Each winter in Ely, Minnesota, a crew treks out onto a frozen lake to cut hefty blocks of ice from its surface. They haul the thick chunks to storage, where they’re stacked, covered in sawdust, and preserved for use the rest of the year, a once-necessary method of refrigeration rarely applied today. Consisting of dozens of people, some who have been dedicated to the cause for decades and others who joined in the last year or two, the team engages in the age-old practice of harvesting the frozen blocks at the property of legendary explorer and preservationist Will Steger.
Produced by Gravity Films and directed by Nathaniel Schmidt, “Ice Ball” follows the crew throughout two seasons as they endure below freezing temperatures, a typical condition for Minnesota winters that made filming extra challenging, at the explorer’s sustainable enclave in the North Woods. The short documentary spotlights the community that’s gathered around Steger since his Arctic expeditions and chronicles their devotion to more sustainable ways of living.
As the disastrous effects of the climate crisis accelerate, historic methods like the ice harvest reduce the reliance on carbon-based energy sources and offer an urgent alternative. “All of the ice shelves that I’ve traveled on in the polar regions, north and south, they’re not there anymore. We’re at this crisis now, the human race and the planet. We’re going to have to innovate out of it, and this is what it’s about,” Steger says.
According to Short of the Week, Schmidt is currently working on a feature-length documentary about the life of a Wiradjuri woman. It’s slated for release next August, and in the meantime, you can find more of his work on Vimeo.
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Last summer, The New York Times Magazine published a series of articles declaring that climate migration—a global exodus that’s predicted to displace between 50 and 300 million people worldwide—has begun. As more regions surrounding the equator become uninhabitable due to rising temperatures, crop losses, and disasters, entire populations will be forced to relocate to regions with more stable environments and economies. This impending movement coupled with an ongoing lack of affordable housing has sparked a wave of conversation about how best to remedy the looming crisis.
As a partial antidote, a Bologna-based studio, Mario Cucinella Architects, teamed up with the 3D-printing company WASP to design a low-carbon home that’s easily and quickly reproduced. Called “Tecla,” the prototype is a pair of sloping domes that can be built in only 200 hours using an average of six kilowatt-hours of energy. It’s made of 350 layers of coiled clay, which is sourced from a nearby river, that serves as thermal insulation for the earthen structure complete with a living area, kitchen, and sleeping quarters. Two skylights embedded in the roof of the 4.2-meter-tall domes allow light to enter the 60-square-meter space.
A short video from WASP documents the construction technique in Massa Lombarda, which involves two synchronized printing arms that glide back and forth to layer the walls. Producing almost no waste, the process is adaptable to other raw materials, making it a viable option for housing beyond the Italian region.
Find a larger collection of Mario Cucinella Architects’ and WASP’s climate-focused projects and looks into their processes on Instagram. You also might enjoy this 3D-printed home by Rael San Fratello. (via Dezeen)
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On a global scale, we collectively consume a staggering number of chopsticks each year—80 billion pairs to be exact—many of which end up discarded in landfills and other waste sites. Since 2016, though, a Vancouver-based company has been upcycling the disposable utensils into a modern, minimal line of furniture and home goods.
A new video from Business Insider goes behind-the-scenes with ChopValue to chronicle the entire production process, which starts with collecting the free, raw material from about 300 restaurants around the British Columbian city. When they’re brought back to the plant, the utensils are sorted, coated in a water-based resin, and baked in a 200-degree oven for five hours to kill all germs. They’re then broken down and loaded into a massive hydraulic machine that compresses the individual sticks into a composite board, which finally is sanded and fashioned into countertops, tiles, and dominos, among a variety of other products. Since its inception, the company has saved nearly 33 million pairs of chopsticks from entering a landfill.
With three microfactories in Canada and retailers across North America, ChopValue’s footprint is growing, and the company is currently offering opportunities for franchises. Shop coasters, shelving, and other goods on the site, and follow product launches on Twitter and Instagram. (via The Kids Should See This)
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“Sequins are synonymous with plastic waste,” says renowned designer Phillip Lim about an endeavor to combat the egregious amount of pollution generated each year by the fashion industry. He’s part of the 2020 cohort for One X One—a Slow Factory Foundation initiative that matches scientists and designers with an eye toward regenerative technologies, equitable production, and circular economy models—in which he collaborated with Charlotte McCurdy, a researcher who’s undertaken a variety of sustainable-fashion projects. Together, they created a luxe A-line dress covered in algae sequins that’s free from petroleum and other synthetic materials.
