Catching_Up.pdf

Transcript

1. FUTUR CATCHING UP WITH THE
2. SHINE | FF NORR MILJÖLAB I | 26.11.08 FUTUR CATCHING UP WITH THE
3. JOHN MANOOCHEHRI | RESOURCE VISION SHINE | FF NORR MILJÖLAB I | 26.11.08 FUTUR CATCHING UP WITH THE
4. PAST FUTURES
6. FUTURE PERFECT
8. SALVATION 15,000 BCE - 1500 CE
10. SOCIAL DEVELOPMENT 500 BCE
14. DARK AGES 500 BCE - 1500 CE
15. DARK AGES SALVATION 500 BCE - 1500 CE
17. GLOBAL TRAVEL 1733
19. ENERGY & INDUSTRY 1851
21. PERSONAL CONSUMPTION 1958
23. EVERYTHING 1969
25. GLOBAL DEVELOPMENT 1970s
27. FUTURE IMPERFECT
29. SOCIAL DEVELOPMENT ? 1854
31. NATURE ? 1872
33. RESOURCES ? 1904
35. POLLUTION ? ENERGY ? 1952
37. POLLUTION ? INDUSTRY ? 1968
38. Limits to Growth Image
39. EVERYTHING ? 1972 Limits to Growth Image
42. COMPLEXITY ? 1986
44. CLIMATE ? 1992
47. 1970s 1980s 1990s 2000s NATURE ? INFRASTRUCTURE ? GLOBAL TRAVEL ? GLOBAL DEVELOPMENT ?
49. PERSONAL CONSUMPTION ? 2008
52. ENERGY
53. PRESENT FUTURES
55. WHAT
57. Comfort | Survival RESOURCES
58. Comfort | Survival Ethics NATURE RESOURCES
60. Species | Ecosystems | Landscapes NATURE
62. Air | Land | Water | Noise | Light | EM POLLUTION
64. Climate | Water | Nutrients SYSTEMS
65. LIVING PLANET REP Flooded grasslands and savannahs Montane grasslands and shrublands Tundra Mediterranean forests, woodlands, and scrub Deserts and xeric shrublands Mangroves Water bodies Rock and ice Tropical and subtropical moist broadleaf forests Tropical and subtropical dry broadleaf forests Tropical and subtropical coniferous forests Temperate broadleaf and mixed forests Temperate coniferous forests Boreal forests/taiga Tropical and subtropical grasslands, savannahs, and shrublands Temperate grasslands, savannahs, and shrublands Map 1: TERRESTRIAL BIOGEOGRAPHIC REALMS AND BIOMES Nearctic Palaearctic Oceanic Oce Neotropical Afrotropical Indomalayan Australasian Antarctic
66. LIVING PLANET REP Flooded grasslands and savannahs Montane grasslands and shrublands Tundra Mediterranean forests, woodlands, and scrub Deserts and xeric shrublands Mangroves Water bodies Rock and ice Tropical and subtropical moist broadleaf forests Tropical and subtropical dry broadleaf forests Tropical and subtropical coniferous forests Temperate broadleaf and mixed forests Temperate coniferous forests Boreal forests/taiga Tropical and subtropical grasslands, savannahs, and shrublands Temperate grasslands, savannahs, and shrublands Map 1: TERRESTRIAL BIOGEOGRAPHIC REALMS AND BIOMES Nearctic Palaearctic Oceanic Oce Neotropical Afrotropical Indomalayan Australasian Antarctic Minerals | Biota | Water | Fuels RESOURCES
68. Eco-Footprint BIOCAPACITY
70. Too many people Too many old, young War POPULATION DEMOGRAPHICS GEOPOLITICS POVERTY No future
73. Comfort | Survival Ethics NATURE RESOURCES SOCIETY Civilisation
75. WHY
77. FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS
78. FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS Transport • Waste • Inputs
79. FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS Transport • Waste • Inputs Transmission Loss • Wastage
80. FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS Transport • Waste • Inputs Private • Pointless Transmission Loss • Wastage
81. FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS Transport • Waste • Inputs Private • Pointless Transmission Loss • Wastage Wasteful • Unused • Cheap Crap
82. FOOD LEISURE TRANSP• ENERGY WATER CITIES INFRASTR• PRODUCTS Transport • Waste • Inputs Travel • Having Stuff Private • Pointless Transmission Loss • Wastage Wasteful • Unused • Cheap Crap
