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| Section | Weight | Objectives |
|---|---|---|
| Materials and Resources | 11% | - Life-cycle impacts and embodied carbon - Sustainable sourcing and product declarations - Material reuse, recycling and waste management - Environmental product declarations (EPD), health product declarations (HPD) |
| Indoor Environmental Quality | 11% | - Biophilic design and occupant well-being - Indoor air quality and ventilation - Thermal comfort and acoustic performance - Daylighting and lighting quality |
| LEED Process | 15% | - LEED rating system overview and categories - USGBC and GBCI roles and structure - Certification process, registration, documentation - Impact categories and sustainability goals |
| Integrative Process, Planning and Assessments | 6% | - Life-cycle assessment and cost analysis - Systems thinking and early design collaboration - Integrative team roles and responsibilities |
| Location and Transportation | 9% | - Transportation access and demand reduction - Equitable development and community connectivity - Site selection and surrounding context |
| Sustainable Sites | 8% | - Heat island and light pollution reduction - Open space, habitat and biodiversity - Site assessment and conservation - Stormwater management |
| Water Efficiency | 10% | - Indoor and outdoor water use reduction - Alternative water sources: rainwater, graywater - Water metering and performance monitoring - Efficient irrigation and fixtures |
| Energy and Atmosphere | 15% | - Renewable energy generation and sourcing - Decarbonization and greenhouse gas reduction - Commissioning and refrigerant management - Energy efficiency and load reduction - Energy modeling and performance measurement |
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NEW QUESTION # 122
Which of the following strategies contributes to reducing heat island effect and managing rainwater runoff?
Answer: B
Explanation:
Explanation
A vegetated roof, also known as a green roof, is a roof that is partially or completely covered with vegetation and a growing medium, such as soil or compost. A vegetated roof can help reduce the heat island effect and manage rainwater runoff by providing the following benefits12:
It reduces the surface temperature of the roof by reflecting solar radiation and cooling the air through evapotranspiration, which is the process of plants releasing water vapor from their leaves. This can lower the ambient temperature of the surrounding area and improve thermal comfort for occupants and pedestrians.
It reduces the amount and speed of stormwater runoff by retaining and filtering rainwater in the vegetation and growing medium. This can prevent flooding, erosion, and pollution of downstream water bodies, as well as reduce the demand for potable water for irrigation or other purposes.
It enhances the biodiversity and habitat of the urban environment by providing a space for plants, animals, insects, and microorganisms to thrive. This can improve the ecological health and resilience of the ecosystem and provide aesthetic and recreational benefits for humans.
Other strategies that can contribute to reducing the heat island effect and managing rainwater runoff are:
White cement roof pavers: These are tiles made of concrete that have a high solar reflectance index (SRI), which measures how well a surface reflects solar radiation. White cement roof pavers can help reduce the surface temperature of the roof by reflecting more solar radiation than darker or less reflective materials. However, they do not provide any benefits for stormwater management, as they are impervious surfaces that do not retain or filter rainwater34.
A rainwater collection system: This is a system that captures and stores rainwater from roofs or other surfaces for reuse. A rainwater collection system can help reduce stormwater runoff by diverting rainwater from landfills or incinerators to other destinations, such as irrigation, toilet flushing, or cooling. However, it does not provide any benefits for reducing the heat island effect, as it does not affect the surface temperature of the roof or the surrounding air5 .
Shading structures that include photovoltaic panels: These are structures that provide shade for roofs or other surfaces by blocking direct sunlight. Shading structures that include photovoltaic panels can help reduce the heat island effect by lowering the surface temperature of the roof or the shaded area. They can also help generate renewable energy from solar power, which can reduce greenhouse gas emissions and energy costs. However, they do not provide any benefits for stormwater management, as they do not retain or filter rainwater .
NEW QUESTION # 123
For benchmarking purposes, a baseline building performance is evaluated (by means of energy simul-ation model), as defined in
Answer: C
Explanation:
ASHRAE 90.1-2010, Appendix G is the referenced standard for defining the baseline building performance for energy simulation modeling in LEED v4 for Building Design and Construction. The baseline building is a hypothetical building that represents the minimum energy performance required by ASHRAE 90.1-2010, which is a standard for energy efficiency in buildings. The baseline building is used as a benchmark to compare the proposed design of the project and to calculate the percentage of energy cost savings achieved by the project. The baseline building performance is evaluated by following the procedures and assumptions specified in Appendix G of ASHRAE 90.1-2010, such as building envelope, lighting, HVAC systems, service water heating, and renewable energy.
The other options are not relevant to the question, as they are standards for different aspects of green building, such as thermal comfort (ASHRAE 55-2010), air filtration (ASHRAE 52.2-2007), and ventilation (ASHRAE 62.1-2010).
NEW QUESTION # 124
Which of the fallowing projects is eligible for LEED for Building Operations and Maintenance; Existing Buildings?
Answer: C
Explanation:
An existing LEED certified building located on a college campus is eligible for LEED for Building Operations and Maintenance; Existing Buildings (LEED O+M: EB). This rating system applies to existing buildings that are undergoing improvement work or little to no construction. It focuses on measuring and improving the performance of building operations and maintenance practices in areas such as energy efficiency, water conservation, waste management, indoor environmental quality, transportation, and occupant satisfaction. To be eligible for LEED O+M: EB, a project must meet certain minimum program requirements (MPRs), such as having a reasonable site boundary, being in a permanent location on existing land, being fully operational and occupied for at least one year prior to certification application, and complying with environmental laws and regulations. Reference: LEED certification for existing buildings and spaces6; Maintaining certification7; LEED v4: Building Operations + Maintenance Guide4
NEW QUESTION # 125
Which of the following practices ensures that building systems are designed efficiently, installed appropriately and operate as intended?
Answer: D
Explanation:
Explanation
Building commissioning is a quality assurance process that begins during the design phase and continues through construction, occupancy, and operation of the building. It ensures that the building's systems are designed efficiently, installed correctly, and operate as intended. The commissioning process involves a series of inspections, tests, and adjustments of building systems, followed by a review of the system design and operation with the building's operations team. References: LEED Green Associate Candidate Handbook, U.S.
Green Building Council resources
NEW QUESTION # 126
Which of the following strategies effectively reduces commuting emissions for a LEED-certified project?
Answer: C
Explanation:
Encouraging the use of alternative fuel vehicles is the best answer because it can reduce emissions associated with occupant commuting. LEED Location and Transportation focuses on reducing transportation-related environmental impacts, including vehicle miles traveled, fossil fuel use, air pollution, and greenhouse gas emissions. Alternative fuel vehicles, electric vehicles, carpools, public transit, bicycle facilities, and reduced parking strategies can all support lower-impact commuting.
Option A is incorrect because increasing the parking footprint usually encourages more driving and increases hardscape impacts. Option B is incorrect because limiting public transit access increases dependence on private vehicles. Option D is also incorrect because higher parking minimums promote automobile use. A LEED project should support cleaner transportation choices and reduce single- occupancy vehicle dependence where possible.
NEW QUESTION # 127
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