After nearly four decades, authorities in Ohio successfully identified skeletal remains found in 1989 as Ernest Emerson Carter. This breakthrough was achieved through a collaborative effort between the Franklin County Coroner, the Ohio Bureau of Criminal Investigation, and private forensic organizations. While traditional DNA testing initially failed to produce results, the use of advanced forensic genealogy allowed investigators to construct a family tree and locate a living relative. Funding for this specialized analysis was provided by the Porchlight Project, a nonprofit dedicated to resolving cold cases. This discovery aims to bring closure to the mystery of Carter's disappearance while highlighting the power of modern technology in forensic science.

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The episode details the permanent closure of the investigation into the unsolved murder of Kirsty Jones, a British backpacker killed in Thailand in 2000. Because the 20-year statute of limitations has officially expired, Thai authorities can no longer pursue criminal charges against any suspects. The victim’s family expressed profound grief and a lack of closure, noting that they spent two decades lobbying officials to identify the perpetrator. Local police in the United Kingdom also voiced their deep disappointment that no one was ever successfully prosecuted for the violent assault. Ultimately, the source serves as a somber update on a cold case that has reached its legal end without achieving justice.



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In 2022, construction workers in Wright County, Minnesota, discovered the skeletal remains of a woman buried beneath the site of an old cabin. Forensic experts estimate the woman was a middle-aged Caucasian who lived during the 18th or 19th century. To identify her, the Midwest Medical Examiner’s Office has partnered with Othram, a private laboratory specializing in advanced genomic sequencing. This collaboration aims to build a comprehensive DNA profile that can be used for genealogical research. Because these specialized tests are expensive, a crowdfunding campaign has been established to fund the necessary lab work and scientific analysis. Researchers hope these modern tools will finally reveal the identity of this individual and provide a link to her historical descendants.

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The Missoula County Sheriff's Office has partnered with Othram to identify a man whose skeletal remains were discovered by hikers in May 2007. Found near a trail in the Bitterroot National Forest, the decedent is believed to be a Caucasian male between the ages of 35 and 60. Several personal items, including a turquoise sleeping bag and specific clothing, were recovered at the scene but have not yet led to an identification. To resolve this long-standing cold case, experts are now utilizing advanced forensic DNA testing and genetic genealogy. A crowdfunding campaign through DNASolves has been successfully completed to fund the necessary laboratory research. This collaborative effort aims to provide closure for the man's family and finally determine the identity of the Ravalli County John Doe.

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This episode details the successful resolution of a fifty-year-old cold case involving the 1973 murders of sisters Maggie and Mary Jenkins in Key Largo, Florida. After decades of uncertainty, the Florida Department of Law Enforcement partnered with Othram, a private laboratory, to utilize advanced forensic genetic genealogy and genome sequencing. This modern technology allowed investigators to build a comprehensive DNA profile from aging crime scene evidence, eventually identifying David Allen Snyder as the primary suspect. Although the perpetrator died in 2008, the investigation confirmed his involvement by comparing forensic samples with DNA from a relative. This breakthrough highlights how innovative genetic tools and public funding can finally bring answers to long-unsolved violent crimes.

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The episode details the successful identification of a 1996 homicide victim, formerly known as Benton County John Doe, through the use of advanced genetic genealogy. After decades of fruitless investigation and traditional forensic methods, the Benton County Sheriff’s Office partnered with the private laboratory Othram to develop a comprehensive DNA profile from degraded remains. This technological breakthrough led investigators to a family in Springdale, Arkansas, who had not seen their son since the mid-1990s despite never filing a formal police report. DNA comparisons officially confirmed the victim as John Douglas Rollins Jr., a 31-year-old man who had been missing for twenty-six years. While the discovery offers closure to the family, the source emphasizes that the homicide investigation remains active as authorities seek information regarding the circumstances of his death.

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This episode details the successful identification of Rosa Elia Vargas Jimenez Everts, a homicide victim whose remains were discovered in Yakima County in 1988. For nearly four decades, the woman was known only as "Parker Doe" until advanced Forensic-Grade Genome Sequencing was utilized by the laboratory Othram. By comparing a DNA profile to potential family members located by state investigators, authorities were finally able to link the remains to a woman reported missing in 1987. This breakthrough was made possible through collaborative efforts between multiple law enforcement agencies and specialized cold case units. While the victim’s identity has been restored, the criminal investigation into her death remains active as officials seek further information. Overall, the episode highlights the critical role of genetic genealogy and public funding in resolving long-standing unidentified person cases.

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The episode details the successful identification of a suspect in the 1997 cold case murder of Margaret M. Anselmo in Spokane, Washington. After nearly three decades, law enforcement collaborated with Othram, a private forensic laboratory, to apply advanced genome sequencing to evidence that had previously failed to produce a match. This modern technology allowed investigators to build a genetic profile and utilize forensic genealogy to link the crime to Brian James Anderson, who died in 2009. The source emphasizes how public contributions and scientific breakthroughs are essential for providing closure to families and resolving decades-old homicides. This report highlights the 41st case in Washington state to be resolved using these specific genealogical research tools.

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The episode details the successful identification of Jeremiah Garretson, a man whose remains were discovered in a Georgia pond in 2019. Initial efforts to name the individual through fingerprint databases and forensic sketches proved unsuccessful, leaving the accidental drowning case cold for several years. In 2022, the Georgia Bureau of Investigation collaborated with Othram, a private laboratory specializing in forensic genetic genealogy, to develop a comprehensive DNA profile. This advanced testing led investigators to a relative, allowing for official confirmation of the victim's identity. The report highlights the critical role of private funding and cutting-edge genomic sequencing in resolving unidentified person cases that traditional methods cannot solve. Ultimately, this source serves as a case study for how public-private partnerships can bring closure to mysterious deaths.

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In 2009, investigators discovered a grave resale scandal at Burr Oak Cemetery where workers were illegally relocating human remains to sell occupied plots. A recent study highlights how botanical forensics used a tiny sample of common pocket moss to secure criminal convictions against the perpetrators. By comparing the plant species found with the bodies to the natural vegetation of the cemetery, scientists proved the remains had been moved from a different section. Furthermore, researchers analyzed the degradation of chlorophyll within the moss to determine that the burial had occurred recently rather than decades ago. This rare use of bryophytes as evidence demonstrates the significant potential for microscopic plant life to assist in criminal investigations. Experts hope this success will encourage law enforcement to utilize specialized plant biology more frequently in future legal cases.






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