Artwork

Assyrian sculpture of a winged bull, London, British Museum

Assyrian sculpture of a winged bull, London, British Museum, by J. Davis Burton, photographic, 1864
Assyrian sculpture of a winged bull, London, British Museum, by J. Davis Burton, photographic, 1864

Assyrian sculpture of a winged bull, London, British Museum is a photographic photography by the Impressionist artist J. Davis Burton. It dates from 1864 and is held in the collection of the Victoria and Albert Museum. A sepia-toned photograph from 1864, attributed to J.

About this work

Overview

A sepia-toned photograph from 1864, attributed to J. Davis Burton, documents a monumental Assyrian stone sculpture on display.

Subject & Meaning

The sculpture depicts a winged bull with a human face, accompanied by a stiffly carved attendant figure. The statue's worn surface suggests significant age and wear.

Technique & Style

The sculpture is characterized by stiff, blocky carving and prominent wings. The photograph's grainy texture and sepia tone reflect the photographic techniques of the 1860s.

History & Provenance

The sculpture is housed in the British Museum in London, as indicated by the display setting and accompanying plaque in the photograph.

Artist & collection

Artist

J. Davis Burton

J. Davis Burton lugged a tripod around London’s British Museum for weeks, hunting details tourists miss, like the way Assyrian winged bulls had five legs (two on each side, one hidden when standing). He wasn’t after…

Frequently asked questions

Who painted Assyrian sculpture of a winged bull, London, British Museum?

Assyrian sculpture of a winged bull, London, British Museum was painted by J. Davis Burton in 1864.

Where can I see Assyrian sculpture of a winged bull, London, British Museum?

Assyrian sculpture of a winged bull, London, British Museum is held by Victoria and Albert Museum.

What movement is Assyrian sculpture of a winged bull, London, British Museum?

Assyrian sculpture of a winged bull, London, British Museum is associated with Impressionism.