SUSTAINABLE TERMS (Architecturally & Urban)

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SUSTAINABLE TERMS (Architecturally & Urban) by Mind Map: SUSTAINABLE TERMS (Architecturally & Urban)

1. Sustainable City-Building

1.1. Ecology

1.1.1. Bicycle Facilities

1.1.2. Reduce Parking Footprint

1.1.3. Water Use Reduction

1.1.4. Minimum Power & Carbon Offsets

1.1.5. Minimum Air Quality Performance

1.1.6. Low Emitting Materials

1.1.7. Thermal comfort

1.1.8. Surrounding Density & Drivers Uses

1.1.9. Minimum Energy Performance

1.1.10. Renewable Energy Reduction

1.1.11. Storage & Collection of Recyclables

1.1.12. Construction and Demolition Waste Management Planning

1.1.13. Interiors Life-Cycle Impact Reduction

1.1.14. Local Air Quality

1.1.15. Reduction of Night Time Light Pollution

1.1.16. Reduction of Noise Pollution

1.1.17. Energy Monitoring

1.1.18. Environmental Impacts From Construction Products

1.1.19. Site Selection

1.1.20. Energy Efficient Equipment

1.2. Energy

1.2.1. Minimum Power & Carbon Offsets

1.2.2. Minimum Air Quality Performance

1.2.3. Low Emitting Materials

1.2.4. Surrounding Density & Drivers Uses

1.2.5. Minimum Energy Performance

1.2.6. Renewable Energy Reduction

1.2.7. Storage & Collection of Recyclables

1.2.8. Interiors Life-Cycle Impact Reduction

1.2.9. Local Air Quality

1.2.10. Reduction of Night Time Light Pollution

1.2.11. Reduction of Noise Pollution

1.2.12. Energy Monitoring

1.2.13. Energy Efficient Equipment

1.3. Climate

1.3.1. Bicycle Facilities

1.3.2. Reduce Parking Footprint

1.3.3. Minimum Power & Carbon Offsets

1.3.4. Minimum Air Quality Performance

1.3.5. Low Emitting Materials

1.3.6. Surrounding Density & Drivers Uses

1.3.7. Minimum Energy Performance

1.3.8. Renewable Energy Reduction

1.3.9. Storage & Collection of Recyclables

1.3.10. Construction and Demolition Waste Management Planning

1.3.11. Interiors Life-Cycle Impact Reduction

1.3.12. Local Air Quality

1.3.13. Reduction of Night Time Light Pollution

1.3.14. Energy Monitoring

1.3.15. Environmental Impacts From Construction Products

1.4. Location

1.4.1. Bicycle Facilities

1.4.2. Neighborhood Development Location

1.4.3. Surrounding Density & Drivers Uses

1.4.4. Fundamental Commissioning & Verification

1.4.5. Construction and Demolition Waste Management Planning

1.4.6. Public Transport Accessibility

1.4.7. Site Selection

1.5. Transportation

1.5.1. Bicycle Facilities

1.5.2. Reduce Parking Footprint

1.5.3. Minimum Power & Carbon Offsets

1.5.4. Low Emitting Materials

1.5.5. Surrounding Density & Drivers Uses

1.5.6. Local Air Quality

1.5.7. Reduction of Noise Pollution

1.5.8. Public Transport Accessibility

1.6. Water Efficiency

1.6.1. Water Use Reduction

1.6.2. Surrounding Density & Drivers Uses

1.6.3. Renewable Energy Reduction

1.6.4. Energy Monitoring

1.6.5. Energy Efficient Equipment

1.7. Materials & Resources

1.7.1. Water Use Reduction

1.7.2. Low Emitting Materials

1.7.3. Fundamental Commissioning & Verification

1.7.4. Renewable Energy Reduction

1.7.5. Storage & Collection of Recyclables

1.7.6. Construction and Demolition Waste Management Planning

1.7.7. Reduction of Noise Pollution

1.7.8. Energy Monitoring

1.7.9. Environmental Impacts From Construction Products

1.8. Indoor Environment Quality

1.8.1. Water Use Reduction

