Sustainable_Design_1.0_-_DAE_-_071009.pdf

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3. 90% resource reduction by 2050
4. 90% resource reduction by 2050 Designers are slaves to the machine
5. 90% resource reduction by 2050 Designers are slaves to the machine Designers talk a load of crap
7. 90% uninterested in serious change
8. 90% uninterested in serious change Designers are the professional creatives
9. 90% uninterested in serious change Designers are the professional creatives Designers create value and narratives
10. 1.0 SUSTAINBL DESIGN
11. DAE | 071009 1.0 SUSTAINBL DESIGN
12. JOHN MANOOCHEHRI | RESOURCE VISION DAE | 071009 1.0 SUSTAINBL DESIGN
13. JOHN MANOOCHEHRI | RESOURCE VISION DAE | 071009 1.0 SUSTAINBL DESIGN FROM OBJECTS TO EXPERIENCES
14. 90/90 GLOBAL SOLUTIONS Consumerish Fast, Big, Urban, Modern DESIGN ROLE (Theoretical) (Methodical) Analytical
15. APPROACHES | PRINCIPLES H I S T O R Y S C I E N C E D E S I G N 90/90 GLOBAL SOLUTIONS Consumerish Fast, Big, Urban, Modern DESIGN ROLE (Theoretical) (Methodical) Analytical
16. APPROACHES | PRINCIPLES H I S T O R Y S C I E N C E D E S I G N EFFICIENT USE BETTER USE QUALITY SUSTAINABLE DESIGN 1.0
17. APPROACHES | PRINCIPLES H I S T O R Y S C I E N C E D E S I G N SUSTAINABLE DESIGN 1.0
18. H I S T O R Y S C I E N C E D E S I G N SUSTAINABLE DESIGN 1.0 ANALYSIS OBJECTS TO EXPERIENCES
19. SET UP
20. ANALYSIS 0.1
21. ANALYSIS 0.1 THEORY!
22. ANALYSIS 0.1 Economic growth Objects as welfare Designers as aestheticians Designers as moralists/campaigners/politicians THEORY!
23. ANALYSIS 0.2
24. ANALYSIS 0.2 THEORY?
25. ANALYSIS 0.2 THEORY? Growth? Experiences as welfare Designers as functionalists Designers as realists Dongtan etc as theory failure
26. ANALYSIS 0.3
27. ANALYSIS 0.3 THEORY?!
28. ANALYSIS 0.3 THEORY?! ⊗R
29. ANALYSIS 0.3 THEORY?! ⊗R Environmentalism
30. ANALYSIS 0.3 THEORY?! ⊗R Environmentalism ⊖U
31. ANALYSIS 0.3 THEORY?! ⊗R Environmentalism ⊖U Modern Design
32. ANALYSIS 0.3 THEORY?! ?R /⊖U ⊗R Environmentalism ⊖U Modern Design
33. ANALYSIS 0.3 THEORY?! ?R /⊖U ⊗R Environmentalism ⊖U Modern Design Green Design
34. ANALYSIS 0.3 THEORY?! ?R /⊖U ⊗R Environmentalism ⊖U Modern Design Green Design ⊗R /⊖U
35. ANALYSIS 0.3 THEORY?! ?R /⊖U ⊗R Environmentalism ⊖U Modern Design Green Design Sustainble Design ⊗R /⊖U
36. ANALYSIS 1
37. ANALYSIS 1 OIL | SUN | DESIGN
38. ANALYSIS 1 OIL | SUN | DESIGN Remove Fossils
39. ANALYSIS 1 OIL | SUN | DESIGN Remove Fossils Deintensify Everything
40. ANALYSIS 1 OIL | SUN | DESIGN Remove Fossils Use The Sun Deintensify Everything
42. FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS
43. FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS Transport • Waste • Inputs
44. FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS Transport • Waste • Inputs Transmission Loss • Wastage
45. FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS Transport • Waste • Inputs Private • Pointless Transmission Loss • Wastage
46. FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS Transport • Waste • Inputs Private • Pointless Transmission Loss • Wastage Wasteful • Unused • Cheap Crap
47. FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS Transport • Waste • Inputs Travel • Having Stuff Private • Pointless Transmission Loss • Wastage Wasteful • Unused • Cheap Crap
48. FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS Transport • Waste • Inputs Travel • Having Stuff Private • Pointless Transmission Loss • Wastage Piping • Heating • Processing Wasteful • Unused • Cheap Crap
49. FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS Transport • Waste • Inputs Travel • Having Stuff Private • Pointless Transmission Loss • Wastage Piping • Heating • Processing Travel • Waste Heat Wasteful • Unused • Cheap Crap
50. FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS Transport • Waste • Inputs Travel • Having Stuff Private • Pointless Transmission Loss • Wastage Piping • Heating • Processing Travel • Waste Heat Big • Metal-Concrete-Glass • Waste Wasteful • Unused • Cheap Crap
51. FOSSIL ENERGY FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS Transport • Waste • Inputs Travel • Having Stuff Private • Pointless Transmission Loss • Wastage Piping • Heating • Processing Travel • Waste Heat Big • Metal-Concrete-Glass • Waste Wasteful • Unused • Cheap Crap
52. BAD DESIGN FOSSIL ENERGY FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS Transport • Waste • Inputs Travel • Having Stuff Private • Pointless Transmission Loss • Wastage Piping • Heating • Processing Travel • Waste Heat Big • Metal-Concrete-Glass • Waste Wasteful • Unused • Cheap Crap
53. CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS Transport • Waste • Inputs Travel • Having Stuff Private • Pointless Transmission Loss • Wastage Piping • Heating • Processing Travel • Waste Heat Big • Metal-Concrete-Glass • Waste Wasteful • Unused • Cheap Crap
55. CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY
56. SOLAR ENERGY CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY
57. SOLAR ENERGY CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY OIL COAL
58. SOLAR ENERGY CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY OIL COAL SOLAR-BIOMASS > FOSSIL
59. SOLAR ENERGY CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY OIL COAL SOLAR-BIOMASS > FOSSIL HUMAN-ANIMAL > ENGINE
60. SOLAR ENERGY CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY OIL COAL LOCAL > GLOBAL SOLAR-BIOMASS > FOSSIL HUMAN-ANIMAL > ENGINE
61. SOLAR ENERGY CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY OIL COAL LOCAL > GLOBAL SOLAR-BIOMASS > FOSSIL HUMAN-ANIMAL > ENGINE CYCLICAL > LINEAR
62. SOLAR ENERGY CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY OIL COAL LOCAL > GLOBAL SOLAR-BIOMASS > FOSSIL HUMAN-ANIMAL > ENGINE FUNCTIONAL > DISPLAY CYCLICAL > LINEAR
63. SOLAR ENERGY CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY OIL COAL LOCAL > GLOBAL SOLAR-BIOMASS > FOSSIL HUMAN-ANIMAL > ENGINE ACCESSIBLE > DRIVE-TO FUNCTIONAL > DISPLAY CYCLICAL > LINEAR
