With personnel nearly the same size as the population of Chicago and a fleet of over 500,000 aircraft, vessels, and vehicles, the U.S. Department of Defense is a massive and energy-hungry institution.

Last year alone, the military consumed some 375,000 barrels of oil per day, more than three-quarters of all other countries on the planet. To put that in perspective, Nigeria — with a population of more than 140 million — consumes about the same amount.

During the decades of cheap fuel and easy access, feeding this complex system spread over 820 global installations was of little concern. In today’s economic climate, however, the Department of Defense (DoD) has had to adapt its energy strategy.

The stakes could not be higher,” Navy Secretary Ray Mabus said in a statement earlier this year. “Energy reform will make us better fighters. In the end, it is a matter of energy independence and it is a matter of national security. Our dependence on foreign sources of petroleum makes us vulnerable in too many ways.

According to a recent report by the Pew Charitable Trusts, the DoD is taking aim at its annual $15 billion energy budget with a focus on efficiency and development of renewable, clean fuels — three areas that are pivotal in the race to create a more efficient fighting force and strengthen America’s energy independence.

Read entire report

Along with advances in equipment, the Army is seeking new methods to use and secure our scarce energy resources. Clearly, future operations will depend on our ability to reduce dependency, increase efficiency, and use more renewable or alternative sources of energy. We’ve made great strides in this area, and we intend to do more.

The Honorable John McHugh – Secretary of the Army

Perhaps the closest ties between the DoD and the private cleantech sector come through collaborations on sustainable sources of energy. As of April 2010, over 450 renewable initiatives (including solar, wind, geothermal, and biomass) were in use or being developed on military bases.

The shift towards sustainable sources has as much to do with security as it does with budget and autonomy. With the DoD’s heavy reliance on civilian utilities comes increased risk from interruptions due to natural disasters or terrorist attacks.

Investments in microgrids, which act as self-contained islands of clean energy generation and storage, are an ideal contingency plan. “We know this technology can save fuel and maintenance time for our deployed forces,” said Brigadier General N. Lee S. Price. “Through this project, we can obtain reliable data on these benefits — and lay the groundwork for successful use of microgrids in theater.”

Solar photovoltaic and solar thermal technologies make up the majority of the DoD renewable energy installations and are a focal point of investment.

In September of 2011, Energy Secretary Steven Chu announced the largest domestic residential rooftop solar project in history: a $334M loan to solar power provider SolarCity that will provide “up to 160,000 rooftop solar installations on top of privately run military housing complexes at 124 military bases across 34 states.” Large scale solar projects are also in development across the U.S. — including a 500-MW solar concentrator project at Fort Irwin in California.

Read more about the Department of Defense Initiatives in Renewable Energy

Posted in Clean Energy, Energy Efficiency, Oil, Policy, Transportation | Tagged Anric Blatt, Department of Defense, Military | Leave a comment

The Tres Amigas (meaning “three friends” in Spanish) Superstation has been called the world’s first high-capacity “Renewable Energy Hub.”

This new system is designed to connect the three major electricity grids in the United States, allowing for easier integration of renewable energy such as wind and solar into the grid. A smart electricity grid is needed to allow power from clean wind and solar resources to reach far-flung parts of the country with large power demands.

The Tres Amigas Superstation will be constructed in Clovis, New Mexico, a location with many unique and strategic advantages. Clovis, located in New Mexico and close to the border of Texas, is located near current and planned transmission lines for America’s three power grids (Eastern Interconnection, Western Interconnection and Texas Interconnection).  Tres Amigas, LLC has already been granted the right to lease 14,400 acres (22.5 square miles) of land in Clovis by the New Mexico State Land Office for this system.

Bringing the Tres Amigas Superstation to fruition will likely require a minimum expenditure of $1.5 billion, not to mention significant transmission and distribution technology know-how. Work on the Superstation will demand advanced networking and communications input to coordinate many complex interactions, including multiple power sources, markets and prices.