1.8.2. Minimum Power & Carbon Offsets

1.8.3. Minimum Air Quality Performance

1.8.4. Low Emitting Materials

1.8.5. Thermal comfort

1.8.6. Minimum Energy Performance

1.8.7. Renewable Energy Reduction

1.8.8. Interiors Life-Cycle Impact Reduction

1.8.9. Local Air Quality

1.8.10. Reduction of Night Time Light Pollution

1.8.11. Reduction of Noise Pollution

1.8.12. Energy Efficient Equipment

1.9. High Performance Envelope

1.9.1. Reduce Parking Footprint

1.9.2. Water Use Reduction

1.9.3. Minimum Power & Carbon Offsets

1.9.4. Minimum Air Quality Performance

1.9.5. Low Emitting Materials

1.9.6. Thermal comfort

1.9.7. Surrounding Density & Drivers Uses

1.9.8. Minimum Energy Performance

1.9.9. Renewable Energy Reduction

1.9.10. Storage & Collection of Recyclables

1.9.11. Construction and Demolition Waste Management Planning

1.9.12. Interiors Life-Cycle Impact Reduction

1.9.13. Local Air Quality

1.9.14. Reduction of Night Time Light Pollution

1.9.15. Reduction of Noise Pollution

1.9.16. Energy Monitoring

1.9.17. Energy Efficient Equipment

2. Environmental City-Building

2.1. Ecology

2.1.1. Bicycle Facilities

2.1.2. Reduce Parking Footprint

2.1.3. Water Use Reduction

2.1.4. Minimum Power & Carbon Offsets

2.1.5. Minimum Air Quality Performance

2.1.6. Low Emitting Materials

2.1.7. Thermal comfort

2.1.8. Surrounding Density & Drivers Uses

2.1.9. Minimum Energy Performance

2.1.10. Renewable Energy Reduction

2.1.11. Storage & Collection of Recyclables

2.1.12. Construction and Demolition Waste Management Planning

2.1.13. Interiors Life-Cycle Impact Reduction

2.1.14. Local Air Quality

2.1.15. Reduction of Night Time Light Pollution

2.1.16. Reduction of Noise Pollution

2.1.17. Energy Monitoring

2.1.18. Environmental Impacts From Construction Products

2.1.19. Site Selection

2.1.20. Energy Efficient Equipment

2.2. Energy

2.2.1. Minimum Power & Carbon Offsets

2.2.2. Minimum Air Quality Performance

2.2.3. Low Emitting Materials

2.2.4. Surrounding Density & Drivers Uses

2.2.5. Minimum Energy Performance

2.2.6. Renewable Energy Reduction

2.2.7. Storage & Collection of Recyclables

2.2.8. Interiors Life-Cycle Impact Reduction

2.2.9. Local Air Quality

2.2.10. Reduction of Night Time Light Pollution

2.2.11. Reduction of Noise Pollution

2.2.12. Energy Monitoring

2.2.13. Energy Efficient Equipment

2.3. Climate

2.3.1. Bicycle Facilities

2.3.2. Reduce Parking Footprint

2.3.3. Minimum Power & Carbon Offsets

2.3.4. Minimum Air Quality Performance

2.3.5. Low Emitting Materials

2.3.6. Surrounding Density & Drivers Uses

2.3.7. Minimum Energy Performance

2.3.8. Renewable Energy Reduction

2.3.9. Storage & Collection of Recyclables

2.3.10. Construction and Demolition Waste Management Planning

2.3.11. Interiors Life-Cycle Impact Reduction

2.3.12. Local Air Quality

2.3.13. Reduction of Night Time Light Pollution

2.3.14. Energy Monitoring

2.3.15. Environmental Impacts From Construction Products

2.4. Location

2.4.1. Bicycle Facilities

2.4.2. Neighborhood Development Location

2.4.3. Surrounding Density & Drivers Uses

2.4.4. Fundamental Commissioning & Verification

2.4.5. Construction and Demolition Waste Management Planning

2.4.6. Public Transport Accessibility

2.4.7. Site Selection

2.5. Transportation

2.5.1. Bicycle Facilities

2.5.2. Reduce Parking Footprint

