Great Lakes Article:

WATER DEFICITS GROWING IN MANY COUNTRIES
Water Shortages May Cause Food Shortages

Lester R. Brown
08/09/2002

The world is incurring a vast water deficit. It is largely invisible, historically recent, and growing fast. Because this impending crisis typically takes the form of aquifer overpumping and falling water tables, it is not visible. Unlike burning forests or invading sand dunes, falling water tables cannot be readily photographed. They are often discovered only when wells go dry.

The world water deficit is recent--a product of the tripling of water demand over the last half-century and the rapid worldwide spread of powerful diesel and electrically driven pumps. The drilling of millions of wells has pushed water withdrawals beyond the recharge of many aquifers. The failure of governments to limit pumping to the sustainable yield of aquifers means that water tables are now falling in scores of countries.

We are consuming water that belongs to future generations. In some countries, the fall of water tables is dramatic. In Yemen, a country of 19 million, the water table under most of the country is falling by roughly 2 meters a year as water use far exceeds the sustainable yield of aquifers. World Bank official Christopher Ward observes that "groundwater is being mined at such a rate that parts of the rural economy could disappear within a generation."

In the basin where the capital, Sana'a, is located and where the water table is falling 6 meters (nearly 20 feet) per year, the aquifer will be depleted by the end of this decade. In the search for water, the Yemeni government has drilled test wells in the basin that are 2 kilometers (1.2 miles) deep, depths normally associated with the oil industry, but they have failed to find water. Yemen must soon decide whether to bring water to Sana'a, possibly from coastal desalting plants, or to relocate the capital.

Iran, a country of 70 million people, is facing an acute shortage of water. Under the agriculturally rich Chenaran Plain in northeastern Iran, the water table was falling by 2.8 meters a year in the late 1990s. But in 2001 the cumulative effect of a three-year drought and the new wells being drilled both for irrigation and to supply the nearby city of Mashad dropped the aquifer by an extraordinary 8 meters. Villages in eastern Iran are being abandoned as wells go dry, generating a swelling flow of water refugees.

Shortages of water in Egypt, which is entirely dependent on the Nile River, are well known. With the Nile now reduced to a trickle as it enters the Mediterranean, the three principal countries of the Nile River Basin--Egypt, Ethiopia, and Sudan--can each increase its take from the river only at the expense of the other two. With the combined population of these countries projected to climb from 167 million today to 264 million in 2025, all three are facing growing grain deficits as a result of water shortages.

In Mexico--home to 104 million people and growing by 2 million per year--the demand for water has outstripped supply in many states. In the agricultural state of Guanajuato, for example, the water table is falling by 1.8-3.3 meters a year. Mexico City's water problems are legendary. How the United States and Mexico share the water of the Rio Grande has become a thorny issue in U.S.-Mexican relations.

A World Bank study of the water balance in the North China Plain calculated an annual deficit of 37 billion tons of water. Using the rule of thumb of 1,000 tons of water to produce 1 ton of grain, this is equal to 37 million tons of grain--enough to feed 111 million Chinese at their current level of consumption. In effect, 111 million Chinese are being fed with grain produced with water that belongs to their children. Scores of other countries are running up regional water deficits, including nearly all of those in Central Asia, the Middle East, and North Africa, plus India, Pakistan, and the United States.

Historically, water shortages were local, but in an increasingly integrated world economy, the shortfalls can cross national boundaries via the international grain trade. Water-scarce countries often satisfy the growing needs of cities and industry by diverting water from irrigation and importing grain to offset the resulting loss of production. Since a ton of grain equals 1,000 tons of water, importing grain is the most efficient way to import water. World grain futures will soon in effect become world water futures.

Although military conflicts over water are always a possibility, future competition for water seems more likely to take place in world grain markets. This can be seen with Iran and Egypt, both of which now import more wheat than Japan, traditionally the world's leading importer. Imports supply 40 percent or more of the total consumption of grain--wheat, rice, and feedgrains--in both countries. Numerous other water-short countries also import much of their grain. Morocco brings in half of its grain. For Algeria and Saudi Arabia, the figure is over 70 percent. Yemen imports nearly 80 percent of its grain, and Israel, more than 90 percent.