Chief Operating Officer David Stidham says many of the technology innovations needed to complete this ambitious grid project did not exist a few short years ago.  For example, the Superstation will feature cutting-edge Voltage Source Converters, or VSCs, that can efficiently connect two or more asynchronous grids by converting alternating current (AC) power from one network into direct current (DC) power and then back into AC power that’s fed into another grid.  The Superstation will utilize powerful software to manage the massive amounts of data.

The Tres Amigas project has succeeded in bringing global trading, IT and infrastructure services company Mitsui on board. Mitsui will invest $12 million into Tres Amigas and contribute its expertise in smart-grid IT, renewable energy development and management, and carbon dioxide emissions mitigation strategies.

“Apart from the purely electrical engineering aspects of the project, the commercial operation of the Superstation requires intensive use of information systems and technology, as well as management of large-scale infrastructure,” said Phillip Harris, president, CEO and chairman of Tres Amigas. “Mitsui’s worldwide experience in these areas will be invaluable.”

Construction of the first phase of Tres Amigas is scheduled to start this year, with early commercial operations expected to begin in 2015.

Posted in Energy Efficiency, Investments | Tagged Energy Efficiency, smart grid, United States | Leave a comment

By 2050, the planet will need at least 70 percent more food than it does today as population soars, cities sprawl and climate change takes its toll. Will it be possible?

That’s a question AlertNet, the global humanitarian news service run by Thomson Reuters Foundation, put to experts the world over for a special multimedia report probing the future of food.

The answer: The planet can feed itself – but only with the help of myriad “green bullets” designed to change the way food is planted, watered, harvested, stored, transported, owned and shared.

For the full package, including stories, interviews, videos, info-graphics and commentary, visit http://hungryworld.trust.org.

Here is a summary

Local initiatives will be critical if the world is to feed itself over the coming decades

In flood-hit fields in the Philippines, farmers are testing a hardy new variety of rice that can survive completely submerged for more than two weeks. In Kenya’s Kibera slum, poor urban families are turning around their diets and incomes just by learning to grow vegetables in sack gardens outside their doors. And in India, a push to help marginalised rural communities gain title to their land is leading to a significant drop in hunger. These are just a few of the kinds of innovations and initiatives that experts say will be critical if the world is to feed itself over coming decades as the population soars, cities sprawl and climate change takes its toll.

By 2050, the planet will need at least 70% more food than it does today to meet both an expected rise in population to 9bn from 7bn and changing appetites as many poor people grow richer, experts say.

“Can we feed a world of 9bn? I would say the answer is yes,” said Robert Watson, chief scientific adviser to Britain’s Department of Environment and Rural Affairs and a former chair of the Intergovernmental Panel on Climate Change. But doing so will require fundamental changes to unsustainable but well-entrenched policies and practices, from eating so much meat to spending trillions on agriculture and fuel subsidies, he said. In the meantime, many hunger fighters say the answer lies in clever alterations to the way food is planted, watered, harvested, stored, transported, sold, owned and shared. Many of those changes are already being tested in the world’s farms and fields, in laboratories and government offices, in factories and markets. Some are even speaking of the beginnings of a 21st century food revolution.

Myriad ‘green bullets’

Unlike the last century’s agricultural “Green Revolution”, which dramatically boosted world food production with new high yielding crop varieties and more irrigation, this revolution must rely on myriad “green bullets” to tackle hunger. They range from persuading farmers in Africa’s drought zones to switch from water-hungry rice to hardier crops like sorghum or millet, to helping them build pest-proof grain silos that allow food to be stored longer or sold when prices are higher.

With 70% of the world’s people expected to live in cities by 2050, finding ways to help city dwellers grow food in small urban plots or roof gardens, or group together to buy food at cheaper prices, is a major focus. In California’s East  Palo Alto, for instance, older inner-city residents — who are particularly vulnerable to high food prices — are learning growing techniques for the first time and producing food for themselves and a neighbourhood market. Other urban areas are turning to vertical hydroponic gardens clinging to the edge of skyscrapers. Women — who grow at least 40% of food in Africa and Asia — will need improved land rights and better access to information, something being made much easier by the spread of mobile phone technology, experts say. Rural women in India’s Andhra Pradesh state now use advance drought warnings, relayed by Internet and mobile phone, to switch to more drought-tolerant crops — a move that has saved harvests and helped stem the usual wave of migration to cities in drought times.

