Provides an international history of urban development, from its origins to the industrial revolution. This well established book maintains the high standard of information found in the previous two editions, describing the physical results of some 5000 years of urban activity. It explains and develops the concept of 'unplanned' cities that grow organically, in contrast with 'planned' cities that were shaped in response to urban form determinants. Spread throughout the texts are copious illustrations from a wealth of sources, including cartographic urban records, aerial and other photographs, original drawings and the author's numerous analytical line drawings.
Provides an international history of urban development, from its origins to the industrial revolution. This well established book maintains the high standard of information found in the previous two editions, describing the physical results of some 5000 years of urban activity. It explains and develops the concept of 'unplanned' cities that grow organically, in contrast with 'planned' cities that were shaped in response to urban form determinants. Spread throughout the texts are copious illustrations from a wealth of sources, including cartographic urban records, aerial and other photographs, original drawings and the author's numerous analytical line drawings.
Manchester was the world's first industrial city. From its towering mills, bustling warehouses and crowded streets came new ways to live, work and think, which transformed lives in Manchester and across the world.
In the early 19th century, the rapid growth of Manchester's cotton industry drove the town's expansion, putting it at the heart of new, global networks of manufacturing and trade. Makers and profit-seekers developed powered machines and multistorey mills to produce fashionable, valuable cotton cloth to sell across the globe. Science and industry interacted and overlapped to create an inventive, experimental town.
But innovation and profits went hand in hand with inequality and exploitation, in Manchester's mills, where thousands of workers toiled in time with machines, and on plantations in the Caribbean, South America and the United States, where millions of enslaved people were forced to grow the cotton that supplied them.
Overcrowded and polluted, industrial Manchester was like nothing ever seen before. The consequences of Manchester's growth were dramatic and sometimes dreadful, prompting people in Manchester to innovate and campaign for solutions to the challenges facing the first industrial city.
Today we still feel the impact of Manchester's revolutionary transformation, in the ways we live and work and in the global challenges we face. Explore objects and stories from our collection to discover how Manchester's industrial transformation helped shape life as we know it.
Manchester is a city shaped by cotton. Yet innovation and profits went hand in hand with exploitation, on a local and a global scale. This Objects and Stories page introduces some of the major connections between Manchester, cotton and slavery.
Industrialisation in 19th-century Manchester polluted the city and caused massive health problems for its inhabitants. Can the environmental challenges of the first industrial city offer insight as we face the current climate crisis?
Boddingtons beer was brewed at Strangeways in Manchester for 227 years. The museum visited the site to photograph and record the last days of brewing in 2005, and now holds a collection of objects and archives from the brewery.
In this blog post, Science and Industry Museum Collaborative Doctoral Partnership student Alexander Appleton shares his research into the 19th century Manchester textiles firm Langworthy Brothers and Co., the business records of which are held in the collections.
Between 1880 and 1900, cities in the United States grew at a dramatic rate. Owing most of their population growth to the expansion of industry, U.S. cities grew by about 15 million people in the two decades before 1900. Many of those who helped account for the population growth of cities were immigrants arriving from around the world. A steady stream of people from rural America also migrated to the cities during this period. Between 1880 and 1890, almost 40 percent of the townships in the United States lost population because of migration.
Industrial expansion and population growth radically changed the face of the nation's cities. Noise, traffic jams, slums, air pollution, and sanitation and health problems became commonplace. Mass transit, in the form of trolleys, cable cars, and subways, was built, and skyscrapers began to dominate city skylines. New communities, known as suburbs, began to be built just beyond the city. Commuters, those who lived in the suburbs and traveled in and out of the city for work, began to increase in number.
Many of those who resided in the city lived in rental apartments or tenement housing. Neighborhoods, especially for immigrant populations, were often the center of community life. In the enclave neighborhoods, many immigrant groups attempted to hold onto and practice precious customs and traditions. Even today, many neighborhoods or sections of some of the great cities in the United States reflect those ethnic heritages.
