Index

  1.  
  2. a
  3. air conditioning
  4. air quality
  5. alternative fuelled vehicles
  6. anaerobic digestion
  7. Arup Integrated Urbanism
  8. Arup, Ove; Key Speech 1970
    1. and partners
    2. story (see Appendix A)
  9.  
  10. b
  11. Barcelona
  12. Bath
  13. BedZED
  14. ‘best value’
  15. Better Buildings Partnership report on Operational Energy Use
  16. Bicester Ecotown
  17. biofuels
  18. biomass
  19. Blue Angel
  20. Booth poverty map
  21. Bourneville
  22. British Land and Ropemaker place
  23. British Land’s Sustainability Brief
  24. Broadgate development, London
  25. building construction; short history
  26. building envelope
  27. Building Management System (BMS)
  28. building materials
  29. Building Research Establishment Environmental Assessment Method (BREEAM)
  30. building services
  31. business case for green buildings
  32. business parks
  33.  
  34. c
  35. Candlestick Point, USA
  36. carbon emissions
  37. Carnevale’s Ideal City
  38. car parking
  39. cavity walls
  40. Cerda’s Barcelona and General Theory of Urbanisation
  41. Chain of Custody
  42. Citi Data Centre, Frankfurt, Germany
  43. Climate Change
    1. Act
    2. adaptation
    3. contribution to
    4. Levy
    5. mitigation
    6. regulation
  44. Combined Heat and Power (CHP)
  45. comfort of building occupiers
  46. computer room air conditioning (CRAC)
  47. construction costs
  48. construction materials. see Building materials
  49. cooling
  50. Corporate Social Responsibility (CSR)
  51. Curitiba
  52. curtain walling
  53.  
  54. d
  55. Damp Proof Course (DPC)
  56. ‘design and build’
  57. design process, xi
  58. Display Energy Certificates (DECs)
  59. Dixon, Jeremy
  60. drainage systems
  61. Druk White Lotus School, Ladakh
  62.  
  63. e
  64. Ebbsfleet station
  65. Ecoinvent environmental impact database
  66. Ecotowns
  67. Edinburgh New Town
  68. electric cars
  69. embodied environmental impacts
  70. energy
  71. energy performance certificates (EPCs)
  72. environmental assessment
  73. environmental impacts of building elements
  74. environmental legislation (EU)
  75. environmental product declarations
  76. environmental services
  77. Environmental, Social and Governance (ESG)
  78. Essex Design Guide
  79. EU Directive 2002/91/EC on energy use in buildings
  80. EU emissions reduction targets
  81.  
  82. f
  83. Façade design
  84. flat roofs
  85. floor construction
  86. floor finishes
  87. Forest Stewardship Council (FSC)
  88. framed construction
  89.  
  90. g
  91. Garden City
  92. Geddes, Patrick
  93. glazing and windows
  94. global warming
  95. green badging
  96. ‘green building’; definition
  97. Green Guide to Specification
  98. greenhouse gas (GHG) emissions. see Greenhouse gases
  99. greenhouse gases
  100. green roofs
  101. Green Star
  102. green value
  103. ground floor construction
  104. ground source heating and cooling
  105.  
  106. h
  107. Haussmann’s Paris plans
  108. Hazardous and Deleterious Materials
  109. health
    1. public
    2. risks
    3. and safety
    4. wellbeing
  110. heating systems
  111. heating, ventilation and air conditioning (HVAC) design
  112. Hermes Investment Management
  113. High Speed Rail Link 1 (HS1)
  114. Home Quality Mark
  115. Howard, Ebenezer
  116.  
  117. i
  118. industrial revolution, public health issues
  119. Integrated Workplace Performance tool
  120.  
  121. j
  122. Jakriborg, Sweden
  123. Jones Lang LaSalle (JLL) report on operational energy
  124. Juran, J. (Quality Spiral)
  125.  
  126. l
  127. Land Securities GHG emission reduction targets
  128. Large Urban Distressed Areas (LUDA)
  129. Leadership in Energy and Environmental Design (LEED)
  130. Le Corbusier
  131. LEED‐ND, neighbourhood development
  132. Letchworth Garden City
  133. Life Cycle Assessment (LCA)
  134. London 2012 Olympics
  135.  
  136. m
  137. Maia’s Lisbon plan
  138. ‘Making green pay’ Arup
  139. Managing Agents Sustainability Toolkit
  140. master planning
  141. materials used in construction. see building materials
  142. mixed mode ventilation
  143. model villages
  144. modernism
  145.  
  146. n
  147. NASA Engineering Design Process
  148. National Planning Policy Framework (NPPF)
  149. neighbourhood patterns
  150. new cities of the 20th century
  151. ‘New Liberalism’
  152. new settlements
  153. ‘New Urbanism’
  154. noise pollution
  155. NOMA, Manchester
  156.  
  157. o
  158. occupier comfort. see comfort of occupiers
  159.  
  160. p
  161. Paris Climate Change Agreement
  162. Passivhaus
  163. performance gap
  164. philanthropic industrialists of the 19th century
  165. photovoltaics
  166. pitched roofs
  167. Plantation Place, London
  168. pollution. see air quality, noise pollution, water pollution
  169. Port Sunlight
  170. post‐modernism
  171. post‐occupancy evaluation
  172. Poundbury, UK
  173. Preston Beach, Western Australia
  174. property valuation
  175. Public Health Act
  176. public realm
  177.  
  178. q
  179. Quality Spiral
  180.  
  181. r
  182. Radiant City, Le Corbusier
  183. railways
  184. regeneration
  185. renewable energy sources (RES)
  186. road‐rail parallel layout
  187. road traffic increase
  188. roof construction
  189. Ropemaker Place, London
  190. Royal Town Planning Institute (RTPI)
  191.  
  192. s
  193. Saltaire
  194. Sankt Eriksomradet, Stockholm
  195. science‐based GHG targets
  196. Sheffield’s Park Hill estate
  197. SKA rating system (RICS)
  198. Sky TV studio
  199. Socio‐Technical Systems (STS) approach and tool
  200. space planning requirements
  201. steel frames
  202. Stockley Park
  203. Stratford station
  204. structural design considerations
  205. Sustainable Project Appraisal Routine programme (SPeAR)
  206. Sustainable Urban Drainage Systems (SUDS)
  207.  
  208. t
  209. Tel Aviv town planning
  210. thermal comfort
  211. Total Architecture
  212. Town Planning Act 1909
  213. town planning in the 20th century
  214. town planning origins
  215. traditional construction materials
  216. transportation
    1. impacts
    2. master planning
    3. materials
    4. public
  217.  
  218. u
  219. unified design principles
  220. Urban Growth
  221. Urban Renewal in history
  222.  
  223. v
  224. valuation
  225. value engineering
  226. ventilation in buildings
  227.  
  228. w
  229. Walkable streets
  230. Wanzhuang, China, eco‐city
  231. water pollution
  232. wave and hydropower
  233. waveform ceiling design at Ropemaker Place
  234. window design
  235. wind turbines
  236. Wren’s London plans
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