Research Construct
| Construct | Variables | Measurement |
|---|---|---|
| Perception of Importance of Five Sustainable Design Themes | Perception of Design Themes | Likert Scale (0–10) |
| Importance and Application of 23 Sustainable Design Practices per Theme | Perception of Importance of Design Practices for the Theme of: | |
| Heat reduction | Likert scale (0–10) | |
| CO2 sequestration | Likert scale (0–10) | |
| Stormwater management | Likert scale (0–10) | |
| Habitat restoration | Likert scale (0–10) | |
| Social justice | Likert scale (0–10) | |
| Application Frequency of Design Practices for the Theme of: | ||
| Heat reduction | Likert scale (0–10) | |
| CO2 sequestration | Likert scale (0–10) | |
| Stormwater management | Likert scale (0–10) | |
| Habitat restoration | Likert scale (0–10) | |
| Social justice | Likert scale (0–10) | |
| Facilitators and Barriers for Five Sustainable Design Themes | Facilitators | Nominal |
| Client interest/Demand | Recognition for work | |
| Government incentives | Marketing differentiation | |
| Resource availability | Long‐term cost savings | |
| Networking | Environmental stewardship | |
| Barriers | Nominal | |
| Lack of knowledge | Uncertain cost savings | |
| Practice too new | Resource availability | |
| Tight timeline | Maintenance | |
| Political pushback | Budget constraints | |
| Public awareness | Regulatory hurdles | |
| Client interest/Demand | Competition |