Changing farming practices by adopting more water-conserving drip irrigation or planting crops amid fertilising trees, as is now happening throughout Africa, will also be key. So will cutting the at least 30% of the world’s food supply eaten by pests, spoiled on the way to market or thrown away unused from plates and supermarkets. Simply getting supermarkets to stop offering two-for-one specials — which can encourage people to overbuy — would be a start, some antihunger activists say, as would improving roads in regions like South Asia and Africa where transport delays mean produce often rots on the way to market. Solutions to the threat of worsening hunger will vary by region, by country, sometimes even from one farm or village or apartment building to the next, experts say. Not all ideas will succeed, and scaling up those that do prove to work, as quickly as possible, will be essential.

In a world where an estimated 900mn people are already hungry today, curbing surging consumption in rich nations and those fast getting rich, especially India and China, will be particularly important, experts say. “If we look at the graph of (rising) human consumption, that’s the one to worry about,” said Phil Bloomer, director of campaigns and policy for Oxfam Great Britain. “That is a graph that should strike panic in our hearts.”Persuading rich people to eat less meat and fewer milk products, which take a lot of grain to produce, would go a long way toward curbing ever-rising demand for grain.

‘No normal to go back to’

Many innovations focus on easing the adverse effects of climate change on food production. While warmer weather and growing levels of carbon dioxide in the atmosphere could spur plant growth and food production in some regions — and open a few northern reaches of the world to farming — many more regions are expected to see worsening losses from droughts, floods, storms, rising sea levels and higher temperatures that can cause crop yields to drop. “It used to be there was an extreme weather event here or there but we knew that in a year or so things would go back to normal,” said Lester Brown, a food security and sustainability expert, and president of the US-based Earth Policy Institute. “Now there is no normal to go back to.” That’s why scientists from Bangladesh to Tanzania are developing new resilient varieties of maize, wheat, rice and other crops that can survive underwater, or with very little rain, or even both extremes in the same season, and still produce a reliable crop. Other innovators are focusing on the effects of growing water scarcity. “A substantial amount of our food production worldwide comes from nonrenewable groundwater sources, and in the long run that is not sustainable,” said Peter Gleick, a leading water expert and head of the US-based Pacific Institute for Studies in Development, Environment and Security. In villages where glacier-fed streams are set to become more irregular or disappear in the years ahead, or where flooding from heavy rain is quickly followed by drought, communities are learning to harvest and store water to ensure supplies throughout the year. They are also developing water-conserving irrigation methods to make what they have available last. Will all such innovations be enough to feed 9bn people by 2050? Possibly, say experts, but success will depend on making enough key changes fast enough. In addition to on-the-ground solutions, those changes will need to include major policy shifts — including potentially a ban on turning grain into biofuel or limits on food speculation. “Food insecurity and climate change are already inhibiting human well-being and economic growth throughout the world, and these problems are poised to accelerate,” said John Beddington, Britain’s chief science adviser, in a March report by the International Commission on Sustainable Agriculture and Climate Change.“Decisive policy action is required if we are to preserve the planet’s capacity to produce adequate food in the future.”

— Reuters (These articles are  part of a special multimedia report on global hunger produced by AlertNet, a global humanitarian news service run by Thomson Reuters Foundation)

Posted in Agriculture, Commodities, Natural Resources, Water | Tagged Agriculture, food security, Water | Leave a comment

Abu Dhabi, UAE (CNN) — During the summer months, in the arid, subtropical coastal plains of the United Arab Emirates, temperatures rise to 40 Celsius plus — while average rainfall is a desolate four inches a year.