In their partnership, the duo drew on McCurdy’s process of pulling carbon from the atmospheric reservoir and binding the organic substance together with heat, a method she used previously to create a water-resistant raincoat made from marine micro-algae. The bioplastic then is poured into custom molds and emerges in sheets that the pair cut into long, arced sequins. Because the algae-derived substance wasn’t suitable for the dress form, Lim and McCurdy sourced a mesh base from PYRATEX, a Madrid-based brand specializing in a seaweed-and-bamboo fiber called SeaCell that’s both an antiperspirant and thermoregulating.
Speckled near the neckline with mother of pearl, the resulting dress is covered in the translucent green fringe, a color McCurdy derived organically from minerals. “The majority of our modern dyes and pigments are petrochemical in origin,” she told Dezeen. “But we had a huge, rich vocabulary of color before the Industrial Revolution that was not taking fossil fuel out of the ground, so I looked into traditional approaches to producing oil paints, which involved mineral pigments.”
Lim and McCurdy’s design isn’t for sale commercially but rather serves as a prototype for garment production in the future. For similar initiatives, check out the two other projects generated by the 2020 cohort, which include leather sneakers grown from bacteria and an apprenticeship in sustainable fashion for women from low-income and immigrant communities, on One X One’s site.
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Collectively, we use a staggering amount of single-use plastic each year—we buy one million plastic bottles each minute around the world—most of which ends up in landfills, oceans, and other natural spaces. Nzambi Matee, a 29-year-old entrepreneur from Nairobi, is combatting this global crisis by recycling bags, containers, and other waste products into bricks used for patios and other construction projects.
Prior to launching her company, Gjenge Makers, Matee worked as a data analyst and oil-industry engineer. After encountering plastic waste along Nairobi’s streets, she decided to quit her job and created a small lab in her mother’s backyard, testing sand and plastic combinations. Matee eventually received a scholarship to study in the materials lab at the University of Colorado Boulder, where she ultimately developed a prototype for the machine that now produces the textured bricks.
Made from a combination of plastic and sand, the pavers have a melting point higher than 350°C and are more durable than their concrete counterparts. Matee and her team source much of the raw product from factories and recyclers, and sometimes it’s free, which allows the company to reduce the price point on the product and make it affordable for schools and homeowners. So far, Gjenge Makers has recycled more than 20 tons of plastic and created 112 job opportunities in the community.
“It is absurd that we still have this problem of providing decent shelter–a basic human need,” Matee said in a statement. “Plastic is a material that is misused and misunderstood. The potential is enormous, but its afterlife can be disastrous.”
Right now, the company generates between 1,000 and 1,500 bricks per day, and Matee hopes to expand across Africa. You can see more of Gjenge Makers’ production and finished projects on Instagram. (via designboom)
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Spread across a thick field of leeks in the Netherlands is Daan Roosegaarde’s new installation that illuminates the practice of modern farming, highlighting the plants that feed us and their plights. In “Grow,” the Dutch artist and designer, who’s known for glowing, interactive exhibits, implanted the rows with red, blue, and ultraviolet lights that shine vertically across the crop and shift in entrancing motion.
Spanning 20,000-square-meters, the multi-faceted project is both aesthetic and practical: the radiant landscape is visually stunning, while the embedded elements enhance plant growth and cut pesticide use in half. Roosegaarde worked with existing photobiological technology and distinct “light recipes” that are thought to improve crop resistance and their metabolisms without added chemicals. “It gives a new meaning to the word ‘agri-culture’ by reframing the landscape as a living cultural artwork,” the studio says in a statement.
In a conversation with Dezeen, Roosegaarde noted that a trip to a local farm spurred the project, which the designer now hopes will act as a blueprint for similar works. The Netherlands is the second-largest agricultural exporter in the world—the U.S. is first—and is known for innovating more sustainable technologies. With some shifts in the combination of lights and placement, this singular project could have wide-reaching implications for crop production around the world.
“Grow” took Roosegaarde’s studio about two years to complete and is part of Rabobank’s artist-in-residence program. It’s slated to tour 40 countries in the coming months. For more of Roosegaarde’s work that falls at the intersection of art, design, and science, head to Instagram.
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