A. Energy, site, water reduction
B. Recycled content, low Volatile Organic Compounds (VOCs) emissions materials, non point source pollution
C. Light, sound, occupant experience
D. Community connectivity, tobacco smoke control, green cleaning
A. Building information modeling
B. Cradle-to-cradle
C. Project scheduling
D. Systems thinking
A. reducing heat island effect
B. encouraging physical activity
C. maintaining open space
D. providing pedestrian access
A. outdoor water use reduction
B. reducing graywater demand
C. process water reduction
D. stormwater runoff control
A. ASHRAE 62.1
B. ASHRAE 55
C. ASHRAE 90.1
D. ASHRAE 189.1
A. Flushing a toilet with wastewater from bathroom sinks
B. Incorporating air conditioner process water for washing clothes
C. Using wastewater from a sink for dishwashing
D. Using captured stormwater for showering
A. post occupancy phase
B. Discovery phase
C. End of project discovery phase
D. As required during design process
A. Isolated
B. Stable
C. Positive
D. Balancing
A. most directly address the most important environmental impacts and human benefits
B. are used in certifying a LEED Platinum Project
C. are included in the LEED for Buildings Operations and Maintenance: Existing Buildings rating system
D. contribute to developmental density and Sustainable Sites
A. Building Energy Modeler
B. Landscape Architect
C. Occupants
D. Civil Engineer
A. Time, cost and quality
B. Health, safety and environment
C. People, planet and profit
D. Energy, water and materials
A. Select HVAC equipment without refrigerants
B. Design buildings to shade each other
C. Purchase carbon offsets
D. Enroll in a demand response program
A. reduce transportation emissions
B. comply With responsible extraction regulations
C. support the local economy and workers
D. emit no Volatile Organic Compounds (VOCs)