And yet, in the years since the discovery of vast oil reserves in the late 1950s, a forest of skyscrapers, luxury apartments, verdant green gardens and golf courses has risen from the sand.

It’s been made possible only with recourse to unimaginably large amounts of water. Indeed, at 550 liters a day per person, Emiratis consume more per head of population than anyone else on earth.

“It just evaporates very, very quickly,” explains Ivano Iannelli, CEO of the Dubai Carbon Center of Excellence. “Then when you add the lifestyle requirements — the giant swimming pools; the cooling systems; the big gardens that need irrigating four times a day … it goes some way to explain why the water consumption is so high.”

With scarce native freshwater supplies, Iannelli says the oil-rich nation spends hundreds of million of dollars a year purifying coastal seawater. For a country that, according to OPEC, boasted over $74 billion crude-oil export revenue in 2010, the financial burden may seem relatively light. But the cost to the climate, says Iannelli, is certainly not.

“Desalination requires a lot of power … we estimate that about four tonnes of carbon are emitted per million gallons of freshwater produced here,” he says, with reference to the energy-intensive process of removing salt from seawater.

To put that figure in context, Iannelli says that the energy required to pump freshwater from underground (which, he says, is the most common source of drinking water in the West) typically produces just over 1.5 tonnes of CO2 per million gallons.

While large-scale desalination is not uncommon in those parts of the world where natural water resources are scarce — such as Texas and Australia — the UAE is by some margin, according to Iannelli, the industry’s most active player. In fact, 50% of all the world’s desalination takes place in the Gulf.

The Fujairah desalination plant in Abu Dhabi has a freshwater generation capacity of 492 million liters a day, making it the biggest single producer on the planet, according to Iannelli, who notes that it “totally dwarfs anything found in the West.”

For Dr Mohammad Dawoud, of the Abu Dhabi Environment Agency, this spells trouble for the future. “If we don’t conserve our water … I fear about our resources in the future for the next generation,” he says.

Continue on to read the complete article

or

Read our other important posts on water

Posted in Solar, Water | Tagged Desalination, Middle East | Leave a comment

By Dr. Sultan Ahmed Al Jaber, Chief Executive Officer, Masdar, Abu Dhabi

A great irony of living on the ‘Blue Planet’ is that while over 70% of the Earth’s surface is covered in water, humans can only use less than one percent of it easily. As the world continues to develop economically, demand will increase for reliable access to energy and water. Countries increasingly recognise the need for energy security. However, the connection between energy and water is not as well understood or appreciated. The reality is that both energy and water are critical to human development and are strongly interrelated.Turning on the tap at home takes vastly more energy than a flick of the wrist. Water cannot be collected, purified, transported, heated, or treated without energy.In water-scarce California, where water is literally moved over mountains, producing usable water consumes a fifth of the state’s total electricity consumption.

In the United Arab Emirates, which obtains most of its usable water from purifying seawater, the costs of desalination are expected to increase by 300% between 2010 and 2016. Desalination also requires about ten times more energy than surface freshwater production and is rapidly increasing the demand for fossil fuels.Energy cannot be generated and distributed without water. 19% of global electricity is produced by hydroelectric facilities, whose generators are powered by water’s enormous kinetic energy.

In the US, the power sector is the largest user of water, withdrawing billions of gallons per day to cool nuclear, coal, natural gas, and biomass power plants. While most of this water is eventually returned to its source, power plant cooling still comprises 40% of all freshwater withdrawals, about the same as agricultural use. And though oil and water may not mix, the oil extraction and refining processes, on average, requires between three and six gallons of net water use for every one gallon of gasoline produced.

Global fresh water supplies are also impacted by rising income levels and population growth. Already about a billion people worldwide – one in six – lack reliable access to fresh water. Increasing affluence typically results in increased personal energy and water consumption. Water demand in the US has tripled over the last three decades and global water usage has been growing at more than twice the rate of population increase. Water consumption will only be compounded by continued population growth, especially in the developing world.