Seventy percent of world water use, including all the water diverted from rivers and pumped from underground, is used for irrigation, 20 percent is used by industry, and 10 percent goes to residences. Thus if the world is facing a water shortage, it is also facing a food shortage. Water deficits, which are already spurring heavy grain imports in numerous smaller countries, may soon do the same in larger countries, such as China or India.

Even with the overpumping of its aquifers, China is developing a grain deficit. After rising to an historical peak of 392 million tons in 1998, grain production in the world's largest nation fell below 350 million tons in 2000, 2001, and 2002. The resulting annual deficits of 40 million tons or so have been filled by drawing down the country's extensive grain reserves. But if this situation continues, China soon will be forced to turn to the world grain market.

When this happens, it will almost certainly drive grain prices upward. Remember that when the Soviets decided after a poor harvest in 1972 to import grain rather than tighten their belts, the world wheat price climbed from $1.90 per bushel in 1972 to $4.89 in 1974.

The two keys to stabilizing aquifers are raising water prices and stabilizing population. The first step is to eliminate the pervasive subsidies that create artificially low prices for water in so many countries. The next is to raise water prices to the point where they will reduce pumping to a sustainable level by raising water productivity and reducing water use in all segments of society. Low-income urban consumers can be protected with "lifeline rates" that provide for basic needs at an affordable price. Prices of underground water can be raised by installing meters on pumps and charging for water as Mexico has done or by auctioning permits to operate wells. Either way, water prices rise.

The second key is to quickly stabilize population in water-short countries. Most of the 3 billion people projected to be added worldwide by mid-century will be born in countries already experiencing water shortages. Unless population growth can be slowed quickly by investing heavily in female literacy and family planning services, there may not be a humane solution to the emerging world water shortage.

Selected Examples of Aquifer Depletion
Country	Region	Description of Depletion
China	North China Plain	Water table falling by 2–3 meters per year under much of the Plain. As pumping costs rise, farmers are abandoning irrigation.
United States	Southern Great Plains	Irrigation is heavily dependent on water from Ogallala aquifer, largely a fossil aquifer. Irrigated area in Texas, Oklahoma, and Kansas is shrinking as aquifer is depleted.
Pakistan	Punjab	Water table is falling under the Punjab and in the provinces of Baluchistan and North West Frontier.
India	Punjab, Haryana, Rajasthan, Andhra Pradesh, Maharashtra, Tamil Nadu, and other states	Water tables falling by 1–3 meters per year in some parts. In some states extraction is double the recharge. In the Punjab, India’s breadbasket water table falling by nearly 1 meter per year.
Iran	Chenaran Plain, northeastern Iran	Water table was falling by 2.8 meters per year but in 2001 drought and drilling of new wells to supply nearby city of Mashad dropped it by 8 meters.
Yemen	Entire country	Water table falling by 2 meters per year throughout country and 6 meters a year in Sana’a basin. Nation’s capital, Sana’a, could run out of water by end of this decade.
Mexico	State of Guanajuato	In this agricultural state, the water table is falling by 1.8–3.3 meters per year.
Source: China from Michael Ma, “Northern Cities Sinking as Water Table Falls,” South China Morning Post, 11 August 2001; United States from Postel, Sandra Postel, Pillar of Sand (New York: W.W. Norton & Company, 1999), and from Bonnie Terrell and Phillip N. Johnson, “Economic Impact of the Depletion of the Ogallala Aquifer: A Case Study of the Southern High Plains of Texas,” presented at the American Agricultural Economics Association annual meeting in Nashville, TN, 8–11 August 1999; Pakistan, India, and Mexico in Tushaar Shah et al., The Global Groundwater Situation: Overview of Opportunities and Challenges (Colombo, Sri Lanka: International Water Management Institute, 2000); Postel, op. cit. this note; Iran from Chenaran Agricultural Center, Ministry of Agriculture, according to Hamid Taravati, publisher, Iran, e-mail to author, 25 June 2002; Christoper Ward, “Yemen’s Water Crisis,” based on a lecture to the British Yemeni Society in September 2000, July 2001.

