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My work explores the natural world through sculpture, mosaic, and installation, informed by biology and environmental science. I seek to bridge art and nature, fostering wonder, connection, and sustainable creative practices.
Tethered Fairy Circle highlights the hidden networks of the forest. Expanding on my Floe Series (waning geologic ice), Outgrowth Series, and Canopy Series (celebration of trees), this piece continues my commitment to honoring the intricate environmental dynamics that sustain life. I propose a fairy circle installation near a tree on-site, composed of approximately 20 papercrete mushroom sculptures ranging from 8” to 16” tall. The mushroom caps will feature decorative butterfly-wing mosaic patterns in white, off-white, clear ceramic, and glass, with all edges ground and sealed for visitor safety. The installation will span 9’ in diameter with a wood chip base, and the Arboretum may provide a wood chip connecting path. Each mushroom will be secured with lawn stakes through screw eyes, and beneath each will be a woven net, slightly frayed to suggest the texture of mycelium, adorned with glass and reflective beads, and also anchored with small ground stakes. These materials are weather resistant so the mushrooms should be fit for sale next Spring. Mushrooms are more than ephemeral forest dwellers—they drive decomposition, regeneration, and nutrient exchange. Rooted in folklore, the fairy circle sparks imagination while revealing the occult mycelial networks beneath our feet. This sculptural colony highlights the fibrous conduits of information and nutrients, offering a moment of reflection on cycles of renewal and interconnectedness. This installation invites visitors into an enchanted space where art and ecology—fungi and tree roots—intertwine, cultivating curiosity and appreciation for the delicate balance of life beneath the forest floor.
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Notes for For Klehm arboretum's outdoor exhibit proposal:
"Tethered fairy rings, in contrast, develop in woodlands and are formed by mycorrhizal fungi. These fungi form important symbiotic associations with many vascular plants, particularly forest trees. In his book Mushrooms of Northeast North America (Lone Pine, 1999), mycologist George Barron notes that trees depend on this type of fungi for survival. “Each tree has hundreds of thousands of kilometers of fungal threads associated with its roots,” Baron writes. “It is these mycorrhizal fungi that supply the tree with the nutrients and water essential for healthy growth. In exchange, the tree gives the fungus sugars that are manufactured through photosynthesis in its leaves.” The fungi use the sugar obtained from the partner tree as an energy source for growth and for maintenance of the mycelial network, as well as in the production of the fruiting bodies, or mushrooms. The more common trees in northern forests that form this type of partnership include birch, oak, beech, pine, fir, and spruce. Tethered fairy rings grow around one or several central trees. The mycelium remains associated (tethered) with its partner tree’s roots, limiting how far from the tree the ring can expand. While free fairy rings are easier to spot in open areas, the tethered fairy rings of forests and woodlands are more numerous. Some common fungi that can produce tethered fairy rings include fly agaric, death cap, clouded agaric, and matsutake." from https://www.newyorkalmanack.com/2021/10/fairy-rings/ I am working up a ground installation of larger than life size 3D mosaic mushrooms. I am going to list the installation as 18" high. Each mushroom will have a doily-like round net collar at the base that spans out and overlaps with the net from adjoining mushrooms. The center of the fairy ring will be free of net so that kids can walk into the ring if they want to. The arboretum will display a plaque that educates visitors about the symbiotic relationship between the mycorrhizal fungi and the tree/s near the installation site. I've requested a site near a tree so I can play off the tethered relationship. I sort of wanted to do puffballs since they are the state mushroom of Illinois, but they don't have the classic mushroom shape that children will recognize immediately. I am going to avoid doing an exact species and go generic fairy patterned white, since I am trying to avoid some negative mushroom connotations. I don't want to do amanita muscaria or nightcaps. I also don't want to create a wild colored and patterned hippie psychedelic piece. I think I am going to do butterfly wing patterns in pale colors, white and reflective beads to give a fairy light effect at night. The hyphae net collars will also have reflective white or silver beads. I may fray the fiber of the net to give the hyphae a fuzzy texture in places. The mushrooms will be mounted on plywood bases. The net collars will be sandwiched between the mushroom and the wood. The bases will be painted brown. I am asking the arboretum to provide wood chips to lightly cover the bases and create an 8 foot circle. If they want to chip a little path to the circle that would be cute too. The piece will remain on display outside for one year. Mosaics are no brainers for outdoor sculpture. I am thinking of crocheting the net collars out of nylon or polyester cord. Whatever I can stitch reflective bead into and fray a little for texture. I'd use cotton thread but preserving the white color is important. Thematically, I like the idea of using the folklore/fantasy hook of a fairy circle to engage peoples imagination and then the arboretum can take that attention and inform visitors about the wonderful symbiotic relationship between the tree roots and the hyphae of the fungus. Klehm Arboretum in Rockford is issueing a call for entries for an outdoor sculpture exhibit called "Roots." The exhibit opens June 7, 2025 and continues through May 30, 2026. Entries should be from Illinois based artists.
"Roots" may be interpreted by artists to depict tree or plant baased aspects, cutural origins, conceptural beginnings, historical elements or other context of the Rockford community itself, or any number of concepts as put forth by the artist that relate to the theme. Artworks approved for this exhibition will be displayed outdoors for a period of one year. Artworks will be installed in select locations along paved, accessible paths at the facility. Artists can propose existing artwork or an original concept. Works are required to be created in any durable media, resistant to outdoor elements. Works should not have sharp edges or be an endangerment to the public. All pieces must be available for sale with a 10% commission to the Klehm Arboretum. Artists shall receive a $4000 stipend per piece selected paid upon installation. Deadline for applications is February 28, 2025. I have an idea. ✨ Exciting News! ✨
I’m delighted to share that my artwork, "piSun," has found a new home at Lincoln Land Community College! This 30" round canvas is a fusion of math, art, and astronomy—featuring a spiral bead weaving encoded by color with thousands of digits of pi. At its heart is a 24" radiant sunlike center, surrounded by swirling loops designed to evoke solar flares and dynamic lines of magnetic plasma. It’s always rewarding to see my work spark curiosity and conversation, especially in a setting dedicated to learning and exploration. I hope "piSun" inspires students to see the beauty in numbers and the universe itself! I have more artwork available and am always open to creating custom commissions. If you're interested in a unique piece that blends art, science, and symbolism, feel free to reach out! A huge thank you to the Arts in Architecture - Capital Development Board of Illinois for administration of the grant. Thanks again to Lincoln Land Community College for welcoming this piece into your space. |
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