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2017_07_25 Carlo Battisti
The document outlines the need for a shift from traditional sustainability in the built environment to a regenerative and restorative approach to design that emphasizes health, ecology, and social justice. It discusses the inadequacy of current sustainability measures and introduces the 'Restore' action, which aims to broaden the focus from energy performance to enriching spaces and communities. The initiative involves diverse interdisciplinary participation to drive actionable change across Europe in support of restorative sustainability practices.
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- 2. Omega Center forSustainable Living, Rhinebeck, New York Photo: Farsid Assassi, via BNIM Architects
- 3. WORKSHOP Carbon Footprint andLCA 25 July 2017 EURAC research, Bolzano, Italy Carlo Battisti
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- 7. CO2 emissions: thousandstons / year / nation using fossil fuels (blue = higher) [source: Wikipedia]
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- 17. Distribution of newdwellings according to the nZEB radar graph in 2014.
- 18. Distribution of newnon-residential buildings according to the nZEB radar graph in 2014. (Source: ZEBRA2020)
- 19. Total US BuildingStock vs. LEED Certifications, End of 2015. From Reinventing Green Building.
- 21. Why RESTORE? Rethinking SustainabilityTowards a Regenerative Economy Sustainable buildings and facilities are critical to a future that is socially just, ecologically restorative, culturally rich and economically viable within the climate change context Despite over a decade of strategies and programmes, progress on built environment sustainability fails to address these key issues. Consequently the built environment sector no longer has the luxury of being incrementally less bad, but, with urgency, needs to adopt net-positive, restorative sustainability thinking to incrementally do ‘more good’. Within the built environment sustainability agenda a shift is occurring, from a narrow focus on building energy performance, mitigation strategies, and minimisation of environmental impacts to a broader framework that enriches places, people, ecology, culture, and climate at the core of the design task, with particular emphasis on the benefits towards health. Sustainability in buildings, as understood today, is an inadequate measure for current and future architectural design, for it aims no higher than trying to make buildings ‘less bad’. Building on current European Standards restorative sustainability approaches will raise aspirations and deliver restorative outcomes.
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- 23. NZIB = NetZero Impact Buildings? (at least …) VanDusen Botanical Garden Visitor Centre, Vancouver (CAN) / courtesy of Perkins+Will
- 24. social justice andequity Photo: the International Living Future Institute
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- 27. How To SaveThe World: Eric Campbell
- 28. we need anAction plan for the plan: RESTORE
- 30. Source: U.S. GreenBuilding Council
- 31. from ‘less bad’to ‘more good’ Primary school “Michael Pichler” San Valentino in Campo South Tyrol, Italy
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- 33. RESTORE The Challenge The RESTORECOST Action will affect a paradigm shift towards restorative sustainability for new and existing buildings and space design across Europe. Within the built environment sustainability agenda, the RESTORE action proposes to expand on a narrow focus on building energy performance, mitigation strategies and limiting of environmental impacts, moving towards a broader framework that regenerates places and enriches people, ecology, culture, and climate at the core of design, construction and operation activities, with a particular emphasis on concepts such as health, biophilia, and links to the natural ecosystem. The RESTORE Action will specifically address the complexity of a broader range of quantitative and qualitative thinking throughout its actions, seeking opportunities and innovations that will enable multiscale (‘scale jumping’) thinking from the human microscale to the building/space mesoscale of city and ecosystem dimensions.
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- 37. our strength: multi-disciplinarity Agriculturaleconomics Anthropology Architecture Bioclimatic design Biomimicry Building materials Building physics Business management Civil works Energy modeling Energy system engineering Environmental policies Facility management Green buildings Historic buildingsHuman geography HVAC Indoor environmental quality Industrial ecology Landscape management Learning tools Life cycle assessment Lighting engineering Mechanics NZEB solutions Project management Robotics Smart grids Structural engineering Sustainable design Systems thinking Timber construction Transportation Urban planning
- 39. we are 120… and counting
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- 48. different approaches fordifferent WPs
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- 51. Lisanne Havinga Netherlands Italy The Use of Life Cycle Assessment in the Design Process of Restorative Heritage Refurbishment Madalina Sbarcea Romania Portugal A Biophilic Mindset for Restorative Buildings Krzysztof Herman Poland Portugal Traces of upcycling and low-budget design in the public space of Faro Giulia Sonetti Italy Denmark Outdoor space comfort perception in university campuses Edeltraud Haselsteiner Austria New Zealand Influencing factors & frameworks for Restorative Sustainability
- 52. WP1 | TrainingSchool RESTORATIVE SUSTAINABILITY November 14-17 2017 Lancaster (UK)
- 53. RESTORE & CarbonFootprint
- 54. WG2. RESTORATIVE DESIGNPROCESS Biophilic Design Bio-Climate Design Cradle to Cradle Design for Deconstruction Circular Economy Chesapeake Bay Brock Environmental Center Virginia Beach (VA, USA)
- 55. WG3. RESTORATIVE BUILDINGAND OPERATIONS Lean construction Zero Waste Material Conservation Modern Methods of Construction example:
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- 59. Thank you verymuch !
- 60. Walden Pond, Concord(MA, USA)