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Lester R. Brown: 
Plan B: Rescuing a Planet under Stress 
and a Civilization in Trouble
Summary by Michael McGoodwin, prepared 2005

Acknowledgement: This work has been summarized using the W. W. Norton 2003 edition.  Quotations are for the most part taken from that work, as are paraphrases of its commentary.

Impression: This is a short, concise, but important book.  The author has written many similar works since the 1970s, and is currently head of the Earth Policy Institute which he founded.  Although the book is sometimes repetitive and seems a little patched together from previous articles and books, it nevertheless skillfully summarizes many of the ecological and environmental issues that threaten our earth and our future.  The outlook is consistently international and global in scope, and not confined to any one country.  The subject matter presented has been carefully selected and honed to maximize political persuasiveness and to minimize controversy.  Compared to Al Gore's passionate, spiritual, and at times deeply personal Earth in the Balance (1993), it is quite similar in its subject matter, but more polished and selective in its focus.  For example, it sidesteps the failure of clergy and certain organized religions to substantively address the problems of overpopulation, and it studiously avoids direct criticism of the profound neglect of environmental issues by President Bush.  Everyone should read this book and try to act to bring about the needed changes the author presents so clearly.  However, individuals can only accomplish so much--informed and forward-looking responsible national leadership is the missing ingredient to date.  Government must take the lead and establish new policies and priorities such as are discussed here.  Even Al Gore's subsequent track record while Vice President and as candidate for president is disappointing in this regard.

---

The following presents a skeleton summary of the major topics presented in this book.  Commentary or editorialization by MCM is enclosed in [square brackets].

The dedication is to Orville L. Freeman, former Secretary of Agriculture.  The Preface discusses his 2001 book, Eco-Economy: Building and Economy for the Earth, but the current book argues for more urgent action at wartime speed.  He acknowledges that to keep the book short, he has largely omitted discussion of the loss of biological diversity and has given only passing mention to problems of water pollution or environmental education.

A Planet Under Stress

World population has doubled and the world economy has expanded by 7x in the past 50 years.  We have a "bubble economy" that is using resources at an unsustainable rate and that will collapse without drastic intervention.  Major concerns are overgrazing rangeland, overpumping aquifers, draining rivers dry, overfishing the oceans, destroying habitat, increasing CO2 release leading to global warming, the first mass extinctions of species since 65 million years ago, soil erosion and expanding deserts, etc.  As of about 1980, we are consuming not just the interest earned by nature but also the principal of our natural endowment, and this will lead to environmental bankruptcy.  We are currently (as of 1999) exceeding nature's capacity by about 20%, perhaps 24% by 2003.  Discussion of other bubble economies such as Japan, the NASDAQ.

World population grew from 2.5 billion in 1950 to 6.1 billion in 2000, exceeding that of the past 40 million years.  Our global economic output rose from $7 trillion in 1950 to $46 trillion in 2000.  Population growth and increasing prosperity promotes increased consumption of grain, tripling demand from 1950 to 2000.  Producing this grain has accelerated topsoil erosion.  Water use has tripled, causing water tables to fall and wells to dry up.  Fossil fuel consumption has gone up 4x, and CO2 emitted exceeds natural fixation capacity, leading to the rise in atmospheric CO2 from 316 PPM in 1959 to 369 in 2000.  Food such as grain will be in increasingly short supply--in the years 2000-2002, the grain harvest fell short of consumption (for example, in 2002 the grain harvest of 1807 million tons fell 5% short).  Farmers are unlikely to be able to close this gap without causing further environmental degradation.

Progress toward reducing world hunger has essentially halted--the number of undernourished people in 2000 is estimated by the UN at 840 million.

Problems Farmers Face

Global warming is increasingly evident, causes reduced crop yields.  Photosynthesis for many crops including corn slows to zero at 37° C.  Each 1 degree Celsius rise in temperature above the optimal crop temperature during the growing season reduces yields by  10%.  China as an example.

