Mushrooms are the organisms that keep on giving.
They grow and feed the soil by breaking down organic matter. For centuries,
they’ve also been a staple in our diet.
Recently, people have started taking a closer look at mushrooms,
and more specifically, mycelium — the hidden root of mushrooms — as an
engineering material to produce goods like surfboards, packaging materials, furniture and even architecture.
As far as natural materials go, there’s
never been anything as versatile and cost-effective as fungi, says Sonia
Travaglini, a doctoral candidate in mechanical engineering at UC Berkeley, who
is collaborating with artist and mycologist Philip Ross to unlock the
seemingly infinite potential of fungi.
Myceliumcan grow into any shape or size (the largest in the world blankets an entire forest in
Oregon). They can be engineered to be as hard and strong as wood or brick,
as soft and squishy as foam, or even smooth and flexible, like fabric.
Unlike other natural materials, mushrooms
can rely on their recycling properties to break down organic matter so you
can grow a lot of it very quickly and cheaply just by feeding it biodegradable
waste. In as little as two weeks, you can cultivate a hunk of mushroom that’s
brick-sized.
That mycelium actually takes in waste and carbon dioxide as it
grows (one species of fungi even eats
plastic trash) instead of expelling byproducts makes it far superior to other
forms of production.
Plus, when you’re done with mushroom,
you can compost it or break up the material to grow more mycelium from it.
“And, unlike forming synthetic
materials, which have to be made while very hot or under pressure, all of which
takes a lot of energy to create those conditions, mycology materials grow from
mushrooms which grow in our normal habitat, so it’s much less energy-intensive,”
said Travaglini.
In the lab,
Travaglini and other researchers crush, compress, stretch, pull and bend mycelium
to test the amount of force the material can tolerate.
They found that mycelium is
incredibly strong and can withstand a lot of compression and tension.
Most materials are only strong from
one direction. But mycology materials are tough from all directions and can
absorb a lot force without breaking. So it can withstand as much weight as a
brick, but won’t shatter when you drop it or when it experiences a hard impact,
said Travaglini.
As one of the newer organisms
receiving an application in biomimetics, a field of science that looks to
imitate nature’s instinctive designs to find sustainable solutions and
innovation, we might be getting merely a glimpse of what fungi is capable of.
“Mycology is still a whole new
field of research, we’re still finding more questions and still really don’t
know where it’s going to go, which makes it really exciting,” said Travaglini.
Image sources: Vice UK/Mazda & Pearson Prentice Hall
Spent more time then I’d like to admit trying to get a male Tsareena (which doesn’t exist apparently) But she’s been a surprise fav in my pokemon adventure.
This is a plant from the genus Trachyandra, specifically known as a Crassula succulent. They are mostly found throughout southern Africa and Madagascar.
I am reblogging so I can look into this more closely. Because 1. That looks kind of like polymer clay; and 2. Crassula is a genus of succulent, containing over 1400 species of plant, and I’m on mobile.
I can never tell if succulents I haven’t seen are real or not because all succulents look fake in the first place
Here to tell you HAPPILY cause i love these plants that they are in fact real BUT the actual name of the plant is Trachyandra tortilis! They also come in a flat leaf version with curled or wavy leaves!!
These are delightful i need twenty
I wish I didn’t fucking suck at plants.
succulents are super easy to take care of. they really dont require much attention
Succulents are the only plants I can grow. These look super cute!!
@cannon-fannon we need to get some of these rad plants for your house!
These are perfect for the sci-fi buffs with alien aesthetics
