Repair Manual for Architects

Drawing the Line, Daniel A. Barber, Places Journal:

Like much else — everything else? — in the modern era, architecture has been shaped by fossil fuels, by the materials, forms, and environments made possible by the extraction and combustion of coal, oil, and gas. Many iconic buildings of the 20th century deployed copious quantities of concrete, steel, and glass, and found expressive ways to conceal their energy-intensive mechanical systems. Indeed, it would be difficult to come up with a more carbon-hungry type of construction. Yet now we know with ever-increasingly clarity that these formally compelling structures, with their carefully conditioned interiors, are contributing to the climate crisis that is suddenly, it seems, impossible to ignore. The science is clear, the changes are happening now, the transition is upon us.

Architects know all this; we know there are more responsible ways to design, and to build, and there is fervent collective aspiration to do better. Still, the field struggles to achieve even half-measures. The profession is reluctant to disrupt practices that have long driven and defined the design disciplines, practices that reward creation not maintenance, novelty not repair. Reluctant to cross the line that would mark a decisive shift from our carbon-profligate past to a future in which the environments we design have a wholly different metabolism, a different relationship to energy and the countless ways in which it shapes, even controls, our society and our politics…

Today we are compelled to recognize that the historical importance of architecture lies not just in its cultural dynamism but also in the energy systems it has depended on, deployed, and facilitated. To put it plainly: in the modern era, buildings have been a primary means through which fossil fuels, once extracted from the earth, have been processed and made social, and then entered the atmosphere in the form of carbon emissions. Buildings regulate throughput; metabolize forces. Buildings are in essence processors of energy, from construction to occupation to demolition to decay. One imagines that a history of 20th-century architecture, perhaps written in 2050, will emphasize this carbon-processing capacity as much as (or more than) the debates over modernity and postmodernity, or the indulgent thrills of parametricism. The buildings that exist, the buildings we are designing now: all perpetuate the fossil fuel economy. Architecture can be understood as the cultural frame — an apologist, even — for this processing of fuel…

Drawing the Line, Daniel A. Barber, Places Journal. This is the first article in the series Repair Manual. Thanks to Milo.

No Tech Reader #45: Housing

Structural issues: the cost of material and the value of labour. [The Architectural Review] “In an alternative future, taxes would protect human labour and punish excessive material use to stop wasteful practices.” (Thanks to David Bourgignon.)

How to Build an Iron Age Village. [YouTube] “In Argüeso (Cantabria) a group of young researchers and artisans recreated in 1999 a Cantabrian town from the Iron Age.” (Thanks to Adriana Parra.)

The Masons of Djenne. [YouTube/National Museum of Natural History, Smithsonian Inst.] “The film captures a unique and very old building technique using handmade masonry, perfected through multiple generations in Djenne, a small town in the West African country of Mali.”

Rammed Earth Construction: A Circular Solution For Sustainable Building. [Latin American Structural Engineering and Construction Conference 2024] “The low level of skill required for rammed earth buildings paves the way for self-built activities.”

Building with Mud and Steel Frames


Building with mud and steel frames is an interesting hybrid between industrial and non-industrial technologies. Two examples:

Building with mud bricks and steel frames 2 “Kazakh architect and artist Saken Narynov created a superstructure able to host what we could call an adobe vertical city. In fact, the structure is used as a matrix that can be more or less densely filled with multifamily habitation units. The traditional earth based material thus hybrids with the steel structure in a very unusual and interesting way and the space resulting between the habitation units and the structure is beautifully occupied by mazes of staircases and elevated pathways.”

“The design recalls recent works by the Chilean architect Marcelo Cortes, who employs a steel meshwork onto which mud is sprayed, but on a far greater scale. Cortes has developed a “quincha metalica”, a form of traditional quincha construction (mud and straw packed between a bamboo or wood frame) that uses a steel frame work.”

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The Agricultural Building and Equipment Plan List: over 300 Free Plans

The Agricultural Building and Equipment Plan List

“The University of Tennessee Extension maintains a collection of over 300 building and equipment plans, and all are now available in electronic format for download. The plans are primarily intended for use in Tennessee, but many are appropriate for other locations as well.

The plans came from many sources. Some were developed in The University of Tennessee Extension Biosystems Engineering and Soil Science Department, but most were developed in a cooperative effort with the United States Department of Agriculture and the Cooperative Farm Building Plan Exchange. The Plan Exchange no longer exists, but the plans remain on file and are available.”

Via The Survivalist Blog.

How to Build an Earthbag Dome

earthbag home

“Domes are the strongest form in nature and easily support enormous forces. They create the most floor space for a given length of wall. There are no wasted corners. The feeling inside is magical. Those who live in domes (and roundhouses) most likely never live in boxes again. Wind flows around domes and does not build up pressure against them.”

“You can build domes without wood. You can build domes with minimal tools and materials – no nails, no wood, no plywood, no shingles. This makes domes a good candidate for those who lack carpentry skills and for emergency shelters for disaster areas and war refugees. Give people some rice or grain bags and a little training, and soon they can build their own sturdy, safe shelters.”

Step-by-Step Earthbag Building Instructable. Via Make.

The Blackfoot Indians

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More than 1,400 Walter McClintock glass lantern slides at the Yale Collection of Western Americana, Beinecke Rare Book and Manuscript Library.

“Pittsburgh native Walter McClintock graduated from Yale in 1891. In 1896 he traveled west as a photographer for a federal commission investigating national forests. McClintock became friends with the expedition’s Blackfoot Indian scout, William Jackson or Siksikakoan. When the commission completed its field work, Jackson introduced McClintock to the Blackfoot community of northwestern Montana. Over the next twenty years, supported by the Blackfoot elder Mad Wolf, McClintock made several thousand photographs of the Blackfoot, their homelands, their material culture, and their ceremonies. Like his contemporary, the photographer Edward Curtis, McClintock believed that Indian communities were undergoing swift, dramatic transformations that might obliterate their traditional culture. He sought to create a record of a life-way that might disappear. He wrote books, mounted photographic exhibitions, and delivered numerous public lectures about the Blackfoot.”

Below some pictures of their homes.

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