This practice insight describes community consultation and creation of an exhibit that was installed in a local museum to share findings from research involving excavations of historic cemeteries. Two individuals who had been buried in unmarked sites in historic cemeteries in the town of Lawrence, in the Otago region of New Zealand were exhumed for bioarchaeological research that included biochemical methods. Results were combined with cultural and environmental information from the Otago goldrush era to reconstruct lives of these settlers and tell their stories in the exhibit described here. Community values about exhibit representations related to human remains were explored through 16 semi-structured stakeholder interviews. Interviewees overwhelmingly but not unanimously supported the creation of an exhibit about this research. Interviewees recommended things to exclude from the exhibit (human remains or images of them) as well as information and objects to include. Information was compiled from multiple sources, including: existing bioarchaeological research findings; interviews with descendant groups, community, and other stakeholders; and historical archives. Information from these multiple sources was combined to create osteobiographies of two individuals — a woman and a Chinese journeyman — who had lived in Lawrence during the goldrush period (1850–1910). These osteobiographies formed the basis of an exhibit that was created and installed in a community museum in the town where their graves were located.

Toxic metal or element exposure has the potential to cause significant negative health effects in human populations. During the goldrushes of the colonial period, mercury amalgamation was one of the most common methods of extracting gold from alluvial deposits or crushed ore, and exposure to mercury was an occupational health hazard. In this study we examine mercury exposure in mining populations from New Zealand's first major goldrush, which began in Central Otago in 1861. We explore mercury toxicity through laser ablation inductively coupled mass spectrometric analysis of archaeological hair and sediment samples associated with the Tuapeka goldfields. Our analysis highlights ubiquitous low-level mercury exposure on the goldfields, as well as one individual with such high mercury concentrations in their hair that we suspect direct mercury intake, perhaps medicinally, rather than from environmental contamination.