Extreme weather events will only exacerbate the challenge. More frequent and more severe droughts and floods can lead to shortages in water and energy in both developing and developed countries. Droughts lower dam levels and reduce output from hydro facilities. At the same time, floods can overwhelm water systems and prevent the treatment and distribution of clean water.

Read More

Find out more about the International Water Summit to be held in Abu Dhabi in Jan 2013

Posted in Climate Change, Policy, Water | Tagged Anric Blatt, AUE, Desalination, Dr. Sultan Ahmed Al Jaber Abu Dhabi, investing in water, Masdar. Water Energy Nexus | Leave a comment

If you thought only Third World countries have water crises, a new documentary asks you to think again. Increasingly, problems are rising to the surface in the United States.

Filmmaker Jessica Yu harnesses the celebrity power of actor Jack Black and environmental activist Erin Brockovich – immortalized by Julia Roberts in the 2000 movie about Brockovich’s work – to give the looming U.S. water crisis a thorough wringing out in “Last Call at the Oasis”.

“A third of U.S. counties face water shortage by the year 2050,” Yu told Reuters. “It’s not really a solvable problem but we can manage it so much better.”

“Last Call at the Oasis” follows environmental activists as they try to hold accountable those who contaminate the Earth’s most precious natural resource – clean water.

In Las Vegas, they find a desert city is straining limited resources as it grows exponentially. Rural mid-western states are home to industrial cattle farms where tons of manure is improperly disposed, contaminating streams and drinking water. In farming communities, local towns see a spike in cancercases after chemicals are used in pesticides.

According to Yu’s research, in just 60 years the aquifer in California’s Central Valley could be depleted, leaving barren an area that provides one fifth of the nation’s produce.

Brockovich, who won a 1996 multi-million dollar settlement against energy giant Pacific Gas and Electric for polluting the water supply of a California town, said that water pollution is causing health issues throughout the United States.

“Tropic Thunder” comic actor Black appears in a spoof commercial for bottled water, dubbed Porcelain Springs, that has been reclaimed from sewage – a concept that has been a hard sell in the United States despite being practiced elsewhere.

Singapore, for instance, satisfies 30 percent of its requirements through reclaimed water, the documentary notes.

“We’re taught that in a survival situation if you don’t have any water, you can drink your own urine,” laughed Brockovich. “I just think none of us want to be in a position where we find ourselves drinking our urine if we can just make other options and choices now.”

The sources of pollution include household products, pesticide manufacturers and the natural gas industry, to name a few. While the movie refrains from pointing the finger at any one company or group, industry representatives nevertheless declined to be interviewed for the film.

The film is not about a bad guy,” said Yu. “These industries are representative of a system that lets these things happen. We give the benefit of the doubt to industry. The burden of testing being on the producers of the chemicals – that seems like something that is fundamentally flawed.”

Solutions discussed in the film also include better oversight by the Environmental Protection Agency and tighter regulations particularly on the natural gas industry and chemicals used for hydraulic fracturing, or fracking, in drilling for gas.

“Nobody wants industry and those companies to go away because these people need jobs, but they don’t want you to poison them,” said Brockovich.

“There’s a moment here where industry does not have to be the villain. You could create jobs to better dispose of waste – how we’re going to reclaim and recycle that water, so that it’s usable,” she added.

In a 2008 report, the UN Intergovernmental Panel on Climate Change estimated that by 2080 nearly half the world’s population will be without clean water.

“We see third world countries that have these problems,” noted Brockovich. “If you think it can’t be us, then think again.”

Read our previous posts on water

Watch our previous water video

Posted in Climate Change, Videos, Water | Tagged Anric Blatt, aquaterra fund, global water shortage, investing in water, Last Call at the Oasis | Leave a comment

RIYADH: US Assistant Secretary of Commerce for Manufacturing and Services Nicole Lamb says the United States and Saudi Arabia are prepared to sign a number of deals related to the establishment of investment and service projects depending on renewable energy resources.