2.5.3. Minimum Power & Carbon Offsets

2.5.4. Low Emitting Materials

2.5.5. Surrounding Density & Drivers Uses

2.5.6. Local Air Quality

2.5.7. Reduction of Noise Pollution

2.5.8. Public Transport Accessibility

2.6. Water Efficiency

2.6.1. Water Use Reduction

2.6.2. Surrounding Density & Drivers Uses

2.6.3. Renewable Energy Reduction

2.6.4. Energy Monitoring

2.6.5. Energy Efficient Equipment

2.7. Materials & Resources

2.7.1. Water Use Reduction

2.7.2. Low Emitting Materials

2.7.3. Fundamental Commissioning & Verification

2.7.4. Renewable Energy Reduction

2.7.5. Storage & Collection of Recyclables

2.7.6. Construction and Demolition Waste Management Planning

2.7.7. Reduction of Noise Pollution

2.7.8. Energy Monitoring

2.7.9. Environmental Impacts From Construction Products

2.8. Indoor Environment Quality

2.8.1. Water Use Reduction

2.8.2. Minimum Power & Carbon Offsets

2.8.3. Minimum Air Quality Performance

2.8.4. Low Emitting Materials

2.8.5. Thermal comfort

2.8.6. Minimum Energy Performance

2.8.7. Renewable Energy Reduction

2.8.8. Interiors Life-Cycle Impact Reduction

2.8.9. Local Air Quality

2.8.10. Reduction of Night Time Light Pollution

2.8.11. Reduction of Noise Pollution

2.8.12. Energy Efficient Equipment

2.9. High Performance Envelope

2.9.1. Reduce Parking Footprint

2.9.2. Water Use Reduction

2.9.3. Minimum Power & Carbon Offsets

2.9.4. Minimum Air Quality Performance

2.9.5. Low Emitting Materials

2.9.6. Thermal comfort

2.9.7. Surrounding Density & Drivers Uses

2.9.8. Minimum Energy Performance

2.9.9. Renewable Energy Reduction

2.9.10. Storage & Collection of Recyclables

2.9.11. Construction and Demolition Waste Management Planning

2.9.12. Interiors Life-Cycle Impact Reduction

2.9.13. Local Air Quality

2.9.14. Reduction of Night Time Light Pollution

2.9.15. Reduction of Noise Pollution

2.9.16. Energy Monitoring

2.9.17. Energy Efficient Equipment

3. Eco-city-Building

3.1. Location

3.1.1. Bicycle Facilities

3.1.2. Neighborhood Development Location

3.1.3. Surrounding Density & Drivers Uses

3.1.4. Fundamental Commissioning & Verification

3.1.5. Construction and Demolition Waste Management Planning

3.1.6. Public Transport Accessibility

3.1.7. Site Selection

3.2. Transportation

3.2.1. Bicycle Facilities

3.2.2. Reduce Parking Footprint

3.2.3. Minimum Power & Carbon Offsets

3.2.4. Low Emitting Materials

3.2.5. Surrounding Density & Drivers Uses

3.2.6. Local Air Quality

3.2.7. Reduction of Noise Pollution

3.2.8. Public Transport Accessibility

3.3. High Performance Envelope

3.3.1. Reduce Parking Footprint

3.3.2. Water Use Reduction

3.3.3. Minimum Power & Carbon Offsets

3.3.4. Minimum Air Quality Performance

3.3.5. Low Emitting Materials

3.3.6. Thermal comfort

3.3.7. Surrounding Density & Drivers Uses

3.3.8. Minimum Energy Performance

3.3.9. Renewable Energy Reduction

3.3.10. Storage & Collection of Recyclables

3.3.11. Construction and Demolition Waste Management Planning

3.3.12. Interiors Life-Cycle Impact Reduction

3.3.13. Local Air Quality

3.3.14. Reduction of Night Time Light Pollution

3.3.15. Reduction of Noise Pollution

3.3.16. Energy Monitoring

3.3.17. Energy Efficient Equipment

4. Green City-Building

4.1. Ecology

4.1.1. Bicycle Facilities

4.1.2. Reduce Parking Footprint

4.1.3. Water Use Reduction

