Artwork Description

Portrait of Philippe de Champaigne

Artist or Attributed to: Thomas Barker of Bath (1769–1847)
Medium: Watercolor on Velin paper
Dimensions: 20 x 27.5 cm
Frame: Unframed
Condition Report:

• Some rubbing and staining
• Defective corners
• Collector’s stamp on the reverse (Plov van Roc, Lugt 3751)
• Machine-printed description in the lower right corner
• Instructions on the reverse

Description

This delicate watercolor painting is attributed to Thomas Barker of Bath (1769–1847), a renowned British artist known for his landscapes and rural scenes. The painting, executed on Velin paper, exhibits a masterful use of soft washes and controlled detailing, reminiscent of Barker’s signature style. The artwork captures a distinguished portrait, possibly referencing the Baroque master Philippe de Champaigne (1602–1674), whose works were celebrated for their realism, austerity, and spiritual depth.

The piece is marked with a collector’s stamp on the reverse (Plov van Roc, Lugt 3751), adding historical interest and provenance to this work. Despite minor imperfections, including some rubbing, staining, and corner defects, the painting retains its aesthetic and historical value.

Additional Artwork Included

Also included in this lot is an anonymous watercolor titled "Pigeons and Turkeys of the Country."

• Medium: Watercolor on Velin paper
• Dimensions: 22.5 x 30.5 cm
• Condition: Stains along the margins, adhered at the upper edge under the same mounting section.

This complementary piece presents a charming rural scene featuring domesticated birds, reinforcing the Barker of Bath association with country life themes.

About Thomas Barker of Bath

Thomas Barker (1769–1847), often referred to as "The Barker of Bath," was a British landscape and genre painter recognized for his rustic depictions of pastoral life. Influenced by classical styles and Romanticism, he created vivid portrayals of nature, rural figures, and everyday life. His works remain admired for their rich color palettes, expressive compositions, and atmospheric effects.