Overpumping of aquifers: The water tables are falling in scores of countries (including Northern China, the US, and India) due to widespread overpumping using powerful diesel and electric pumps.  Other countries affected include Pakistan, Iran, and Mexico.  This will eventually lead to water scarcity and cutbacks in grain harvest.

Ecological Meltdown in Northern China

China's problems include also overgrazing rangeland (especially problematic are sheep and goats), overcutting forests, loss of protective vegetation and increasing dust bowls, and expanding deserts (especially the Gobi as well as in Gansu and Inner Mongolia).  Millions of tons of topsoil can be lost to winds in a single day, depositing dust on distant countries including S. Korea, Japan, and even the US.  These adverse changes will force many millions of internal migrants and environmental refugees, as well as other hardships.

Food as a National Security Issue

Iran and Egypt import 40% of their grain; Algeria, Japan, S Korea, and Taiwan import 70%; and Israel and Yemen import 90%.  The US, Canada, France, Australia, Argentina, and Thailand are net grain exporters and together account for 90% of grain exports.  Rising Chinese demand (its current grain shortfall is 40 million tons/year) will destabilize world grain markets eventually and lead to life-threatening rises in grain prices.  Canada in 2002 stopped exporting grain.  Shortages like these have caused or will lead to millions of environmental refugees, particularly in China, Nigeria, Iran, Yemen, Quetta (in Pakistan's Baluchistan province).  Hunger will be on the rise, may lead to social breakdown and anarchy (such as is evident in Somalia, Afghanistan, and the Dem. Rep. of the Congo).

Emerging Water Shortages

The author expands on the topics of overpumping aquifers and rivers running dry (such as the Colorado, the Yellow River in China, Amu Darya that fed the Aral Sea, the Nile, the Indus, and the Ganges.

Grain requires 1000x times it weight in water to be grown (whereas steel production requires only 14x its weight in water).  Water consumed indirectly for food production can reach 4,000 liters per day.  Water is being diverted to cities and to industry as higher and less consuming uses, shorting agriculture as a result.

Falling Water Tables

Deep (fossil) aquifers are composed of fossil water and are nonreplenishable--pumping from them is akin to mining.  Examples include the Ogallala under the Great Plains and the deep aquifers under N China and Saudi Arabia.  Replenishable aquifers are usually shallow and are replenished at the rate of recharge.  

The countries most severely affected by aquifer overpumping (in order of population) are China, India, the US, Pakistan, Mexico, Iran, S Korea, Morocco, Saudi Arabia, Yemen, Syria, Tunisia, Israel, and Jordan, comprising together 3.2 billion people.  The average deep aquifer level in N China dropped 2.9 meters just in year 2000.  

Some deep wells near Beijing now extend to 1000 meters below the surface in order to tap fresh water and supply crops.  Chinese grain harvest (except corn) is falling: (1) from 123 million tons of wheat in 1997 to 87 million in 2003, (2) from 140 million tons of rice in 1997 to 121 million in 2003; and (3) from 392 million tons of all grains in 1988 to 338 million in 2003.  China is overpumping the basins of the Hai, the Huai, and the Yellow River.  

India is overpumping the Punjab, Haryana, Gujarat, and other regions, and water shortages could eventually cause a decline in grain yields of 25%.  In Gujarat, the water table has fallen from 15 meters deep to 400 meters.

In Texas, Oklahoma, and Kansas, leading grain states, the water table has fallen by more than 30 meters, and many wells have gone dry in the southern Great Plains.  

Other countries are especially affected, particularly Yemen.

Rivers Running Dry

Rivers run dry from damming, diversion for irrigation, and loss of springs when aquifers have diminished that would otherwise recharge them.  Examples include the Colorado in the US. The Amy Darya no longer recharges the Aral Sea, whose volume of water has dropped by 83%.

The Yellow River in China has failed to reach the sea in parts of each year since 1985.  The Nile River's discharge into the Mediterranean has declined from 32 billion m3 to less than 2 billion m3 as a result of the Aswan Dam and other diversions.  The Indus, Mekong, Tigris, and Euphrates are also affected, inasmuch as virtually all their water is being used.