4.1.4. Minimum Power & Carbon Offsets

4.1.5. Minimum Air Quality Performance

4.1.6. Low Emitting Materials

4.1.7. Thermal comfort

4.1.8. Surrounding Density & Drivers Uses

4.1.9. Minimum Energy Performance

4.1.10. Renewable Energy Reduction

4.1.11. Storage & Collection of Recyclables

4.1.12. Construction and Demolition Waste Management Planning

4.1.13. Interiors Life-Cycle Impact Reduction

4.1.14. Local Air Quality

4.1.15. Reduction of Night Time Light Pollution

4.1.16. Reduction of Noise Pollution

4.1.17. Energy Monitoring

4.1.18. Environmental Impacts From Construction Products

4.1.19. Site Selection

4.1.20. Energy Efficient Equipment

4.2. Energy

4.2.1. Minimum Power & Carbon Offsets

4.2.2. Minimum Air Quality Performance

4.2.3. Low Emitting Materials

4.2.4. Surrounding Density & Drivers Uses

4.2.5. Minimum Energy Performance

4.2.6. Renewable Energy Reduction

4.2.7. Storage & Collection of Recyclables

4.2.8. Interiors Life-Cycle Impact Reduction

4.2.9. Local Air Quality

4.2.10. Reduction of Night Time Light Pollution

4.2.11. Reduction of Noise Pollution

4.2.12. Energy Monitoring

4.2.13. Energy Efficient Equipment

4.3. Climate

4.3.1. Bicycle Facilities

4.3.2. Reduce Parking Footprint

4.3.3. Minimum Power & Carbon Offsets

4.3.4. Minimum Air Quality Performance

4.3.5. Low Emitting Materials

4.3.6. Surrounding Density & Drivers Uses

4.3.7. Minimum Energy Performance

4.3.8. Renewable Energy Reduction

4.3.9. Storage & Collection of Recyclables

4.3.10. Construction and Demolition Waste Management Planning

4.3.11. Interiors Life-Cycle Impact Reduction

4.3.12. Local Air Quality

4.3.13. Reduction of Night Time Light Pollution

4.3.14. Energy Monitoring

4.3.15. Environmental Impacts From Construction Products

4.4. Location

4.4.1. Bicycle Facilities

4.4.2. Neighborhood Development Location

4.4.3. Surrounding Density & Drivers Uses

4.4.4. Fundamental Commissioning & Verification

4.4.5. Construction and Demolition Waste Management Planning

4.4.6. Public Transport Accessibility

4.4.7. Site Selection

4.5. Transportation

4.5.1. Bicycle Facilities

4.5.2. Reduce Parking Footprint

4.5.3. Minimum Power & Carbon Offsets

4.5.4. Low Emitting Materials

4.5.5. Surrounding Density & Drivers Uses

4.5.6. Local Air Quality

4.5.7. Reduction of Noise Pollution

4.5.8. Public Transport Accessibility

4.6. Water Efficiency

4.6.1. Water Use Reduction

4.6.2. Surrounding Density & Drivers Uses

4.6.3. Renewable Energy Reduction

4.6.4. Energy Monitoring

4.6.5. Energy Efficient Equipment

4.7. Materials & Resources

4.7.1. Water Use Reduction

4.7.2. Low Emitting Materials

4.7.3. Fundamental Commissioning & Verification

4.7.4. Renewable Energy Reduction

4.7.5. Storage & Collection of Recyclables

4.7.6. Construction and Demolition Waste Management Planning

4.7.7. Reduction of Noise Pollution

4.7.8. Energy Monitoring

4.7.9. Environmental Impacts From Construction Products

4.8. Indoor Environment Quality

4.8.1. Water Use Reduction

4.8.2. Minimum Power & Carbon Offsets

4.8.3. Minimum Air Quality Performance

4.8.4. Low Emitting Materials

4.8.5. Thermal comfort

4.8.6. Minimum Energy Performance

4.8.7. Renewable Energy Reduction

4.8.8. Interiors Life-Cycle Impact Reduction

4.8.9. Local Air Quality

4.8.10. Reduction of Night Time Light Pollution

4.8.11. Reduction of Noise Pollution

