Urgent.News

What's breaking now, across thousands of outlets.

Science

Solving an ancient cold case: Roman was brutally murdered

This 2,000-year-old cold case offered a wealth of information, Leiden archaeologists Carol van Driel-Murray and Mark Driessen explain. Few skeletons from the late Iron Age and early Roman era have been preserved, making this largely intact skeleton a valuable research resource. In their new book Victims of Violence from the Early Roman Fort Velsen, Van Driel-Murray and Driessen reconstruct the…

Solving an ancient cold case: Roman was brutally murdered

In 1977, amateur archaeologists uncovered the nearly complete skeleton of a Roman soldier near the site of the ancient Roman fort of Velsen. The individual, who stood at an impressive 1.90 meters (6 feet, 3 inches) tall, was found with a military belt, dagger, ring, brooch, and soldier's sandal buried in a well. This discovery, along with others, led archaeologists Carol van Driel-Murray and Mark Driessen to reopen the ancient cold case of a brutal murder.

Using a combination of archaeological, historical, and forensic methods, they determined the cause of death was likely multiple stab wounds inflicted by a Roman military dagger. Tooth enamel analysis revealed the man likely spent his childhood in southern Europe, while a worn Roman dagger and a belt composed of different pieces suggest he was probably a regular soldier.

The researchers explored several scenarios for his murder, including retaliation by fellow soldiers for misconduct or a Frisian attack seeking retribution for taxes as described by Roman historian Tacitus. However, the true identity of the perpetrator and motive remains unclear, leaving room for further research and speculation.

Written by urgent.news from Phys.org's reporting — not their text. Machine-written — may contain errors; check the original before relying on it.

This story

This is one outlet's version. Read the fullest account.

Read the original at phys.org →

More in Science

More from Monday 26 October →