About Me Architecture Dancing & Gymnastics

Space, Time, Architecture & Dance

As an instructor of Tumbling I am still learning about Architecture.

While I am learning about construction, constructing houses, setting trusses, wiring electricity, puttying walls…

I am learning about the part of architecture in perception, reasons for walls being the time and experience at which we move through a place where views are capped off, hidden and traded for something else more definite and prominent for that moment.  Sometimes architecture is a house that organizes daily life, other times architecture is a museum of pieces set out along our journey in an artful way so as to make our mind and body stumble together to capture a piece of resonating oddity.  For one second let our minds trip so as to glimpse the intense and happy evoking emotions this amazing and complex world has for us to enjoy.  That is Art.

I have gotten back into gymnastic teaching this year through a local dance studio, The Dance Difference.  While in architecture school I participated in the gymnastics club as an instructor and as a student.  Gymnastics pairs physical endurance with the technical skill of trusting your body and knowing the flying, twisting, hurling body’s reaction to gravity.

Since beginning at this studio in September I have learned much more than of lovely young ladies inspired to reach youth and the youthful with the poise and precision of dance.

I have always dreamed of dancing in a tall studio overlooking a town.  I am apart of this now, in this woman-owned business, dancing and tumbling two stories high with a beacon of light coming in through the tall rounded windows from the courthouse next door.

If you have never watched a ballerina perfect her balance through the delicate window panes, you must at least be able to  imagine how her silhouette must make the passerby pause.

In this experience I am learning again what role exercise tests our endurance of patience, brings us back to simple kinesthetic learning, how words of direction can be misinterpreted in one instant then fully embraced in the following explanation.  I learn how important exercise is to be agile in the body and also in our mind, keeping the rhythm of the two working together close to our heart.

I will be creating a routine to music for a spring recital.  In the past, gymnastic precision has been for the timely skills down the mat, one pass at a time, critiqued and finished in an instant.  Here, we create choreographed routines, set and played up against the music. My broadway selection is from the 1978 musical Grease. I drew a plan of the girls who would form this routine, listened and replayed the music while creating their gymnastic impressions.  This took a few hours to compose only minutes of a routine and last week I began teaching. In asking for assistance I spoke with the owner of The Dance Difference. Her  notes of dance and routine set up a list, side to side, with categories of time and words, dance steps aligned. 

I began comparing this to architecture and thought of composing mazes of walls alongside the orders of a home set toward its inhabitants. The time it takes to see a peek window is brought to you in the time it takes to walk the hallway.  The table edge you notice when you sit down to dinner and touch the corner. One will look toward the ceiling if there is a wall for support of the hand…all of this dancing in your house. The house is built on a standard of these secrets, moments only upon living there can the dweller enjoy their existance…a lifestyle set to the tempo of Andrew Bird, The National, or Lady Antebellum. Only now do I begin to understand and question what part ‘Time’ plays in Architecture, as it is the perception of parts over a course of time, places side to side, dance steps aligned that allow us to live in harmony with our space.

About Me Architecture Building Sustainably Environmental

What is Sustainable?

To me?

I am talking about the ways in which to live in and build with this world!

When talking about architecture, that means talking in terms of the materials it takes to construct a place. In the April 08 issue of Architectural Record I find great resources to cumulate together for my use as an architect and thought I would share:

The author, B.J. Novitski discusses the Life-Cycle Assessment – a methodology that quantifies the environmental impact of a material by examining how it is grown, harvested, transported, maintained, and eventually disposed of, computing costs in energy and water use, air degradation, and other factors…architect William McDonough and chemist Michael Braungart offer their Cradle to Cradle (C2C) material assessment, product development, and certification to manufacturers.

McDonough and Braungart argue that when a product is made of appropriate materials and is designed so that its constituent parts can be recovered at the end of its useful life, any waste is “food.” The waste becomes raw material for the manufacture of more products…

…some rapidly renewable materials more green than others. The circumstances of production may cast a shadow on the sustainability of an agricultural product: Are fossil fuels, irrigation, or harmful chemicals used in its cultivation or manufacturing? Is the crop diverting acreage from food production? Are natural forests being destroyed to produce raw materials for construction? Does transportation consume inordinate amounts of fossil fuel?

