Compost This Mushroom Dress Next Season
A Dutch designer's new dress was actually grown from threadlike fungi roots. Continue reading →
So much fashion ends up in the trash, but a delicate dress from Dutch designer Aniela Hoitink isn't destined for the landfill. Instead, this little number grown from fungi can be composted at the end of its use.
Hoitink is on a quest to improve on traditional textiles. She works to translate technology and microbiology into surprising results through her Amsterdam-based firm NEFFA. In order to make this unusual dress, she had to invent a new textile called MycoTEX.
She started with mycelium, the threadlike vegetative part of fungi that absorbs nutrients. Mycelium has amazing properties. It's fast-growing and, when dried, is nontoxic, water-resistant, fireproof, and - pound for pound - stronger than concrete, Time reported. Initially Hoitink tried combining it with fabric to make it flexible, and then set her sights higher.
Inspired by self-replicating soft-bodied organisms, she constructed a new textile made from thin round mycelium discs she calls "modules." These flexible modules were layered and molded to form the dress.
"...it is possible to create mycelium patterns, to adjust the length of the garment or, for example, to add elements," the project description reads. Another advantage is the ability to only grow the fabric needed, so there's no extra waste. Unlike synthetic fabrics, MyoTEX can be composted when the garment is no longer wanted.
Currently the dress is on display at the Fungal Futures exhibit in Utrecht.
MycoTEX brought to mind Ecovative, a biomaterials company in upstate New York that grows sustainable packaging and products from mycelium.
Knowing how stong their materials are - they grow a particleboard replacement - made me even more impressed with the flexibility that Hoitink introduced to it.
While I'd probably look like potatoes au gratin in her dress, if she can pull off a more colorful version of MycoTEX using natural dyes, I'd love to try it out. The material isn't really for activewear, though. This textile is is for hanging out and putting down roots.
The rains that have innundated the East Coast this week may have finally stopped, but they left parting gifts that are invading lawns everywhere: mushrooms. If your yard is anything like mine, an alarming and entirely new (to me, anyway) assortment of fungi have sprung up in the past week: mushrooms red, green and orange in the shape of frowny faces and smiley faces, some lumpen masses, some perfect half moons, some warty, some smooth. What's more, these are magic mushrooms. The following photos are almost all of the same species: Fly Amanita, (Amanita muscaria). Explore the portraits I took of these exotic looking, but quite common, mushrooms. And learn a little about some of the largest organisms on Earth. Did I mention they're magic?
This fly amanita mushroom (Amanita muscaria) is poisonous
hallucinogenic. It's thought that the mushroom is one of the oldest hallucinogens known to humans. During the Middle Ages, the ancient Norse warriors called Berserkers ate foods that contained the mushroom, which made them fearless and brutal fighters, even if they were completely high. Several tribes in Siberia were found in the early 1700s using the mushroom as an intoxicant. In order to stretch the euphoric effects of the mushroom, and possibly bypass the less savory effects of the mushroom (i.e. vomiting), tribesmen would often drink the urine of men who had taken the drug, since the drug passes through the body unchanged. The mushroom can also be consumed dried, or combined with other liquids.
According to "Golden Guide: Hallucinogenic plants," the history of fly amanita could go even further back, thousands of years, to ancient India, where it was used to induce a religious fervor. In fact, fly amanita mushrooms may have been the main ingredient in soma, a ritual drink frequently mentioned in the Hindu religious text, the Rigveda. Soma, whose use has since died out, was made with the juice from the stalks of certain plants. Hindu tradition says the drink and the plant, which is also considered a god, all carry the same name. But fly amanita has long been a strong contender for the real identity of that plant, mainly because of the effects of soma mentioned in Hindu religious texts, and of ceremonial urine drinking.
If I were to sample some fly amanita, either dried, or maybe in a steeped tea, or perhaps in the urine of a helpful assistant, I might experience twitching, trembling or numbness in my arms and legs. I might feel happy, leading to singing and dancing. I might hallucinate colored visions, or see things much larger than they are, according to the "Golden Guide." I might grow violent, then fall into a deep sleep. I might develop strange convictions -- that I'm a newborn, or can fly. I might believe I'm in the presence of God. I might believe I am God.
Beyond the effects of
, fungi are magical all by themselves. Fungi are not plants; they live in their own kingdom, which includes mushrooms. What sets them apart from plants, and makes them like animals, is a material they have in their cell walls called chitin. Chitin makes up the hard outer shells of insects and other creatures with external skeletons.
The fly amanita is common in the Northern Hemisphere, especially around pine and birch trees. But why do mushrooms and other fungi carpet the ground after it rains? Fungi live in a hidden world, often below the ground, connected by a web of very small filaments called hyphae. Hyphae are so thin that they dry out easily. Since it takes many, many hyphae to come together to create a mushroom, that's easiest when the threads can stay wet for a while.
We only see fungi when hyphae come together and shoot fruits into the light of day as caps, puffballs, mushrooms, ears and other forms. The fungal organisms we can't see can be as small as a square foot, or as large as 30 acres. New research has emerged that suggests hyphae play a role in supporting forests through so-called mycorrhizal links. The fungal filaments act as highways between trees, delivering nutrients from older, stronger trees to saplings, forming a critical web of carbon, nitrogen and water delivery -- a kind of tree communications system. Now that's magic.