Each spring, as temperatures climb and mountain lakes begin to lose their winter ice cover, the thawing process reveals something unexpected: the ice doesn't disappear uniformly. It fractures along crystalline fault lines, producing branching structures that extend outward in precise, tree-like patterns.
These formations are called dendritic ice, from the Greek dendron, meaning tree. The same branching geometry governs how rivers erode landscapes, how frost forms on cold glass, and how neurons extend through brain tissue. Here it plays out across the surface of an alpine lake, at a scale only visible from above.
The series was photographed by drone during the brief transitional window in early spring, when ice and open water still share the surface. Each image captures a distinct formation state. From isolated, singular structures to scattered clusters spread across hundreds of square meters of lake surface. 
The lake, the altitude, and the exact timing remain variable.

Printed large, the Dendrites series develops a quiet geometric authority. The branching structures, precise and organic at the same time, hold attention in a way that abstract art rarely does: there is a logic to the pattern, a reason it looks the way it does. Viewers tend to lean in.

The palette is minimal: deep teal and near-black on white grounds. This restraint makes the prints highly adaptable to modern, minimalist, and architectural interiors without competing with existing design elements. They work equally well as a single statement piece or as a series arranged across a larger wall.

The white background and fine detail structure make the prints particularly effective at scale. At 100 cm and above, the secondary formations that read as texture in smaller formats become individual compositions of their own. Suited for private collections, gallery environments, and high-end hospitality or office spaces where the work is meant to be noticed without demanding attention.