Urban Specimens

An Inventory of Biometric Topographies

Observed from above, cities reveal patterns that resemble the growth of living tissues: expansion, branching networks, and clustered cellular structures.

This project examines 64 of the most populated cities in the world through a standardized visual protocol: a vertical view, identical altitude, and fixed orientation. Each image becomes an urban specimen — a sample extracted from the planetary surface.

Through an algorithmic transformation, the morphology of these cities is reinterpreted as epidermal tissue. Streets become capillaries, blocks turn into cellular structures, and infrastructures merge into organic networks.

The process does not invent new forms. Instead, it amplifies structural similarities that already exist between urban systems and biological growth.

Seen at a microscopic scale, the city begins to resemble a living organism: a vast epidermis continuously expanding across the surface of the planet.