Archaeologists have uncovered a monumental Roman funerary complex near Apollosa in the province of Benevento. An overflow of the Serrentella stream exposed large stone blocks along the ancient Appian Way. Volunteer Marco Zamparelli saw masonry emerging from the water and filed a report. Targeted investigations followed under Italy’s Ministry of Culture.
Excavation has revealed a circular monument from the early 1st century CE, in the Augustan age. It is built of limestone blocks and is estimated at twelve meters in diameter. Carved on its exterior are scenes of gladiatorial combat. This iconography is rarely seen on Roman tombs. The martial motifs encircle the structure, according to la Repubblica.
Preliminary assessments suggest the tomb likely belonged to a wealthy Roman citizen that may have organized gladiatorial games or operated as a lanista.
The Appian Way
The mausoleum stands along the Appian Way between ancient Caudium and Montesarchio. The Appian Way, begun in 312 BCE, connected Rome to Capua and later to Brindisi. It served as a major artery for trade, military movement, and communication throughout the Roman Republic and Empire, according to Enikos. The prominent roadway would have amplified the monument’s visibility to travelers and officials.
The Municipality of Apollosa plans to enhance the site and integrate it into territorial promotion projects tied to the Appian Way. The effort involves the Campania Region and other institutions. Plans include a digital 3D reconstruction of the mausoleum to aid interpretation and public access.
The complex appears to have developed between the late Republican and late Imperial periods. It likely formed around a possible internal courtyard along the road linking Rome to the port of Ostia. The area was later reused as a simpler late-antique necropolis. It features superimposed pit burials and sparse grave goods. The remains will be protected and studied with the aim of integrating them into the construction project and making them accessible to visitors, according to Scintilena.