, which ceased operations in 1994 and was then leased as professional office space from 1947 to 2009 In the
United States, deindustrialisation is mostly a regional phenomenon centered in the
Rust Belt, a region including the original industrial centres from
New England to the
Great Lakes. The number of people employed in manufacturing nationwide peaked in 1979 at 19,553,000 jobs, although the most significant losses occurred in the first decade of the 21st century, when the number of manufacturing jobs dropped from 17,284,000 jobs in January 2001 to 11,460,000 jobs in January 2010. An analysis by the
Economic Policy Institute cited the reduction in trade barriers from
China's entry into the
World Trade Organization and China's lack of labor and environmental regulation and its policy of devaluing its currency for cheaper exports as a catalyst for manufacturers to relocate their factories to China, where costs were significantly lower. The institute argued that the
trade deficit resulting from this relocation in production displaced jobs by disrupting the
balance of trade between the countries, causing the demand for domestic production to decrease as firms become more reliant on imports. However some dispute this explanation as the primary cause for the decline, citing other reasons as more important. A paper by the
Peterson Institute for International Economics argued that the decrease in the share of employment occupied by manufacturing jobs was more due to increasing productivity meeting plateauing consumer demand, decreasing the demand for labor. Despite deindustrialization, the United States remains a leader in industrial output, but deindustrialization has had a significant regional impact on certain regions of the nation, especially the traditional industrial centers that now comprise the
Rust Belt, including
Michigan,
Ohio,
Pennsylvania, and other states. Certain manufacturing sectors in the U.S. remain vibrant. The production of electronic equipment has risen by over 50%, while that of clothing has fallen by over 60%. Following a moderate downturn, industrial production grew slowly but steadily between 2003 and 2007. The sector, however, averaged less than 1% growth annually from 2000 to 2007; from early 2008, moreover, industrial production again declined, and by June 2009, had fallen by over 15%, the sharpest decline since the
Great Depression. Since then, output has begun recovering. The population of the United States has nearly doubled since the 1950s, adding approximately 150 million people. During this period, between 1950 and 2007, however, the proportion of the population living in the traditional manufacturing cities in the
Northeastern United States has declined significantly. During the 1950s, the nation's twenty largest cities held nearly a fifth of the U.S. population. By 2006, however, the percentage of Americans living in these cities dropped to approximately ten percent of the population. In Michigan,
Detroit saw its population drop from a peak of 1,849,568 in 1950 to 713,777 in 2010, the largest drop in population of any major city in the U.S. (1,135,971) and the second-largest drop in per capita people lost behind
St. Louis's 62.7% drop. One of the first industries to decline was the textile industry in
New England, as its factories shifted to the
South. Since the 1970s, textiles have also declined in the Southeast. New England responded by developing a high-tech economy, especially in education and medicine, relying on the region's educated workforce. As Americans migrated away from the manufacturing centres, they formed
sprawling suburbs, and many former small cities have grown tremendously in the last 50 years. In 2005, for instance,
Phoenix, Arizona has grown by 43,000 people, an increase in population greater than any other city in the United States. Contrast that with the fact that in 1950, Phoenix was only the 99th-largest city in the nation with a population of 107,000. By 2005, the population of Phoenix had grown to 1.5 million, ranking as the sixth-largest city in the U.S. == See also ==