Artwork

Tilbury

Tilbury, by James McNeill Whistler, ink, 1887
Tilbury, by James McNeill Whistler, ink, 1887

Tilbury is an ink print by the Impressionist artist James McNeill Whistler. It dates from 1887 and is held in the collection of the National Gallery of Art.

Inscription
Inscribed:on plate: (butterfly); on tab: (butterfly) imp; lower right on the verso: 1st proof (the 'st' superscript with a dot beneath)

About this work

Overview

Tilbury is an etching and drypoint on laid paper created by James McNeill Whistler in 1887. It exemplifies the artist's approach to printmaking as an integral part of his broader artistic practice.

Subject & Meaning

The print depicts a serene riverside scene with a small boat in the foreground and a larger vessel in the distance, set against a backdrop of buildings and trees. The tranquil atmosphere invites contemplation.

Technique & Style

Whistler's use of etching and drypoint techniques achieves a delicate balance of linework and texture, creating a sense of depth and visual harmony. The drypoint technique adds texture and emphasizes the play of light on the water's surface.

Context

Created during the American Gilded Age, Tilbury reflects Whistler's emphasis on refined technique and aesthetic effect, characteristic of his work as a UK-based artist.

Return to Tilbury
Return to Tilbury, James McNeill Whistler

Artist & collection

Portrait of James McNeill Whistler

Artist

James McNeill Whistler

James Abbott McNeill Whistler (; July 10, 1834 – July 17, 1903) was an American painter in oils and watercolor, and printmaker, active during the American Gilded Age and based primarily in the United Kingdom.

This work is in the public domain (CC0). Image source: National Gallery of Art open access. Spotted an error in this record? Tell us.

Frequently asked questions

Who painted Tilbury?

Tilbury was painted by James McNeill Whistler in 1887.

Where can I see Tilbury?

Tilbury is held by National Gallery of Art.

What movement is Tilbury?

Tilbury is associated with Impressionism.