4.8.12. Energy Efficient Equipment

5. Automated City-Building

5.1. Location

5.1.1. Bicycle Facilities

5.1.2. Neighborhood Development Location

5.1.3. Surrounding Density & Drivers Uses

5.1.4. Fundamental Commissioning & Verification

5.1.5. Construction and Demolition Waste Management Planning

5.1.6. Public Transport Accessibility

5.1.7. Site Selection

5.2. Transportation

5.2.1. Bicycle Facilities

5.2.2. Reduce Parking Footprint

5.2.3. Minimum Power & Carbon Offsets

5.2.4. Low Emitting Materials

5.2.5. Surrounding Density & Drivers Uses

5.2.6. Local Air Quality

5.2.7. Reduction of Noise Pollution

5.2.8. Public Transport Accessibility

5.3. Indoor Environment Quality

5.3.1. Water Use Reduction

5.3.2. Minimum Power & Carbon Offsets

5.3.3. Minimum Air Quality Performance

5.3.4. Low Emitting Materials

5.3.5. Thermal comfort

5.3.6. Minimum Energy Performance

5.3.7. Renewable Energy Reduction

5.3.8. Interiors Life-Cycle Impact Reduction

5.3.9. Local Air Quality

5.3.10. Reduction of Night Time Light Pollution

5.3.11. Reduction of Noise Pollution

5.3.12. Energy Efficient Equipment

5.4. High Performance Envelope

5.4.1. Reduce Parking Footprint

5.4.2. Water Use Reduction

5.4.3. Minimum Power & Carbon Offsets

5.4.4. Minimum Air Quality Performance

5.4.5. Low Emitting Materials

5.4.6. Thermal comfort

5.4.7. Surrounding Density & Drivers Uses

5.4.8. Minimum Energy Performance

5.4.9. Renewable Energy Reduction

5.4.10. Storage & Collection of Recyclables

5.4.11. Construction and Demolition Waste Management Planning

5.4.12. Interiors Life-Cycle Impact Reduction

5.4.13. Local Air Quality

5.4.14. Reduction of Night Time Light Pollution

5.4.15. Reduction of Noise Pollution

5.4.16. Energy Monitoring

5.4.17. Energy Efficient Equipment

6. Zero Carbon City-Building

6.1. Ecology

6.1.1. Bicycle Facilities

6.1.2. Reduce Parking Footprint

6.1.3. Water Use Reduction

6.1.4. Minimum Power & Carbon Offsets

6.1.5. Minimum Air Quality Performance

6.1.6. Low Emitting Materials

6.1.7. Thermal comfort

6.1.8. Surrounding Density & Drivers Uses

6.1.9. Minimum Energy Performance

6.1.10. Renewable Energy Reduction

6.1.11. Storage & Collection of Recyclables

6.1.12. Construction and Demolition Waste Management Planning

6.1.13. Interiors Life-Cycle Impact Reduction

6.1.14. Local Air Quality

6.1.15. Reduction of Night Time Light Pollution

6.1.16. Reduction of Noise Pollution

6.1.17. Energy Monitoring

6.1.18. Environmental Impacts From Construction Products

6.1.19. Site Selection

6.1.20. Energy Efficient Equipment

6.2. Climate

6.2.1. Bicycle Facilities

6.2.2. Reduce Parking Footprint

6.2.3. Minimum Power & Carbon Offsets

6.2.4. Minimum Air Quality Performance

6.2.5. Low Emitting Materials

6.2.6. Surrounding Density & Drivers Uses

6.2.7. Minimum Energy Performance

6.2.8. Renewable Energy Reduction

6.2.9. Storage & Collection of Recyclables

6.2.10. Construction and Demolition Waste Management Planning

6.2.11. Interiors Life-Cycle Impact Reduction

6.2.12. Local Air Quality

6.2.13. Reduction of Night Time Light Pollution

6.2.14. Energy Monitoring

6.2.15. Environmental Impacts From Construction Products

6.3. Location

6.3.1. Bicycle Facilities

6.3.2. Neighborhood Development Location

6.3.3. Surrounding Density & Drivers Uses

