What Is Organic Architecture?

Organic architecture refers to a philosophy of architecture advocating harmony of the human establishment with the natural organic ambience. This is achieved by adopting special design approaches that are empathetic with the natural site, so that buildings, furnishing, and ambience become more of a unified, interlinked composition.

Origins of Organic Architecture

The term ‘organic architecture’ was first coined by renowned American architect Frank Lloyd Wright, who described his naturally integrated approach as a new architectural paradigm. Wright was a keen observer of the natural world, so he found inspiration in the styles and processes related to nature in order to build a thriving yet sustainable ecosystem.

 Architect Frank Lloyd Wright

Architect Frank Lloyd Wright (Photo Credit : Al Ravenna/Wikimedia Commons)

Wright was born in simple rural Wisconsin and spent his teenage years working on his uncle’s farm, which fascinated him with its natural vibrancy—varied domesticated crops, untouched wooded areas and the open spaces of a river valley of Wisconsin. It was here that Wright discovered what he later coined “organic architecture”.

Essence of Organic Architecture

Organic architecture is often seen as a translation of Wright’s “all-inclusive” idea of organic design. Materials, structures, motifs, and ordering principles, in general, tend to repeat themselves throughout the building, making them more holistic and intentional.

The idea of organic architecture is concerned not only with the building’s literal relationship to nature, but also how the design of the building is implemented to foster unification of the building with nature as a “unified organism”.

Organic architecture is reflected in every element of the building—from windows to doors and even floors and furniture. Every component seems to relate to one another, reflecting nature’s symbiotic ordering. By blending interiors and exteriors and maintaining a harmonic ambience, organic architecture strives for the unification of the human habitat with nature.

Key Propositions for Organic Architecture

In his seminal book, “The Cause of Architecture”, published in 1908, Wright highlighted a few important elements of organicity:

  • Simplicity and repose are important qualities to assess the value of architecture. Thus, there is a need to simplify the design of structure, limiting the number of distinct rooms by instead rethinking them as open spaces.
  • Doors, windows, and furniture should blend with the ornamentation of the structure.
  • A building should appear to grow indigenously from its site and the structure should appear as if created by nature itself.
  • The color of fields and woods should inspire the main coloring of the building to manifest natural aesthetics.

Modernist Approach to Organic Design

Present-day architects have a complementary—but sometimes competing—view on organic architecture. Organic design by modernist architects like Louis Sullivan, Eugene Tsui, Paul Lafooley, Hans Scharoun etc. stands out from the original organic designs proposed by Wright.

The modern form often involves the use of new forms of concrete and cantilever trusses. Without using visible pillars or beams, architects can now create those iconic swooping arches. Buildings designed using modern organic design are never just linear, but are instead full of wavy lines and curved shapes to match the natural ambience. The Sydney Opera House is a quintessential example of this.

Sydney Opera House

Sydney Opera House (Photo Credit : Roybb95/Wikimedia Commons)

Now let’s look at Fallingwater, a well-known example of organic architecture designed by Wright himself to better understand this architectural philosophy.

Fallingwater

Fallingwater is a house that was designed by Frank Lloyd Wright in rural Pennsylvania in the 1930s for the affluent Kauffman family. It was later donated to the Western Pennsylvania Conservancy by the heirs of the family for preservation.

Built on top of water flow, Fallingwater is regarded by many as Wright’s greatest masterpiece—especially in terms of reflecting his organic design philosophy. It has been praised as an architectural tour de force of organic architecture.

FallingwaterEaves

Dennis Adams (Photo Credit : Dennis Adams/Wikimedia Commons)

It was designed with an aim to be a natural retreat for the owners and the house is well-known for its connection to the physical site.

This connection is felt in every small detail. For example, no metal frames are used on the meeting point of glass and stone walls. Rather, glass runs right into caulked recess in the stonework. In this way, stone walls appear uninterrupted by glazing. A stairway from the cantilevered room runs down directly into the water stream below. Interestingly, the ceiling of the bedroom is intentionally designed to be low, as this encourages people to walk out of their bedrooms in the open social areas, decks and outdoor spaces.

Fallingwater,_also_known_as_the_Edgar_J._Kaufmann,_Sr.,_residence,_Pennsylvania,_by_Carol_M._Highsmith

(Photo Credit : DearEdward/Wikimedia Commons)

Time magazine reported Fallingwater to be Wright’s most beautiful accomplishment. Similarly, FallingWater finds its place in Smithsonian’s “Life list of 28 places to visit before you die”. In 2007, the American Institute of Architects (AIA) declared Fallingwater as the “best all-time work of American architecture.”

References:

  1. Journal of the Society of Architectural Historians
  2. CiteseeX
  3. FallingWater
The short URL of the present article is: http://sciabc.us/l6oDA
Help us make this article better
About the Author:

Hussain Kanchwala is an Electronic Engineer from University of Mumbai. He is a tech aficionado who loves to explicate on wide range of subjects from applied and interdisciplinary sciences like Engineering, Technology, FinTech, Pharmacy, Psychology and Economics.

.
Science ABC YouTube Videos

  1. Why Is Space Cold If There Are So Many Stars?
  2. Why Do You Hear A Rumbling Sound When You Close Your Eyes Too Hard?
  3. Hawking Radiation Explained: What Exactly Was Stephen Hawking Famous For?
  4. Current Vs Voltage: How Much Current Can Kill You?
  5. Coefficient Of Restitution: Why Certain Objects Are More Bouncy Than Others?
  6. Jump From Space: What Happens If You Do A Space Jump?
  7. Does Earth Come To The Same Spot Every Year On Your Birthday?
  8. Bird Strike: What Happens When A Bird Strikes An Aircraft?

Get more stuff like this
in your inbox

Subscribe to our mailing list and get interesting stuff and updates to your email inbox.