64. SOLAR ENERGY CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY OIL COAL LOCAL > GLOBAL WALK > DRIVE SOLAR-BIOMASS > FOSSIL HUMAN-ANIMAL > ENGINE ACCESSIBLE > DRIVE-TO FUNCTIONAL > DISPLAY CYCLICAL > LINEAR
65. SOLAR ENERGY CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY OIL COAL LOCAL > GLOBAL WALK > DRIVE SOLAR-BIOMASS > FOSSIL HUMAN-ANIMAL > ENGINE ACCESSIBLE > DRIVE-TO FUNCTIONAL > DISPLAY CYCLICAL > LINEAR PROTEIN-FIBRE > SUGAR-CARB
67. FOSSIL ENERGY SOLAR ENERGY
68. GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY
69. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY
70. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY TECHNO-GREEN TECHNO-SMART DESIGN-SMART LIVE-GREEN
71. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY SMART GREEN
72. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY SMART GREEN FOSSIL > SOLAR-BIOMASS
73. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY SMART GREEN FOSSIL > SOLAR-BIOMASS ENGINE > COMPUTER
74. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY SMART GREEN GLOBAL > LOCAL FOSSIL > SOLAR-BIOMASS ENGINE > COMPUTER
75. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY SMART GREEN GLOBAL > LOCAL FOSSIL > SOLAR-BIOMASS ENGINE > COMPUTER LINEAR > CYCLICAL
76. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY SMART GREEN GLOBAL > LOCAL FOSSIL > SOLAR-BIOMASS ENGINE > COMPUTER DISPLAY > ‘FUNCTIONAL’ LINEAR > CYCLICAL
77. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY SMART GREEN GLOBAL > LOCAL FOSSIL > SOLAR-BIOMASS ENGINE > COMPUTER DRIVE-TO > ACCESSIBLE DISPLAY > ‘FUNCTIONAL’ LINEAR > CYCLICAL
78. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY SMART GREEN GLOBAL > LOCAL DRIVE > WALK-CYCLE FOSSIL > SOLAR-BIOMASS ENGINE > COMPUTER DRIVE-TO > ACCESSIBLE DISPLAY > ‘FUNCTIONAL’ LINEAR > CYCLICAL
79. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY SMART GREEN GLOBAL > LOCAL DRIVE > WALK-CYCLE FOSSIL > SOLAR-BIOMASS ENGINE > COMPUTER DRIVE-TO > ACCESSIBLE DISPLAY > ‘FUNCTIONAL’ LINEAR > CYCLICAL SUGAR-CARB > PROTEIN-FIBRE
80. ANALYSIS 2
81. ANALYSIS 2 APPLICATIONS
83. H N p c
84. H N p c
85. H N p c METABOLISM
86. H N p c METABOLISM
87. H N p c METABOLISM RECYCLING
88. H N p c METABOLISM RECYCLING
89. H N p c METABOLISM R E S I L I E N C E RECYCLING
90. H N p c METABOLISM R E S I L I E N C E RECYCLING
91. H N p c METABOLISM SYMBIOSIS R E S I L I E N C E RECYCLING
92. H N p c METABOLISM SYMBIOSIS R E S I L I E N C E RECYCLING
93. H N p c METABOLISM SYMBIOSIS R E S I L I E N C E BIOCYCLING RECYCLING
94. H N p c METABOLISM SYMBIOSIS R E S I L I E N C E BIOCYCLING RECYCLING
95. H N p c METABOLISM SYMBIOSIS R E S I L I E N C E BIOCYCLING SERVICE-USE RECYCLING
96. H N p c METABOLISM SYMBIOSIS R E S I L I E N C E BIOCYCLING SERVICE-USE RECYCLING
97. H N p c METABOLISM SYMBIOSIS R E S I L I E N C E SHARING SOCIETY LIFESTYLES INFRASTRUCTURE BUILT ENVIRONMENT CITIES BIOCYCLING SERVICE-USE RECYCLING
