Blood Done Sign My Name
In this world premiere ensemble version, Mike Wiley brings to life the recollections of author Timothy Tyson surrounding the 1970 murder of Henry “Dickie” Marrow in Oxford, NC, and the events that followed.
Marrow, who was black, was chased from a local store by three white men after reportedly making a crude remark to one of the men’s wives. They brutally beat Marrow, and then killed him with a bullet to the head in view of multiple witnesses. Despite the eyewitness reports, an all-white jury acquitted the men. The town’s black community responded to the events with an uprising that destroyed downtown businesses and several tobacco warehouses that held at least a million dollars in harvested crops.
Tyson, who was 10 at the time, recounts how the conflagration of events shaped his life. He offers us an opportunity to examine our own roles in the complex and often confusing racial fabric of America.
By Mike Wiley, adapted from the novel by Timothy Tyson
Directed by Joseph Megel
Thanks to our media sponsor, The Triangle Tribune
Post-Show Forum: Join us on the first Sunday of “Blood Done Sign My Name” (May 13) and during every City Series production for an interactive conversation. This discussion model is designed for personal reflection and exploration of the themes and tensions in each play. Audience members will dialogue with each other and the actors in character following the performance to enhance the theatre-going experience.
Tickets available now. Buy them online or from the box office at 919-821-3111. Group sales are also available from the box office.
Blood Done Sign My Name is part of the RLT City Series.
Ticket prices (including taxes):
- Adults: $25
- Students/Seniors: $21
- First Sunday: $15 for all
Seniors are age 62 and up. Students are through college.
All performances are wheelchair accessible.
Assistive listening devices are available for all performances.
Audio description for those with visual disabilities is provided by Arts Access. The Sunday, May 20, performance at 3pm will be described.