Two Rabbits Eating Cabbage
Painting on canvas • Signed 'P. Rolence' (likely a genre painter specialized in animalier subjects active in Europe).
Style & Movement
Academic Realism / Animalier School
Medium & Technique
Oil on canvas, utilizing smooth blending for fur textures and layered glazing for the verdant background.
Creation Period
Late 19th Century to Early 20th Century
Dimensions & Format
Approximately 20 x 24 inches (canvas size); landscape format.
Subject Description
The composition features two white rabbits with black ears and muzzles (distinctive of the Himalayan or Californian breed) sharing a large green cabbage leaf. The figures are positioned centrally against a soft, atmospheric landscape of dense foliage and a pale sky, emphasizing a tranquil, domestic nature scene.
Condition & Value Assessment
Condition Assessment
Good/Very Good. The paint layer appears stable with minor surface grime; the heavy ornate frame shows some age-related wear.
Estimated Market Value
$800 - $1,500
Auction Estimate
$600 - $900
Provenance History
Acquired through private collection; the presence of the elaborate period-style frame suggests a history of domestic display in a refined setting or possible European gallery origin.
Art Historical Significance
Representational of the mid-to-late 19th-century fascination with 'Animalier' painting, where domestic and wild animals were study subjects for their anatomical and textural qualities. While the artist P. Rolence is not a household name, the work reflects the high technical standards of Victorian-era genre painting.
Notable Features
Features a distinct signature in the lower right corner; housed in a high-relief, dark-stained and gilded baroque-style composite frame with floral motifs that significantly enhances the decorative appeal.
Condition Issues
Visible surface dust and slight yellowing of the varnish layer; minor abrasions to the frame gilt and structural corners.
Conservation Recommendations
Light surface cleaning and a fresh coat of archival varnish to improve color saturation. Maintain in a climate-controlled environment away from direct UV sunlight.