Ms Lamb, who is leading a 13-member business delegation to the Kingdom, expressed US support to the Kingdom on its drive to develop clean energy and that they are waiting for bigger cooperation between the two countries to realize goals put forth by the Kingdom.

She said the US administration and companies as well are concerned over the creation of investment opportunities with their Saudi counterparts, particularly on projects depending on renewable energy.

The US will extend multiple services to the Kingdom in its pursuit to lessen dependence on oil for power generation and development of alternative energy sources, environmentally secure and highly credible, particularly in light of growing demand on energy in the Kingdom, she said.

She noted that the Kingdom’s announcement of investment of $100 billion in the next 10 years for development of solar and nuclear energy will help the US business delegation explore investment opportunities in the Kingdom and strengthen ties between the two countries.

The US official, who met with Saudi officials and businessmen at the Council of Saudi Chambers of Commerce and Industry (CSCCI) touched on efforts that could be made by Saudi trade partners in solving issues related to the renewable energy in the Kingdom.

CSCCI Secretary General Fahad Al-Sultan said Saudi-US relations were built on strategic basis during the last 10 years.

He said their meeting with US delegation explored suitable mechanisms for cooperation between business sectors in both countries.

The meeting centered on three themes: Kingdom’s energy needs and its five-year plan, the Kingdom’s vision on renewable energy, and the Kingdom’s concern over building clean energy system, he noted.

He affirmed that the Kingdom has clearly opted to depend on knowledge-based economy.

Oil For Power

Saudi Arabia, the largest producer in OPEC, uses crude and refined products as fuel for power stations because it doesn’t have enough gas to generate all the power it needs and also supply industry. Liquid fuels generate about half of the country’s power, according to the state-run utility Saudi Electricity Co. (SECO) Saudi Arabia burns some 800,000 barrels a day of oil equivalent to satisfy domestic demand, Khalid Al Senani, the gas supply director at the Ministry of Petroleum and Mineral Resources, said in Doha, Qatar, on Nov. 30.

The nation’s other power plants use gas, which costs about one-fourth as much as oil on the basis of a barrel of oil equivalent, according to U.S. benchmark prices.

By burning oil to keep electricity flowing, Saudi Arabia may find it harder to maintain its global role as the crude supplier of last resort.

Related Article:  Middle East to spend US $ 180 Billion on Energy Project

Posted in Clean Energy, Investments, Oil, Solar | Tagged Saudi Arabia, Solar | Leave a comment

Summary data on energy production, consumption, stocks, trade, and prices

The April 2012 Monthly Energy Review (MER), EIA’s primary report of recent energy statistics, was released on April 27, 2012. Preliminary data indicate that in January 2012:

• U.S. primary energy production totaled 6.9 quadrillion Btu, a 5-percent increase compared with January 2011. Fossil fuels accounted for 78 percent of primary energy production, while renewable energy and nuclear electric power each accounted for 11 percent of primary energy production.

• Compared with January 2011, U.S. crude oil production increased 10 percent and dry natural gas production increased 9 percent, while coal production was essentially the same.

• Compared with January 2011, U.S. renewable energy production increased 4 percent.

The MER provides monthly and annual data on total energy production, consumption, and trade; energy prices; overviews of petroleum, natural gas, coal, electricity, nuclear energy, renewable energy, and international petroleum; carbon dioxide emissions; and data unit conversions.

Download the report

Posted in Clean Energy, Oil, Traditional Energy | Tagged EIA Energy Report, US Energy Statistics | Leave a comment

Desert encroaching on family home, West China © CCICCD

China has some ever more threatening issues in its need to feed its growing (and hungry) population. Some, like soil erosion, are longstanding. Pumping capacity to deplete aquifers has emerged only in recent decades. The extraordinary growth in China’s automobile fleet and the associated paving of land have come only in the last several years.

