| Formatted contents note |
Remediate, Reuse, Recycle by Javier Mozas p 4-25, Project and Action: On Making Immodest Proposals by David Goodman p.236-249, Remediate – Chapter 1: Converting Landscape Into Infrastructure p.28, Atlanta Beltline - Perkins +Will. 2. Defining and Re assessing the city limits p.32, Green Belt- Cea Centro De Estudios Ambientales. 3. Restoration of a Landscape using five layers p.34, 4. Restoration \of a Landscape using four layers p.36, 5. Hydraulic Works for Flood Prevention p.38, 6. Restoring Natura fluxes to a former quarry p.40, 7. Recovering water masses in dry terrain p.42, 8. Extracting and recycling invasive flora p.44, 9. Stabilising land using hydro seeding p.46, 10. Recovering the landscape using a green roof p.48, 11. Road and path layout in a natural setting p.52, 12. Creating a landscape route p.54, 13. Converting a Railway track to a Walkway with observation deck p.56, Railway Transformation- 35 Studio. 14. Converting a Railway track into a pedestrian path p.58, 15. Creating routes in a peri - urban environment p.60, 16. Building a strip with different speeds p.62, 17. Converting a natural setting into a productive park p.64, 18. Storm water management using rain gardens and channels p.66, 19. Storm water management and heat island effect reduction p.68, 20. Selective removal of asphalt from a parking lot p.70, 21. Capping and permeability of a contaminated site p.72, 22. Integration of vegetable gardens in a green belt p.74, 23. Inserting routes into a setting of ruins p.76, 24. Converting a parking lot into a rest area p.78, 25. Integration of recreational areas in a Peri - urban environment p.80, 26. Repairing paving in a deconstructed environment p.82, 27. Introduction of sewerage systems into the informal city p.84, 28. Introduction of public space into the informal city p.86, 29. Creating a safe route in the informal city p.88, 30. Restoration systems analysis p.90, 31. Short - term intervention on a derelict unit p.94, 32. Building a landscape from rubble p.96, 33. Removing and adding a roof on a former warehouse p.98, 34. Converting a tunnel to exhibition space p.100, 35. Converting a residual space into an active fronts p.102, 36. Conversion of an open air stage into a sheltered – theatre p.106, 37. Conversion of a factory premises into a multipurpose space p.110, 38. Conversion of cooling towers into storm - water tanks p.112, 39. Adding an envelope to a cargo terminal p.114, 40. Making openings in a former storage depot p.116, 41. Renovating a façade with QR code impressions p.118, Creating a continual work space p.120, 43. Reocuppying an existing office building p.124, 44. Applying a degree of intervention p.126, 45. Adapting using an exuberantly sustainable approach.145, 46. Incorporating a sports facility into an existing warehouse p.134, 47. Introducing free - standing structures p.136, 48. Incorporating communication shafts p.138, 49. Making good use of supporting walls p.142, 50. Incorporating a top floor using prefab beams p.144, 51. Structural reinforcement awaiting new loads p.148, 52. Flexible compartmentalization using tilting elements p.150, 53. Enclosing openings using tilt or turn elements p.152, 54. Compartmentalization using industrialised construction p.154, 55. Computer - assisted compartmentalization p.158, Compartmentalization using industrialized modules p.162, 57. Compartmentalization using a grid structure p.164, 58. Systematizing partitions and wood panelling p.168, 59. Systematizing partitions and enclosures using plates p.172, 60. Creating a green filter for an existing facade p.176, 61. Compartmentalization using greenhouse envelope elements p.180, 62. Easy to dismantle compartmentalization p.182, 63 Flexible compartmentalization using tarpaulins p.184, 64. Horizontal protection with safety net p.186, 65. Compartmentalization using rope p.188, 66. Cutting down on energy consumption in a tram shed p.190, 67. Selective HVAC for an industrial unit p.194, 68. Selective HVAC using layers p.196, 69. Sky - lighting for a cargo terminal p.198. 70. Back - lighting using hosepipes p.200, 71. Soundproofing using sandbags p.202, 72. Acoustic absorption using upholstered domes p.204, 73. Demolition and building waste management p.210, 74. Converting concrete walls into paving slabs p.212, 75. Making urban furniture from existing materials p.214, 76. Sheet piles and scrap iron cubes as containing walls p.216, 77. Transformation of pipes into urban furniture p.218, 78. Making plastic containers into latticework and furniture p.220, 79. Reconfiguring a space using roofing tile screens p.222, 80. Building office furniture with material from demolition sites p.226, 81. Furnishing offices with recycled materials p.230, 82. Measuring traceability and social recycling p.232 |
