What type of patterns, from viruses to elephants, does nature thrive on, according to a February 2026 compilation of 100 examples?

Nature, in its remarkable efficiency and beauty, frequently employs repeating patterns of discrete elements, often referred to as "tiled patterns" or "biological tilings." These are not just aesthetically pleasing, but serve crucial functional purposes across an astonishing range of life forms. A recent compilation, published in February 2026, cataloged 100 such examples, highlighting how these natural motifs contribute to an organism's survival and success.

These tiled patterns are essentially repeating geometric arrangements that fit together without gaps, much like tiles on a floor. They are found in everything from the microscopic protein shells of viruses, like HIV-1, where hundreds of protein subunits form a protective capsid, to the macroscopic wrinkles and cracks on an elephant's skin. On elephants, these intricate skin patterns help regulate body temperature by trapping water and mud, and also offer protection against solar radiation and parasites. Other examples include the tessellated skeletons of sharks and rays, composed of thousands of tile-like tesserae, and the compound eyes of insects, which are made of numerous light-capturing units called ommatidia.

This widespread use of tiled patterns throughout the natural world suggests that evolution has independently discovered this solution many times over. Researchers, including biologist John Nyakatura and his colleagues, have explored these "tiled material systems" to understand their diverse functionalities, which can range from providing structural support and protection to enabling flexibility and even enhancing sensory capabilities. The study of these natural designs, often called biomimicry, can inspire new innovations in engineering and materials science, demonstrating nature's ingenuity in solving complex design challenges.