remember these people suffering more than their sons and grandsons living today in the cities or few of them still in the village where I have returned , but today highly mechanized, without a single draft animal now. Much on the contrary, people today sing and dance much less, smile much less, hug much less, talk much less to others, share much less. Very humble farmers were, seen now in retrospective, much more resilient than their today descendants, which despite being perhaps architects or executives, have food in the refrigerator for three days.
They all had the habit and the tradition in that village to produce food for themselves (survivability) and for their animals for a whole year (what today we could call the Mormon backpack) in stables and barns for their animals and in the granary for cereals or hanging from the roofs or in the cellar, by drying fruits or salting or stuffing meat, or muddling or bottling preserves. They were basically living on self sufficiency basis, with minimum crops devoted to barter them for the necessary tools or few clothes, which were not made locally. They used to store always a little bit more than what was required for themselves or to help a relative, friend or neighbor if or when required.
Of course, my relatives still alive, keep remembering me that this life was far from romantic and comfortable. From the physical point of view, it was much harder, life expectancy shorter, risk of dying from an animal kick as high as today in an automobile crash, heating much more poorer and tougher than today; callus in the hands (I remember the caress of my uncle on my face, for both his kindness and roughness) or chilbain in the ears in winter. No epidural for women in labor, no implants for tooth decays or cavities, etc. etc….but also with people not only being frightened for physical inconveniences and apparently assuming their fate. On the other hand, they all had much higher pain thresholds and understanding and accepting with more much naturalness life and death concepts than today. Psychologists and psychiatrists did not exist, or were rather their own relatives, friends and neighbors.
Coming back to gleaning, I remember them reaping and gleaning by hand with both sickles and scythes. What it calls my attention these days, when I travel through some wheat fields where the tall wheat stalks of about 1 m high. Now I realize that what our agro-industry has made is to select cereal varieties (always the short term income, efficiency and productivity in mind) of much shorter stalk to have more grain in the ears per plant. As harvesting is today absolutely mechanized, and they do not need any straw to complement animal draft food, it is obviously a more efficient system.
Now, let’s imagine for a minute that we could not use harvesting machines and had only the present varieties of wheat to plant them and to reap and gleaning them by hand, with jut sickles and scythes and our much softer kidneys and backs than those of our ancestors and without draft animals in our garages nor with enough straw and barley to feed them.
Perfect storms everywhere, if the liquid fuels flows fail one day, prepare your kidneys and your backs, but in exchange please, smile, sing and dance like in the past and do not fear or be frightened in front of the difficulties.
[and later on, within this exchange of ideas on an energy forum, the following]:

In my trips to Southern Spain, I have observed a dramatic change in the last years, with the alibi that drip irrigation saves water.

The last three decades have seen a dramatic increase of these irrigation systems. Spain had the biggest production of olive oil (I believe still has). Many of the olive trees were centenary and few even millenary.

They were usually grown and cultivated with three trunks from one base, so that manual harvesting could be easier. The method was to gently and carefully beat with sticks and pick the olives from the ground. About one century ago, they extended blankets on the ground and collected them at once.

The olive trees were usually planted in dry areas, without irrigation and keeping a 12*12 m, distance frame among them (called marco real), so that the roots could both develop in surface without jeopardizing neighboring trees and get nutrients, but also could grow downwards, in search for humidity.

These trees wee very much adapted to climate and became very resistant to droughts, with the only known limitation that in years of drought, the crops will be lower, something that was admitted.

Today, with the advent of new technologies, I have seen a dramatic and sad change: the centenary trees are uprooted and replaced by new olive trees, which have only one straight trunk. They are planted in much smaller frames (4*4 m. or even less) and are pruned in trellis. They are receiving drip irrigation (water+fertilizer) through the plastic pipes. And of course, the crops are much higher and independent of the droughts (while there is water in reservoirs) than the old ones.

This makes a lot of economic sense and gives the farmers the regular income, as if they ere also a public officer or an executive in a company in the city, to copy their level of living (car+tv+gadgets,+leisure time+tourism, etc.) Harvesting is made now by means of machines hugging the single trunk and vibrating it, with a tool as a deployed inverted umbrella below or by means of a harvesting machine taller than the trees (which are not allowed to grow more than a limit) going along the furrow and doing that tree after tree.

The new olive trees have now lazy roots, that do not grow, not horizontally (have no place) and not vertically downwards, because they have water and nutrients just on the base of the trunk.

If one day, the societal system collapses for lack of imported energy to power the pumps, to replace filters or valves or digital programmers or plastic pipes (every two or three years need replacement), the whole olive trees will not resist the minimum drought.

What I have mentioned for olive trees, can be extended to all type of fruit trees in most of Spain. At the end, we are not saving water, because this is taken as a business as usual that provides very good income by exporting fruits and olive oil to the rest of Europe and the world.

Poor civilization.

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Dmitry Orlov: How Russians survived the collapse of the Soviet Union

[ A great post by Dmitry Orlov about what collapse may be like, the best strategies to survive, and why the Russian way of life and culture prepared them far better for hard times than will be the case in America. Related posts:

Alice Friedemann   www.energyskeptic.com  author of “When Trucks Stop Running: Energy and the Future of Transportation”, 2015, Springer and “Crunch! Whole Grain Artisan Chips and Crackers”. Podcasts: Derrick Jensen, Practical Prepping, KunstlerCast 253, KunstlerCast278, Peak Prosperity , XX2 report ]

Dmitry Orlov. Part I.  June 1, 2005.  Post-Soviet Lessons for a Post-American Century.

http://www.fromthewilderness.com/free/ww3/060105_soviet_lessons.shtml

A decade and a half ago the world went from bipolar to unipolar, because one of the poles fell apart: The Soviet Union (S.U.) is no more. The other pole – symmetrically named the U.S. – has not fallen apart – yet, but there are ominous rumblings on the horizon. The collapse of the United States seems about as unlikely now as the collapse of the Soviet Union seemed in 1985. The experience of the first collapse may be instructive to those who wish to survive the second.

Reasonable people would never argue that that the two poles were exactly symmetrical; along with significant similarities, there were equally significant differences, both of which are valuable in predicting how the second half of the clay-footed superpower giant that once bestrode the planet will fare once it too falls apart.

I have wanted to write this article for almost a decade now. Until recently, however, few people would have taken it seriously. After all, who could have doubted that the world economic powerhouse that is the United States, having recently won the Cold War and the Gulf War, would continue, triumphantly, into the bright future of superhighways, supersonic jets, and interplanetary colonies?

But more recently the number of doubters has started to climb steadily. The U.S. is desperately dependent on the availability of cheap, plentiful oil and natural gas, and addicted to economic growth. Once oil and gas become expensive (as they already have) and in ever-shorter supply, economic growth will stop, and the U.S. economy will collapse.

In October 2004, when I started working on it, an Internet search for “peak oil” and “economic collapse” yielded about 16,300 documents; by April of 2005 that number climbed to 4,220,000. This is a dramatic change in public opinion only, because what is known on the subject now is more or less what was known a decade or so ago, when there was exactly one Web site devoted to the subject: Jay Hanson’s Dieoff.org. This sea change in public opinion is not restricted to the Internet, but is visible in the mainstream and the specialist press as well. Thus, the lack of attention paid to the subject over the decades resulted not from ignorance, but from denial: although the basic theory that is used to model and predict resource depletion has been well understood since the 1960s, most people prefer to remain in denial.

Denial

Although this is a bit off the subject of Soviet collapse and what it may teach us about our own, I can’t resist saying a few words about denial, for it is such an interesting subject. I also hope that it will help some of you to go beyond denial, this being a helpful step towards understanding what I am going to say here.

Now that a lot of the predictions are coming true more or less on schedule, and it is becoming increasingly difficult to ignore the steady climb of energy prices and the dire warnings from energy experts of every stripe, outright denial is being gradually replaced with subtler forms of denial, which center around avoiding any serious, down-to-earth discussion of the likely actual consequences of peak oil, and of the ways one might cope with them.

Instead, there is much discussion of policy: what “we” should do. The “we” in question is presumably some embodiment of the great American Can-Do Spirit: a brilliantly organized consortium of government agencies, leading universities and research centers, and major corporations, all working together toward the goal of providing plentiful, clean, environmentally safe energy, to fuel another century of economic expansion. Welcome to the sideshow at the end of the universe!

One often hears that “We could get this done, if only we wanted to.” Most often one hears this from non-specialists, sometimes from economists, and hardly ever from scientists or engineers. A few back-of-the-envelope calculations are generally enough to suggest otherwise, but here logic runs up against faith in the Goddess of Technology: that she will provide. On her altar are assembled various ritualistic objects used to summon the Can-Do Spirit: a photovoltaic cell, a fuel cell, a vial of ethanol, and a vial of bio-diesel. Off to the side of the altar is a Pandora’s box packed with coal, tar sand, oceanic hydrates, and plutonium: if the Goddess gets angry, it’s curtains for life on Earth.

But let us look beyond mere faith, and focus on something slightly more rational instead. This “we,” this highly organized, high-powered problem-solving entity, is quickly running out of energy, and once it does, it will not be so high-powered any more. I would like to humbly suggest that any long-term plan it attempts to undertake is doomed, simply because crisis conditions will make long-term planning, along with large, ambitious projects, impossible. Thus, I would suggest against waiting around for some miracle device to put under the hood of every SUV and in the basement of every McMansion, so that all can live happily ever after in this suburban dream, which is looking more and more like a nightmare in any case.

The next circle of denial revolves around what must inevitably come to pass if the Goddess of Technology were to fail us: a series of wars over ever more scarce resources. Paul Roberts, who is very well informed on the subject of peak oil, has this to say: “what desperate states have always done when resources turn scarce… [is] fight for them.”  [MotherJones.com, 11/12 2004] Let us not argue that this has never happened, but did it ever amount to anything more than a futile gesture of desperation? Wars take resources, and, when resources are already scarce, fighting wars over resources becomes a lethal exercise in futility. Those with more resources would be expected to win. I am not arguing that wars over resources will not occur. I am suggesting that they will be futile, and that victory in these conflicts will be barely distinguishable from defeat. I would also like to suggest that these conflicts would be self-limiting: modern warfare uses up prodigious amounts of energy, and if the conflicts are over oil and gas installations, then they will get blown up, as has happened repeatedly in Iraq. This will result in less energy being available and, consequently, less warfare.

Take, for example, the last two US involvements in Iraq. In each case, as a result of US actions, Iraqi oil production decreased. It now appears that the whole strategy is a failure. Supporting Saddam, then fighting Saddam, then imposing sanctions on Saddam, then finally overthrowing him, has left Iraqi oil fields so badly damaged that the “ultimate recoverable” estimate for Iraqi oil is now down to 10-12% of what was once thought to be underground (according to the New York Times).

Some people are even suggesting a war over resources with a nuclear endgame. On this point, I am optimistic. As Robert McNamara once thought, nuclear weapons are too difficult to use. And although he has done a great deal of work to make them easier to use, with the introduction of small, tactical, battlefield nukes and the like, and despite recently renewed interest in nuclear “bunker busters,” they still make a bit of a mess, and are hard to work into any sort of a sensible strategy that would reliably lead to an increased supply of energy. Noting that conventional weapons have not been effective in this area, it is unclear why nuclear weapons would produce better results.

But these are all details; the point I really want to make is that proposing resource wars, even as a worst-case scenario, is still a form of denial. The implicit assumption is this: if all else fails, we will go to war; we will win; the oil will flow again, and we will be back to business as usual in no time. Again, I would suggest against waiting around for the success of a global police action to redirect the lion’s share of the dwindling world oil supplies toward the United States.

Outside this last circle of denial lies a vast wilderness called the Collapse of Western Civilization, roamed by the Four Horsemen of the Apocalypse, or so some people will have you believe. Here we find not denial but escapism: a hankering for a grand finale, a heroic final chapter. Civilizations do collapse – this is one of the best-known facts about them – but as anyone who has read The Decline and Fall of the Roman Empire will tell you, the process can take many centuries.

What tends to collapse rather suddenly is the economy. Economies, too, are known to collapse, and do so with far greater regularity than civilizations. An economy does not collapse into a black hole from which no light can escape. Instead, something else happens: society begins to spontaneously reconfigure itself, establish new relationships, and evolve new rules, in order to find a point of equilibrium at a lower rate of resource expenditure.

Note that the exercise carries a high human cost: without an economy, many people suddenly find themselves as helpless as newborn babes. Many of them die, sooner than they would otherwise: some would call this a “die-off.” There is a part of the population that is most vulnerable: the young, the old, and the infirm; the foolish and the suicidal. There is also another part of the population that can survive indefinitely on insects and tree bark. Most people fall somewhere in between.

Economic collapse gives rise to new, smaller and poorer economies. That pattern has been repeated many times, so we can reason inductively about similarities and differences between a collapse that has already occurred and one that is about to occur. Unlike astrophysicists, who can confidently predict whether a given star will collapse into a neutron star or a black hole based on measurements and calculations, we have to work with general observations and anecdotal evidence. However, I hope that my thought experiment will allow me to guess correctly at the general shape of the new economy, and arrive at survival strategies that may be of use to individuals and small communities.

The Collapse of the Soviet Union – an Overview

What happens when a modern economy collapses, and the complex society it supports disintegrates? A look at a country that has recently undergone such an experience can be most educational. We are lucky enough to have such an example in the Soviet Union. I spent about six months living, traveling, and doing business in Russia during the perestroika period and immediately afterward, and was fascinated by the transformation I witnessed.

The specifics are different, of course. The Soviet problems seem to have been largely organizational rather than physical in nature, although the fact that the Soviet Union collapsed just 3 years after reaching peak oil production is hardly a coincidence. The ultimate cause of Soviet Union’s spontaneous collapse remains shrouded in mystery. Was it Ronald Reagan’s Star Wars? Or was it Raisa Gorbachev’s American Express card? It is possible to fake a missile defense shield; but it is not so easy to fake a Herod’s department store. The arguments go back and forth. One contemporary theory would have it that the Soviet elite scuttled the whole program when they decided that Soviet Socialism was not going to make them rich. (It remains unclear why it should have taken the Soviet elite 70 years to come to this startlingly obvious conclusion).

A slightly more commonsense explanation is this: during the pre-perestroika “stagnation” period, due to the chronic under-performance of the economy, coupled with record levels of military expenditure, trade deficit, and foreign debt, it became increasingly difficult for the average Russian middle-class family of three, with both parents working, to make ends meet. (Now, isn’t that beginning to sound familiar?) Of course, the government bureaucrats were not too concerned about the plight of the people. But the people found ways to survive by circumventing government controls in a myriad of ways, preventing the government from getting the results it needed to keep the system going. Therefore, the system had to be reformed. When this became the consensus view, reformers lined up to try and reform the system. Alas, the system could not be reformed. Instead of adapting, it fell apart.

Russia was able to bounce back economically because it remains fairly rich in oil and very rich in natural gas, and will probably continue in relative prosperity for at least a few more decades. In North America, on the other hand, oil production peaked in the early 1970s and has been in decline ever since, while natural gas production is now set to fall off a production cliff. Yet energy demand continues to rise far above what the continent can supply, making such a spontaneous recovery unlikely. When I say that Russia bounced back, I am not trying to understate the human cost of the Soviet collapse, or the lopsidedness and the economic disparities of the re-born Russian economy. But I am suggesting that where Russia bounced back because it was not fully spent, the United States will be more fully spent, and less capable of bouncing back.

But such “big picture” differences are not so interesting. It is the micro-scale similarities that offer interesting practical lessons on how small groups of individuals can successfully cope with economic and social collapse. And that is where the post-Soviet experience offers a multitude of useful lessons.

Returning to Russia

I first flew back to Leningrad, which was soon to be rechristened St. Petersburg, in the summer of 1989, about a year after Gorbachev freed the last batch of political prisoners, my uncle among them, who had been locked up by General Secretary Andropov’s final, senile attempt at clenching an iron fist. For the first time it became possible for Soviet escapees to go back and visit. More than a decade had passed since I left, but the place was much as I remembered it: bustling streets full of Volgas and Ladas, Communist slogans on the roofs of towering buildings lit up in neon, long lines in shops.

About the only thing new was a bustle of activity around a newly organized Cooperative movement. A newly hatched entrepreneurial class was busy complaining that their cooperatives were only allowed to sell to the government, at government prices, while hatching ingenuous schemes to skim something off the top through barter arrangements. Most were going bankrupt. It did not turn out to be a successful business model for them or for the government, which was, as it turned out, also on its last legs.

I went back a year later, and found a place I did not quite recognize. First of all, it smelled different: the smog was gone. The factories had largely shut down, there was very little traffic, and the fresh air smelled wonderful! The stores were largely empty and often closed. There were very few gas stations open, and the ones that were open had lines that stretched for many blocks. There was a ten-liter limit on gasoline purchases.

Since there was nothing better for us to do, my friends and I decided to take a road trip, to visit the ancient Russian cities of Pskov and Novgorod, taking in the surrounding countryside along the way. For this, we had to obtain fuel. It was hard to come by. It was available on the black market, but no one felt particularly inclined to let go of something so valuable in exchange for something so useless as money. Soviet money ceased to have value, since there was so little that could be bought with it, and people still felt skittish around foreign currency.

Luckily, there was a limited supply of another sort of currency available to us. It was close to the end of Gorbachev’s ill-fated anti-alcoholism campaign, during which vodka was rationed. There was a death in my family, for which we received a funeral’s worth of vodka coupons, which we of course redeemed right away. What was left of the vodka was placed in the trunk of the trusty old Lada, and off we went. Each half-liter bottle of vodka was exchanged for ten liters of gasoline, giving vodka far greater effective energy density than rocket fuel.

There is a lesson here: when faced with a collapsing economy, one should stop thinking of wealth in terms of money. Access to actual physical resources and assets, as well as intangibles such as connections and relationships, quickly becomes much more valuable than mere cash.

Two years later, I was back again, this time in the dead of winter. I was traveling on business through Minsk, St. Petersburg and Moscow. My mission was to see whether any of the former Soviet defense industry could be converted to civilian use. The business part of the trip was a total fiasco and a complete waste of time, just as one would expect. In other ways, it was quite educational.

Minsk seemed like a city rudely awakened from hibernation. During the short daylight hours, the streets were full of people, who just stood around, as if wondering what to do next. The same feeling pervaded the executive offices, where people I used to think of as the representatives of the “evil empire” sat around under dusty portraits of Lenin bemoaning their fate. No one had any answers.

The only beam of sunshine came from a smarmy New York lawyer who hung around the place trying to organize a state lottery. He was almost the only man with a plan. (The director of a research institute which was formerly charged with explosion-welding parts for nuclear fusion reactor vessels, or some such thing, also had a plan: he wanted to build summer cottages.) I wrapped up my business early and caught a night train to St. Petersburg. On the train, a comfortable old sleeper car, I shared a compartment with a young, newly retired army doctor, who showed me his fat roll of hundred-dollar bills and told me all about the local diamond trade. We split a bottle of cognac and snoozed off. It was a pleasant trip.

St. Petersburg was a shock. There was a sense of despair that hung in the winter air. There were old women standing around in spontaneous open-air flea markets trying to sell toys that probably belonged to their grandchildren, to buy something to eat. Middle-class people could be seen digging around in the trash. Everyone’s savings were wiped out by hyperinflation. I arrived with a large stack of one-dollar bills. Everything was one dollar, or a thousand rubles, which was about five times the average monthly salary. I handed out lots of these silly thousand-ruble notes: “Here, I just want to make sure you have enough.” People would recoil in shock: “That’s a lot of money!” “No, it isn’t. Be sure to spend it right away.” However, all the lights were on, there was heat in many of the homes, and the trains ran on time.

