How did developments such as streetcars subways and electric trolleys affect urban life?

As the country grew, certain elements led some towns to morph into large urban centers, while others did not. The following four innovations proved critical in shaping urbanization at the turn of the century: electric lighting, communication improvements, intracity transportation, and the rise of skyscrapers. As people migrated for the new jobs, they often struggled with the absence of basic urban infrastructures, such as better transportation, adequate housing, means of communication, and efficient sources of light and energy. Even the basic necessities, such as fresh water and proper sanitation—often taken for granted in the countryside—presented a greater challenge in urban life.

Electric Lighting

Thomas Edison patented the incandescent light bulb in 1879. This development quickly became common in homes as well as factories, transforming how even lower- and middle-class Americans lived. Although slow to arrive in rural areas of the country, electric power became readily available in cities when the first commercial power plants began to open in 1882. When Nikola Tesla subsequently developed the AC (alternating current) system for the Westinghouse Electric & Manufacturing Company, power supplies for lights and other factory equipment could extend for miles from the power source. AC power transformed the use of electricity, allowing urban centers to physically cover greater areas. In the factories, electric lights permitted operations to run twenty-four hours a day, seven days a week. This increase in production required additional workers, and this demand brought more people to cities.

Gradually, cities began to illuminate the streets with electric lamps to allow the city to remain alight throughout the night. No longer did the pace of life and economic activity slow substantially at sunset, the way it had in smaller towns. The cities, following the factories that drew people there, stayed open all the time.

Communications Improvements

The telephone, patented in 1876, greatly transformed communication both regionally and nationally. The telephone rapidly supplanted the telegraph as the preferred form of communication; by 1900, over 1.5 million telephones were in use around the nation, whether as private lines in the homes of some middle- and upper-class Americans, or jointly used “party lines” in many rural areas. By allowing instant communication over larger distances at any given time, growing telephone networks made urban sprawl possible.

In the same way that electric lights spurred greater factory production and economic growth, the telephone increased business through the more rapid pace of demand. Now, orders could come constantly via telephone, rather than via mail-order. More orders generated greater production, which in turn required still more workers. This demand for additional labor played a key role in urban growth, as expanding companies sought workers to handle the increasing consumer demand for their products.

Intracity Transportation

As cities grew and sprawled outward, a major challenge was efficient travel within the city—from home to factories or shops, and then back again. Most transportation infrastructure was used to connect cities to each other, typically by rail or canal. Prior to the 1880s, the most common form of transportation within cities was the omnibus. This was a large, horse-drawn carriage, often placed on iron or steel tracks to provide a smoother ride. While omnibuses worked adequately in smaller, less congested cities, they were not equipped to handle the larger crowds that developed at the close of the century. The horses had to stop and rest, and horse manure became an ongoing problem.

In 1887, Frank Sprague invented the electric trolley, which worked along the same concept as the omnibus, with a large wagon on tracks, but was powered by electricity rather than horses. The electric trolley could run throughout the day and night, like the factories and the workers who fueled them. But it also modernized less important industrial centers, such as the southern city of Richmond, Virginia. As early as 1873, San Francisco engineers adopted pulley technology from the mining industry to introduce cable cars and turn the city’s steep hills into elegant middle-class communities. However, as crowds continued to grow in the largest cities, such as Chicago and New York, trolleys were unable to move efficiently through the crowds of pedestrians (Figure). To avoid this challenge, city planners elevated the trolley lines above the streets, creating elevated trains, or L-trains, as early as 1868 in New York City, and quickly spreading to Boston in 1887 and Chicago in 1892. Finally, as skyscrapers began to dominate the air, transportation evolved one step further to move underground as subways. Boston’s subway system began operating in 1897, and was quickly followed by New York and other cities.

How did developments such as streetcars subways and electric trolleys affect urban life?
Although trolleys were far more efficient than horse-drawn carriages, populous cities such as New York experienced frequent accidents, as depicted in this 1895 illustration from Leslie’s Weekly (a). To avoid overcrowded streets, trolleys soon went underground, as at the Public Gardens Portal in Boston (b), where three different lines met to enter the Tremont Street Subway, the oldest subway tunnel in the United States, opening on September 1, 1897.