Farmers Losing to the Cities

Due to the higher consumption of water and lower value of crops compared to industrial goods, as well as high urban demands, farmers are losing out to cities and industry...

Scarcity Crossing National Borders

Countries forced to import their grain are increasingly vulnerable.  Water shortages are increasingly putting countries in competition and will lead to wars.

A Food Bubble Economy

In many countries, food production is artificially maintained by unsustainable depletion of natural resources such as fossil water, and collapse of these bubble economies is inevitable.  Texas, Kansas, and Nebraska get 70-90% of their irrigation water from the fossil Ogallala aquifer, a nonrenewable resource which is being depleted.  Other countries depleting their aquifers for food are cited.

Eroding Soils and Shrinking Cropland

Soil Erosion: Wind and Water

Loss of topsoil. Mayan historical example.  US dust bowl. Silting of reservoirs.  Land productivity falls with loss of soil.  Ethiopia is losing 1 billion tons/year of topsoil, India 4.7 billion.  Nepal, China also affected.  Role of overplowing and tilling of marginal soils or sloping lands.

Advancing Deserts

Desertification is caused by clearing of vegetation and forests which serves as natural windbreaks, overplowing, overgrazing, firewood gathering, loss through dust storms of soils, etc.  Examples cited in Africa, Nigeria, Kenya, Iran, Afghanistan, China, Inner Mongolia, etc.

Crops and Cars Compete for Land

Prime crop land is being paved over for autos, since both farms and roads prefer flat well-drained lands. One auto requires about 0.2 acres in land paved, often at the expense of crop land.  Future for China, India, and other countries where there is not enough land to provide for the projected number of automobiles as well as crop land needed to meet food requirements.

The Land-Hungry Soybean

Soy oil and soy meal are major food and livestock feed products. Soybean oil dominates world vegetable oil economy.  The US soy harvest in 2002 was worth $13 billion, 2x that of wheat.  Meeting rising soybean demand will require more land.

Grainland Gains and Losses

World grain areas peaked in 1981 at 732 million hectares and have declined to 647 in 2002.  Declines have occurred due to abandonment of marginal soils, soil loss, paving and population expansion, conversion to fish ponds, etc.

Spreading Land Hunger

Family farms are shrinking in size due to divided inheritances, and many are too small to be profitable... 

The author concludes this chapter by quoting Walter Lowdermilk's "Eleventh Commandment" regarding sustainable development from a 1939 Bulletin of the US Department of Agriculture: 

Thou shalt inherit the Holy Earth as a faithful steward, conserving its resources and productivity from generation to generation.
Thou shalt safeguard thy fields from soil erosion,
    thy living waters from drying up,
    thy forests from desolation,
    and protect thy hills from overgrazing by thy herds,
    that thy descendents may have abundance forever.
If any shall fail in this stewardship of the land,
    thy fruitful fields shall become sterile stony ground and wasting gullies,
    and thy descendents shall decrease and live in poverty or perish from off the face of the earth.

Rising Temperatures and Rising Seas

Heat waves are increasing in frequency and severity.  Ice is melting, storms are increasing.

The Temperature Record

A graph of average global temperature from the Goddard Institute for Space Science is presented.  The following graph dated 12 January 2005 and extending to the year 2004 is adapted from their website. It shows the deviation from average surface temperatures globally (and in selected locales) compared to a base period of 1951 to 1980:

(click on thumbnail)

A rise in the 21st century of between 1.4 to 5.8 °C is projected by the Intergovernmental Panel on Climate Change:

(click on thumbnail)