My business itinerary involved a trip to the countryside to tour and to have meetings at some scientific facility. The phone lines to the place were down, and so I decided to just jump on a train and go there. The only train left at 7 am. I showed up around 6, thinking I could find breakfast at the station. The station was dark and locked. Across the street, there was a store selling coffee, with a line that wrapped around the block. There was also an old woman in front of the store, selling buns from a tray. I offered her a thousand-ruble note. “Don’t throw your money around!” she said. I offered to buy her entire tray. “What are the other people going to eat?” she asked. I went and stood in line for the cashier, presented my thousand-ruble note, got a pile of useless change and a receipt, presented the receipt at the counter, collected a glass of warm brown liquid, drank it, returned the glass, paid the old woman, got my sweet bun, and thanked her very much. It was a lesson in civility.

Three years later, I was back again, and the economy had clearly started to recover, at least to the extent that goods were available to those who had money, but enterprises were continuing to shut down, and most people were still clearly suffering. There were new, private stores, which had tight security, and which sold imported goods for foreign currency. Very few people could afford to shop at these stores. There were also open air markets in many city squares, at which most of the shopping was done. Many kinds of goods were dispensed from locked metal booths, quite a few of which belonged to the Chechen mafia: one shoved a large pile of paper money through a hole and was handed back the item.

There were sporadic difficulties with the money supply. I recall standing around waiting for banks to open in order to cash my traveler’s checks. The banks were closed because they were fresh out of money; they were all waiting for cash to be delivered. Once in a while, a bank manager would come out and make an announcement: the money is on its way, no need to worry.

There was a great divide between those who were unemployed, underemployed, or working in the old economy, and the new merchant class. For those working for the old state-owned enterprises – schools, hospitals, the railways, the telephone exchanges, and what remained of the rest of the Soviet economy – it was lean times. Salaries were paid sporadically, or not at all. Even when people got their money, it was barely enough to subsist on.

But the worst of it was clearly over. A new economic reality had taken hold. A large segment of the population saw its standard of living reduced, sometimes permanently. It took the economy ten years to get back to its pre-collapse level, and the recovery was uneven. Alongside the nouveau riche, there were many whose income would never recover. Those who could not become part of the new economy, especially the pensioners, but also many others, who had benefited from the now defunct socialist state, could barely eke out a living.

This thumbnail sketch of my experiences in Russia is intended to convey a general sense of what I had witnessed. But it is the details of what I have observed that I hope will be of value to those who see an economic collapse looming ahead, and want to plan, in order to survive it.

Similarities between the Superpowers

Some would find a direct comparison between the United States and the Soviet Union incongruous, if not downright insulting. After all, what grounds are there to compare a failed Communist empire to the world’s largest economy? Others might find it humorous that the loser might have advice for the winner in what they might see as an ideological conflict. Since the differences between the two appear glaring to most, let me just indicate some similarities, which I hope you will find are no less obvious.

The Soviet Union and the United States are each either the winner or the first runner-up in the following categories: the space race, the arms race, the jails race, the hated evil empire race, the squandering of natural resources race, and the bankruptcy race. In some of these categories, the United States is, shall we say, a late bloomer, setting new records even after its rival was forced to forfeit. Both believed, with giddy zeal, in science, technology, and progress, right up until the Chernobyl disaster occurred. After that, there was only one true believer left.

They are the two post-World War II industrial empires that attempted to impose their ideologies on the rest of the world: democracy and capitalism versus socialism and central planning. Both had some successes: while the United States reveled in growth and prosperity, the Soviet Union achieved universal literacy, universal health care, far less social inequality, and a guaranteed – albeit lower – standard of living for all citizens. The state-controlled media took pains to make sure that most people didn’t realize just how much lower it was: “Those happy Russians don’t know how badly they live,” Simone Signoret said after a visit.

Both empires made a big mess of quite a few other countries, each one financing and directly taking part in bloody conflicts around the world in order to impose its ideology, and to thwart the other. Both made quite a big mess of their own country, setting world records for the percentage of population held in jails ( South Africa was a contender at one point). In this last category, the U.S. is now a runaway success, supporting a burgeoning, partially privatized prison-industrial complex (a great source of near-slave wage labor).

While the United States used to have far more goodwill around the world than the Soviet Union, the “evil empire” gap has narrowed since the Soviet Union disappeared from the scene. Now, in many countries around the world, including Western countries like Sweden, the United States ranks as a bigger threat to peace than Iran or North Korea. In the hated-empire race, the United States is now beginning to look like the champion. Nobody likes a loser, but especially if the loser is a failed superpower. Nobody had any pity for the poor defunct Soviet Union; and nobody will have any pity for poor defunct America either.

The bankruptcy race is particularly interesting. Prior to its collapse, the Soviet Union was taking on foreign debt at a rate that could not be sustained. The combination of low world oil prices and a peak in Soviet oil production sealed its fate. Later, the Russian Federation, which inherited the Soviet foreign debt, was forced to default on its obligations, precipitating a financial crisis. Russia’s finances later improved, primarily due to rising oil prices, along with rising oil exports. At this point, Russia is eager to wipe out the remaining Soviet debt as quickly as possible, and over the past few years the Russian rouble has done just a bit better than the U.S. dollar.

The United States is now facing a current account deficit that cannot be sustained, a falling currency, and an energy crisis, all at once. It is now the world’s largest debtor nation, and most people do not see how it can avoid defaulting on its debt. According to a lot of analysts, it is technically bankrupt, and is being propped up by foreign reserve banks, which hold a lot of dollar-denominated assets, and, for the time being, want to protect the value of their reserves. This game can only go on for so long. Thus, while the Soviet Union deserves honorable mention for going bankrupt first, the gold in this category (pun intended) will undoubtedly go to the United States, for the largest default ever.

There are many other similarities as well. Women received the right to education and a career in Russia earlier than in the U.S. Russian and American families are in similarly sad shape, with high divorce rates and many out-of-wedlock births, although the chronic shortage of housing in Russia did force many families to stick it out, with mixed results. Both countries have been experiencing chronic depopulation of farming districts. In Russia, family farms were decimated during collectivization, along with agricultural output; in the U.S., a variety of other forces produced a similar result with regard to rural population, but without any loss of production. Both countries replaced family farms with unsustainable, ecologically disastrous industrial agribusiness, addicted to fossil fuels. The American ones work better, as long as energy is cheap, and, after that, probably not at all.

The similarities are too numerous to mention. I hope that what I outlined above is enough to signal a key fact: that these are, or were, the antipodes of the same industrial, technological civilization.

 

PART II.  June 28, 2005. Differences between the Superpowers: Ethnicity.

http://www.fromthewilderness.com/free/ww3/062805_soviet_lessons_part2.shtml

Our thumbnail sketch of the two superpowers would not be complete without a comparison of some of the differences, which are no less glaring than the similarities.

The United States has traditionally been a very racist country, with numerous categories of people one wouldn’t want one’s daughter or sister to marry, no matter who one happens to be. It was founded on the exploitation of African slaves and the extermination of the natives. Over its formative years, there was no formal intermarriage between the Europeans and the Africans, or the Europeans and the Indians. This stands in stark contrast to other American continent nations such as Brazil. To this day in the U.S. there remains a disdainful attitude toward any tribe other than the Anglo-Saxon. Glazed over with a layer of political correctness, at least in polite society, it comes out again when observing whom most such Anglo-Saxon people actually choose to marry, or date.

Russia is a country whose ethnic profile shifts slowly from mainly European in the West to Asian in the East. Russia’s settlement of its vast territory was accompanied by intermarriage with every tribe the Russians met on their drive east. One of the formative episodes of Russian history was the Mongol invasion, which resulted in a large infusion of Asian blood into Russian genealogy. On the other side, Russia received quite a few immigrants from Western Europe. Currently, Russia’s ethnic problems are limited to combating ethnic mafias, and to the many small but humiliating episodes of anti-Semitism, which has been a feature Russian society for centuries, and, in spite of which, Jews, my family included, have done quite well there. Jews were barred from some of the more prestigious universities and institutes, and were held back in other ways (for instance, lynching).

The United States remains a powder keg of ethnic tension, where urban blacks feel oppressed by suburban whites, who in turn fear to venture into major sections of the cities. In a time of permanent crisis, urban blacks might well riot and loot the cities, because they don’t own them, and the suburban whites are likely to get foreclosed out of their “little cabins in the woods,” as James Kunstler charmingly calls them, and decamp to a nearby trailer park. Add to this already volatile mixture the fact that firearms are widely available, and the fact that violence permeates American society, particularly in the South, the West, and the dead industrial cities like Detroit.

In short, the social atmosphere of post-collapse America is unlikely to be as placid and amicable as that of post-collapse Russia. At least in parts, it is more likely to resemble other, more ethnically mixed, and therefore less fortunate parts of the Former Soviet Union, such as the Fergana valley and, of course, that “beacon of freedom” in the Caucasus, Georgia (or so says the U.S. President).

No part of the United States is an obvious choice for the survival-minded, but some are obviously riskier than others. Any place with a history of racial or ethnic tension is probably unsafe. This rules out the South, the Southwest, and many large cities elsewhere. Some people might find a safe harbor in an ethnically homogeneous enclave of their own kind, while the rest would be well-advised to look for the few communities where inter-ethnic relations have been cemented through integrated living and intermarriage, and where the strange and fragile entity that is multi-ethnic society might have a chance of holding together.

Differences between the Superpowers: Ownership

Another key difference: in the Soviet Union, nobody owned their place of residence. What this meant is that the economy could collapse without causing homelessness: just about everyone went on living in the same place as before. There were no evictions or foreclosures. Everyone stayed put, and this prevented society from disintegrating.

One more difference: the place where they stayed put was generally accessible by public transportation, which continued to run during the worst of times. Most of the Soviet-era developments were centrally planned, and central planners do not like sprawl: it is too difficult and expensive to service. Few people owned cars, and even fewer depended on cars for getting around. Even the worst gasoline shortages resulted in only minor inconveniences for most people: in the springtime, they made it difficult to transport seedlings from the city to the dacha for planting; in the fall, they made it difficult to haul the harvest back to the city.