This article is an extract from the brilliant work of Lester Brown, author of “World on the Edge”

Overplowing and overgrazing are creating a huge dust bowl in northern and western China. The numerous dust storms originating in the region each year in late winter and early spring are now regularly recorded on satellite images. For instance, on March 20, 2010, a suffocating dust storm enveloped Beijing, prompting the city’s weather bureau to warn that air quality was hazardous, urging people to stay inside or to cover their faces when outdoors. Visibility was low, forcing motorists to drive with lights on in daytime.

Beijing was not the only area affected. This particular dust storm engulfed scores of cities in five provinces, directly affecting over 250 million people. And it was not an isolated incident. In early spring, residents of eastern China hunker down as the dust storm season begins. Along with the difficulty in breathing and the dust that stings the eyes, people face a constant struggle to keep dust out of homes and to clear doorways and sidewalks of dust and sand. But the farmers and herders in the vast northwest, whose livelihoods are blowing away, are paying a far higher price.

Wang Tao, one of the world’s leading desert scholars, reports that from 1950 to 1975 an average of 600 square miles of land in China’s north and west turned to desert each year. By the turn of the century, nearly 1,400 square miles of land was going to desert annually. The trend is clear.

Read this eye opening article on how bad the situation in China is

China is now at war. It is not invading armies that are claiming its territory, but expanding deserts. Old deserts are advancing and new ones are forming like guerrilla forces striking unexpectedly, forcing Beijing to fight on several fronts. And in this war with the deserts, China is losing.

A U.S. Embassy report entitled “Desert Mergers and Acquisitions” describes satellite images showing two deserts in north-central China expanding and merging to form a single, larger desert overlapping Inner Mongolia and Gansu Provinces. To the west in Xinjiang Province, two even larger deserts—the Taklimakan and Kumtag—are also heading for a merger. Highways running through the shrinking region between them are regularly inundated by sand dunes.

Buffaloes in a dry riverbed in Shilin County, Kunming City, Yunnan Province, on Feb. 24. (Getty Images)

An estimated 24,000 villages in northwestern China have been totally or partially abandoned since 1950 as sand dunes encroach on cropland, forcing farmers to leave. Unlike the U.S. Dust Bowl of the 1930s, when many farmers in the Great Plains migrated to California, China’s “Okies” do not have a West Coast to migrate to. They are moving to already heavily populated eastern cities.

Overpumping, like overplowing, is also taking a toll. As the demand for food in China has soared, millions of Chinese farmers have drilled irrigation wells to expand their harvests. As a result, water tables are falling and wells are starting to go dry under the North China Plain, which produces half of China’s wheat and a third of its corn. The overpumping of aquifers for irrigation temporarily inflates food production, creating a food production bubble that eventually bursts when the aquifer is depleted. Earth Policy Institute estimates that some 130 million Chinese are being fed with grain produced by overpumping—by definition, a short term phenomenon.

In a 2010 interview with Washington Post reporter Steve Mufson, Chinese groundwater expert He Qingcheng noted that underground water now meets three fourths of Beijing’s water needs. The city, he said, is drilling 1,000 feet down to reach water—five times deeper than 20 years ago. He notes that as the deep aquifer under the North China Plain is depleted, the region is losing its last water reserve—its only safety cushion. His concerns are mirrored in the unusually strong language of a World Bank report on China’s water situation that foresees “catastrophic consequences for future generations” unless water use and supply can quickly be brought back into balance.

At the same time, China is losing cropland to residential and industrial construction, and to paving land for cars as their numbers multiply at a staggering rate. In 2009, vehicle sales totaled 14 million, surpassing those in the United States for the first time. In 2010, sales jumped to 18 million, and in 2011 they are projected to reach 20 million, the highest ever for any country. Adding 20 million cars to the fleet means paving one million acres for roads, highways, and parking lots. Cars are now competing with farmers for cropland in China.

Rural China is also facing a tightening labor supply. As industrial wages rise, it becomes more difficult to find young people to work at low-return jobs in rural areas. Marginal cropland and smaller plots, no longer economical, are abandoned. As the rural labor supply shrinks, so does the potential for labor-intensive double-cropping (such as planting winter wheat and then corn as a summer crop in the north or producing two rice crops per year in the south), a practice that has dramatically expanded China’s grain production.

