Archaeologists in Scotland rushed to document Roman footprints discovered on a beach after winter storms briefly exposed the 2,000-year-old markings before the sea erased them. The fragile prints, found at Lunan Bay near Montrose, offered a rare glimpse of human and animal activity during the late Iron Age, around the time of Roman influence in Britain.
The footprints on the beach came to light when shifting sands uncovered a semi-fossilised clay surface. Local residents Ivor Campbell and Jenny Snedden spotted the markings and alerted regional archaeologist Bruce Mann, who immediately recognised their importance and called in specialists.
A team from the University of Aberdeen, led by Professor Kate Britton, arrived quickly as tides and weather threatened the site. Faculty members and PhD students worked for several hours in winds reaching about 55 mph, racing to preserve the evidence before it disappeared.
Storms force a rapid response at Lunan Bay
Britton said the site was exceptionally rare and captured a brief moment from the distant past. She explained that the team understood from the outset that the sea would soon reclaim the area.
She described the conditions as the most difficult she had experienced, with rising tides tearing away sections of the site while wind-driven sand caused further damage. The effort quickly became a struggle against the elements.
Despite the conditions, researchers managed to record most of the site. They mapped the surface, created detailed 3D models, and produced physical casts of the footprints.
Radiocarbon dating of plant remains found beneath the prints confirmed they were about 2,000 years old. The clay preserved tracks from humans, red deer, and roe deer, showing how the landscape was used at the time.
Roman footprints on Scottish beach lost to the sea
Team member Professor Gordon Noble said the discovery provides a direct physical connection to the region’s past. He noted that the dates align with other archaeological evidence from the nearby Lunan Valley and reflect a period spanning Roman invasions into Scotland and the years before the emergence of the Picts.
Dr. William Mills said such delicate evidence is rarely saved, as it takes minutes to form and can vanish within hours. He added that the site revealed how the present-day sandy beach was once a muddy estuary used by people, possibly for hunting or gathering wild plants.
Dr. Elinor Graham said documenting the fragile site was challenging. When the winds briefly eased, the team used a drone to capture aerial images, allowing researchers to create precise 3D records even after the site was lost.
Mann praised the quick actions of the local residents and the university team. He said the storms that revealed the Roman footprints on the Scottish beach also destroyed them. Within 48 hours, the site had been completely washed away.