Differences between the Superpowers: Labor Profile

The Soviet Union was entirely self-sufficient when it came to labor. Both before and after the collapse, skilled labor was one of its main exports, along with oil, weapons, and industrial machinery. Not so with the United States, where not only is most of the manufacturing being carried out abroad, but a lot of service back home is being provided by immigrants as well. This runs the gamut from farm labor, landscaping, and office cleaning to the professions, such as engineering and medicine, without which society and its infrastructure would unravel. Most of these people came to the United States to enjoy the superior standard of living — for as long as it remains superior. Many of them will eventually head home, leaving a gaping hole in the social fabric.

I have had a chance to observe quite a few companies in the U.S. from the inside, and have spotted a certain constancy in the staffing profile. At the top, there is a group of highly compensated senior lunch-eaters. They tend to spend all of their time pleasing each other in various ways, big and small. They often hold advanced degrees in disciplines such as Technical Schmoozing and Relativistic Bean-counting. They are obsessive on the subject of money, and cultivate a posh country set atmosphere, even if they are just one generation out of the coal mines. Ask them to solve a technical problem — and they will politely demur, often taking the opportunity to flash their wit with a self-deprecating joke or two.

Somewhat further down the hierarchy are the people who actually do the work. They tend to have fewer social graces and communication skills, but they do know how to get the work done. Among them are found the technical innovators, who are often the company’s raison d’être.

More often than not, the senior lunch-eaters at the top are native-born Americans, and, more often than not, the ones lower down are either visiting foreigners or immigrants. These find themselves in a variety of situations, from the working visa holders who are often forced to choose between keeping their job and going home, to those who are waiting for a green card and must play their other cards just right, to those who have one, to citizens.

The natives at the top always try to standardize the job descriptions and lower the pay scale of the immigrants at the bottom, playing them against each other, while trying to portray themselves as super-achieving entrepreneurial mavericks who can’t be pinned down to a mere set of marketable skills. The opposite is often the case: the natives are often the commodity items, and would perform similar functions whether their business were biotechnology or salted fish, while those who work for them may be unique specialists, doing what has never been done before.

It is no surprise that this situation should have come about. For the last few generations, native-born Americans have preferred disciplines such as law, communications, and business administration, while immigrants and foreigners tended to choose the sciences and engineering. All their lives the natives were told to expect prosperity without end, and so they felt safe in joining professions that are mere embroidery on the fabric of an affluent society.

This process became known as “brain drain” — America’s extraction of talent from foreign lands, to its advantage, and to their detriment. This flow of brain power is likely to reverse direction, leaving the U.S. even less capable of finding ways to cope with its economic predicament. This may mean that, even in areas where there will be ample scope for innovation and development, such as restoration of rail service, or renewable energy, America may find itself without the necessary talent to make it happen.

Differences between the Superpowers: Religion

The last dimension worth mentioning along which the Soviet Union and the United States are in stark contrast is that of religion.

Pre-revolutionary Russia’s two-headed eagle symbolized the monarchy and the church, with a crown on one head and a miter on the other. Along with its somewhat holier manifestations, such as its iconography and its monastic tradition, the Russian church was as bloated with wealth and ostentation, and as oppressive, as the monarchy whose power it helped legitimize. But over the course of the 20th century Russia managed to evolve in a distinctly secular way, oppressing religious people with compulsory atheism.

The United States, uncharacteristically for a Western nation, remains a fairly religious place, where most people look for and find God in a church, or a synagogue, or a mosque. The colonies’ precocious move to leave the fold of the British Empire has made the U.S. something of a living fossil in terms of cultural evolution. This is manifested in some trivial ways, such as the inability to grasp the metric system (a problem considered mostly solved in England itself) or its distinctly 18th century tendency to make a fetish of its national flag, as well as in some major ones, such as its rather half-hearted embrace of secularism.

What this difference means in the context of economic collapse is, surprisingly, next to nothing. Perhaps the American is more likely than not to start quoting the Bible and going on about the Apocalypse, the end of times, and the Rapture. These thoughts, need I say, are not conducive to survival. But the supposedly atheist Russian turned out to be just as likely to go on about The End of the World, and flocked to the newly opened churches in search of certainty and solace.

Perhaps the more significant difference is not between the prevalence and the lack of religion, but the differences between the dominant religions. In spite of the architectural ostentation of the Russian Orthodox Church, and the pomp and circumstance of its rituals, its message has always been one of asceticism as the road to salvation. Salvation is for the poor and the humble, because one’s rewards are either in this world or the next, not both.

This is rather different from Protestantism, the dominant religion in America, which made the dramatic shift to considering wealth as one of God’s blessings, ignoring some inconvenient points rather emphatically made by Jesus to the effect that rich people are extremely unlikely to be saved. Conversely, poverty became associated with laziness and vice, robbing poor people of their dignity.

Thus, a Russian is less likely to consider sudden descent into poverty as a fall from God’s grace, and economic collapse as God’s punishment upon the people, while the religions that dominate America — Protestantism, Judaism, and Islam — all feature temporal success of their followers as a key piece of evidence that God is well-disposed toward them. What will happen once God’s good will toward them is no longer manifest? Chances are, they will become angry and try to find someone other than their own selves to blame, that being one of the central mechanisms of human psychology. We should look forward to unexpectedly wrathful congregations eager to do the work of an unexpectedly wrathful God.

The United States is by no means homogeneous when it comes to intensity of religious sentiment. When looking for a survivable place to settle, it is probably a good idea to look for a place where religious fervor does not run to extremes.

The Loss of Technological Comforts

Warning: what I am about to say may be somewhat unpleasant, but I’d like to get the issue out of the way. Most of the technological progress of the 20th century resulted in a higher level of physical comfort. Yes, that’s why we caused global warming, a hole in the ozone layer, and a mass extinction of plants, fish, birds, and mammals: to be somewhat more comfortable for a little while.

We all expect heating and air-conditioning, hot and cold water, reliable electricity, personal transportation, paved roads, illuminated streets and parking lots, maybe even high-speed Internet. Well, what if you had to give up all that? Or, rather, what will you do when you have to give up all that?

Most of our ancestors put up with a level of physical discomfort we would find appalling: no running hot water, an outhouse instead of a flush toilet, no central heat, and one’s own two feet, or a horse, as the main means for getting around. And still they managed to produce a civilization and a culture that we can just barely manage to emulate and preserve.

It doesn’t take a crisis to make public utilities go on the blink, but a crisis certainly helps. Any crisis will do: economic, financial, or even political. Consider the governor of Primorye, a region on the far side of Siberia, who simply stole all the money that was supposed to buy coal for the winter. Primorye froze. With winter temperatures around 40 below, it’s a wonder there’s anyone still living there. It’s a testament to human perseverance. As the economic situation degenerates, events seem to unfold in a certain sequence, regardless of locale. They always seem to lead to the same result: unsanitary conditions. But an energy crisis seems to me by far the most efficacious way of depriving one of one’s treasured utility services.

First, electricity begins to wink in and out. Eventually, this settles into a rhythm. Countries such as Georgia, Bulgaria and Romania, as well as some peripheral regions of Russia, have had to put up with a few hours of electricity a day, sometimes for several years. North Korea is perhaps the best Soviet pupil we have, surviving without much electricity for years. Lights flicker on as the sun begins to set. The generators struggle on for a few hours, powering light bulbs, television sets, and radios. When it’s time for bed, the lights wink out once again.

Second in line is heat. Every year, it comes on later and goes off sooner. People watch television or listen to the radio, when there’s electricity, or just sit, under piles of blankets. Sharing bodily warmth has been a favored survival technique among humans through the ice ages. People get used to having less heat, and eventually stop complaining. Even in these relatively prosperous times, there are apartment blocks in St. Petersburg that are heated every other day, even during the coldest parts of winter. Thick sweaters and down comforters are used in place of the missing buckets of coal.

Third in line is hot water: the shower runs cold. Unless you’ve been deprived of a cold shower, you won’t be able to appreciate it for the luxury that it affords. In case you are curious, it’s a quick shower. Get wet, lather up, rinse off, towel off, dress, and shiver, under several layers of blankets, and let’s not forget shared bodily warmth. A less radical approach is to wash standing in a bucket of warm water — heated up on the stove. Get wet, lather, rinse. And don’t forget to shiver.

Next, water pressure drops off altogether. People learn to wash with even less water. There is a lot of running around with buckets and plastic jugs. The worst part of this is not the lack of running water; it is that the toilets won’t flush. If the population is enlightened and disciplined, it will realize what it must do: collect their excretions in buckets and hand-carry them to a sewer inlet. The super-enlightened build outhouses and put together composting toilets, and use the proceeds to fertilize their kitchen gardens.

Under this combined set of circumstances, there are three causes of mortality to avoid. The first is simply avoiding freezing to death. It takes some preparation to be able to go camping in wintertime. But this is by far the easiest problem. The next is avoiding humans’ worst companions through the ages: bedbugs, fleas, and lice. These never fail to make their appearance wherever unwashed people huddle together, and spread diseases such as typhoid, which have claimed millions of lives. A hot bath and a complete change of clothes can be a lifesaver. The hair-free look becomes fashionable. Baking the clothes in an oven kills the lice and their eggs. The last is avoiding cholera and other diseases spread through feces by boiling all drinking water.

It seems safe to assume that the creature comforts to which we are accustomed are going to be few and far between. But if we are willing to withstand the little indignities of reading by candlelight, bundling up throughout the cold months, running around with buckets of water, shivering while standing in a bucket of tepid water, and carrying our poop out in a bucket, then none of this is enough to stop us from maintaining a level of civilization worthy of our ancestors, who probably had it worse than we ever will. They were either depressed or cheerful about it, in keeping with their personal disposition and national character, but apparently they survived, or you wouldn’t be reading this.

Economic Comparison

It can be said that the U.S. economy is run either very well or very badly. On the plus side, companies are lean, and downsized as needed to stay profitable, or at least in business. There are bankruptcy laws that weed out the unfit and competition to keep productivity going up. Businesses use just-in-time delivery to cut down on inventory and make heavy use of information technology to work out the logistics of operating in a global economy.

