The DNA took us in a very unexpected direction, one we never would have gone without it, said Kari Bruwelheide of the Smithsonian National Museum of Natural History, describing a find that is redefining the early history of English America. For centuries, Jamestown’s 1608 church chancel kept its secrets deep beneath layers of brick and time. Now, the surprising preservation of ancient DNA in Virginia’s moist earth has written a new page in the history of the New World’s earliest permanent English colony a page informed by cutting-edge science and by the abiding puzzles of kinship and authority.
The retrieval of recoverable DNA from the bones of two males labeled JR2992C and JR170C was an achievement in itself. Jamestown’s weather is famously unfriendly to biomolecules, with acidic soils and high humidity to speed up decomposition. Still, drawing on improvements in extracting ancient DNA, scientists from Harvard’s Reich Lab and their partners achieved what earlier generations had not managed. They aimed at the thick petrous segment of the temporal bone and a mandibular molar, using protocols honed for intensely degraded samples, such as ultra-clean laboratory conditions and next-generation sequencing adapted for tiny, broken DNA. The payoff: sufficient genetic material to rebuild mitochondrial haplogroups and, with judicious bioinformatics, to look back into long-concealed relationships.
The two men’s skeletons, found in similar anthropomorphic coffins with fine nails and, in one instance, an ornate silver-fringed military sash, indicated upper-class status. Osteological examination showed abnormally high levels of lead in their bones, an indicator of wealth and privilege in the early 17th century, since those who ate off pewter and lead-glazed tableware unknowingly ingested the heavy metal. Historical accounts identified Sir Ferdinando Wenman, the initial English knight to perish in America, and Captain William West, both relatives of Governor Thomas West, Third Baron De La Warr. However, the exact nature of their relationship was an enigma a mystery that documentary records alone were incapable of solving.
The solution was provided by mitochondrial DNA, which is passed down solely through the maternal lineage. Both skeletons were tagged as belonging to the uncommon haplogroup H10e, present in merely two out of 3,594 contemporary British people a likelihood so negligible that the possibility of two unrelated men possessing it is extremely low. This led towards a close maternal relationship, a fact which turned over surname-based assumptions and patrilineal inheritance on their heads. As Harvard’s Dr. Éadaoin Harney explained, They had assumed that since Captain William West’s last name was ‘West’ and that ‘West’ was the last name of Ferdinando Wenman’s mother, that their relationship would have been on the paternal lineage.
The genetic hint led historians to the archives, where they discovered a 1616 court case, Blount v. Abbot, that mentioned William West being brought up by his aunt, Mary Blount, on behalf of her unmarried, deceased sister, Elizabeth. The code of the time mentioning William as Elizabeth’s “one onely Cozen or friend” hid the truth: Captain West was Elizabeth’s bastard son, something studiously left out of family genealogies. The lack of public acknowledgment and the oblique bequest of jewels for his “maintenance and preferment in living” served as additional proof of the efforts of the family to keep the scandal under wraps (Antiquity).
17th-century English illegitimacy was not only a domestic shame; it posed a threat to inheritance, social position, and the fragile web of alliances that supported elite power. As the authors of the study point out, “Identifying illegitimacy in families of wealth can be difficult as these relationships were often excluded from recorded lineages. The poor had less choice or motivation to hide such births as aid was often sought from the church or court. Harsher treatments and attitudes related to illegitimate birth were rendered to the poor as a result.” Even the rich were not fully sheltered from stigma, however. Captain West’s voyage to Jamestown was perhaps partially an attempt to escape the limitations of his origins and make a new life in the New World a trajectory replicated in analyses of illegitimacy and emigration in early modern England (PMC).
This study is an exemplary model of interdisciplinarity. Combining genetic sequencing, archaeological context, and historical records enabled researchers to reconstruct a tale impossible for any one discipline to uncover. The DNA protocols used targeting mitochondrial genomes and using bioinformatics tools for haplogroup analysis demonstrated that even degraded samples can provide essential information if contamination is strictly controlled and data interpreted in the context of both technical limitations and historical complexity (WHRO).
The Jamestown Rediscovery Project’s methodology ground-penetrating radar, climate-controlled excavation, and genomic analysis raised the bar for historical bioarchaeology. The identification of high-status individuals successfully, and uncovering a previously hidden family scandal, speak to science’s ability to upend and enhance our vision of the past. As Jamestown Rediscovery’s Michael Lavin noted, “The people who came here to forge a new life for themselves had family secrets and interpersonal drama just like we do. The fact that we can reveal those secrets more than 400 years later is an incredible feat of the historical and scientific community” WTOP.
The implications reach beyond the West family. The same DNA extraction and sequencing procedures are now being applied to other Jamestown burials, including excluded individuals whose lives have been erased from written history. As archaeologists continue to exhume and examine remains, the hope is that the genetic record will shed light not only on the elite but also on the forgotten explaining the full range of colonial life.
The Jamestown example shows how the intersection of genetics, archaeology, and history can reframe our vision of the past and expose facts that were previously thought to be unknowable. The science that made this achievement possible is as much a part of the narrative as the people it has resurrected from obscurity.
