“A great book which should wake up humankind!” –Klaus Schwab, World Economic Forum
Could the American dream in China become a nightmare for the world? For China’s 1.3 billion people, the American dream is fast becoming the Chinese dream. Already millions of Chinese are living like Americans—eating more meat, driving cars, traveling abroad, and otherwise spending their fast-rising incomes much as Americans do. Although these U.S.-style consumers are only a small fraction of the population, China’s claims on the earth’s resources are already becoming highly visible.
In an Eco-Economy Update released in February, we pointed out that China has replaced the United States as the world’s leading consumer of most basic commodities, like grain, coal, and steel. Now the question is, What if consumption per person of these resources in China one day reaches the current U.S. level? And, closely related, how long will it take for China’s annual income per person of $5,300 to reach the 2004 U.S. figure of $38,000?
During the 26 years since the far-reaching economic reforms of 1978, China’s economy has been growing at a breakneck pace of 9.5 percent a year. If it were now to grow at 8 percent per year, doubling every nine years, income per person in 2031 for China’s projected population of 1.45 billion would reach $38,000. (At a more conservative 6 percent annual growth rate, the economy would double every 12 years, overtaking the current U.S. income per person in 2040.)
For this exercise we will assume an 8 percent annual economic growth rate. If the Chinese consume resources in 2031 as voraciously as Americans do now, grain consumption per person there would climb from 291 kilograms today to the 935 kilograms needed to sustain a U.S.-style diet rich in meat, milk, and eggs. In 2031 China would consume 1,352 million tons of grain, far above the 382 million tons used in 2004. This is equal to two thirds of the entire 2004 world grain harvest of just over 2 billion tons. (See data.)
Given the limited potential for further raising the productivity of the world’s existing cropland, producing an additional 1 billion tons of grain for consumption in China would require converting a large part of Brazil’s remaining rainforests to grain production. This assumes, of course, that once they are cleared these soils could sustain crop production.
To reach the U.S. 2004 meat intake of 125 kilograms per person, China’s meat consumption would rise from the current 64 million tons to 181 million tons in 2031, or roughly four fifths of current world meat production of 239 million tons.
With energy, the numbers are even more startling. If the Chinese use oil at the same rate as Americans now do, by 2031 China would need 99 million barrels of oil a day. The world currently produces 79 million barrels per day and may never produce much more than that.
Similarly with coal. If China’s coal burning were to reach the current U.S. level of nearly 2 tons per person, the country would use 2.8 billion tons annually—more than the current world production of 2.5 billion tons.
Apart from the unbreathable air that such coal burning would create, carbon emissions from fossil fuel burning in China alone would rival those of the entire world today. Climate change could spiral out of control, undermining food security and inundating coastal cities.
If steel consumption per person in China were to climb to the U.S. level, it would mean that China’s aggregate steel use would jump from 258 million tons today to 511 million tons, more than the current consumption of the entire Western industrialized world.
Or consider the use of paper, another hallmark of modernization. If China’s meager annual consumption of 27 kilograms of paper per person were to rise in 2031 to the current U.S. level of 210 kilograms, China would need 303 million tons of paper, roughly double the current world production of 157 million tons. There go the world’s forests.
And what about cars? If automobile ownership in China were to reach the U.S. level of 0.77 cars per person (three cars for every four people), China would have a fleet of 1.1 billion cars in 2031—well beyond the current world fleet of 795 million. The paving of land for roads, highways, and parking lots for such a fleet would approach the area now planted to rice in China. The competition between automobile owners and farmers for productive cropland would be intense.
The point of this exercise of projections is not to blame China for consuming so much, but rather to learn what happens when a large segment of humanity moves quickly up the global economic ladder. What we learn is that the economic model that evolved in the West—the fossil-fuel-based, auto-centered, throwaway economy—will not work for China simply because there are not enough resources.
If it does not work for China, it will not work for India, which has an economy growing at 7 percent per year and a population projected to surpass China’s in 2030. Nor will it work for the other 3 billion people in the developing world who also want to consume like Americans. Perhaps most important, in an increasingly integrated global economy where all countries are competing for the same dwindling resources it will not continue to work for the 1.2 billion who currently live in the affluent industrial societies either.
The sooner we recognize that our existing economic model cannot sustain economic progress, the better it will be for the entire world. The claims on the earth by the existing model at current consumption levels are such that we are fast depleting the energy and mineral resources on which our modern industrial economy depends. We are also consuming beyond the sustainable yield of the earth’s natural systems. As we overcut, overplow, overpump, overgraze, and overfish, we are consuming not only the interest from our natural endowment, we are devouring the endowment itself. In ecology, as in economics, this leads to bankruptcy.
China is teaching us that we need a new economic model, one that is based not on fossil fuels but that instead harnesses renewable sources of energy, including wind power, hydropower, geothermal energy, solar cells, solar thermal power plants, and biofuels. In the search for new energy, wind meteorologists will replace petroleum geologists. Energy architects will be centrally involved in the design of buildings.
In the new economy, the transport system will be designed to maximize mobility rather than automobile use. This new economy comprehensively reuses and recycles materials of all kinds. The goal in designing industrial processes and products is zero emissions and zero waste.
Plan A, business as usual, is no longer a viable option. We need to turn quickly to Plan B before the geopolitics of oil, grain, and raw material scarcity lead to political conflict and disruption of the social order on which economic progress depends.
Copyright © 2005 Earth Policy Institute
See preceding Eco-Economy Update: Lester R. Brown, "China Replacing the United States as World's Leading Consumer," 16 February 2005.