Nature Patterns

Learn how nature's shapes and patterns reveal underlying principles of growth, efficiency, and adaptation across diverse living organisms. Explore symmetry, fractals, spirals, honeycombs, and repetitive markings in plants, animals, and marine life.

Explore how nature creates and displays fractal patterns, self-similar forms that repeat at different scales. Learn about the mathematics, examples, and art of nature's patterns, from clouds to crystals.

Learn about the visible regularities of form found in the natural world, such as symmetries, spirals, waves and tessellations. Explore the history of how philosophers, mathematicians and scientists studied and explained patterns in nature from ancient times to the present.

Learn how nature's patterns influence our well-being, inspire us, and connect us to the web of life. Explore examples of symmetry, spirals, waves, spots, cracks, tessellations, branching, and fractals in the natural world and the built environment.

Explore the many patterns found in nature through hands-on activities and outdoor observations. Learn to sort, classify, and identify living and non-living things based on their similarities and differences.

See how photographers capture natural patterns and designs in landscapes, wildlife, and more. Explore the submissions to the 2019 National Geographic Travel Photo Contest and get inspired to enter your own.

Learn how nature follows mathematical rules and creates amazing patterns in plants, animals, and physical features. Explore examples of spirals, fractals, golden ratio, and more in this article.

Learn how physical and chemical forces create incredible visual structures in the living and non-living world. Explore the book Patterns in Nature by Philip Ball, a physicist and chemist who explains the science behind nature's patterns with vivid photographs.

3. Honeycomb Hexagonal Patterns. Honeycombs created by bees offer a perfect example of geometric patterns in nature. Bees naturally build hexagonal cells, fitting together seamlessly.This hexagon shape allows bees to maximize storage space while using minimal waxhighlighting how nature often favors efficiency.

Pattern formation also known as morphogenesis is a self-occurring phenomenon in which two stabilizing processes give rise to instabilities that produce spatial patterns. These patterns are a part of nature. We see them everywherein animals as stripes and dots, in natural elements like rocks and in wood and leaves as different colours.