98. MALLET
99. BEFORE
100. HAPPINESS
101. The PRODUCT HAPPINESS
102. The PRODUCT The CONSUMER HAPPINESS
103. NOW
104. The PRODUCT The CONSUMER SUSTAINABLE HAPPINESS
105. The PRODUCT The CONSUMER SUSTAINABLE HAPPINESS
106. SMART CLEAN The PRODUCT The CONSUMER SUSTAINABLE HAPPINESS SUSTAINABLE
107. SMART CLEAN MORAL SIMPLE The PRODUCT The CONSUMER SUSTAINABLE HAPPINESS SUSTAINABLE SUSTAINABLE
108. SMART CLEAN MORAL SIMPLE The PRODUCT The CONSUMER SUSTAINABLE HAPPINESS SUSTAINABLE SUSTAINABLE ?
109. SMART CLEAN MORAL SIMPLE The PRODUCT The CONSUMER SUSTAINABLE HAPPINESS SUSTAINABLE SUSTAINABLE ? ?
110. SMART CLEAN MORAL SIMPLE The PRODUCT The CONSUMER SUSTAINABLE HAPPINESS SUSTAINABLE SUSTAINABLE ? ?
111. SMART CLEAN MORAL SIMPLE The PRODUCT The CONSUMER SUSTAINABLE HAPPINESS SUSTAINABLE SUSTAINABLE ? ? !
112. SMART CLEAN MORAL SIMPLE The PRODUCT The CONSUMER SUSTAINABLE HAPPINESS SUSTAINABLE SUSTAINABLE ? ? ! !
113. SMART CLEAN MORAL SIMPLE The PRODUCT The CONSUMER SUSTAINABLE HAPPINESS SUSTAINABLE SUSTAINABLE ? ? ! !
114. SMART CLEAN MORAL SIMPLE The PRODUCT The CONSUMER SUSTAINABLE HAPPINESS SUSTAINABLE SUSTAINABLE ? ? ! !
115. SMART CLEAN MORAL SIMPLE The PRODUCT The CONSUMER SUSTAINABLE HAPPINESS SUSTAINABLE SUSTAINABLE ? ? ! ! ?
116. NEXT
118. The PRODUCT The CONSUMER BETTER SUSTAINABLE HAPPINESS
119. The PRODUCT The CONSUMER BETTER SUSTAINABLE HAPPINESS The SYSTEM
120. The PRODUCT The CONSUMER BETTER SUSTAINABLE HAPPINESS The SYSTEM ?
121. MALLET
122. The INTERNATIONAL DEBATE on SUSTAINABLE PRODUCTION & CONSUMPTION H I S T O R Y
123. BALLOON
124. BEFORE
125. The CONSUMER
126. The CONSUMER Their CONSUMPTION
127. The CONSUMER Their CONSUMPTION CONSUMER + CONSUMPTION = HAPPINESS
129. CONSUMER + MORE CONSUMPTION = MORE HAPPINESS
131. MORE CONSUMERS + MORE CONSUMPTION = MORE HAPPINESS + CERTAIN DESTRUCTION
132. NOW
133. “Reduction”
134. “Reduction”
135. CONSUMER + LESS CONSUMPTION = LESS HAPPINESS “Reduction”
136. “Efficiency”
137. MORE EFFICIENT CONSUMPTION + A LOT MORE CONSUMERS = POSSIBLE DESTRUCTION “Efficiency”
138. “Sharing”
