Agrigento Youth given high-tech pedestal

Centuries ago, a marble sculpture known as the Agrigento Youth took a violent fall, losing his nose and parts of his arms and legs. The cause? Likely an earthquake. 

Statue of a Kouros (The Agrigento Youth), Greek, about 480 B.C., Museo Archeologico Regionale, Agrigento, Sicily [Photo © Angelo Pitrone]
The statue, loaned to us by the Museo Archeologico Regionale in Agrigento as part of our partnership with the Sicilian Ministry of Culture and Sicilian Identity, begins his journey from the Getty Villa back to Sicily at the end of this month. But this time he’ll be protected from tumbles, thanks to a high-tech mechanism concealed in his base. 

Inside the unassuming charcoal-grey pedestal is what’s known as a base isolation system, a device developed by conservators and mount makers at the Getty Villa to protect artworks from earthquake damage. It features two frames atop one another that utilize ball bearings within tracks to slide in different directions, buffering objects from the destructive force of shaking and liquefying earth. 

Working with colleagues from the Museo Archeologico Regionale, Getty conservators and mount makers fitted the Agrigento Youth with a base isolation system tailored to its size and weight when it first arrived at the Getty Villa, the same welcome extended to the Gela Krater when it came on loan from the Museo last spring.  

The Getty has now given Sicilian museums three earthquake-resistant pedestals, including one for the Cult Statue of a Goddess that was installed in the Archaeological Museum in Aidone, Sicily, last month. 

The Agrigento Youth being fitted onto its new pedestals by conservators and mount makers at the Getty Villa.
Collaboration will continue after the Youth’s return, as Jerry and his team work with colleagues at the Centro Regionale per la Progettazione e il Restauro in Palermo to make sure the devices do their job. Both Sicily and Southern California are major earthquake zones, but different geographic areas are prone to different types of seismic waves. The base isolator includes a series of springs that provide increasing resistance to movement as the isolator’s two levels begin to move apart. These springs are specifically calibrated for the potential earthquake forces expected at the various sites where isolators are used—for example, the Getty Villa in Malibu or the museums in Sicily.