Low-technology: why sustainability doesn’t have to depend on high-tech solutions
It’s a popular idea that the path to sustainability lies in high-tech solutions. By making everyday items like
cars electric, and installing smart systems to monitor and reduce energy use, it seems we’ll still be able to enjoy the comforts to which we’ve become accustomed while doing our bit for the planet – a state known as “
green growth”.
But the risks of this approach are becoming ever clearer. Many modern technologies use materials like copper, cobalt, lithium and rare earth elements. These
metals are in devices like cell phones, televisions and motors. Not only is their supply finite, but large amounts of
energy are required for their extraction and processing – producing significant emissions.
Plus, many of these devices are inherently
difficult to recycle. This is because to make them, complex mixes of materials are created, often in very small quantities. It’s very expensive to collect and separate them for recycling.
Among others, these limitations have led some to question the high-tech direction our society is taking – and to develop a burgeoning interest in
low-tech solutions. These solutions prioritise simplicity and durability, local manufacture, as well as traditional or ancient techniques.
What’s more, low-tech solutions often focus on conviviality. This involves encouraging social connections, for example through
communal music or dance, rather than fostering the hyper-individualism encouraged by resource-hungry digital devices.
“Low-tech” does not mean a return to medieval ways of living. But it does demand more discernment in our choice of technologies – and consideration of their disadvantages.
Origins of low-tech
Critics have proclaimed the
downsides of excessive technology for centuries, from 19th century
Luddites to 20th century
writers like Jacques Ellul and Lewis Mumford. But it was the western
energy crisis in the 1970s that really popularised these ideas.
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Low-tech emphasises efficiency and simplicity. CityHarvestNY/Wikimedia[/caption]
British economist E.F. Schumacher’s 1973 book
Small is Beautiful presented a powerful critique of modern technology and its depletion of resources like
fossil fuels. Instead, Schumacher advocated for simplicity: locally affordable, efficient technologies (which he termed “intermediate” technologies), like small
hydroelectricity devices used by rural communities.
Schumacher’s mantle has been taken up by a growing movement calling itself “low-tech”. Belgian writer Kris de Dekker’s online
Low-Tech Magazine has been cataloguing low-tech solutions, such as
windmills that use friction to heat buildings, since 2007. In particular, the magazine explores obsolete technologies that could still contribute to a sustainable society: like
fruit walls used in the 1600s to create local, warm microclimates for growing Mediterranean fruits.
In the US, architect and academic Julia Watson’s book
Lo-TEK (where TEK stands for Traditional Ecological Knowledge) explores traditional technologies from using reeds as building materials to creating wetlands for wastewater treatment.
And in France, engineer Philippe Bihouix’s realisation of technology’s drain on resources led to his prize-winning book
The Age of Low Tech. First published in 2014, it describes what life in a low-tech world might be like, including radically
cutting consumption.
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Principles of low-tech include efficiency, durability and accessibility. Arthur Keller and Emilien Bournigal/Wikimedia[/caption]
Bihouix presents seven “commandments” of the low-tech movement. Among others, these cover the need to balance a technology’s performance with its environmental impact, being cautious of automation (especially where employment is replaced by increased energy use), and reducing our demands on nature.
But the first principle of low-tech is its emphasis on sobriety: avoiding excessive or frivolous consumption, and being satisfied by less beautiful models with lower performance. As Bihouix writes:
A reduction in consumption could make it quickly possible to rediscover the many simple, poetic, philosophical joys of a revitalised natural world … while the reduction in stress and working time would make it possible to develop many cultural or leisure activities such as shows, theatre, music, gardening or yoga.
Ancient solutions
Crucially, we can apply low-tech principles to our daily lives now. For example, we can easily reduce energy demand from
heating by using warm clothes and blankets. Food, if it’s packaged at all, can be bought and stored in reusable, recyclable packaging like glass.
Architecture offers multiple opportunities for low-tech approaches, especially if we learn from history. Using ancient
windcatcher towers designed to allow external cool air to flow through rooms lets buildings be cooled using much less energy than air conditioning. And storing heat in stones, used by the
Romans for
underfloor heating, is being considered today as a means of dealing with the intermittency of renewable energy.
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Windcatchers in Yazd, Iran, cool buildings using wind. Ms96/Wikimedia[/caption]
Design and manufacture for sustainability emphasises reducing waste, often through avoiding mixing and contaminating materials. Simple materials like plain carbon steels, joined using removable fasteners, are
easy to recycle and locally repair. Buses, trains and farm machinery using these steels, for example, can be much more readily
refurbished or recycled than modern cars full of
microelectronics and manufactured from sophisticated alloys.
In some places, the principles of low tech are already influencing urban design and industrial policy. Examples include “
15-minute cities” where shops and other amenities are
easily accessible to residents, using cargo bikes instead of cars or vans for deliveries, and encouraging repairable products through
right-to-repair legislation in the EU and US.
Meanwhile, in Japan, there’s emerging interest in the reuse and recycling practices of the
Edo period. From 1603 to 1867, the country was effectively closed to the outside world, with very limited access to raw materials. Therefore, extensive reuse and repair – even of things such as broken pottery or utensils with holes that we’d now regard as waste – became a way of life. Specialist repairers would mend or recycle everything from paper lanterns and books to shoes, pans, umbrellas and candles.
By following examples like these, we can make discerning technological choices a central part of our search for sustainable ways of living.
Source
The Conversation