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| Section | Objectives |
|---|---|
| Topic 1: Materials and Resources | - Sustainable material selection - Waste management and recycling |
| Topic 2: Integrative Strategies | - Project goals and sustainability integration - Early design phase collaboration |
| Topic 3: Water Efficiency | - Water metering and management strategies - Indoor and outdoor water use reduction |
| Topic 4: Project Surroundings and Public Outreach | - Community impact and engagement - Education and awareness strategies |
| Topic 5: LEED and Green Building Fundamentals | - Green building concepts and principles - LEED rating system structure |
| Topic 6: Energy and Atmosphere | - Renewable energy systems - Energy performance optimization |
| Topic 7: Location and Transportation | - Site selection and development density - Transportation access and alternative transit |
| Topic 8: Indoor Environmental Quality | - Air quality and ventilation - Thermal comfort and lighting quality |
| Topic 9: Sustainable Sites | - Site assessment and environmental impact - Heat island reduction and light pollution |
>> LEED-Green-Associate日本語問題集 <<
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質問 # 153
Which of the following refrigerants is known for having a high Ozone Depletion Potential (ODP)?
正解:D
解説:
R-12 is the correct answer because it is a chlorofluorocarbon (CFC) refrigerant, and CFCs are known for high Ozone Depletion Potential. LEED Energy and Atmosphere includes refrigerant management requirements to reduce damage to the stratospheric ozone layer and limit climate impacts from HVAC
& R systems. New LEED projects must avoid CFC-based refrigerants in new HVAC & R systems, and existing systems with CFCs generally require replacement, retrofit, or a phase-out plan. R-134a and R-
410A are non-CFC refrigerants and do not have the same ozone depletion impact as CFCs, though they may still have global warming impacts. Ammonia has no ozone depletion potential but has safety and application considerations.
質問 # 154
Which of the following does LEED promote by encouraging compact development?
正解:B
解説:
One of the things that LEED promotes by encouraging compact development is walkability. Compact development is a form of urban planning that aims to reduce sprawland make more efficient use of land and resources by increasing density, diversity, and connectivity of land uses5. Compact development can enhance walkability by creating mixed-use neighborhoods that provide a variety of destinations within walking distance, such as shops, services, workplaces, schools, parks, and transit stops. Walkability can offer multiple benefits for the environment, health, economy, and social equity. For example, walkability can reduce greenhouse gas emissions and air pollution byreplacing car trips with walking or transit; improve physical and mental health by increasing physical activity and reducing stress; support local businesses and generate tax revenues by increasing foot traffic and property values; and foster social cohesion and civic engagement by creating vibrant public spaces and enhancing accessibility for all6. References: Compact urban development6; LEED v4 BD+C Reference Guide, Location and Transportation, page 15
質問 # 155
Which of the following reflects a scorecard rule for LEED Credit Point Allocation?
正解:A
解説:
A scorecard rule for LEED Credit Point Allocation is that there is a maximum of 100 base points available for each rating system. These points are distributed among the different credit categories based on their relative contribution to the overall environmental impact and human health benefits of a project. The point allocation process is informed by a weighting methodology that uses life cycle assessment and expert judgment to assign weights to each of the LEED impact categories. The impact categories reflect the goals and priorities of LEED, such as reversing climate change, enhancing human health, protecting water resources, and promoting social equity. Reference: LEED v4 Impact Category and Point Allocation Process Overview1; LEED scorecard5
質問 # 156
When considering water conservation and water efficient landscaping, which type of water would be most useful for landscape irrigation?
正解:C
解説:
Explanation
Rainwater is the type of water that would be most useful for landscape irrigation when considering water conservation and water efficient landscaping. Rainwater is water that falls from the sky as precipitation, and it can be collected and stored in tanks, barrels, cisterns, or ponds for later use1. Rainwater is a renewable and free source of water that does not require any treatment or pumping, unlike potable water, which is water that is safe for human consumption and often comes from municipal sources2. Potable water is a scarce and valuable resource that should be conserved for drinking, cooking, and hygiene purposes, rather than for irrigation2. Clean water is a vague term that can refer to any water that is free of contaminants, but it does not necessarily mean that it is potable or suitable for irrigation3. Blackwater is water that contains human or animal waste, such as sewage or toilet water, and it poses a health and environmental risk if used for irrigation without proper treatment4. Therefore, rainwater is the best option for landscape irrigation, as it reduces the demand for potable water, lowers the utility bills, and benefits the plants and soil1.
References:
Rainwater Harvesting for Landscape Irrigation
Potable Water
Clean Water
Blackwater
質問 # 157
Installing which of the following will increase the quantity of the rainwater that is discharged from a site?
正解:D
解説:
Installing concrete sidewalks and parking areas will increase the quantity of the rainwater that is discharged from a site. Rainwater is the water that falls as precipitation on a site. Rainwater discharge is the amount of rainwater that leaves a site as surface runoff or subsurface flow. Rainwater discharge can affect the quantity and quality of water resources downstream by causing erosion, flooding, sedimentation, pollution, and habitat loss. Concrete sidewalks and parking areas are examples ofimpervious surfaces that prevent rainwater from infiltrating intothe soil and increase rainwater discharge by creating more runoff1 . References: LEED v4 Green Associate Candidate Handbook1, EPA's Stormwater Management
質問 # 158
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