materials archives - planet forward - 克罗地亚vs加拿大让球 //www.getitdoneaz.com/tag/materials/ inspiring stories to 2022年卡塔尔世界杯官网 tue, 28 feb 2023 18:46:24 +0000 en-us hourly 1 https://wordpress.org/?v=6.6.1 essay | fungi in fashion? opening our minds to the world under our feet //www.getitdoneaz.com/story/fungi-fashion/ wed, 15 feb 2023 14:13:50 +0000 http://dev.planetforward.com/2023/02/15/essay-fungi-in-fashion-opening-our-minds-to-the-world-under-our-feet/ the partnership between the fungi kingdom and the fashion industry is fueling exciting innovations that scale and replace synthetic materials with plastic free mycelium materials, specifically leathers.

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there is a hidden story unfolding of the improbable new pairing of mushrooms and the fashion industry, glamour meets grounded, to solve one of the world’s worst environmental problems – pollution caused by plastics and forever chemicals. almost every piece of clothing made in the western world has chemicals and plastics in them even when you don’t see them, and you think what you have on is free of these pollutants.

these “forever chemicals” never disappear, never go away, and are toxic to personal and planetary health. in 2022 alone, 72 million tonnes of synthetic materials were produced and put into clothing, according to textile exchange’s preferred fiber and materials market report. most people have no idea they are walking around in glorified plastic bags. it is not a matter of if we can change, but if we will and the answer appears to be under our feet. welcome to plastic rehab, we’ve been waiting for you. 

can fungi replace leather?

mycelium, the root structure of fungi and what mycologist paul stamets calls “the earth’s natural internet,” is just starting to be harnessed to create climate and environmental solutions to many problems. mycelium weave magnificent webs, interlinking nature, allowing different life forms to communicate. now they are branching out to the fashion industry to open our eyes, co-creating with people to show that another regenerative materials future is possible. 

currently leather is predominantly made from animal skins or synthetic materials, with a few other plant-based concoctions entering the arena. cow leather is a byproduct of the animal agriculture industry, so fashion is completely dependent on the production of beef for hides to make leather. vegan, bio, and faux leather are just some of the aliases plastic goes by these days to hook new victims.

artisans used to sustainably use hides to make leather through vegetable tanning. it was a tedious process as tanning could take weeks. so what had been a specialized craft, has now been overrun by chromium tanning which is much faster and cheaper. but it suffuses the world with chromium sulfate. this allows the fashion industry to make cookie cutter products as speed and cost reductions are prioritized, leaving people and the planet to pay the true cost. this fuels a system driven around cheap fast goods, ignoring the natural systems we operate within that replenish resources intuitively but cannot keep up with over extraction.

staging a grassroots revolution, mycelium is here to dethrone the plastic and animal leather kings. mycelium can do something plastics cannot, biodegrade seamlessly back into the ground as food, not poison.  

unraveling and upending the current system, the use of mycelium could also reduce consumption of land and water. designers can direct their creativity to choosing love, choosing life, and choosing wisely. treating the fungi kingdom as our new partners, we don’t have to limit designs to just a replacement trying to replicate the old regime. mycelium materials don’t have to conform to old shapes because they can take on so much more, it just needs to be imagined.

as companies like mycoworks are developing faux-leather handbags made out of mycelia, mushrooms are having their “she’s all that” makeover moment and being valued for what’s on the inside even while they make their way down the catwalk. the fashion industry is having a spiritual awakening from a shroom trip and is being offered a second chance by the fantastic fungi giving them a circular means of existence. 

adapting to any circumstance, from paris haute couture, hats as soft as butter, avant-garde stools, and even a lamp that begs the question, how many people does it take to change a light bulb housed in a cylinder of mycelium? the possibilities are endless. 

cultivating a symbiotic future

these mycelium-based creations are all fascinating, but since the climate and environmental crisis keeps me up at night, what gets me up in the morning are the innovations that could scale and replace synthetics. from packaging to leather, mycelium is malleable, moldable, and abundant. the diversity of possibility in what has been and could be made from fungi exemplifies the expansiveness of the human imagination. 

merlin sheldrake, ph.d., biologist and author of entangled life, encouraged people to “think about these relationships as symbiotic relationships not as fungal technologies.” fungi are resilient, enigmatic, and unflappable. human created technology is incredible, but we must not forget that the true power is the natural resource itself and that humans are not in complete control over it. 

sheldrake further reflects on the history of life on the planet and expresses that often unlikely partnerships form because, “they came together in times of crisis because together they could do something that neither could do apart.” together they just might be able to transform the fashion industry into a regenerative and circular system to create a more ethical world. once you choose possibility, life opens up to you.

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we can save resources by building more sustainably //www.getitdoneaz.com/story/we-can-save-resources-by-building-more-sustainably/ sat, 10 mar 2018 02:04:41 +0000 http://dpetrov.2create.studio/planet/wordpress/we-can-save-resources-by-building-more-sustainably/ the materials we use to construct our buildings is an important aspect of sustainability.

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the materials we use to construct our buildings is an important aspect of sustainability. energy practices or what people do with their waste is often sited when talking about conservation, but the materials used to create where this takes place is just as important. i discuss this in my audio podcast. 

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homes made of waste in guatemala //www.getitdoneaz.com/story/homes-made-of-waste-in-guatemala/ wed, 05 dec 2012 10:00:32 +0000 http://dpetrov.2create.studio/planet/wordpress/homes-made-of-waste-in-guatemala/ old tires, glass bottles and plastics might be considered useless in some parts of the world, but in others, they’re valuable building materials. an ngo in guatemala inspires volunteers to build sustainable, green homes, and even pay for them! the small town of san juan is now home to energy self-sufficient schools and homes based on a revolutionary recycling concept.

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episode 4: construction site — materials arrive along with dinner //www.getitdoneaz.com/story/episode-4-construction-site-materials-arrive-along-with-dinner/ mon, 22 aug 2011 11:30:50 +0000 http://dpetrov.2create.studio/planet/wordpress/episode-4-construction-site-materials-arrive-along-with-dinner/ new zealand: victoria university of wellington is the first team from the southern hemisphere to compete in the u.s. department of energy solar decathlon 2011. they have made a series of video blogs which follow their progress in the lead up to the competition in washington, d.c.

visit the solar decathlon category page!


looking to keep track of team new zealand?

click here to view the previous idea submission from new zealand’s solar decathlon team. for access to the entire archive of new zealand solar decathlon 2011 videos: visit the member page

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mycobond: growing the future of sustainable materials //www.getitdoneaz.com/story/mycobond-growing-the-future-of-sustainable-materials/ sat, 06 nov 2010 11:28:51 +0000 http://dpetrov.2create.studio/planet/wordpress/mycobond-growing-the-future-of-sustainable-materials/ vote for it, and maybe we'll feature it on tv.]]> ecovative is a bio-tech startup creating biological composites which displace conventional foams and plastics, such as expanded polystyrene. mycobond™, our patent pending technology, uses a growing organism to transform low value agricultural byproducts, into strong biological composites. these composites have applications in multiple markets, including commercial insulation, structural cores, and protective packaging. ecovatives long term goal is to become the leader in sustainable materials, developing grown replacements for foams, plastic, and wood like products. in the near-term ecovative is focussing its comercilization efforts on the protective packaging market, where there is a dire need for a product to replace the huge amounts of eps (expanded polystyrene) which is used every year in shipping.

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