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Nature as a Blueprint, as Inspiration, and as Building Materials

A frontal view of the National Historic Landmark, “Fallingwater” (built 1935), built by Frank Lloyd Wright, located in Pennsylvania, USA

The human connection to nature is a powerful and ancient one, and it is beautifully reflected in architecture throughout history.

From the rounded columns of ancient temples to the light-filled spires of Gothic cathedrals, architects, mathematicians, and theologians have long looked to the natural world for inspiration. The principles of nature have served as a metaphorical mirror for society, providing a blueprint for harmony between the built world and its environment. Let’s explore how designers have used organic shapes, complementary colours, natural light, and natural materials to connect humanity with the environment and evoke a sense of calm.


Ancient Architectural Principles

The ancient Roman architect Vitruvius (c. 80-15 BCE) established foundational principles of architecture that were used well into the 20th century. He emphasized the symbiotic relationship between a building and its environment. In his treatise De architectura, he discussed the importance of Firmitas (Durability), arguing that the location of a building is as crucial as its materials. He advised builders to avoid marshy areas to prevent noxious vapours and to consider factors like fresh air, good water sources, and protection from strong winds and harsh weather. He also highlighted the principle of Utilitas (Utility), stressing the need to orient city structures to the sun’s path and around natural water sources.

Sketches of column capitals from De Architectura, by Vtruvius

A highly important principle Vitruvius outlined, important to designers for centuries to come in fact, was the imitation of nature to achieve Venustas (Beauty). The term is related to the Roman Goddess of Beauty, Venus (or Aphrodite in Ancient Greece). He posited that the proportions of the human body, discovered by the ancients and considered perfect and divine, should serve as a universal standard for architectural design. Proportions of columns in classical temples mirrored those of the human form, showcasing a commonly held belief that (Mother) nature provides the ultimate standard for beauty.


Examples of Muquarnas from the Alhambra Palace, in Spain

Persian (and later Islamic) Architecture

Persian and Islamic architecture demonstrate a deep connection to nature through the use of intricate geometric forms, vibrant colors, and natural motifs. This influence spread from the Middle East to Eastern Africa and parts of Spain and Italy. In regions like Lamu, Kenya and Zanzibar, Tanzania, wooden doors with intricate carvings reflect the Islamic influence that spread through trade routes. A distinct feature of this architectural style is Muqarnas: a form of ornate coffered domes that resemble a honeycomb or stalactite. Muqarnas are purely aesthetic and serve no integral, structural purpose. The earliest examples date back to 10th century Iran. The design is also seen today in Sicily, Italy. Take La Zisa for example, a palace Norman palace constructed by Arab (and Greek, and Norman, and Sicilian) architects during 12th century.


Pit-Stop in the “Dark Ages”

Throughout history, notable architects demonstrated through their works that Mother Nature really does know best. One example comes from the so-called dark ages, or the Medieval era… because in terms of artistic advancements the age wasn’t so dark after all!

The Chartres Cathedral, finished in 1194 and located in France is a prime example of medieval Gothic architecture. Standing at an imposing 113 meters/371 feet tall, it the revolutionary flying buttress provide it with structural support. These allowed for thinner walls and larger windows, in turn flooding the interior with light. If Mother Nature provides light, and in the Christian belief that light is divine, finding a way to let it in the building is paramount. Flying buttresses to a building are what roots are to a tree…. but turned upside down! Buttresses distribute the outward force of a heavy vaulted ceiling to provide a stable foundation, much like roots hold a tree upright.

Interior view of the vaults in Cathédrale Notre-Dame de Chartres. “The vaults of the roof, connected by stone ribs to the pillars below, combined with the flying buttresses outside make possible thinner walls, and the great height and large windows of the cathedral.” Source: MMensler 

Nature’s Role in Modern Builds 

Jumping forward in “organic architecture” was first championed by American architect Frank Lloyd Wright (1867-1959). [See the first photo shown above for this article!] His masterpiece is Fallingwater (a private home) in rural Pennsylvania. The house was built directly over a waterfall rather than facing it, as many had suggested to him. His design seamlessly integrates man-made architecture in its natural surroundings, using cantilevered concrete terraces that mimic rock ledges. He didn’t want the homeowners to simply have a view of the landscape, he wanted to emulate the landscape and hence make the house part of nature itself.Similarly, Antoni Gaudí (1852-1926), working across the Atlantic in Spain, is the architect behind the unmistakable Basilica Sagrada Família (sacred family) in Barcelona. It was designed, in his words, to resemble a forest of stone. The columns and spires branch out like tree trunks to support the roof and upward like branches. Again a direct mimicry of Mother Nature’s gifts, using stone quarried from her core. It makes you wonder, what hasn’t she given us?

Beijing’s National Aquatics Center under construction, before the 2008 Olympic Games. | Source: Chiswick Chap

Our last stop is in Beijing China. Drawing design inspiration from nature for solutions in science is known as biomimicry. It’s currently all the rage. One prominent and successful example from the early 2000s is the Beijing National Aquatics Centre, a.k.a. “The Water Cube”. Built for the 2008 Olympics, the natural geometry of soap bubbles and the structure of biological cells inspired its design. The building’s steel frame is a “space truss” that follows the Weaire-Phelan pattern. Not to get to scientific but this highly efficient and lightweight structure mimics the way bubbles cluster together, hence allowing it to withstand seismic activity! The exterior is made of a thin, translucent material called ETFE (ethylene tetrafluoroethylene for anyone curious), which is only 1% the weight of glass. The bubble-like cushions of ETFE create a greenhouse effect, significantly reducing the building’s energy consumption. In brief the they’ve not only emulated Mother Nature, but protect her as well!


Thank you for reading this piece… a reflection rather than a review or revolutionary thought. Consider subscribing for more on mythology, history, and folklore from around the world!


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