Modern World History

An Infinity of Nations explores the formation and development of a Native New World in North America. Until the middle of the nineteenth century, indigenous peoples controlled the vast majority of the continent while European colonies of the Atlantic World were largely confined to the eastern seaboard. To be sure, Native North America experienced far-reaching and radical change following contact with the peoples, things, and ideas that flowed inland following the creation of European colonies on North American soil. Most of the continent's indigenous peoples, however, were not conquered, assimilated, or even socially incorporated into the settlements and political regimes of this Atlantic New World. Instead, Native peoples forged a New World of their own.

With this sweeping reinterpretation of early cultural encounters between the English and American natives, Joyce E. Chaplin thoroughly alters our historical view of the origins of English presumptions of racial superiority, and of the role science and technology played in shaping these notions. By placing the history of science and medicine at the very center of the story of early English colonization, Chaplin shows how contemporary European theories of nature and science dramatically influenced relations between the English and Indians within the formation of the British Empire.In Chaplin's account of the earliest contacts, we find the English--impressed by the Indians with food, tools, and iron--inclined to consider Indians as partners in the conquest and control of nature.

In her sweeping history of the American tobacco industry, Barbara Hahn traces the emergence of the tobacco plant's many varietal types, arguing that they are products not of nature but of economic relations and continued and intense market regulation. Hahn focuses her study on the most popular of these varieties, Bright Flue-Cured Tobacco. First grown in the inland Piedmont along the Virginia–North Carolina border, Bright Tobacco now grows all over the world, primarily because of its unique—and easily replicated—cultivation and curing methods.