| DECARBONIZATION: Materials and Resources strategies address decarbonization through reducing the embodied carbon of building materials and construction. By prioritizing sufficiency, circularity, and material efficiency, projects can significantly reduce carbon emissions. |
脱碳：材料与资源策略通过减少建筑材料和施工的隐含碳来应对脱碳。通过优先考虑充足性、循环性和材料效率，项目可以显著减少碳排放。 |
| QUALITY OF LIFE: Selecting materials that minimize exposure to harmful chemicals directly benefits the health and well-being of building occupants, construction workers, and communities along the supply chain. |
生活质量：选择最小化暴露于有害化学物质的材料直接有利于建筑使用者、施工工人和供应链沿线社区的健康和福祉。 |
| ECOLOGICAL CONSERVATION AND RESTORATION: Material circularity reduces the demand for virgin resources, protecting natural habitats. Sustainable forestry and farming practices help protect ecosystems. Reducing waste and increasing recycling conserve resources. |
生态保护与恢复：材料循环性减少对原生资源的需求，保护自然栖息地。可持续林业和农业做法有助于保护生态系统。减少废弃物和增加回收保护资源。 |