Brendan Owens, USGBC vice president of technical development…points out that the term “renewable” should be considered in context. “If you’re using wood for structural framing in a house that will exist for 100 years, ‘rapidly renewable’ might be 50 years, because the resource regenerates in less time than one cycle of its use.”

So, lets talk about materials!

  Cork is the bark of cork oaks grown in the Mediterranean region. Unlike nearly every other tree species, it is not harmed by removal of its bark. A mature tree is stripped about once every 10 years and lives for an average of 16 strippings. The cork oak forests thrive without chemical herbicides, fertilizers, or irrigation and provide habitat for wildlife such as the threatened Bonelli’s Eagle and Iberian lynx. After stripping, the large slabs of bark are boiled, and bottle stoppers are punched from them. The leftover material is then ground up, pressed into sheets, and cut into tiles for flooring.

  Cotton is now being used for building insulation.  Bonded Logic in Arizona produces r-30 batts from post-industrial recycled denim, the scraps from manufacturing blue jeans, diverting about 200 tons of material per month from landfills!

  Natural linoleum, such as Forbo, is formed from a variety of rapidly renewable materials, including linseed oil, wood flour, and pine rosin. During production, the ingredients are heated, mixed, and rolled flat. The sheets are cooled, backed with jute, then dried and trimmed. Pigments that do not contain heavy metals are used to achieve a wide variety of colors and unusual flooring installations.

  Agriboard Industries  in Kansas, produces a composite structural panel from highly compressed wheat and rice straw sandwiched between oriented strand board…The panels provide both structure and insulation in wood floors, walls, and roofs…The manufacturing process combines heat and pressure, drawing lignin from the cell walls of the straw, and creating a natural binder that obviates the need for urea-formaldehyde or other additives. 

Environ Biocomposites makes a particle board combining wheat straw and sunflower hulls with urethane-based resin instead of the urea-formaldehyde binders.

   In only five to six years, bamboo grows to a height of 40 feet and a diameter of 6 inches, and can be harvested without killing the root system, which then regenerates it. The hollow stalks are cut into strips which are dried, planed, and glued together to form durable flooring, plywood, and veneers. Some bamboo importers, such as EcoTimber and Smith & Fong, now offer products without urea-formaldehyde and are encouraging Chinese foresters to move away from use of pesticides, herbicides, and chemical fertilizers.

Bamboo is a case in point. This fast-growing grass is hard enough to be used as a replacement for wood in applications such as flooring and furniture. However, most bamboo is grown and processed in China, and there are concerns about forestry practices, the toxicity of binders, and worker safety. A few bamboo plantations have earned certification from the Forest Stewardship Council (FSC), which accredits forests managed “to meet the social, economic, ecological, cultural, and spiritual needs of present and future generations.” However, certified bamboo products are still not widely available in the U.S. And even though bamboo plantations sequester as much carbon as native forests, they do not support the same wildlife. What is more, while ocean shipping consumes less fuel per mile than overland trucking, the fuel used in shipping is more polluting. Clearly, the environmental balance is more difficult to calculate than by simply examining the length of a harvest cycle.

(all above descriptions of products taken from Architectural Record’s B.J. Novitski’s April 08 issue)

Architecture Building Sustainably Environmental

Clarkitecture Part 3 – Being Sustainable

……… Renovation ………

The thought of existing architecture made modernized with new fashion and theories is a mixing of two worlds, an old generation meeting a new baby to foster. The old farm-house kitchen, the simplistic shaker style is a nostalgic modernism, an architecture that was built in need to host the basic function of preparing food.

A sustainable house is one that already exists.  Can architects make good impact making existing things work better? At the Dairy House in Somerset England, architect Skene Catling de la Peña as described in Architectural Record’s Record Houses, does, by bringing a 1902 Hadspen Estate building back to life.


The slits of old wooden boards are held apart with glass, allowing daylight in, and acting as a night-light to the landscape by dusk.

Christopher Hawthorne describes it as Skene Catling de la Peña’s Dairy House, in England, meanwhile, not only brought a 1902 structure back to life but did so using local materials, craftsmen, and know-how, expanding the notion of green design to include what the client calls “social sustainability.”By defining sustainability in such a broad and thoughtful way, the Dairy House also offers a way to summarize the attitude of this year’s Record Houses as a whole. As Diana Lind writes in her description of the project, “When you get down to it, whether a work of architecture is green is usually a shade of gray.”

One more thing… this is a funky Architecture website I found myself at recently: