I have been recently fascinated by the research of various scientists on the impacts of climate change on forests and the reliance of these ecosystems on the unseen work of fungus to adapt to it. My most recent work takes inspiration from mycorrhizal fungi – critical members of the plant microbiome that form a symbiosis with the roots of most plants on Earth. In my series “Symbiotic,” the Sgraffito patterns etched onto the surface of mushroom-like shapes recall these complex networks that feed and support the functions of larger organisms. In their dormancy, these works remind the viewer that, despite appearances, there is always growth and circulation—life, ultimately, in stillness.

One of the 10 finalists of @artboxprojects_official in Miami Art Basel. Selected @Artfields 2023.

I have been recently fascinated by the research of various scientists on the impacts of climate change on forests and the reliance of these ecosystems on the unseen work of fungus to adapt to it. My most recent work takes inspiration from mycorrhizal fungi – critical members of the plant microbiome that form a symbiosis with the roots of most plants on Earth. In my series “Symbiotic,” the Sgraffito patterns etched onto the surface of mushroom-like shapes recall these complex networks that feed and support the functions of larger organisms. In their dormancy, these works remind the viewer that, despite appearances, there is always growth and circulation—life, ultimately, in stillness.

Selected at Artfields Art competition 2023.

Private Collection.

I have been recently fascinated by the research of various scientists on the impacts of climate change on forests and the reliance of these ecosystems on the unseen work of fungus to adapt to it. My most recent work takes inspiration from mycorrhizal fungi – critical members of the plant microbiome that form a symbiosis with the roots of most plants on Earth. In my series “Symbiotic,” the Sgraffito patterns etched onto the surface of mushroom-like shapes recall these complex networks that feed and support the functions of larger organisms. In their dormancy, these works remind the viewer that, despite appearances, there is always growth and circulation—life, ultimately, in stillness.

Macon Museum of Arts and Sciences permanent collection.

I have been recently fascinated by the research of various scientists on the impacts of climate change on forests and the reliance of these ecosystems on the unseen work of fungus to adapt to it. My most recent work takes inspiration from mycorrhizal fungi – critical members of the plant microbiome that form a symbiosis with the roots of most plants on Earth. In my series “Symbiotic,” the Sgraffito patterns etched onto the surface of mushroom-like shapes recall these complex networks that feed and support the functions of larger organisms. In their dormancy, these works remind the viewer that, despite appearances, there is always growth and circulation—life, ultimately, in stillness.

I have been recently fascinated by the research of various scientists on the impacts of climate change on forests and the reliance of these ecosystems on the unseen work of fungus to adapt to it. My most recent work takes inspiration from mycorrhizal fungi – critical members of the plant microbiome that form a symbiosis with the roots of most plants on Earth. In my series “Symbiotic,” the Sgraffito patterns etched onto the surface of mushroom-like shapes recall these complex networks that feed and support the functions of larger organisms. In their dormancy, these works remind the viewer that, despite appearances, there is always growth and circulation—life, ultimately, in stillness.