Fishing from a Dory in a Forest Stream

Painting on paperDon Crouse (American, 20th/21st Century)

Fishing from a Dory in a Forest Stream

Style & Movement

Contemporary American Realism / Outdoor Sporting Art

Medium & Technique

Watercolor on paper; utilizing wet-on-wet techniques, dry brush for textures on the fallen log, and lifting or masking for the highlights and white water ripples.

Creation Period

Late 20th Century (likely 1999 based on the signature date)

Dimensions & Format

Approximately 12 x 16 inches (sight); Landscape format

Subject Description

A dynamic scene depicting two figures fly fishing from a small boat (dory) on a turbulent river. A large, weathered fallen log spans the upper mid-ground, framing the scene. The composition uses vibrant greens and yellows to represent sunlight filtering through a dense canopy, contrasting with the dark rocks and moving water.

Condition & Value Assessment

Condition Assessment

Very Good; the pigments appear vibrant with no obvious signs of fading or foxing based on the photograph.

Estimated Market Value

$400 - $800 USD

Auction Estimate

$250 - $500 USD

Provenance History

Likely acquired from a regional gallery or directly from the artist. Signed lower left 'CROUSE '99'.

Art Historical Significance

Don Crouse is known for his adeptness in the watercolor medium, particularly emphasizing light and shadow in natural landscapes. This piece is representative of the American Sporting Art tradition, capturing the interaction between man and the wilderness.

Notable Features

Strong signature in the lower-left corner with the year '99. Excellent use of negative space to create the 'sparkle' of the water and the textures of the splintered log.

Condition Issues

Minor edge rippling typical of watercolor paper; potential slight yellowing of the matting which may impact the paper over time if not acid-free.

Conservation Recommendations

Ensure the artwork is mounted with acid-free, archival materials. Re-frame with UV-protective glass to prevent pigment degradation from light exposure.

Identified on 4/5/2026