During the final years of the 1800s, industrial cities, with all the problems brought on by rapid population growth and lack of infrastructure to support the growth, occupied a special place in U.S. history. For all the problems, and there were many, the cities promoted a special bond between people and laid the foundation for the multiethnic, multicultural society that we cherish today.
Urbanization. The transition from a rural to an urban society. Statistically, urbanization reflects an increasing proportion of the population living in settlements defined as urban, primarily through net rural to urban migration. The level of urbanization is the percentage of the total population living in towns and cities, while urbanization is the rate at which it grows.
Through urbanization, fundamental changes in the socio-economic environment of human activities have been observed, with new forms of employment, economic activity, lifestyle, and mobility. What drives urbanization is a complex mix of economic, demographic, and technological factors. The growth in GDP per capita is a dominant driver of urbanization, which is supported by corresponding developments in transportation systems. More recently, the diffusion of air conditioning allowed for settlements in high-temperature areas such as in the southwest of the United States or the Middle East (e.g. Dubai).
Urban mobility problems have increased proportionally with urbanization, which is associated with two outcomes. First is the emergence of a network of megacities that account for the most salient urban mobility challenges. Second, mobility demands tend to be concentrated over specific urban areas, such as central business districts and main circulation corridors.
Urbanization has been shaped by transport infrastructures, such as roads, transit systems, or simply walkways. Since each city has a different temporal process of accumulation and development of transport infrastructures, there is a wide variety of urban forms, spatial structures, and associated urban transportation systems.
Urban spatial structure. Refers to the set of relationships arising out of the urban form and its underlying mobility of passengers and freight. Specific urban structures can be achieved with specific transport systems.
Depending on their nature, urban nodes and linkages provide functional connectivity, implying interdependent urban functions related to trade, management, and production. Thus, urban transportation is associated with a spatial form that varies according to the modes used. Grid street patterns have endured throughout history, which was the case for many Roman cities built in the 1st century and American cities built in the 20th century. The reasons behind this permanence are relatively simple; a grid pattern jointly optimizes accessibility and available real estate. Still, many cities are not as organized as a grid. They correspond to cities that grew from a constrained location such as a bay, an island, a hill, or a river junction. Local geographical and historical characteristics remain important influences on the urban form.
In the 20th century, cities developed a unique spatial structure relying on motorized transportation, particularly the privately owned automobile. This incited a shift from a grid pattern toward curvilinear and cul-de-sac patterns commonly found in suburban areas. Dispersion, or urban sprawl, is taking place in many different types of cities, from dense, centralized European metropolises such as Madrid, Paris, and London to rapidly industrializing metropolises such as Seoul, Shanghai, and Mexico City, to those experiencing recent and fast urban growth, such as Mumbai, Jakarta, and Lagos. Contemporary urban expansion is strongly shaped by road transportation as the support for mobility with its hierarchy of local streets, connectors, boulevards, and expressways. Therefore, there are significant differences in the density of cities across the world, in addition to a variety of density gradients observed within cities. The differences are particularly prevalent between North American and European cities.
Urbanization is occurring following the development of urban transport systems, particularly in capacity and efficiency. Historically, movements within cities tended to be mainly restricted to walking, making urban mobility inefficient and time-consuming. Thus, activity nodes tended to be agglomerated, and urban forms were compact with mixed uses. Many modern cities have inherited an urban form created under such circumstances, even though they are no longer prevailing. The dense urban cores of many European and East Asian cities, for example, enable residents to make between one-third and two-thirds of all trips by walking and cycling. At the other end of the spectrum, the dispersed urban forms of most Australian, Canadian, and American cities, which were built more recently, encourage automobile dependency and are linked with high levels of mobility. Still, Chinese cities have experienced a high level of motorization, implying the potential for convergence toward more uniform urban forms. Many cities are also port cities, with trade playing an enduring role in economic vitality and urban spatial structure, with the port district being an important node. Airport terminals have also been playing a growing role in the urban spatial structure as they can be considered cities within cities.
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