Eco-conscious Jozi designer walks the talk with 'living shoes' that grow moss
The moss shoe is an idea of what the future of footwear could look like, says creator Matthew Edwards
Speculative designer Matthew Edwards is on the path towards becoming one of the more significant local influences in this sphere, not least of all, it seems, because he doesn't shy away from the stuff of flagrant eccentricity.
One of his most joyful and compelling offerings to date is his "moss shoe", which began as "a simple studio test" and morphed into something marvelously uncanny.
Says Edwards: "The moss shoe is an idea of what the future of footwear could look like. The idea was to create a living shoe based around the principles of growth, care, regeneration and, ultimately, decomposition, through the fragility of the material and the inescapable wear and tear of our objects.
"These are things that aren't often associated with clothing or footwear — I wanted to create something that started a conversation in the space. The shoes met with varied responses: some people found them uncomfortable to look at, let alone wear.
"The moss shoes fit into an interesting space: as we become more aware of our impact on the planet (particularly the footwear industry), we have to replace our overconsumption and destructive habits with ones that waste less and are regenerative.
"I see the shoe existing in the future, following the strong precedents set by researchers looking at real material developments like mycelium (a material made from mushrooms and their spores), bioplastics, vegan leathers and regenerative fibres.
"The reindeer moss, sourced from Scandinavia, is hand sewn into a mesh material which is then sewn onto the shoe panels. The moss is dormant, but it needs to be kept moist to avoid it drying out and dying.
"The idea of a growing shoe appeals to my vision of the future of design, which is feeling less sci-fi and more achievable than ever. At this moment the moss shoes will live as reminders of where we could go if we put our energy into materials."