Rob Roggema
Swarming Landscapes
The Art of Designing For Climate Adaptation
Paperback Engels 2016 9789401779777Levertijd ongeveer 9 werkdagen
Gratis verzonden
Samenvatting
This book advocates a fresh approach to planning that anticipates, rather than reacts to, the changes in climate currently in process. Today’s spatial planning procedures rely on historical evidence instead of preparing for factors that by definition lie in the future, yet which are relatively uncontroversial: shortages of water, sea level rise and rises in average temperatures being but three examples. Arguing for more flexibility, the contributors view ‘complexity’ as the key to transforming the way we plan in order to better equip us to face uncertainties about our future environment.
Specificaties
ISBN13:9789401779777
Taal:Engels
Bindwijze:paperback
Uitgever:Springer Netherlands
Lezersrecensies
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Inhoudsopgave
Preface
Introduction
1. The Difficulties to Design for Climate Adaptation
2. Turbulence and Uncertainty
3. Complexity Theory, Spatial Planning and Adaptation to Climate Change
4. Transition and Transformation
5. Networks as Driving Force for Climate Design
6. Swarm Planning Theory
7. Swarm Methodology
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
Introduction
1. The Difficulties to Design for Climate Adaptation
2. Turbulence and Uncertainty
3. Complexity Theory, Spatial Planning and Adaptation to Climate Change
4. Transition and Transformation
5. Networks as Driving Force for Climate Design
6. Swarm Planning Theory
7. Swarm Methodology
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
1. The Difficulties to Design for Climate Adaptation
2. Turbulence and Uncertainty
3. Complexity Theory, Spatial Planning and Adaptation to Climate Change
4. Transition and Transformation
5. Networks as Driving Force for Climate Design
6. Swarm Planning Theory
7. Swarm Methodology
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
2. Turbulence and Uncertainty
3. Complexity Theory, Spatial Planning and Adaptation to Climate Change
4. Transition and Transformation
5. Networks as Driving Force for Climate Design
6. Swarm Planning Theory
7. Swarm Methodology
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
3. Complexity Theory, Spatial Planning and Adaptation to Climate Change
4. Transition and Transformation
5. Networks as Driving Force for Climate Design
6. Swarm Planning Theory
7. Swarm Methodology
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
4. Transition and Transformation
5. Networks as Driving Force for Climate Design
6. Swarm Planning Theory
7. Swarm Methodology
8. Swarming Landscapes
10. The Best City
Index
5. Networks as Driving Force for Climate Design
6. Swarm Planning Theory
7. Swarm Methodology
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
6. Swarm Planning Theory
7. Swarm Methodology
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
7. Swarm Methodology
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
9. Cities as Organisms
10. The Best City
Index
10. The Best City
Index
Index
Introduction
1. The Difficulties to Design for Climate Adaptation
2. Turbulence and Uncertainty
3. Complexity Theory, Spatial Planning and Adaptation to Climate Change
4. Transition and Transformation
5. Networks as Driving Force for Climate Design
6. Swarm Planning Theory
7. Swarm Methodology
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
Introduction
1. The Difficulties to Design for Climate Adaptation
2. Turbulence and Uncertainty
3. Complexity Theory, Spatial Planning and Adaptation to Climate Change
4. Transition and Transformation
5. Networks as Driving Force for Climate Design
6. Swarm Planning Theory
7. Swarm Methodology
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
1. The Difficulties to Design for Climate Adaptation
2. Turbulence and Uncertainty
3. Complexity Theory, Spatial Planning and Adaptation to Climate Change
4. Transition and Transformation
5. Networks as Driving Force for Climate Design
6. Swarm Planning Theory
7. Swarm Methodology
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
2. Turbulence and Uncertainty
3. Complexity Theory, Spatial Planning and Adaptation to Climate Change
4. Transition and Transformation
5. Networks as Driving Force for Climate Design
6. Swarm Planning Theory
7. Swarm Methodology
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
3. Complexity Theory, Spatial Planning and Adaptation to Climate Change
4. Transition and Transformation
5. Networks as Driving Force for Climate Design
6. Swarm Planning Theory
7. Swarm Methodology
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
4. Transition and Transformation
5. Networks as Driving Force for Climate Design
6. Swarm Planning Theory
7. Swarm Methodology
8. Swarming Landscapes
10. The Best City
Index
5. Networks as Driving Force for Climate Design
6. Swarm Planning Theory
7. Swarm Methodology
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
6. Swarm Planning Theory
7. Swarm Methodology
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
7. Swarm Methodology
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
8. Swarming Landscapes
9. Cities as Organisms
10. The Best City
Index
9. Cities as Organisms
10. The Best City
Index
10. The Best City
Index
Index
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