The Tyrolean ice mummy known as Ötzi presents some of the earliest direct evidence of tattooing in the human past. Despite decades of study, it remains unclear how the Iceman's tattoos were created and what tools and methods were used. Popular discussions of the Iceman describe his tattoos as having been made by incision, first cutting the skin and then rubbing in pigment from the surface. The authors review the scholarly literature on the Iceman's tattoos and summarize ethnographic, historic, and anthropological research on global patterns of tattooing to contextualize the Iceman's marks within pre-electric tattooing traditions. The results of recent experimental tattooing studies are then compared to the physical signature of the Iceman's marks to evaluate existing claims and provide informed hypotheses as to how those tattoos were created.

Using cross-cultural ethnographic and archaeological analogy, this paper offers a new interpretation for a specific societal attribute represented on the Iron Age stelae of Daunia, arguing that the designs on the forearms of the female stelae do not represent gloves but are instead tattoos. By questioning a single, long-held, belief about the stelae, it is hoped to highlight a very important principle of method: the need to identify and investigate the socio-cultural context of an image or artefact. For too long the Daunian stelae have been looked at through Hellenized eyes. Unlike other Italic societies of this period, the Daunians appear to have remained reasonably unaffected by Greek and wider Mediterranean influence, suggesting the Iron Age inhabitants of the region retained a strong ethnic identity. With limited evidence of their social and religious life deriving from other sources, any hope of understanding these people properly relies on a correct reading of their stelae, which can only be achieved by firmly placing these monuments within an Adriatic milieu.

Approximately 5% of pigs produced in Australia is believed to be traded at livestock sales. Interviews and focus group discussions were conducted with producers (106 and 30 producers, respectively), who traded pigs at livestock sales. The purpose of the study was to gather information on how producers identified their pigs in order to evaluate how these practices may impact the ability to trace pig movements in the event of an emergency animal disease outbreak or food safety hazard. Results were analyzed according to herd size (0 to 150 sows, 150+ sows) and location (peri-urban, regional) as prior studies suggested a higher biosecurity risk among smaller farms and due to perceptions that peri-urban farms pose additional risk. Most producers (91.5%) had less than 150 sows and a high proportion (70.8%) resided in regional areas compared with only 29.2% residing in peri-urban areas. A higher proportion of large-scale producers identified their pigs than small-scale producers. A third of small-scale producers reported not identifying breeding stock and most did not identify progeny. The most common forms of on-farm identification used were ear tags for breeding stock and ear notches for progeny. Producers identified breeding stock to assist with mating management and genetic improvement. Ear notches were used to determine the litter of origin of progeny. All large-scale producers owned a registered swine brand and used the official body tattoo for post-farm-gate identification. However, approximately 15% of small-scale producers did not own a registered swine brand, and an additional 8% did not identify their pigs post-farm-gate. Producers were satisfied with tattoos as a methodology for post-farm-gate identification of pigs and considered other methodologies cost-prohibitive. However, variations in the maintenance of the branding equipment, the type of ink used and the time of tattoo application in relation to the animal sale were highlighted during focus group discussions. These results suggest that there is a need for education and extension activities, especially among small-scale pig producers, regarding the benefits of identifying animals on-farm. In addition, increased awareness of the traceability legislation that exists in Australia to meet the National Performance Standards for Livestock Traceability in this country is required.

A pigmented lesion of the soft palate was excised to exclude melanoma. The histology suggested an amalgam tattoo which was confirmed on energy dispersive X-ray analysis by the detection of silver and copper. This represents a very rare mimic of melanoma of the soft palate.