139. “Sharing” CONSUMER + BOTHERSOME CONSUMPTION = LESS HAPPINESS
140. BALLOON
141. The ECONOMIC THEORY of CONSUMPTION S C I E N C E
142. ANALYSIS 3
143. ANALYSIS 3 ECONOMICS
144. ANALYSIS 3 ECONOMICS ⊗R /⊖U
145. ANALYSIS 3 ECONOMICS Market Economics ⊗R /⊖U
146. ANALYSIS 3 ECONOMICS Market Economics ⊗R /⊖U ⊗R /⊖P
147. ANALYSIS 3 ECONOMICS Market Economics ⊗R /⊖U ⊗R /⊖P Production Efficiency
148. ANALYSIS 3 ECONOMICS Market Economics ⊗R /⊖U ⊗R /⊖P P ≡ C ≡ U Production Efficiency
149. ANALYSIS 3 ECONOMICS Market Economics ⊗R /⊖U ⊗R /⊖P P ≡ C ≡ U Production Efficiency Consumption!
150. NEXT
151. “Access”
152. “Access”
153. “Access”
154. “Access” EFFICIENT USE + MORE CONSUMERS = MORE HAPPINESS + LESS CONSUMPTION
155. “Services”
156. “Services”
157. “Services”
158. SERVICE AGENTS + BETTER USE = MORE HAPPINESS + LESS CONSUMPTION “Services”
159. “Quality”
160. QUALITY = MORE HAPPINESS + LESS CONSUMPTION “Quality”
161. QUALITY = MORE HAPPINESS + LESS CONSUMPTION “Quality”
162. H I S T O R Y S C I E N C E APPROACHES | IDEAS
163. SEE
169. FUNCTIONAL SURFACE
170. FUNCTIONAL SURFACE
171. FUNCTIONAL SURFACE
172. FUNCTIONAL SURFACE
173. FUNCTIONAL SURFACE
178. INEFFICIENT USE
179. INEFFICIENT USE
180. INEFFICIENT USE
181. INEFFICIENT USE
182. INEFFICIENT USE EFFICIENT USE
183. INEFFICIENT USE EFFICIENT USE
184. INEFFICIENT USE EFFICIENT USE
185. INEFFICIENT USE EFFICIENT USE
188. SHARING
189. SHARING
190. SHARING
191. SHARING ACCESS
192. SHARING ACCESS CONSUMPTION SYSTEM
193. SHARING ACCESS CONSUMPTION SYSTEM
194. SEE
195. FUNCTIONAL DESIGN PRINCIPLES for ACCESS/SERVICE LIFESTYLES D E S I G N
196. D E S I G N EFFICIENT USE BETTER USE QUALITY
197. H I S T O R Y S C I E N C E D E S I G N EFFICIENT USE BETTER USE QUALITY APPROACHES | PRINCIPLES SUSTAINABLE DESIGN 1.0
198. H I S T O R Y S C I E N C E D E S I G N APPROACHES | PRINCIPLES 90/90
199. ANALYSIS 4
200. ANALYSIS 4 LIFESTYLE DESIGN
201. ANALYSIS 4 LIFESTYLE DESIGN ⊗R /⊖U
202. ANALYSIS 4 LIFESTYLE DESIGN Market / S Design ⊗R /⊖U
203. ANALYSIS 4 LIFESTYLE DESIGN Market / S Design ⊗R /⊖U ⊗R /⊖P
204. ANALYSIS 4 LIFESTYLE DESIGN Market / S Design ⊗R /⊖U ⊗R /⊖P Production Efficiency
205. ANALYSIS 4 LIFESTYLE DESIGN Market / S Design ⊗R /⊖U ⊗R /⊖P Production Efficiency ⊗P /⊖FS
206. ANALYSIS 4 LIFESTYLE DESIGN Market / S Design ⊗R /⊖U ⊗R /⊖P Production Efficiency ⊗P /⊖FS Functional Efficiency
207. ANALYSIS 4 LIFESTYLE DESIGN Market / S Design ⊗R /⊖U ⊗R /⊖P Production Efficiency ⊗P /⊖FS Functional Efficiency ⊗FS/⊖UC
208. ANALYSIS 4 LIFESTYLE DESIGN Market / S Design ⊗R /⊖U ⊗R /⊖P Production Efficiency ⊗P /⊖FS Functional Efficiency ⊗FS/⊖UC Use Efficiency
209. ANALYSIS 4 LIFESTYLE DESIGN Market / S Design ⊗R /⊖U ⊗R /⊖P Production Efficiency ⊗P /⊖FS Functional Efficiency ⊗FS/⊖UC Use Efficiency ⊗UC/⊖U
210. ANALYSIS 4 LIFESTYLE DESIGN Market / S Design ⊗R /⊖U ⊗R /⊖P Production Efficiency ⊗P /⊖FS Functional Efficiency ⊗FS/⊖UC Use Efficiency ⊗UC/⊖U Welfare Efficiency
211. ANALYSIS 4 LIFESTYLE DESIGN Market / S Design ⊗R /⊖U
212. ANALYSIS 4 LIFESTYLE DESIGN Market / S Design ⊗R /⊖U ANALYSIS
214. EFFICIENT USE
215. EFFICIENT USE
217. BETTER USE
218. BETTER USE
220. QUALITY
221. QUALITY
222. ANALYSIS 5
223. ANALYSIS 5 METHOD