On the minus side, the U.S. economy runs ever larger structural deficits. It fails to provide the majority of the population with the sort of economic security that people in other developed nations take for granted. The United States spends more on medicine and education than many other countries, and gets less for it. Instead of a single government-owned airline, it has several permanently bankrupt government-supported ones. It spends heavily on law enforcement, and has a high crime rate. It continues to export high-wage manufacturing jobs and replace them with low-wage service jobs. As I mentioned before, it is, technically, bankrupt.

Both in the former Soviet Union and in North America, the landscape has fallen victim to a massive, centrally managed uglification program. Moscow’s central planners put up identical drab and soulless buildings throughout its territory, disregarding regional architectural traditions and erasing local culture. America’s land developers have played a largely similar role, with a similarly ghastly result: the United States of Generica, where many places can be told apart only by reading their highway signs.

In North America, there is also a pervasive childish idiocy that has spread desolation across the entire continent: the idiocy of the traffic engineer. As Jane Jacobs cleverly illustrates, these are not engineers of the sort that solve problems and draw conclusions based on evidence, but “little boys with toy cars happily murmuring ‘Zoom, Zooom, Zooooom!'” [Dark Age Ahead, p. 79] The landscape that makes them happy is designed to waste as much fuel as possible by trapping people in their cars and making them drive around in circles.

It can also be said that the Soviet economy was run either very well or very badly. On the plus side, that system, for all its many failings, managed to eradicate the more extreme forms of poverty, malnutrition, many diseases, and illiteracy. It provided economic security of an extreme sort: everyone knew exactly how much they would earn, and the prices of everyday objects remained fixed. Housing, health care, education, and pensions were all guaranteed. Quality varied; education was generally excellent, housing much less so, and Soviet medicine was often called “the freest medicine in the world” — with reasonable service achievable only through private arrangements.

On the minus side, the centrally planned behemoth was extremely inefficient, with high levels of loss and outright waste at every level. The distribution system was so inflexible that enterprises hoarded inventory. It excelled at producing capital goods, but when it came to manufacturing consumer goods, which require much more flexibility than a centrally planned system can provide, it failed. It also failed miserably at producing food, and was forced to resort to importing many basic foodstuffs. It operated a huge military and political empire, but, paradoxically, failed to derive any economic benefit from it, running the entire enterprise at a net loss.

Also paradoxically, these very failings and inefficiencies made for a soft landing. Because there was no mechanism by which state enterprises could go bankrupt, they often continued to operate for a time at some low level, holding back salaries or scaling back production. This lessened the number of instant mass layoffs or outright closings, but where these did occur, they were accompanied by very high mortality rates among men between the ages of 45 and 55, who turn out to be psychologically the most vulnerable to sudden loss of career, and who either drank themselves to death or committed suicide.

People could sometimes use their old, semi-defunct place of employment as a base of operations of sorts, from which to run the kind of black market business that allowed many of them to gradually transition to private enterprise. The inefficient distribution system, and the hoarding to which it gave rise, resulted in very high levels of inventory, which could be bartered. Some enterprises continued to operate in this manner, bartering their leftover inventory with other enterprises, in order to supply their employees with something they could use or sell.

What parallels can we draw from this to employment in the post-collapse United States? Public sector employment may provide somewhat better chances for keeping one’s job. For instance, it is unlikely that all schools, colleges, and universities will dismiss all of their faculty and staff at the same time. It is somewhat more likely that their salaries will not be enough to live on, but they may, for a time, be able to maintain their social niche. Properties and facilities management is probably a safe bet: as long as there are properties that are considered valuable, they will need to be looked after. When the time comes to dismantle them and barter off the pieces, it will help if they are still intact, and one has the keys to them.

Economic Collapse in the U.S.

A spontaneous soft landing is unlikely in the U.S., where a large company can decide to shut its doors by executive decision, laying off personnel and auctioning off capital equipment and inventory. Since in many cases the equipment is leased and the inventory is just-in-time and therefore very thin, a business can be made to evaporate virtually overnight. Since many executives may decide to cut their losses all at once, seeing the same economic projections and interpreting them similarly, the effect on communities can be utterly devastating.

Most people in the U.S. cannot survive very long without an income. This may sound curious to some people — how can anyone, anywhere survive without an income? Well, in post-collapse Russia, if you didn’t pay rent or utilities — because no-one else was paying them either — and if you grew or gathered a bit of your own food, and you had some friends and relatives to help you out, then an income was not a prerequisite for survival. Most people got by, somehow.

But most people in the U.S., once their savings are depleted, would in due course be forced to live in their car, or in some secluded stretch of woods, in a tent, or under a tarp. There is currently no mechanism by which landlords can be made not to evict deadbeat tenants, or banks be prevailed upon not to foreclose on nonperforming loans. A wholesale reintroduction of rent control seems politically unlikely. Once enough residential and commercial real estate becomes vacant, and law enforcement becomes lax or nonexistent, squatting becomes a real possibility. Squatters usually find it hard to get mail and other services, but this is a very minor issue. More importantly, they can be easily dislodged again and again.

Homelessness

The term “loitering” does not translate into Russian. The closest equivalent one can find is something along the lines of “hanging around” or “wasting time,” in public. This is important, because once nobody has a job to go to, the two choices they are presented with are sitting at home, and, as it were, loitering. If loitering is illegal, then sitting at home becomes the only choice.

The U.S. and the Soviet Union were at two extremes of a continuum between the public and the private. In the Soviet Union, most land was open to the public. Even apartments were often communal, meaning that the bedrooms were private, but the kitchen, bathroom, and hallway were common areas. In the U.S., most of the land is privately owned, some by people who put up signs threatening to shoot trespassers. Most public places are in fact private, marked “Customers Only” and “No Loitering.” Where there are public parks, these are often “closed” at night, and anyone trying to spend a night there is likely to be told to “move along” by the police.

After the collapse, Russia experienced a swelling of the ranks of people described by the acronym “BOMZh,” which is actually short for “BOMZh i Z,” and stands for “persons without a definite place of residence or employment.” The bomzhies, as they came to be called, often inhabited unused bits of the urban or rural landscape, where, with nobody to tell them to “move along,” they were left largely in peace. Such an indefinite place of residence was often referred to as bomzhatnik. English badly needs a term for that. Perhaps we could call it a “bum garden” — it is as much a garden as an “office park” is a park.

When the U.S. economy collapses, one would expect employment rates, and, with them, residency rates, to plummet. It is hard to estimate what percentage of the U.S. population would, as a result, become homeless, but it could be quite high, perhaps becoming so commonplace as to remove the stigma. A country where most of the neighborhoods are structured so as to exclude people of inadequate means, in order to preserve property values, is not a pleasant place to be a bum. Then again, when property values start dropping to zero, we may find that some of the properties spontaneously re-zone themselves into “bum gardens,” with no political will or power anywhere to do anything about it.

I do not mean to imply that Russian bums have a good time of it. But because most of the Russian population was able to keep their place of residence in spite of a collapsing economy, the percentage of bomzhies in the general population never made it into the double digits. These most unfortunate cases led short, brutal lives, often in an alcoholic haze, and accounted for quite a lot of Russia’s spike in post-collapse mortality. Some of them were refugees — Russians ethnically cleansed from the newly independent, suddenly nationalistic republics — who could not be easily reabsorbed into the Russian population due to Russia’s chronic housing shortage.

Communal Survival

Russia’s chronic housing shortage was partly caused by the spectacular decline of Russian agriculture, which caused people to migrate to the cities, and partly due simply to the inability of the government to put up buildings quickly enough. What the government wanted to put up was invariably an apartment building: 5 floors, 9 floors, and even some 14-floor towers. The buildings went up on vacant, or vacated, land, and were usually surrounded by a generous portion of wasteland, which, in the smaller cities and towns, and in places where the soil is not frozen year-round, or covered with sulfur or soot from a nearby factory, was quickly converted into kitchen gardens.

The quality of construction always looked a bit shabby, but has turned out to be surprisingly sound structurally and quite practical. Mostly it was reinforced concrete slab construction, with ceramic tile on the outside and hard plaster for insulation on the inside. It was cheap to heat, and usually had heat, at least enough of it so that the pipes wouldn’t freeze, with the steam supplied by a gigantic central boiler that served an entire neighborhood.

One often hears that the shabbiest of these Soviet-era apartment blocks, termed “Khrushcheby” — a melding of Khrushchev, who ordered them built, and “trushcheby” (Russian for “slums”) — are about to start collapsing, but they haven’t done so yet. Yes, they are dank and dreary, and the apartments are cramped, and the walls are cracked, and the roof often leaks, and the hallways and stairwells are dark and smell of urine, but it’s housing.

Because apartments were so hard to come by, with waiting lists stretched out for decades, several generations generally lived together. This was often an unpleasant, stressful, and even traumatic way to live, but also very cheap. Grandparents often did a lot of the work of raising children, while the parents worked. When the economy collapsed, it was often the grandparents who took to serious gardening and raised food during the summer months. Working-age people took to experimenting in the black market, with mixed results: some would get lucky and strike it rich, while for others it was lean times. With enough people living together, these accidental disparities tended to even out at least to some extent.

A curious reversal took place. Whereas before the collapse, parents were often in a position to provide some financial help to their adult children, now the opposite is true. Older people who do not have children are much more likely to live in poverty than those who have children to support them. Once financial capital is wiped out, human capital becomes essential.

A key difference between Russia and the U.S. is that Russians, like most people around the world, generally spend their entire lives living in one place, whereas Americans move around constantly. Russians generally know, or at least recognize, most of the people who surround them. When the economy collapses, everyone has to confront an unfamiliar situation. The Russians, at least, did not have to confront it in the company of complete strangers. On the other hand, Americans are far more likely than Russians to help out strangers, at least when they have something to spare.

Another element that was helpful to Russians was a particular feature of Russian culture: since money was not particularly useful in the Soviet era economy, and did not convey status or success, it was not particularly prized either, and shared rather freely. Friends thought nothing of helping each other out in times of need. It was important that everyone had some, not that one had more than the others. With the arrival of market economics, this cultural trait disappeared, but it persisted long enough to help people to survive the transition.

