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Retreat of Greenland's Zachariae Isstrom Glacier
€39,94
This satellite image records the retreat of Greenland's Zachariae Isstrom Glacier, one of the largest outlet glaciers of the Greenland Ice Sheet. Captured by Landsat 8 in 2022, the photograph documents a landscape shaped by ice, rock, and the gradual movement of glaciers over time.
Viewed from orbit, the glacier becomes an intricate composition of fractured ice, snow-covered terrain, exposed mountain ridges, and scattered icebergs. The natural patterns create an image that is both scientifically significant and visually compelling.
Artwork Details
- Artist / Creator: NASA / USGS
- Title: Retreat of Greenland's Zachariae Isstrom Glacier
- Original title: Retreat of Greenland's Zachariae Isstrom Glacier
- Series: Greenland Glacier Retreat Study
- Date: August 22, 2022 (Released January 17, 2024)
- Period: Contemporary
- Place of Origin: Northeast Greenland
- Medium: Satellite imagery
Framed Print Details
- Fine art printing: Professional 12-color fine art printing technology produces vivid, accurate colors with strong tonal depth and significantly greater nuance than standard 4-color inkjet printing.
- Paper: Smooth premium matte paper with a clean, glare-free finish.
- Paper weight: 200 gsm (80 lb).
- Paper thickness: 0.26 mm (10.3 mils).
- Frame material: Durable pine wood.
- Frame dimensions: Approximately 20 mm (0.79 in) deep and 10–14 mm (0.4–0.6 in) wide.
- Protection: Shatterproof plexiglass protects the print while keeping the framed artwork lightweight.
- Ready to hang: A hanging kit is included, allowing the framed print to be mounted directly on the wall.
- Available sizes: Offered in a range of sizes to suit different spaces.
- Materials: Printed using FSC-certified paper and wood where available.
- Production: Each framed print is produced to order through a trusted international network of professional print studios.
- Shipping: Worldwide shipping is available.
- Made to order: There is no minimum order quantity. Each piece is printed and assembled on demand, reducing unnecessary stock and waste.
Exact frame dimensions, component availability, and production specifications may vary slightly depending on the selected size and destination.