225. Social Discourse Programme/Brief Functional Decomposition vehicle > property > food > growth > mobility > space > nutrition > wealth > access accommodation health wellbeing Meta Programme Social Discourse Components Hard Programme Buildings, Infrastructure Soft Programme Aesthetics, Mood, Culture Politics Identity Inclusion Crime Environment Nature Ethics Risk Cost Pollution Reduction Stock Conservation Nature Preservation Sufficiency 

 

 Compassion S E MATERIAL SPATIAL SOCIAL PERSONAL OBJECTS ACTIONS STRUCTURES Resource 

Efficiency Functional 

Efficiency Use 

Efficiency Welfare 

Efficiency User Skills Development End-use services D Simultaneous / Sequential Spatial F Simultaneous / Sequential Object F Elimination of Negative F Process 

Efficiency Product 

Efficiency Localisation Cycling Systems Durability Simultaneous / Sequential UC Social Discourse
226. 53 HYLLIE HÅLLBARA SUSTAINBLE DESIGN | 600, 000 m2 | CALC APPLICATION SUSTAINABILITY SOCIETY SUCCESS ATION CESS TIONS ETICS OMICS ATION ARITY DEMAND / TECHNIQUE = SUPPLY + IMPACT/EFFICIENCY + AVOIDED/CUMULATIVE PROVISION SUPPLY + MANAGE’T/REDUC’N/SUBST’N/PRESV’N DEMAND + R/F/U/W EFFICIENCY ETHICS + INFORMATION + ENVIRONMENT! + SAVINGS + LOCAL ECONOMY + LOWER IMPACT COSTS + INDUSTRIAL DEVELOPMENT + DEMONSTRATION/LEADERSHIP HOUSEHOLD +!COMMERCIAL X BIOMASS CO-GEN x SPECIES = ENERGY FOREST AREA GENERAL ENERGY/HEAT ENERGY FOREST CO-GENERATION NATURE BUSES + SHARE CARS X WIND TURBINE X SITE = WIND FARM AREA/DENSITY/PLACEMENT TRANSPORT ENERGY plug-in hybrid share cars trolley buses WIND SILENCE LOW POLLUTION CULTURE? EMBODIED + TRANSPORT + STUFF X FOREST X SPECIES = CARBON FOREST AREA CARBON OFFSET embodied transport goods & stuff CARBON FOREST NATURE HOUSEHOLD + COMMERCIAL X VARIETIES = FIELD AREA + GLASSHOUSE AREA FOOD LOCALISATION ENERGY CYCLE WASTE CYCLE HEALTH POLICY HEALTH LIFESTYLE CULTURE NATURE 1/2 P COMMODITY + 1/4 H COMMODITY + 1/4 REALLOCATABLE/SAVING = TOTAL COMMODITY SPACE/STOCK COMMODITIES USE EFFICIENT LIFESTYLE SYSTEM LIFESTYLE CHOICE COMMUNITY 1/3 P CARS + 1/3 H CARS + 1/3 BUS = TOTAL TRANSPORT = 34% P CARS + 6% CARS + 0% BUS + 60% REALLOCATABLE/SAVING = TOTAL TRANSPORT SPACE/STOCK TRANSPORT GREEN ELECTRIC CARS & BUSES USE EFFICIENT CAR SHARE SYSTEM NON-CAR/CYCLING/WALK BEHAVIOURS LIFESTYLE CHOICE COMMUNITY SILENCE LOW POLLUTION SAFETY PLAY CULTURE 80% P SPACE + 20% H SPACE - SPACE SAVING = TOTAL SPACE SPACE USE EFFICIENT SEMI-PRIVATE SPACES LIFESTYLE CHOICE COMMUNITY PUBLIC LIFE CULTURE INFRASTRUCTURE RECOVERY % X QUALITY % = MATERIAL EFFICIENCY % RECOVERY BIOWASTE RECOVERY & BIOGAS ENERGY greenhouses tractors MATERIAL WASTE WATER & WATER WASTE INFORMATION INFORMATION DESIGN PRINCIPLES
228. PRODUKTION + GLOBAL + LOKAL + STAD + LAND + ODLING + HISTORIA + ENERGI + LIVSSTIL + PARK = URBANATUR HYLLIE
230. 90/90
231. APPROACHES | PRINCIPLES H I S T O R Y S C I E N C E D E S I G N 90/90
232. APPROACHES | PRINCIPLES H I S T O R Y S C I E N C E D E S I G N EFFICIENT USE BETTER USE QUALITY SUSTAINABLE DESIGN 1.0
233. APPROACHES | PRINCIPLES H I S T O R Y S C I E N C E D E S I G N SUSTAINABLE DESIGN 1.0
234. H I S T O R Y S C I E N C E D E S I G N SUSTAINABLE DESIGN 1.0 ANALYSIS OBJECTS TO EXPERIENCES