Seminal research in nature-inspired design solutions for wildfire resilience
Panarchistic Architecture emerged from groundbreaking research in nature-inspired design solutions for building wildfire resilience. At the forefront of sustainability innovation for the built environment, it redefines how we approach fire-resilient architecture, urban and peri-urban design. By mimicking how species that are native to fire-prone places have evolved to live with wildfires, the paradigm integrates principles from biomimicry, biodesign, and ecological resilience to develop sustainable, wildfire-resilient infrastructures at a time when the threat of wildfires is rapidly increasing.
Researched and developed by Melissa Sterry, an acclaimed pioneer in biofuturism and bioinnovation, this seminal research offers a transformative approach to designing buildings and landscapes that are not only resilient to wildfire, but intrinsically regenerative in its presence. Through the application of biomimetics and ecomimetics, Panarchistic Architecture draws inspiration from nature's strategies, focusing on fire-adapted plants and ecological processes—to create urban and peri-urban environments that mimic these highly resilient systems.
Panarchistic Architecture has been recognised as a pioneering contribution to wildfire-resistant architecture and sustainable urban planning. The cutting-edge research has been featured in international publications and presented at leading global conferences and seminars including the World Bank’s Understanding Risk conference in Belgrade (2018), the Canadian Institute of Planners centenary conference in Ottawa (2019), and the Future of Architecture and Building conclave in Mumbai (2024). Additionally, Panarchistic Architecture has been presented at public events including the official schedule of the 350th Anniversary of the Great Fire of London and The Monument Masterclasses (2017), and the Wilderness Festival in Oxfordshire (2018).
As climate change, among other factors, accelerates the frequency and/or intensity, and severity of wildfires in many fire-prone regions of the world, Panarchistic Architecture’s nature-inspired solutions are increasingly pertinent to creating wildfire-resilient cities, towns, and other settlements. By integrating biodesign and biotechnology concepts that mimic the traits, behaviours, relationships, and systems of plants that evolved to live with wildfire, and the ecosystems they form, with architecture, the paradigm offers radical yet robust strategies for mitigating the impacts of wildfires on urban environments, helping to protect communities and, critically ecosystems that have evolved to live wildfire.
If interested in training in this seminal nature-based design approach to designing for resilience to wildfire you might like to keep informed about our design school, which is launching soon.
Panarchistic Architecture
a brief synopsis
By advancing biomimicry from the level of individual species to entire systems [ecomimicry], Panarchistic Architecture rejects generic notions of Nature and instead rigorously examines the interactions between living and non-living processes from the molecular to the landscape and planetary scale, across both human and geological timescales. The paradigm introduces several original theoretical and technical concepts in architecture and urban planning, exploring their potential applications
and implications both within and beyond the wildland-urban-interface. Also drawing on insights from indigenous and ancient fire cultures that are native to Northern America, among other continents, Panarchistic Architecture proposes that reconciling human and non-human systems in fire-prone wildland-urban areas is not only possible, but also holds significant ecological, social, and technological potential, warranting further research in the years and decades to come.
How can plants that evolved to live with wildfire inspire regenerative design?
Panarchistic Architecture is thoroughly examined in an in-depth thesis, which first published in 2018, compiles research findings from an unprecedented transdisciplinary research programme spanning several years and disciplines to present the logic of biomimicry of plants that evolved to live with wildfire.
Images: [Top/Bottom] Retardant BIObark™, Melissa Sterry ©.