The Horse and Rider from Albania: Conservation

Study, analysis, and conservation of a freshly excavated, heavily corroded bronze statuette of a horse and rider discovered in an ancient Greek settlement in Albania

Project Details

A small corroded bronze statuette of a horse and rider is being worked on by a curator with cleaning tools

Statuette of a Horse and Rider (during conservation), Greek, 520–500 B.C. Bronze. Albanian Institute of Archaeology, Tirana

About

Goal

Analyze and conserve a small bronze statuette of a horse and rider. The bronze was recently retrieved from the ground and remained covered with soil, as well as with layers of corrosion products that had formed over a long period of burial. These deposits obscured many of the finer sculptural details and surface textures, rendering the sculpture partially illegible. Cleaning was necessary to reveal its shape, while evaluation of the corrosion helped to design an appropriate conservation treatment to ensure its long-term preservation.

Outcomes

• The treatment allowed for a better understanding and appreciation of the statuette’s shape and its extremely fine quality.

• The process of manufacture and materials used in its creation was established. See Methodology section for details.

• After technical study and treatment in the conservation laboratory, the object was publicly displayed for the first time since its excavation in the exhibition The Horse and Rider from Albania at the Getty Villa from July 26, 2023, to January 29, 2024. A video providing a narrative of the discovery, evaluation, conservation, and mount making formed an integral component of the display.

Background

Approach

Prior to the actual treatment and manipulation of the bronze, thorough documentation and examination was critical to the process. Excavated objects contain important information about their original use and burial environment, which may inform us about further aspects of their context. Bronze surfaces are almost always deteriorated, and can contain traces of materials they were in contact with during burial, such as vegetable of textile fibers. Highly mineralized elements of an object may be in danger of breaking or being lost.

One of the primary goals, mechanical cleaning to reveal the original shape and surface texture, resembles a miniature excavation. The once metallic surface of bronze lies today within layers of different mineral compounds. The surface of the bronze changed from its original shape into something irregular and distorted, and also became soft and powdery, making the cleaning process delicate and slow.

Methodology

Partners

Albanian Institute of Archaeology
Getty Conservation Institute

Contact the Team