Snow Seeds Stickers Aim to Help Regenerate Snow on Ski Slopes
Amy Duong — February 21, 2026 — Art & Design
References: arts.ac.uk
Snow Seeds is a conceptual design that imagines stickers embedded with modified seed particles and cloud-seeding technology to help regenerate snow where it is needed most. The stickers are intended to be simple to apply on surfaces that touch snow, such as ski runs, equipment, or buildings, offering an alternative to energy-intensive snowmaking systems often used by ski resorts to offset climate-induced snow loss.
Designed by Tanay Wadodkar, the stickers use a woven-like material infused with reactive ink that activates upon contact with cold surfaces. As they glide over snow, the stickers could release the embedded material to encourage snow formation and accumulation in localized areas, reducing dependency on traditional snow machines. This approach to snow regeneration would reduce water and electricity use compared with large snowmaking systems
Image Credit: Wadodkar
Designed by Tanay Wadodkar, the stickers use a woven-like material infused with reactive ink that activates upon contact with cold surfaces. As they glide over snow, the stickers could release the embedded material to encourage snow formation and accumulation in localized areas, reducing dependency on traditional snow machines. This approach to snow regeneration would reduce water and electricity use compared with large snowmaking systems
Image Credit: Wadodkar
Trend Themes
1. Localized Snow Seeding Stickers - A method for delivering cloud-nucleating particles directly to surfaces that touch snow, enabling micro-scale control of accumulation and challenging centralized snowmaking infrastructure.
2. Reactive Material Adhesives - Adhesive substrates infused with temperature-activated chemistries that release functional payloads upon cold contact, offering a platform for low-energy environmental interventions.
3. Water and Energy Minimizing Snow Technologies - Approaches focused on reducing water and electrical demand for snow generation through passive or low-power materials that promote natural snow formation rather than mechanical production.
Industry Implications
1. Ski Resort Operations - Resort operators face potential disruption from technologies that localize snow regeneration, which could reduce reliance on costly snowmaking fleets and reshape slope maintenance economics.
2. Outdoor Equipment Manufacturing - Producers of skis, boards, and grooming tools could see new product categories emerge as functional coatings and application-friendly substrates become integrated into equipment design.
3. Environmental Remediation Services - Organizations specializing in landscape and watershed management may be affected by materials-based interventions that alter local precipitation and accumulation patterns without heavy infrastructure.
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