Blue Irises (X-Ray Floral Study)
Photograph on paper • Albert Koetsier
Style & Movement
Contemporary Fine Art Photography / Scientific Art
Medium & Technique
X-ray photography (Radiography) with selective color tinting, printed on photographic paper
Creation Period
Late 20th to early 21st century (c. 1990-2010)
Dimensions & Format
Approximately 8 x 10 inches (image size); vertical portrait orientation
Subject Description
A botanical composition featuring two Irises captured via X-ray. The radiographic technique reveals the internal anatomy, overlapping petal structures, and vascular systems of the plants. The translucent petals are tinted with a delicate blue-violet hue, while the stems and leaves retain a traditional grayscale or slightly greenish radiographic appearance.
Condition & Value Assessment
Condition Assessment
Good; visible surface glare on the glazing and some potential dust accumulation under the glass.
Estimated Market Value
$50 - $150 USD
Auction Estimate
$30 - $80 USD
Provenance History
Likely acquired through a commercial gallery or high-end home decor retailer; signature 'A. Koetsier' is a known mark for mass-distributed fine art photography.
Art Historical Significance
Koetsier is a pioneer in 'Beyond Light' photography. His work bridges the gap between scientific imaging and aesthetic fine art, making the invisible internal structures of nature visible to the observer. His oeuvre is widely recognized for its minimalist, ethereal quality.
Notable Features
Features the artist's distinctive cursive signature in the lower right quadrant; the work is notable for its 'ghostly' transparency and the precise layering of organic forms typical of professional radiography.
Condition Issues
The photograph appears stable, but there is noticeable spotting on the exterior glass and possible minor fading if it has been exposed to direct UV light.
Conservation Recommendations
Maintain in a climate-controlled environment away from direct sunlight; consider reframing with UV-protective museum glass and acid-free matting to prevent long-term discoloration.