Language of Building
Building has its own language, and some of it can feel unfamiliar. This guide explains the terms you’ll see across the site, so you can explore regenerative building with confidence.
General Terms
Regenerative Design: An approach to building that restores ecosystems, strengthens communities, and improves environmental health over time.
Regenerative Architecture: Architecture designed as a living system that gives back more to the land and climate than it takes.
Regenerative Construction: Building practices that actively reduce harm while contributing to ecological and social regeneration.
Living Buildings: Buildings that generate their own energy and water while supporting human and ecological wellbeing.
Net-Positive Homes: Homes that produce more energy, water, or ecological benefit than they consume.
Climate-Positive Homes: Homes designed to reduce atmospheric carbon through low-carbon materials and renewable systems.
Restorative Building: Construction that repairs environmental damage and improves local ecosystems.
Place-Based Design: Design shaped by local climate, culture, ecology, and available resources.
Whole-Systems Design: An integrated design approach that considers energy, water, materials, health, and land together.
High-Performance Homes: Homes engineered for exceptional energy efficiency, comfort, and durability.
Healthy Homes: Homes designed to support occupant health through clean air, non-toxic materials, and natural light.
Biophilic Design: Design that strengthens the human connection to nature through light, materials, and spatial experience.
Indoor Environmental Quality (IEQ): The quality of indoor air, light, acoustics, and comfort affecting human health.
Home Performance & Wellness
Environmental Impact
Carbon-Negative Construction: Building methods that store more carbon than they emit.
Embodied Carbon: The total carbon emissions associated with producing, transporting, and assembling building materials.
Carbon-Sequestering Materials: Materials that absorb and store carbon during their life cycle.
Circular Building Practices: Design strategies that minimise waste by reusing, recycling, or repurposing materials.
Energy & Water Systems
Net-Zero Energy: Homes that produce as much energy as they use on an annual basis.
Passive Solar Design: Design that uses sun orientation and thermal mass to heat and cool a home naturally.
Water-Positive Design: Homes that collect, reuse, and return more water than they consume.
Greywater Reuse: Reusing lightly used household water for irrigation or landscape systems.
Materials & Longevity
Biogenic Materials: Plant-based or natural materials that store carbon and regenerate through natural cycles.
Low-Toxicity Materials: Materials selected to minimise harmful chemicals and indoor pollutants.
Locally Sourced Materials: Materials obtained close to the building site to reduce transportation impacts.
Long-Life, Loose-Fit Design: Buildings designed to last generations and adapt easily to changing needs.