The Living Hollow

This research explores a new approach to artificial wildlife habitats by using mycelium-based materials to replicate the form and function of natural tree hollows, which can take over a century to form. Unlike conventional nest boxes, these biodegradable, digitally fabricated prototypes aim to enhance habitat suitability for hollow-dependent marsupials such as the endangered greater glider. By combining sustainable materials, ecological research, and advanced fabrication, the project reduces environmental impact and supports biodiversity. In partnership with WWF-Australia and Swinburne University, the prototypes will be tested in Melbourne’s outer suburbs alongside local community restoration efforts.

keywords: more-than-human design; mycelium-based composites

• with: Canhui Chen (lead), Lachlan Blackmore, Daniel Prohasky, Enzo Palombo
• year: March 2025 — ongoing