6.3.4. Fundamental Commissioning & Verification

6.3.5. Construction and Demolition Waste Management Planning

6.3.6. Public Transport Accessibility

6.3.7. Site Selection

6.4. Transportation

6.4.1. Bicycle Facilities

6.4.2. Reduce Parking Footprint

6.4.3. Minimum Power & Carbon Offsets

6.4.4. Low Emitting Materials

6.4.5. Surrounding Density & Drivers Uses

6.4.6. Local Air Quality

6.4.7. Reduction of Noise Pollution

6.4.8. Public Transport Accessibility

6.5. Water Efficiency

6.5.1. Water Use Reduction

6.5.2. Surrounding Density & Drivers Uses

6.5.3. Renewable Energy Reduction

6.5.4. Energy Monitoring

6.5.5. Energy Efficient Equipment

6.6. Indoor Environment Quality

6.6.1. Water Use Reduction

6.6.2. Minimum Power & Carbon Offsets

6.6.3. Minimum Air Quality Performance

6.6.4. Low Emitting Materials

6.6.5. Thermal comfort

6.6.6. Minimum Energy Performance

6.6.7. Renewable Energy Reduction

6.6.8. Interiors Life-Cycle Impact Reduction

6.6.9. Local Air Quality

6.6.10. Reduction of Night Time Light Pollution

6.6.11. Reduction of Noise Pollution

6.6.12. Energy Efficient Equipment

7. Smart City-Building

7.1. Energy

7.1.1. Minimum Power & Carbon Offsets

7.1.2. Minimum Air Quality Performance

7.1.3. Low Emitting Materials

7.1.4. Surrounding Density & Drivers Uses

7.1.5. Minimum Energy Performance

7.1.6. Renewable Energy Reduction

7.1.7. Storage & Collection of Recyclables

7.1.8. Interiors Life-Cycle Impact Reduction

7.1.9. Local Air Quality

7.1.10. Reduction of Night Time Light Pollution

7.1.11. Reduction of Noise Pollution

7.1.12. Energy Monitoring

7.1.13. Energy Efficient Equipment

7.2. Location

7.2.1. Bicycle Facilities

7.2.2. Neighborhood Development Location

7.2.3. Surrounding Density & Drivers Uses

7.2.4. Fundamental Commissioning & Verification

7.2.5. Construction and Demolition Waste Management Planning

7.2.6. Public Transport Accessibility

7.2.7. Site Selection

7.3. Transportation

7.3.1. Bicycle Facilities

7.3.2. Reduce Parking Footprint

7.3.3. Minimum Power & Carbon Offsets

7.3.4. Low Emitting Materials

7.3.5. Surrounding Density & Drivers Uses

7.3.6. Local Air Quality

7.3.7. Reduction of Noise Pollution

7.3.8. Public Transport Accessibility

7.4. Indoor Environment Quality

7.4.1. Water Use Reduction

7.4.2. Minimum Power & Carbon Offsets

7.4.3. Minimum Air Quality Performance

7.4.4. Low Emitting Materials

7.4.5. Thermal comfort

7.4.6. Minimum Energy Performance

7.4.7. Renewable Energy Reduction

7.4.8. Interiors Life-Cycle Impact Reduction

7.4.9. Local Air Quality

7.4.10. Reduction of Night Time Light Pollution

7.4.11. Reduction of Noise Pollution

7.4.12. Energy Efficient Equipment

7.5. High Performance Envelope

7.5.1. Reduce Parking Footprint

7.5.2. Water Use Reduction

7.5.3. Minimum Power & Carbon Offsets

7.5.4. Minimum Air Quality Performance

7.5.5. Low Emitting Materials

7.5.6. Thermal comfort

7.5.7. Surrounding Density & Drivers Uses

7.5.8. Minimum Energy Performance

7.5.9. Renewable Energy Reduction

7.5.10. Storage & Collection of Recyclables

7.5.11. Construction and Demolition Waste Management Planning

7.5.12. Interiors Life-Cycle Impact Reduction

7.5.13. Local Air Quality

7.5.14. Reduction of Night Time Light Pollution

7.5.15. Reduction of Noise Pollution

7.5.16. Energy Monitoring

7.5.17. Energy Efficient Equipment