Smelling the Roses

Another note on culture: once the economy collapses, there is generally less to do, making it a good time for the naturally idle and a bad time for those predisposed to keeping busy.

Soviet-era culture had room for two types of activity: normal, which generally meant avoiding breaking a sweat, and heroic. Normal activity was expected, and there was never any reason to do it harder than expected. In fact, that sort of thing tended to be frowned upon by “the collective,” or the rank and file. Heroic activity was celebrated, but not necessarily rewarded financially.

Russians tend to look in bemused puzzlement on the American compulsion to “work hard and play hard.” The term “career” was in the Soviet days a pejorative term — the attribute of a “careerist” — someone greedy, unscrupulous, and overly “ambitious” (also a pejorative term). Terms like “success” and “achievement” were very rarely applied on a personal level, because they sounded overweening and pompous. They were reserved for bombastic public pronouncements about the great successes of the Soviet people. Not that positive personal characteristics did not exist: on a personal level, there was respect given to talent, professionalism, decency, sometimes even creativity. But “hard worker,” to a Russian, sounded a lot like “fool.”

A collapsing economy is especially hard on those who are accustomed to prompt, courteous service. In the Soviet Union, most official service was rude and slow, and involved standing in long lines. Many of the products that were in short supply could not be obtained even in this manner, and required something called blat: special, unofficial access or favor. The exchange of personal favors was far more important to the actual functioning of the economy than the exchange of money. To Russians, blat is almost a sacred thing: a vital part of culture that holds society together. It is also the only part of the economy that is collapse-proof, and, as such, a valuable cultural adaptation.

Most Americans have heard of Communism, and automatically believe that it is an apt description of the Soviet system, even though there was nothing particularly communal about a welfare state and a vast industrial empire run by an elitist central planning bureaucracy. But very few of them have ever heard of the real operative “ism” that dominated Soviet life: Dofenism, which can be loosely translated as “not giving a rat’s ass.” A lot of people, more and more during the “stagnation” period of the 1980’s, felt nothing but contempt for the system, did what little they had to do to get by (night watchman and furnace stoker were favorite jobs among the highly educated) and got all their pleasure from their friends, from their reading, or from nature.

This sort of disposition may seem like a cop-out, but when there is a collapse on the horizon, it works as psychological insurance: instead of going through the agonizing process of losing and rediscovering one’s identity in a post-collapse environment, one could simply sit back and watch events unfold. If you are currently “a mover and a shaker,” of things or people or whatever, then collapse will surely come as a shock to you, and it will take you a long time, perhaps forever, to find more things to move and to shake to your satisfaction. However, if your current occupation is as a keen observer of grass and trees, then, post-collapse, you could take on something else that’s useful, such as dismantling useless things.

The ability to stop and smell the roses — to let it all go, to refuse to harbor regrets or nurture grievances, to confine one’s serious attention only to that which is immediately necessary, and not to worry too much about the rest — is perhaps the one most critical to post-collapse survival. The most psychologically devastated are usually the middle-aged breadwinners, who, once they are no longer gainfully employed, feel completely lost. Detachment and indifference can be most healing, provided they do not become morbid. It is good to take your sentimental nostalgia for what once was, is, and will soon no longer be, up front, and get it over with.

Asset Stripping

Russia’s post-collapse economy was for a time dominated by one type of wholesale business: asset stripping. To put it in an American setting: suppose you have title, or otherwise unhindered access, to an entire suburban subdivision, which is no longer accessible by transportation, either public or private, too far to reach by bicycle, and is generally no longer suitable for its intended purpose of housing and accumulating equity for fully employed commuters who shop at the now defunct nearby mall. After the mortgages are foreclosed and the properties repossessed, what more is there to do, except board it all up and let it rot? Well, what has been developed can be just as easily undeveloped.

What you do is strip it of anything valuable or reusable, and either sell or stockpile the materials. Pull the copper out of the streets and the walls. Haul away the curbstones and the utility poles. Take down the vinyl siding. Yank out the fiberglass insulation. The sinks and windows can surely find a new use somewhere else, especially if no new ones are being made.

Having bits of the landscape disappear can be a rude surprise. One summer I arrived in St. Petersburg and found that a new scourge had descended on the land while I was gone: a lot of manhole covers were mysteriously missing. Nobody knew where they went or who profited from their removal. One guess was that the municipal workers, who hadn’t been paid in months, took them home with them, to be returned once they got paid. They did eventually reappear, so there may be some merit to this theory. With the gaping manholes positioned throughout the city like so many anteater traps for cars, you had the choice of driving either very slowly and carefully, or very fast, and betting your life on the proper functioning of the shock absorbers.

Post-collapse Russia’s housing stock stayed largely intact, but an orgy of asset stripping of a different kind took place: not just left-over inventory, but entire factories were stripped down and exported. What went on in Russia under the guise of privatization, is a subject for a different article, but whether it’s called “privatization” or “liquidation” or “theft” doesn’t matter: those with title to something worthless will find a way to extract value from it, making it even more worthless. An abandoned suburban subdivision might be worthless as housing, but valuable as a dump site for toxic waste.

Just because the economy is going to collapse in the most oil-addicted country on earth doesn’t necessarily mean that things will be just as bad everywhere else. As the Soviet example shows, if the entire country is for sale, buyers will materialize out of nowhere, crate it up, and haul it away. They will export everything: furnishings, equipment, works of art, antiques. The last remnant of industrial activity is usually the scrap iron business. There seems to be no limit to the amount of iron that can be extracted from a mature post-industrial site.

Food

The dismal state of Soviet agriculture turned out to be paradoxically beneficial in fostering a kitchen garden economy, which helped Russians to survive the collapse.

At one point it became informally known that 10% of the farmland — the part allocated to private plots — was being used to produce 90% of the food. Beyond underscoring the gross inadequacies of Soviet-style command and control industrial agriculture, it is indicative of a general fact: agriculture is far more efficient when it is carried out on a small scale, using manual labor.

Russians always grew some of their own food, and scarcity of high-quality produce in the government stores kept the kitchen garden tradition going during even the more prosperous times of the 60s and the 70s. After the collapse, these kitchen gardens turned out to be lifesavers. What many Russians practiced, either through tradition or by trial and error, or sheer laziness, was in some ways akin to the new organic farming and permaculture techniques. Many productive plots in Russia look like a riot of herbs, vegetables, and flowers growing in wild profusion.

Forests in Russia have always been used as an important additional source of food. Russians recognize, and eat, just about every edible mushroom variety, and all of the edible berries. During the peak mushroom season, which is generally in the fall, forests are overrun with mushroom-pickers. The mushrooms are either pickled or dried and stored, and often last throughout the winter.

Recreational Drug Use

A rather striking similarity between Russians and Americans is their propensity to self-medicate. While the Russian has traditionally been single-heartedly dedicated to the pursuit of vodka, the American is more likely than not to have also tried cannabis. Cocaine has also had a big effect on American culture, as have opiates. There are differences as well: the Russian is somewhat less likely to drink alone, or to be apprehended for drinking, or being drunk, in public. To a Russian, being drunk is almost a sacred right; to an American, it is a guilty pleasure. Many of the unhappier Americans are forced by their circumstances to drink and drive; this does not make them, nor the other drivers, nor the pedestrians (should any still exist) any happier.

The Russian can get furiously drunk in public, stagger about singing patriotic songs, fall into a snow bank, and either freeze to death or be carted off to a drunk tank. All this produces little or no remorse in him. Based on my reading of H. L. Mencken, America was also once upon a time a land of happy drunks, where a whiskey bottle would be passed around the courtroom at the start of the proceedings, and where a drunken jury would later render a drunken verdict, but Prohibition ruined all that. Russia’s prohibition lasted only a few short years, when Gorbachev tried to save the nation from itself, and failed miserably.

When the economy collapses, hard-drinking people everywhere find all the more reason to get drunk, but much less wherewithal with which to procure drink. In Russia, innovative market-based solutions were quickly improvised, which it was my privilege to observe. It was summer, and I was on a local electric train heading out of St. Petersburg. It was packed, so I stood in the vestibule of the car, and observed rainbows (it had just rained) through the missing windowpane. Soon, activity within the vestibule caught my attention: at each stop, grannies with jugs of moonshine would approach the car door and offer a sniff to the eager customers waiting inside. Price and quality were quickly discussed, an agreed-upon quantity was dispensed in exchange for a fistful of notes, jug to mug, and the train moved on. It was a tense atmosphere, because along with the paying customers there came many others, who were simply along for the ride, but expected their fair share nevertheless. I was forced to make a hasty exit and jam myself into the salon, because the freeloaders thought I was taking up valuable freeloading space.

There might be a few moonshine-makers left in rural parts of the United States, but most of the country seems to be addicted to cans and bottles of beer, or jugs, plastic or glass, of liquor. When this source dries up due to problems with interstate trucking, local breweries will no doubt continue to operate, and even expand production, to cope with both old and new demand, but there will still be plenty of room for improvisation. I would also expect cannabis to become even more widespread; it makes people less prone to violence than liquor, which is good, but it also stimulates their appetite, which is bad if there isn’t a lot of food. Still, it is much cheaper to produce than alcohol, which requires either grain or natural gas and complicated chemistry.

In all, I expect drugs and alcohol to become one of the largest short-term post-collapse entrepreneurial opportunities in the United States, along with asset stripping, and security.

 

Part III.  July 18, 2005.  Post-Soviet Lessons for a Post-American Century.

http://www.fromthewilderness.com/free/ww3/071805_soviet_lessons_part3.shtml

Loss of Normalcy

An early victim of collapse is the sense of normalcy. People are initially shocked to find that it’s missing, but quickly forget that such a thing ever existed, except for the odd vague tinge of nostalgia. Normalcy is not exactly normal: in an industrial economy, the sense of normalcy is an artificial, manufactured item.

