Sidney G. Tarrow, "Movements and Parties: Critical Connections in American Political Development" (Cambridge UP, 2021)

New Books in Sociology - A podcast by New Books Network

How do social movements intersect with the agendas of mainstream political parties? When they are integrated with parties, are they coopted? Or are they more radically transformative? Examining major episodes of contention in American politics – from the Civil War era to the women's rights and civil rights movements to the Tea Party and Trumpism today – Sidney Tarrow tackles these questions and provides a new account of how the interactions between movements and parties have been transformed over the course of American history. In Movements and Parties: Critical Connections in American Political Development (Cambridge UP, 2021), he shows that the relationships between movements and parties have been central to American democratization – at times expanding it and at times threatening its future. Today, movement politics have become more widespread as the parties have become weaker. The future of American democracy hangs in the balance. Professor Sidney Tarrow is Emeritus Maxwell Upson Professor of Government and Adjunct Professor at Cornell Law School. He is a leading expert on social movements and contentious behaviour. He has published more than sixteen books and numerous articles on the movements' political opportunities, social networks, cultural frames, and forms of collective action. Host Ursula Hackett is Senior Lecturer in Politics at Royal Holloway, University of London. Her Cambridge University Press book America's Voucher Politics: How Elites Learned to Hide the State won the 2021 Education Politics and Policy Best Book Award from the American Political Science Association. Her writing guide Brilliant Essays is published by Macmillan Study Skills. She tweets @UrsulaBHackett. Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/sociology