In Insurgency Online, Michael Dartnell focuses on a new form of conflict made possible by global communications. The Internet, Dartnell argues, is affecting extensive changes to the way politics are carried out, by inserting a range of non-state actors onto the global political stage. He demonstrates that Web activism raises issues about the organization of societies and the distribution of power and contends that the development of online activism has far-reaching social and political implications, with parallels to the influence of the invention of the printing press, the telegraph, and the radio. Dartnell concentrates on Web activists who use the Net as a media tool, distinguishing this use from information terrorism, which threatens or harasses through 'hacking' or electronic sabotage. Using the examples of the Revolutionary Association of the Women of Afghanistan (RAWA), which opposed the Taliban, the Peruvian Movimento Revolucionario Tupac Amaru (MRTA) and its campaign against the Fujimori government, and the Irish Republican Socialist Movement (IRSM), Dartnell evaluates the political implications and general character of Web activism among non-state actors.
Insurgency Online shows that online activism is a ripe, new territory for non-governmental actors to raise awareness and develop support around the world.
Michael Y. Dartnell is an associate professor in the Department of History and Politics at the University of New Brunswick, Saint John.
Foreword by Arthur Kroker Acknowledgments * Introduction: Insurgency Online and Conflict in the Global-scape * Insurgency Online as Networking: IRSM Web Activism * Insurgency Online as Global Witnessing: The Web Activism of RAWA * Insurgency Online as Media Relay: The Web Activism of the MRTA * Conclusion: Web Activism - A Messenger That Shapes Perceptions Appendix 1 Methodology of Insurgency Online Appendix 2 Some of the Restrictions Imposed by the Taliban on Women in Afghanistan Appendix 3 Translation of the Du'a of Sheikh Muhammed Al Mohaisany Notes Bibliography Index