Unraveling the Houston Mass Murders: A Forensic Puzzle Decades in the Making
Houston Mass Murders: A Serial Investigation, Serial Part 1
In the early 1970s, Houston was rocked by one of the most chilling serial killing sprees in American history, orchestrated by Dean Corll with the complicity of Elmer Wayne Henley, Jr., and David Brooks. Known as the Houston Mass Murders, this case left dozens of young boys dead and a city haunted. Decades later, in 2010, three victims remained unidentified, their stories buried in a maze of missing evidence and conflicting records.
In Houston Mass Murders: A Serial Investigation, Serial Part 1, available now on Amazon, I share the results of my years-long quest to uncover the truth, revealing new clues that could help give these boys their names.
A Glimpse into the Investigation:
The Houston Mass Murders case is a labyrinth of horror and heartbreak, with over 27 confirmed victims and countless questions still unanswered. Dr. Sharon Derrick, a forensic anthropologist, has spent years conducting DNA tests and combing through skeletal remains, and archival records to identify the final three victims, but the gaps in evidence are troubling. A mismatched jawbone could hold the key to one boy’s identity, while the misplaced headless body of a teenage boy, found near NASA in 1971, defies easy answers. Adding to the mystery, Elmer Wayne Henley’s own statements—detailing his victims and their burial sites—offer a haunting roadmap, yet they’ve been overlooked until now. In Serial Part 1, I reveal how my research uncovered these statements and a critical misidentification that could change this case forever.
What’s Next:
Serial Part 1 is just the beginning of this ongoing investigation. With five parts released so far, each chapter peels back another layer of the Houston Mass Murders, blending forensic science, archival research, and raw human stories. Get Houston Mass Murders: A Serial Investigation, Serial Part 1 on Amazon now to follow my journey and uncover the truth behind this chilling case.