Maximizing land use is not a key principle of green building design. The focus is on reducing the environmental impact of buildings, not on maximizing the amount of land they occupy.

Passive solar design aims to reduce energy consumption by utilizing natural resources, such as sunlight, to heat and cool buildings.

Solar panels, wind turbines, and geothermal heat pumps are all energy-efficient technologies commonly used in green buildings to reduce reliance on fossil fuels.

Green roofs offer multiple benefits, including reducing stormwater runoff, improving air quality, and providing habitat for wildlife.

Recycled concrete, bamboo, and cork are all sustainable materials that are commonly used in green building construction due to their environmental benefits.

The LEED certification program focuses on promoting energy efficiency, reducing water usage, and improving indoor air quality in buildings.

Sustainable architecture, green building, and eco-friendly construction all refer to the process of designing and constructing buildings that minimize negative environmental impacts.

Using energy-efficient appliances, optimizing building orientation, and installing energy-efficient lighting systems are all key strategies for reducing energy consumption in green buildings.

The primary benefit of using recycled materials in green building construction is reducing the demand for virgin materials, thereby conserving natural resources.

Using natural ventilation is an example of a passive cooling strategy used in green buildings to reduce energy consumption.

Resilient design is the practice of designing buildings that adapt to and minimize the effects of climate change.

Installing low-flow fixtures, collecting rainwater for reuse, and using drought-tolerant landscaping are all key components of a green building's water conservation strategy.

The primary goal of the WELL Building Standard is to promote occupant health and well-being in buildings.

Bamboo, cork, and recycled plastic are all common green building materials derived from renewable resources.

Life Cycle Assessment is the process of assessing the environmental performance of a building throughout its life cycle.