The work is a living piece of architecture, a portrait and an urban garden. The 3.5 metre high human face consists of geometric panels made of orange peel, mycelium and plywood, laid over a framework made of reclaimed wood. The ‘hair’ and interior of the figure host an urban garden with fresh produce such as purple basil, beetroot, tomato, zucchinii, moroccan mint and marigold. These plants were grown for us by Ahlberg garden, and many of them were placed in up-cycled yogurt boxes with fabric covers sewn by Korin Lim.
The work highlights the harmonious connection between man, nature and the built environment that we need in order for our planet to thrive. When we see ourselves as part of a large sensitive system and see nature as our home, our family and our teacher, we gain a more holistic view of our lifestyles and can act towards positive environmental change. With our work we also aim to inspire people to favour organic materials, see ‘waste’ in a new way and support the bio-based movement!
Thank you Tania Malréchauffé and Nuorten Ääni for the pictures.
The Living Man at Maailma Kylässä - festival 25-26.5.2019 in Kaisaniemi Park, Helsinki.
After Maailma Kylässä, we took the installation to Solstice Festival, which is “an experience of music and art in a high plain environment where the sun never sets.” The event took place during midsummer 2019 at Ruka, a high fell in Northern Finland. Here are some pictures of the building process up in the higher grounds.
The complete Living Man standing up on Ruka fell.
The Story of the Installation
Step 1: The idea is born.
Step 2: Exploring form using scavenged foam offcuts.
Step 3: Making 1:6 cardboard and MDF models to get a better idea of the triangle geometry and joinery.
Step 4: Creating our 1:2 model using plywood offcuts found around Helsinki’s construction site containers.
Step 5: Constructing the final installation at our studio in Lauttasaari with the help of Louis from Mandin Collective and Copeau.
Step 6: Creating the visual exterior from bio-waste! Hundreds of kilos of orange peel and pine needles were turned into over 300 biodegradable triangular panels. Another 70 triangles were grown from mushroom mycelium using textile and cardboard waste as a feeding substrate.