83. 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
84. 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
85. 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
86. 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
87. 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
88. 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
90. CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY
91. SOLAR ENERGY CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY
92. SOLAR ENERGY CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY OIL COAL
93. SOLAR ENERGY CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY OIL COAL SOLAR-BIOMASS > FOSSIL
94. SOLAR ENERGY CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY OIL COAL SOLAR-BIOMASS > FOSSIL HUMAN-ANIMAL > ENGINE
95. SOLAR ENERGY CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY OIL COAL LOCAL > GLOBAL SOLAR-BIOMASS > FOSSIL HUMAN-ANIMAL > ENGINE
96. SOLAR ENERGY CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY OIL COAL LOCAL > GLOBAL SOLAR-BIOMASS > FOSSIL HUMAN-ANIMAL > ENGINE CYCLICAL > LINEAR
97. SOLAR ENERGY CONSUMER SOCIETY BAD DESIGN FOSSIL ENERGY OIL COAL LOCAL > GLOBAL SOLAR-BIOMASS > FOSSIL HUMAN-ANIMAL > ENGINE FUNCTIONAL > DISPLAY CYCLICAL > LINEAR
98. 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
99. 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
100. 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
101. FUTURE FUTURES
103. Sustainable Supply TECHNO-GREEN
104. Sustainable Supply TECHNO-GREEN MANAGEMENT SUBSTITUTES POLLUTION CONTROL
106. Resource Efficient Production TECHNO-SMART
107. Resource Efficient Production TECHNO-SMART MATERIALS PROCESSES PRODUCTS
109. Smart Cities | Smart Lifestyles DESIGN-SMART
110. Smart Cities | Smart Lifestyles DESIGN-SMART CHP CARSHARING SERVICES
112. Upshifting LIVE-GREEN
113. Upshifting LIVE-GREEN QUALITY COMMUNITY FAMILY SELF
114. UP CATCHING
116. WHO RUNS THE WORLD
118. ENERGY
119. ENERGY SOCIAL VISION
122. ENERGY
123. ENERGY SOCIAL VISION
124. ENERGY SOCIAL VISION DESIGN
126. FOSSIL ENERGY SOLAR ENERGY
127. GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY
128. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY
129. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY TECHNO-GREEN TECHNO-SMART DESIGN-SMART LIVE-GREEN
130. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY SMART GREEN
131. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY SMART GREEN FOSSIL > SOLAR-BIOMASS
132. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY SMART GREEN FOSSIL > SOLAR-BIOMASS ENGINE > COMPUTER
133. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY SMART GREEN GLOBAL > LOCAL FOSSIL > SOLAR-BIOMASS ENGINE > COMPUTER
134. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY SMART GREEN GLOBAL > LOCAL FOSSIL > SOLAR-BIOMASS ENGINE > COMPUTER LINEAR > CYCLICAL
135. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY SMART GREEN GLOBAL > LOCAL FOSSIL > SOLAR-BIOMASS ENGINE > COMPUTER DISPLAY > ‘FUNCTIONAL’ LINEAR > CYCLICAL
136. CULTIVATION SOCIETY GOOD DESIGN FOSSIL ENERGY SOLAR ENERGY SMART GREEN GLOBAL > LOCAL FOSSIL > SOLAR-BIOMASS ENGINE > COMPUTER DRIVE-TO > ACCESSIBLE DISPLAY > ‘FUNCTIONAL’ LINEAR > CYCLICAL
137. 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
138. 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
140. YOU DO
143. SHINE | FF NORR MILJÖLAB I | 26.11.08 JM@RESOURCEVISION.ORG FUTUR CATCHING UP WITH THE