The Rise of Skyscrapers

The last limitation that large cities had to overcome was the ever-increasing need for space. Eastern cities, unlike their midwestern counterparts, could not continue to grow outward, as the land surrounding them was already settled. Geographic limitations such as rivers or the coast also hampered sprawl. And in all cities, citizens needed to be close enough to urban centers to conveniently access work, shops, and other core institutions of urban life. The increasing cost of real estate made upward growth attractive, and so did the prestige that towering buildings carried for the businesses that occupied them. Workers completed the first skyscraper in Chicago, the ten-story Home Insurance Building, in 1885 (Figure). Although engineers had the capability to go higher, thanks to new steel construction techniques, they required another vital invention in order to make taller buildings viable: the elevator. In 1889, the Otis Elevator Company, led by inventor James Otis, installed the first electric elevator. This began the skyscraper craze, allowing developers in eastern cities to build and market prestigious real estate in the hearts of crowded eastern metropoles.

Jacob Riis and the Window into “How the Other Half Lives”

Jacob Riis was a Danish immigrant who moved to New York in the late nineteenth century and, after experiencing poverty and joblessness first-hand, ultimately built a career as a police reporter. In the course of his work, he spent much of his time in the slums and tenements of New York’s working poor. Appalled by what he found there, Riis began documenting these scenes of squalor and sharing them through lectures and ultimately through the publication of his book, How the Other Half Lives, in 1890 (Figure).

How did developments such as streetcars subways and electric trolleys affect urban life?
In photographs such as Bandit’s Roost (1888), taken on Mulberry Street in the infamous Five Points neighborhood of Manhattan’s Lower East Side, Jacob Riis documented the plight of New York City slums in the late nineteenth century.

By most contemporary accounts, Riis was an effective storyteller, using drama and racial stereotypes to tell his stories of the ethnic slums he encountered. But while his racial thinking was very much a product of his time, he was also a reformer; he felt strongly that upper and middle-class Americans could and should care about the living conditions of the poor. In his book and lectures, he argued against the immoral landlords and useless laws that allowed dangerous living conditions and high rents. He also suggested remodeling existing tenements or building new ones. He was not alone in his concern for the plight of the poor; other reporters and activists had already brought the issue into the public eye, and Riis’s photographs added a new element to the story.

To tell his stories, Riis used a series of deeply compelling photographs. Riis and his group of amateur photographers moved through the various slums of New York, laboriously setting up their tripods and explosive chemicals to create enough light to take the photographs. His photos and writings shocked the public, made Riis a well-known figure both in his day and beyond, and eventually led to new state legislation curbing abuses in tenements.

How did family life change as a result of urbanization and industrialization quizlet?

How did urbanization affect family life and gender roles? Families weren't working together, thus men became the main wage earner while women had to work at home and take care of the house and children. Only poor working-class women worked in order to earn a wage. Women didn't earn as much money as men did.

How was mass transit significant in the development of the cities quizlet?

Mass transit made it possible for middle- and upper-class people to move to the suburbs. Mass transit made it possible for middle- and upper-class people to move to the suburbs. Cities set aside space for heavy industry, financial institutions, homes, and public spaces such as libraries and government buildings.

What issues created by urban living made life difficult for many city dwellers?

THE IMMEDIATE CHALLENGES OF URBAN LIFE. Congestion, pollution, crime, and disease were prevalent problems in all urban centers; city planners and inhabitants alike sought new solutions to the problems caused by rapid urban growth. Living conditions for most working-class urban dwellers were atrocious.

What technological development made it possible to build skyscrapers?

It was, however, the refinement of the Bessemer process, first used in the United States in the 1860s, that allowed for the major advance in skyscraper construction. As steel is stronger and lighter in weight than iron, the use of a steel frame made possible the construction of truly tall buildings.