We may be hurtling towards environmental doom, and thankfully never quite get there because of resource depletion, but, in the meantime, the lights are on, there is traffic on the streets, and, even if the lights go out for a while due to a blackout, they will be back on in due course, and the shops will reopen. Business as usual will resume. The sumptuous buffet lunch will be served on time, so that the assembled luminaries can resume discussion of measured steps we all need to take to avert certain disaster. The lunch is not served; then the lights go out. At some point, somebody calls the whole thing a farce, and the luminaries adjourn, forever.

In Russia, normalcy broke down in a series of steps. First, people stopped being afraid to speak their mind. Then, they stopped taking the authorities seriously. Lastly, the authorities stopped taking each other seriously. In the final act, Yeltsin got up on a tank and spoke the words “Former Soviet Union.”

In the Soviet Union, as this thing called normalcy wore thin due to the stalemate in Afghanistan, the Chernobyl disaster, and general economic stagnation, it continued to be enforced through careful management of mass media well into the period known as glasnost. In the United States, as the economy fails to create enough jobs for several years in a row, and the entire economy tilts towards bankruptcy, business as usual continues to be a top-selling product, or so we are led to believe. American normalcy circa 2005 seems as impregnable as Soviet normalcy circa 1985 once seemed.

If there is a difference between the Soviet and the American approaches to maintaining a sense of normalcy, it is this: the Soviets tried to maintain it by force, while the Americans’ superior approach is to maintain theirs through fear. You tend to feel more normal if you fear falling off your perch, and cling to it for dear life, than if somebody nails your feet to it.

More to the point: in a consumer society, anything that puts people off their shopping is dangerously disruptive, and all consumers sense this. Any expression of the truth about our lack of prospects for continued existence as a highly developed, prosperous industrial society is disruptive to the consumerist collective unconscious. There is a herd instinct to reject it, and therefore it fails, not through any overt action, but by failing to turn a profit, because it is unpopular.

In spite of this small difference in how normalcy is or was enforced, it was, and is being brought down, in the late Soviet Union as in the contemporary United States, through almost identical means, though with different technology. In the Soviet Union, there was something called samizdat, or self-publishing: with the help of manual typewriters and carbon paper, Russian dissidents managed to circulate enough material to neutralize the effects of enforced normalcy. In contemporary United States, we have web sites and bloggers: different technology, same difference. These are writings for which enforced normalcy is no longer the norm; the norm is the truth – or at least someone’s earnest approximation of it.

So what has become of these Soviet mavericks, some of whom foretold the coming collapse with some accuracy? To be brief, they faded from view. Both tragically and ironically, those who become experts in explaining the faults of the system and in predicting the course of its demise are very much part of the system. When the system disappears, so does their area of expertise, and their audience. People stop intellectualizing their predicament and start trying to escape it – through drink or drugs or creativity or cunning – but they have no time for pondering the larger context.

Security

Security in post-collapse Soviet Union was, shall we say, lax. I came through unscathed, but I know quite a few people who did not. A childhood friend of mine and her son were killed in their apartment over the measly sum of 100 dollars. An elderly lady I know was knocked out and had her jaw broken by a burglar who waited outside her door for her to come home, assaulted her, took her keys, and looted her place. There is an infinite supply of stories of this sort. Empires are held together through violence or the threat of violence. Both the U.S. and Russia were, and are, serviced by a legion of servants whose expertise is in using violence: soldiers, policemen, prison wardens, and private security consultants. Both countries have a surplus of battle-hardened men who have killed, who are psychologically damaged by the experience, and have no qualms about taking human life. In both countries, there are many, many people whose stock in trade is their use of violence, in offense or defense. No matter what else happens, they will be employed, or self-employed; preferably the former.

In a post-collapse situation, all of these violent men automatically fall into the general category of private security consultants. They have a way of creating enough work to keep their entire tribe busy: if you don’t hire them, they will still do the work, but against you rather than for you. Rackets of various sizes and shapes proliferate, and, if you have some property to protect, or wish to get something done, a great deal of your time and energy becomes absorbed by keeping your private security organization happy and effective. To round out the violent part of the population, there are also plenty of criminals. As their sentences expire, or as jail overcrowding and lack of resources force the authorities to grant amnesties, they are released into the wild, and return to a life of violent crime. But now there is nobody to lock them up again because the machinery of law enforcement has broken down due to lack of funds. This further exacerbates the need for private security, and puts those who cannot afford it at additional risk.

There is a continuum of sorts between those who can provide security and mere thugs. Those who can provide security also tend to know how to either employ or otherwise dispose of mere thugs. Thus, from the point of view of an uneducated security consumer, it is very important to work with an organization rather than with individuals. The need for security is huge: with a large number of desperate people about, anything that is not watched will be stolen. The scope of security-related activities is also huge: from sleepless grannies who sit in watch over the cucumber patch to bicycle parking lot attendants to house-sitters, and all the way to armed convoys and snipers on rooftops.

As the government, with its policing and law enforcement functions, atrophies, private, improvised security measures cover the security gap it leaves behind. In Russia, there was a period of years during which the police was basically not functioning: they had no equipment, no budget, and their salaries were not sufficient for survival. Murders went unsolved, muggings and burglaries were not even investigated. The police could only survive through graft. There was a substantial amount of melding between the police and organized crime. As the economy came back, it all got sorted out, to some extent. Where there is no reason to expect the economy to ever come back, one must learn how to make strange new friends, and keep them, for life.

Political Apathy

Before, during, and immediately after the Soviet collapse, there was a great deal of political activity by groups we might regard as progressive: liberal, environmentalist, pro-democracy reformers. These grew out of the dissident movements of the Soviet era, and made quite a significant impact for a time. A decade later “democracy” and “liberalism” are generally considered dirty words in Russia, commonly associated with exploitation of Russia by foreigners and other rot. The Russian state is centrist, with authoritarian tendencies. Most Russians dislike and distrust their government, but are afraid of weakness, and want a strong hand at the helm.

It is easy to see why political idealism fails to thrive in the murky post-collapse political environment. There is a strong pull to the right by nationalists who want to find scapegoats (inevitably, foreigners and ethnic minorities), a strong pull to the center by members of the ancien regime trying to hold on to remnants of their power, and a great upwelling of indecision, confusion, and inconclusive debate on the left, by those trying to do good, and failing to do anything. Sometimes the liberals get a chance to try an experiment or two. Yegor Gaidar got to try some liberal economic reforms under Yeltsin. He is a tragicomic figure, and many Russians now cringe when remembering his efforts (and to be fair, we don’t even know how helpful or damaging his reforms might have been, since most of them were never implemented).

The liberals, reformists, and progressives in the United States, whether self-styled or so labeled, have had a hard time implementing their agenda. Even their few hard-won victories, such as Social Security, may get dismantled. Even when they managed to elect a president more to their liking, the effects were, by Western standards, reactionary. There was the Carter doctrine, according to which the United States will protect its access to oil by military aggression if necessary. There was also Clinton’s welfare reform, which forced single mothers to work menial jobs while placing their children in substandard daycare.

People in the United States have a broadly similar attitude toward politics with people of the Soviet Union. In the U.S., this is often referred to as “voter apathy”, but it might be more accurately described as non-voter indifference. The Soviet Union had a single, entrenched, systemically corrupt political party, which held a monopoly on power. The U.S. has two entrenched, systemically corrupt political parties, whose positions are often indistinguishable, and which together hold a monopoly on power. In either case, there is, or was, a single governing elite, but in the United States it organized itself into opposing teams to make its stranglehold on power seem more sportsmanlike.

In the U.S., there is an industry of political commentators and pundits which is devoted to inflaming political passions as much as possible, especially before elections. This is similar to what sports writers and commentators do to draw attention to their game. It seems that the main force behind political discourse in the U.S. is boredom: one can chat about the weather, one’s job, one’s mortgage and how it relates to current and projected property values, cars and the traffic situation, sports, and, far behind sports, politics. In an effort to make people pay attention, most of the issues trotted out before the electorate pertain to reproduction: abortion, birth control, stem cell research, and similar small bits of social policy are bandied about rather than settled, simply because they get good ratings. “Boring” but vitally important strategic issues such as sustainable development, environmental protection, and energy policy are studiously avoided.

Although people often bemoan political apathy as if it were a grave social ill, it seems to me that this is just as it should be. Why should essentially powerless people want to engage in a humiliating farce designed to demonstrate the legitimacy of those who wield the power? In Soviet-era Russia, intelligent people did their best to ignore the Communists: paying attention to them, whether through criticism or praise, would only serve to give them comfort and encouragement, making them feel as if they mattered. Why should Americans want to act any differently with regard to the Republicans and the Democrats? For love of donkeys and elephants?

Political Dysfunction

As I mentioned before, crisis-mitigating agendas for “us” to implement, whether they involve wars over access to resources, nuclear plant construction, wind farms, or hydrogen dreams, are not likely to be implemented, because this “we” entity will no longer be functional. If we are not likely to be able to implement our agenda prior to the collapse, then whatever is left of us is even less likely to do so afterward. Thus, there is little reason to organize politically in order to try to do good. But if you want to prepare to take advantage of a bad situation – well, that’s a different story!

Politics has great potential for making a bad situation worse. It can cause war, ethnic cleansing and genocide. Whenever people gather into political organizations, whether voluntarily or forcibly, it is a sign of trouble. I was at the annual meeting of my community garden recently, and among the generally placid and shy group of gardeners there were a couple of self-styled “activists.” Before too long, one of these was raising the question of expelling people. People who don’t show up for annual meetings and don’t sign up to do cleaning and composting and so on – why are they allowed to hold on to their plots? Well, some of the “rogue elements” the activist was referring to consisted of elderly Russians, who, due to their extensive experience with such things during the Soviet times, are exceedingly unlikely to ever be compelled to take part in communal labor or sit through meetings with the collective. Frankly, they would prefer death. But they also love to garden.

