What is Nature?
To understand nature, I combined observation, drawing, simulation, and analysis to understand a tree’s unique “pattern language.” Trees do not grow in isolation; they exist within a network of wind, organisms, and ecological forces. By interpreting these influences, I investigated how trees adapt over time.
Focusing on branching systems, I examined how patterns serve specific functions—distributing loads, guiding energy, supporting ecosystems, and linking the organism to its surroundings. Everything is interconnected.
Building on this research, I now apply natural logic to the design of sculptural works and furniture inspired by tree geometry. Drawing from The Algorithmic Beauty of Plants by Prusinkiewicz and Lindenmayer2, I translate growth rules into design systems—creating forms that reflect both function and ecological intelligence.
Part Two: Nature Pattern in Trees
The structure of a tree is an astonishing natural existence. At first glance, it may seem fragile, but the structure of a tree is an incredible natural phenomenon, it maximizes its capacity to bear heavy loads—not only supporting its own weight but also responding dynamically to environmental forces like wind, gravity, and snow. One of the most remarkable parts is how the branches, functioning like cantilevers, are attached to the trunk with such strength and precision.
To understand this, I began cutting wood into cross-sections to observe what was happening
inside. Through this process, I discovered intricate patterns at the junction where branches connect to the trunk. Using observational methods, I simulated these patterns by hand drawing, and the findings were truly amazing. Trees never waste material. Instead, their internal structures are highly efficient—layered and organized in a way that maximizes strength with minimal material use. Every part is responding adaptively to its environment. Nature’s engineering is both elegant and profoundly instructive.
Study of Nine Pieces of Wood:
Observation: 07 Wood
Observation: 03 05 01 02 04 06 Wood
Observation: 08 09 Wood
Wood Type: Branch-trunk junction
- Branch-Trunk Connection:
- Why the Pattern:
Thigmomorphogenesis
Thigmomorphogenesis is a plant’s response to physical touch. This natural process occurs when a plant interacts with external forces such as rain, wind.
- Wolff’s Law for Trees:
- The Tree Branch as a Cantilever Structure:
- Curve Reinforcement
Instructors:
Johanna Barthmaier-Payne
Tom Weis
Wolfgang Rudorf
Ann Kearsley
Read More:Hu, Jia, "Tree Story" (2025). Masters Theses. 1444.
https://digitalcommons.risd.edu/masterstheses/1444/