Rising temperatures decrease crop yields for rice, wheat and corn beyond a maximal optimal temperature that varies from 34 to 37 degrees C.  This is due to plant dehydration and other heat stresses.  Agriculture might be moved to cooler northern regions, but these tend to have poor soils.  Snow and ice reservoirs of water are being depleted by global warming.  There is increased winter runoff of water, when it is not needed and causes flooding, and diminished runoff of ice melt in the spring and summer when it is needed.  The rising of the seas from melting of glacial ice, Greenland and Antarctic ice caps, Arctic sea ice, and other ice melting threatens many coastal areas in the world, due to a projected rise of somewhere between 4-35 inches.  These include many low islands, Bangladesh, rice growing areas of India, Thailand, Indonesia, and other Asian countires, lower Manhattan, Washington D.C., New Orleans, etc.  Destructive storms are increasing in frequency and severity, causing wind damage, flooding, mudslides, and other forms of widespread destruction.  The economic costs of storms are increasing and threaten the viability of the reinsurance industry.  The costs of global warming are being subsidized by subsidies for fossil fuel consumption, stimulated by powerful gas and oil lobbies.

Our Socially Divided World

1.2 billion people are undernourished according to the World Health Organization.  Life Expectancy is decreasing dramatically in sub-Saharan Africa due to the HIV epidemic, which is having devastating effects on adult workers and their children, etc.  This epidemic, along with endemic tuberculosis and malaria, should not be simply watched with "a kind of pathological equanimity".  Poverty and hunger are greatest in India and Africa.  They contribute to low birth weight infants, greater disease, reduced productivity.  There is a great need for potable water, improved hygiene.  Illiteracy affects 875 million adults, 60% of them women, and contributes to poverty.

Plan A: Business as Usual

Proceeding as we are doing without radical redirection constitutes Plan A, no change at all, and will lead to eventual bursting of the environmental bubble and severe consequences. The rate of environmental degradation is accelerating.  Species are going extinct at an alarming rate.  Pollution and toxic wastes are rapidly increasing.   Population growth in excess of resources leads to conflicts, contributing to the genocide in Rwanda, as well as tensions in Nigeria, India, etc.  Water competition among countries is increasing: Egypt, Sudan, and Ethiopia; Turkey, Syria, and Iraq; the 5 Stans sharing the Aral Sea basin, etc.

(Plan B) Raising Water Productivity

Needed solutions include the following:  Adopt realistic prices for water, use a sliding scale that starts at a low base rate.  Meter the use of ground and river water.  Provide economic incentives for more efficient water use.  Place control of water in the hands of local associations.  Raise water productivity (kg grain per ton of water used) with appropriate selection of crops (e.g., wheat rather than rice, sorghum rather than corn), reduce seepage, employ drip irrigation, laser leveling of land, etc.  Harvest rain water, terrace hill sides to reduce runoff and increase rain absorption for recharging aquifers.  Reduce nonfarm uses of water to wash away wastes including toxic pollutants.  Diminish sewage by using composting toilets.  Recycle sewage water to potable water [but can drug contaminants be fully removed?]  High cost of desalination plants ($1 - $2 per cubic meter to desalt sea water).  

(Plan B) Raising Land Productivity

Applying more fertilizer will not generally be the solution.  Crop yields are not generally rising as much as in the past.  Increasing yields can be done by planting leguminous trees, employing multiple cropping (e.g., raising winter wheat and summer corn, or wheat plus rice, or wheat plus soybeans).  Also need to produce animal protein more efficiently.  Cattle in feedlots require 7 kg of grain to produce 1 kg gain in live weight, whereas pigs require 4 kg, poultry require only 2 kg, and herbivorous farmed fish (such as tilapia, catfish, and carp) require less than 2 kg.  Aquaculture has considerable potential due to the high efficiency of converting feed into protein.  China is the leading producer of farmed fish.  Although public controversy exists about farming carnivorous salmon and shrimp, world aquaculture is dominated by herbivorous species and shellfish, and this is where the potential for growth lies.

Use of crop residues for animal (cattle, water buffalo) feed is increasing especially in India, which has eclipsed the US in milk production as a result.  Ammoniation of these residues can facilitate ruminant digestion.  

Wind erosion can be countered by planting tree shelterbelts, by strip cropping, and by paying farmers to plant trees.

Water erosion can be reduced by terracing, conservation tillage (no tillage or minimal tillage), permanent vegetative covers, curbs on urban sprawl and the dominance of the automobile.

People should eat down the food chain, somewhere in the middle like the Italians, for whom meat is more a condiment than a main dish.

