To reduce the environmental impact of buildings

To increase the aesthetic appeal of buildings

To maximize the profit margin of construction projects

To comply with local building codes

Maximizing natural light and ventilation

Using energy-intensive materials

Ignoring the local climate and context

Installing outdated HVAC systems

To generate electricity from sunlight

To heat water for domestic use

To provide backup power during emergencies

To cool the building during hot weather

Recycled concrete

Non-renewable resources

Materials with high embodied energy

Materials that are not locally sourced

To reduce stormwater runoff

To provide additional living space

To enhance the aesthetic appeal of the building

To generate electricity from wind power

Reduced energy consumption and operating costs

Increased energy consumption and operating costs

No impact on energy consumption or operating costs

Increased greenhouse gas emissions

To collect and store rainwater for irrigation and other non-potable uses

To dispose of rainwater quickly and efficiently

To generate electricity from rainwater

To provide backup water supply during emergencies

Using low-VOC (volatile organic compound) materials and finishes

Installing air purifiers and dehumidifiers

Keeping windows and doors closed at all times

Using scented candles and air fresheners

Reducing the need for artificial heating and cooling

Increasing the energy consumption of the building

Reducing the size of the building's windows

Blocking natural light from entering the building

LEED (Leadership in Energy and Environmental Design)

BREEAM (Building Research Establishment Environmental Assessment Method)

WELL Building Standard

All of the above

To regulate the temperature of the building using the earth's constant temperature

To generate electricity from geothermal energy

To provide backup heating and cooling during emergencies

To remove moisture from the air

Smart meters and sensors to monitor energy consumption

Manual light switches and thermostats

Inefficient lighting fixtures and appliances

Lack of insulation and weatherstripping

To reduce water consumption and minimize wastewater generation

To increase water consumption and maximize wastewater generation

To ignore local water scarcity issues

To use water-intensive landscaping and irrigation systems

Preserving natural habitats and minimizing site disturbance

Using impervious surfaces and concrete for landscaping

Ignoring local climate and ecological conditions

Installing artificial turf and plastic plants

To verify that the building's systems are installed and operating as intended

To ignore any potential issues with the building's systems

To delay the occupancy of the building until all issues are resolved

To increase the maintenance costs of the building