The reason the “element” is allowed to exist in this particular community garden is because the woman who runs the place allows them to hold on to their plots. It is her decision: she exercises leadership, and she does not engage in politics. She makes the garden function, and allows the activists to make their noise, once a year, with no ill effects. But if the situation were to change and the kitchen garden suddenly became a source of sustenance rather than a hobby, how long would it take before the activist element would start demanding more power and asserting its authority?

Leadership is certainly a helpful quality in a crisis, which is a particularly bad time for lengthy deliberations and debates. In any situation, some people are better equipped to handle it than others, and can help others by giving them directions. They naturally accumulate a certain amount of power for themselves, and this is fine as long as enough people benefit from it, and as long as nobody is harmed or oppressed. Such people often spontaneously emerge in a crisis.

An equally useful quality in a crisis is apathy. The Russian people are exceptionally patient: even in the worst of post-collapse times, they did not riot, and there were no significant protests. They coped as best they could. The safest group of people to be with in a crisis is one that does not share strong ideological convictions, is not easily swayed by argument, and does not possess an overdeveloped, exclusive sense of identity.

Clueless busybodies who feel that “we must do something” and can be spun around by any half-wit demagogue are bad enough, but the most dangerous group, and one to watch out for and run from, is a group of political activists resolved to organize and promote some program or other. Even if the program is benign, and even if it is beneficial, the politicized approach to solving it might not be. As the saying goes, revolutions eat their children. Then they turn on everyone else. The life of a refugee is a form of survival; staying and fighting an organized mob generally isn’t.

The Balkans are the post-collapse nightmare everyone is familiar with. Within the former Soviet Union, Georgia is the prime example of nationalist politics pursued to the point of national disintegration. After winning its independence, Georgia went through a paroxysm of nationalist fervor, resulting in a somewhat smaller, slightly less populous, permanently defunct state, with widespread poverty, a large refugee population, and two former provinces stuck in permanent political limbo, because, apparently, the world has lost its ability to redraw political boundaries. In its current form, it is politically and militarily a client of Washington, treasured only as a pipeline route for Caspian oil. Its major trading partner and energy supplier is the Russian Federation.

The U.S. is much more like the Balkans than like Russia, which is inhabited by a fairly homogeneous Caucasian/Asian population. The U.S. is very much segregated, usually by race, often by ethnicity, and always by income level. During prosperous times, it is kept relatively calm by keeping a percentage of people in jail that has set an all-time world record. During less prosperous times, it is at a big risk of political explosion. Multi-ethnic societies are fragile and unstable; when they fall apart, or explode, everyone loses.

Collapse in the U.S.

In the U.S., there appear to be few ways to make the collapse scenario work out smoothly for oneself and one’s family. The whole place seems too far gone in a particular, unsustainable direction. It is a real creative challenge, and we should be giving it a lot of serious thought.

Suppose you live in a big city, in an apartment or a condo. You depend on municipal services for survival. A week without electricity, or heat, or water, or gas, or garbage removal spells extreme discomfort. Any two of these is a calamity. Any three is a disaster. Food comes from the supermarket, with help from the cash machine or the credit card slot at the checkout station. Clean clothes come from the laundromat, which requires electricity, water, and natural gas. Once all the businesses have shut down and your apartment is cold, dark, smells like garbage (because it isn’t being collected) and like excrement (because the toilet doesn’t flush), perhaps it is time to go camping and explore the great outdoors.

So let’s consider suburbia. Suppose that you own a home in a developed suburban subdivision. There will still be problems with taxes, code enforcement, strangers from outer space living next door, and other boondoggles, which could get worse as conditions deteriorate. Distressed municipalities may at first attempt jack up rates to cover their costs instead of simply closing up shop. In a misguided effort to save property values, they may also attempt to enforce codes against such necessities as compost heaps, outhouses, chicken coops, and crops planted on your front lawn. Keep in mind, also, that the pesticides and herbicides lavished on lawns and golf courses leave toxic residues. Perhaps the best thing to do with suburbia is to abandon it altogether.

A small farm offers somewhat better possibilities for farming, but most farms in the U.S. are mortgaged to the hilt, and most land that has been under intensive cultivation has been mercilessly bombarded with chemical fertilizers, herbicides and insecticides, making it an unhealthy place, inhabited by men with tiny sperm counts. Small farms tend to be lonely places, and many, without access to diesel or gasoline, would become dangerously remote. You will need neighbors to barter with, to help you, and to keep you company. Even a small farm is probably overkill in terms of the amount of farmland available, because without the ability to get crops to market, or a functioning cash economy to sell them in, there is no reason to grow a large surplus of food. Tens of acres are a waste when all you need is a few thousand square feet. Many Russian families managed to survive with the help of a standard garden plot of one sotka, which is 100 square meters, or, if you prefer, 0.024710538 acres, or 1076.391 square feet.

What is needed, of course, is a small town or a village: a relatively small, relatively dense settlement, with about an acre of farmland for every 30 or so people, and with zoning regulations designed for fair use and sustainability, not opportunities for capital investment, growth, property values, or other sorts of “development”. Further, it would have to be a place where people know each other and are willing to help each other – a real community. There may still be a few hundred communities like that tucked away here and there in the poorer counties in the United States, but there are not enough of them, and most of them are too poor to absorb a significant population of economic migrants.

Investment Advice

Often when people hear about the possibility of economic collapse, they wonder: “Let’s suppose that the U.S. economy is going to collapse soon. Why is this even worth thinking about, if there is nothing I can do about it?” Well, I am not a professional investment adviser, so I risk nothing by making some suggestions for how one can collapse-proof one’s investment portfolio.

The nuclear scare gave rise to the archetype of the American Survivalist, holed up in the hills, with a bomb shelter, a fantastic number of tins of spam, and an assortment of guns and plentiful ammunition with which to fight off neighbors from further downhill, or perhaps just to shoot beer-cans when the neighbors come over for beer and spamwiches. And, of course, an American flag. This sort of survivalism is about as good as burying yourself alive, I suppose.

The idea of stockpiling is not altogether bad, though. Stockpiling food is, of course, a rotten idea, literally. But certain manufactured items are certainly worth considering. Suppose you have a retirement account, or some mutual funds. And suppose you feel reasonably certain that by the time you are scheduled to retire it won’t be enough to buy a cup of coffee. And suppose you realize that you can currently buy a lot of good stuff that has a long shelf life and will be needed, and valuable, far into the future. And suppose, further, that you have a small amount of storage space: a few hundred square feet. Now, what are you going to do? Sit by and watch your savings evaporate? Or take the tax hit and invest in things that are not composed of vapor?

Once the cash machines are out of cash, the stock ticker stops ticking, and the retail chain breaks down, people will still have basic needs. There will be flea markets and private barter arrangements to serve these needs, using whatever local token of exchange is available; bundles of $100 bills, bits of gold chain, packs of cigarettes, or what have you. It’s not a bad idea to own a few of everything you will need.

You should invest in things you will be able to trade for things you will need. Think of consumer necessities that require high technology and have a long shelf life. Here are some suggestions to get you started: drugs (over-the-counter and prescription); razor blades; condoms. Rechargeable batteries (and solar chargers) are sure to become a prized item (Ni-MH are the less toxic ones). Toiletries, such as good soap, will be luxury items. Fill some shipping containers, nitrogen-pack them so that nothing rusts or rots, and store them somewhere.

After the Soviet collapse, there swiftly appeared a category of itinerant merchants who provided people with access to imported products. To procure their wares, these people had to travel abroad, to Poland, to China, to Turkey, on trains, carrying goods back and forth in their baggage. They would exchange a suitcase of Russian-made watches for a suitcase of other, more useful consumer products, such as shampoo or razor blades. They would have to grease the palms of officials along their route, and were often robbed. There was a period of time when these people, called “chelnoki,” which is Russian for “shuttles,” were the only source of consumer products. The products were often factory rejects, damaged, or past their sell-by date, but this did not make them any less valuable. Based on their example, it is possible to predict which items will be in high demand, and to stockpile these items ahead of time, as a hedge against economic collapse. Note that chelnoki had intact economies to trade with, accessible by train – while this is not guaranteed to be the case in the U.S.

A stockpile of this sort, in a walkable, socially stable place, where you know everybody, where you have some close friends and some family, where you own your shelter and some land free and clear, and where you can grow most of your own food, and barter for the rest, should enable you to survive economic collapse without too much trouble. And, who knows, maybe you will even find happiness there.

Conclusion

Although the basic and obvious conclusion is that the United States is worse prepared for economic collapse than Russia was, and will have a harder time than Russia had, there are some cultural facets to the United States that are not entirely unhelpful. To close on an optimistic note, I will mention three of these.

Firstly, and perhaps most surprisingly, Americans make better Communists than Russians ever did, or cared to try. They excel at communal living, with plenty of good, stable roommate situations, which compensate for their weak, alienated, or nonexistent families. These roommate situations can be used as a template, and scaled up to village-sized self-organized communities. Big households that pool their resources make a lot more sense in an unstable, resource-scarce environment than the individualistic approach. Without a functioning economy, a household that consists of a single individual or a nuclear family ceases to be viable, and people are forced to live in ever larger households, from roommate situations to taking lodgers to doubling up to forming villages. Where any Russian would cringe at such an idea, because it stirs the still fresh memories of the failed Soviet experiment at collectivization and forced communal living, many Americans are adept at making fast friends and getting along, and generally seem to posses an untapped reserve of gregariousness, community spirit, and civic-minded idealism.

Secondly, there is a layer of basic decency and niceness to at least some parts of American society, which has been all but destroyed in Russia over the course of Soviet history. There is an altruistic impulse to help strangers, and pride in being helpful to others. In many ways, Americans are culturally homogeneous, and the biggest interpersonal barrier between them is the fear and alienation fostered by their racially and economically segregated living conditions.

Lastly, hidden behind the tawdry veneer of patriotic bumper stickers and flags, there is an undercurrent of quiet national pride, which, if engaged, can produce high morale and results. Americans are not yet willing to simply succumb to circumstance. Because many of them lack a good understanding of their national predicament, their efforts to mitigate it may turn out to be in vain, but they are virtually guaranteed to make a valiant effort, for “this is, after all, America.

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