Sheep and goats destroy grass and vegetation, so a shift to dairy cattle is recommended.  Reduce overgrazing.  Shift from fuel wood to solar cookers or wind-generated electricity.

Ban clearcutting.

(Plan B) Cutting Carbon Emissions in Half

Tony Blair of Britain has joined Sweden's PM in urging reducing CO2 emissions by 60% by 2050, much greater than the 5% by 2012 called for by the Kyoto Protocol.  Canada is phasing out coal-fired power plants which lead to acid rain and mercury pollution.  Germany has set the pace in reducing CO2 emissions by 40% by 2020.  The US so far is lagging, due to a lack of leadership.  It would be entirely feasible to cut in half CO2 emissions by 2015.

Improving energy efficiency is a needed goal.  Methods include: improved household appliance energy efficiency, improved building and home energy efficiency, banning nonrefillable beverage containers (aluminum is more expensive than refillable glass), switching to compact fluorescent lighting, doubling the fuel efficiency of autos (hybrid engines), redesigning urban transport for greater efficiency (e.g., light rail, congestion tax), wind farm  generation of electricity (cost in 2001 was as low as 4 cents per kWh), conversion to hydrogen fuel cell power for building and autos, shifting subsidies from petroleum consumption to use of wind and hydrogen power, etc., photovoltaic cell conversion of sun to electricity, and geothermal energy for heating and power generation.  

The hydrogen economy. Problems of storage of hydrogen especially in autos.  Who will provide the hydrogen? 

Cutting carbon emission with public transport and reduction of autos also can be fostered by restructuring incentives and subsidies.

Two-way or net metering can help individuals operate wind power generators that feed electricity back into the grid.  This can help to reduce coal power generation with resultant CO2 emission and mercury pollution.

(Plan B) Responding to the Social Challenge

Must slow population growth, so that medium projection of 8.9 billion by 2050 does not come true.  Need effective and universal birth control, reproductive health, and family planning.  US President must advocate a policy of 2 children per couple.

Must have universal basic education, especially of poor girls, more teacher training.

Must combat AIDS epidemic, close the condom gap, address high risk groups such as sex workers and IV drug abusers.  [Can anti-retroviral drugs be more widely distributed?]

Must promote basic health initiatives, especially for infectious diseases in third world countries, assisted by reducing hunger (which predisposes to health problems and disease vulnerability).  Provide better water supplies, reduce auto accidents, discourage smoking, provide school lunches in poor countries, develop women, infants, and children (WIC) programs.  Some of these efforts will help to reduce the conditions that breed terrorism.

Governments implementing some of these programs can experience productivity rises and other social benefits instead of worsening "demographic fatigue".

The total cost to implement a global set of basic social goals is $62 billion per year [less than the cost to date of the Iraq war], and includes $15 billion for universal primary education, $4 billion for adult literacy, $10 billion for family planning, $2 billion for closing the condom gap, $6 billion for school lunches, $4 billion for WIC assistance in the 44 poorest countries, and $21 billion for universal basic health care.  The US would contribute perhaps $20 billion, and other countries would provide the rest.

(Plan B) Rising to the Challenge

A massive mobilization is needed at wartime speed, just as the US did after Pearl Harbor.  Restructure the tax system to reduce destructive activities and promote more environmentally sound initiatives.  Slow world population growth to stabilize at 7.5 billion people.  Shift to a hydrogen based economy.  Stabilize water tables, reduce soil erosion. By 1942, the US made the greatest expansion of industrial output in the nation's history, complete with auto and gasoline rationing.  Our markets must include in prices the indirect costs of providing goods and services deriving from consuming nonrenewable resources.  Set cigarette and gasoline prices to reflect the real costs to society including future health problems.  Gasoline should be $3-8/gallon. Plant more trees.  Tax carbon burning, tax emissions of heavy metals, tax garbage production, tax auto congestion in urban cores, tax CFCs and energy consumption.  Shift subsidies to more desirable goals than petroleum use.

These goals are doable, we must adopt Plan B or suffer the consequences of our inaction.