A prize-winning, five-decade history of the evangelical movement in Southern California that explains a sweeping realignment of American politics. From Bible Belt to Sun Belt tells the dramatic and largely unknown story of “plain-folk” religious migrants: hardworking men and women from Oklahoma, Texas, and Arkansas who fled the Depression and came to California for military jobs during World War II. Investigating this fiercely pious community at a grassroots level, Darren Dochuk uses the stories of religious leaders, including Billy Graham, as well as many colorful, lesser-known figures to explain how evangelicals organized a powerful political machine. This machine made its mark with Barry Goldwater, inspired Richard Nixon’s “Southern Solution,” and achieved its greatest triumph with the victories of Ronald Reagan. Based on entirely new research, the manuscript has already won the prestigious Allan Nevins Prize from the Society of American Historians. The judges wrote, “Dochuk offers a rich and multidimensional perspective on the origins of one of the most far-ranging developments of the second half of the twentieth century: the rise of the New Right and modern conservatism.”

Christopher Hitchens, described in the London Observer as “one of the most prolific, as well as brilliant, journalists of our time” takes on his biggest subject yet–the increasingly dangerous role of religion in the world. In the tradition of Bertrand Russell’s Why I Am Not a Christian and Sam Harris’s recent bestseller, The End Of Faith, Christopher Hitchens makes the ultimate case against religion. With a close and erudite reading of the major religious texts, he documents the ways in which religion is a man-made wish, a cause of dangerous sexual repression, and a distortion of our origins in the cosmos. With eloquent clarity, Hitchens frames the argument for a more secular life based on science and reason, in which hell is replaced by the Hubble Telescope’s awesome view of the universe, and Moses and the burning bush give way to the beauty and symmetry of the double helix.