As all these trends converge, China’s food supply is tightening. In November 2010, the food price index was up a politically dangerous 12 percent over a year earlier. Now after 15 years of near self-sufficiency in grain, it seems likely that China soon will turn to the world market for massive grain imports, as it already has done for 80 percent of its soybeans.

Still wondering what to invest in ?

How much grain will China import? How will it compare with their soybean imports? No one knows for sure, but if China were to import only 20 percent of its grain, it would need 80 million tons, an amount only slightly less than the 90 million tons of grain the United States exports to all countries each year. This would put heavy additional pressure on scarce exportable supplies of wheat and corn.

For China, the handwriting is on the wall. It will almost certainly have to turn to the outside world for grain to avoid politically destabilizing food price rises. To import massive quantities of grain, China will necessarily draw heavily on the United States, far and away the world’s largest grain exporter. To be dependent on imported grain, much of it from the United States, will be China’s worst nightmare come true.

For U.S. consumers, China’s worst nightmare could become ours. If China enters the U.S. grain market big time, as now seems inevitable, American consumers will find themselves competing with 1.4 billion Chinese consumers with fast-rising incomes for the U.S. grain harvest, driving up food prices.

This would raise prices not only of the products made directly from grain, such as bread, pasta, and breakfast cereals, but also of meat, milk, and eggs, which require much larger quantities of grain to produce. If China were to import even one fifth of its grain, there would likely be pressure from U.S. consumers to restrict or to ban exports to China, as the United States did in the 1970s, when it banned soybean exports to Japan.

But in dealing with China, the United States now faces a very different situation. When the U.S. Treasury Department auctions off securities every month to finance the U.S. fiscal deficit, China has been a major buyer. It holds over $900 billion worth of U.S. Treasury securities. China is our banker. In another time, another age, the United States could restrict access to U.S. grain as it did in the 1970s, but with China today this may not be possible.

For Americans, who live in a country that has been the world’s breadbasket for more than half a century, a country that has never known food shortages or runaway food prices, the world is about to change. Like it or not, we are going to be sharing our grain harvest with the Chinese, no matter how much it raises our food prices.

Still wondering what to invest in ?

Lester R. Brown is president of the Earth Policy Institute and author of the newly published book “World on the Edge: How to Prevent Environmental and Economic Collapse.”

Posted in Agriculture, Policy, Water | Tagged china food shortage, china water shortage, Investing in Agriculture, investing in water | Leave a comment

More than a quarter of all the meat produced worldwide is now eaten in China, and the country’s 1.35 billion people are hungry for more. In 1978, China’s meat consumption of 8 million tons was one third the U.S. consumption of 24 million tons. But by 1992, China had overtaken the United States as the world’s leading meat consumer—and it has not looked back since. Now China’s annual meat consumption of 71 million tons is more than double that in the United States. With U.S. meat consumption falling and China’s consumption still rising, the trajectories of these two countries are determining the shape of agriculture around the planet.

Pork is China’s meat of choice, accounting for nearly three fourths of its meat consumption. Half the world’s pigs—some 476 million of them—live in China. This meat is so central to the Chinese diet that in 2007 the government, hoping to cushion against price spikes, created a strategic pork reserve (albeit a relatively small one) to accompany its more typical stockpiles of grain and petroleum. Many a Chinese banquet table is graced with a portion of sticky sweet braised pork belly, touted to be the favorite dish of Chairman Mao. With its pork consumption projected to reach 52 million tons in 2012, China is far ahead of the 8 million tons eaten in the United States, where chicken and beef are more popular. (Download complete data set in excel format)

Read Entire Article written by Janet Larsen, Director of Research, Earth Policy Institute

The knock on effects on water consumption are significant as it takes 100 times more water to produce a kg of animal protein than it does to produce a kg of vegetable protein. China has neither the land or the water for this rapidly changing diet.

Posted in Agriculture | Tagged Beef, China, food security, USA | Leave a comment