Ref: 4
Question 1.3
3 of 13 in Climate Change and Energy
Objective
To reduce the heat island effect inherent to urban areas through passive design measures.
Importance: 
Each question is weighted from 0.5 to 1.0, as an indication of the relative significance within Climate Change and Energy.
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Question
Will the development seek to reduce the likelihood of contributing to a heat island effect through:
- Provision of appropriate shaded green space and tree cover
- Green roofs and vegetated walls
- Design to enable air-flow throughout the development
- Passive cooling designed-in
- Open water and fountains in public spaces
- Shaded public spaces and footpaths
Note: On warm summer days, the air in urban areas can be 6-8°F hotter than surrounding areas. Scientists call these areas “urban heat islands”. This is due to building materials (particularly darker materials such as tarmac, and heavier materials such as concrete) absorbing and radiating heat.
Policy Links
- 2b: New development with sustainable drainage installed
- Percentage of households in fuel poverty
- 12a: Emissions of greenhouse gases from energy consumption, transport and land use and waste management
- 12b: Capacity during critical periods to supply water without the need for restrictions
- 18a: Rivers of good or fair chemical and biological water quality
- 18c: Per capita consumption of water
- 19a: Energy use per capita
- 19b: Installed capacity for renewable energy production from renewable sources
Draft RSS Core Strategies
- CC1: Sustainable Development
- CC2: Climate Change
- CC3: Resource Use
- CC4: Sustainable Construction
- CC5: Infrastructure and Implementation
- NRM1: Sustainable Water Resources, Groundwater and River Quality Management
- NRM2: Sustainable Flood Risk Management
- EN1: Development Design for Energy Efficiency and Renewable Energy
- EN2: Combined Heat and Power
- EN3: Regional Renewable Energy Targets