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XXL-XS represents the emerging discipline of ecological design by assembling a wide range of innovators with diverse interests. Geo-engineering, synthetic biology, construction site co-robotics, low-energy fabrication, up-cycling waste, minimally invasive design, living materials, and molecular self-assembly are just a few of the important advances explored in the book. At one extreme are massive public works, at the other, micro to nano-sized interventions that can have equally profound impacts on our world. From terraforming to bio-manufacturing, a whole new generation of designers is proposing unique ways of confronting the difficult challenges ahead. In this way design becomes a totality of relationships that affects all disciplines, which can no-longer be thought of as self-contained fields, each handled separately by narrowly focused specialists. Globalization demands a restructuring of the profession, as we know it. This requires a new breed of generalists who can work across fields and engage research on multiple sites around the globe. Today we need planetary designers versed in the craft of integral design.Our thesis is therefore both global and performative in scope. We need an architecture that is more than just a constellation of bio-picturesque images, digitally generated surface effects, and conventional materials. We seek a holistic architecture that uses the best techniques to connect directly with existing natural systems while creating a renewed ecology that can sustain itself well into the future. Along these lines, many of the projects featured in this book simply abandon the old tropes and construction processes of the past by creating numerous green alternatives that proliferate along unexpected pathways.
Sustainable architecture --- Architecture --- 72:574 --- Eco-architecture --- Environmentally conscious architecture --- Environmentally friendly architecture --- Green architecture --- Green building design --- Green design (Buildings) --- Sustainable design (Buildings) --- Environmental aspects --- Architectuur en ecologie --- Sustainable architecture. --- Art --- Architecture durable --- Environmental aspects. --- Aspect de l'environnement --- Sustainable design
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The space we live in, reduced to a minimum, has been fascinating us for generations. The writer Thoreau lived in a self-built hut in the forest from 1845-1847. In 1952, Le Corbusier built a hut at the Côte d'Azur for himself and his wife. Inspired by this, Urs Peter Flückiger, together with his students, built an ecologically and economically sustainable cabin in the Texan prairie. All three projects share the idea of minimal space and its relationship with the surrounding nature. In text, drawings, and photographs, this book analyses the three projects and shows parallels and similarities. Inspired by Tolstoy's story How Much Land Does A Man Need?, the author asks: "How much house does a man need?", thereby providing a pointed contribution to the current discussion on the requirement for housing.
728.84 --- 72:574 --- Woningbouw ; analyse van 3 kleine houten chalets --- Thoreau, Henry David ; hut bij Walden Pond, Concord (Massachusetts) in de Verenigde Staten ; 1845-1847 --- Le Corbusier ; Le Cabanon bij Roquebrune-Cap-Martin in Frankrijk ; 1951-1952 --- Architectuurstudenten ; Texas ; duurzame chalet ; 2008-2010 --- Woningbouw ; landhuizen, villa's, kleine huizen --- Architectuur en ecologie
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The construction industry operates within a linear economy of make, use, dispose. Buildings are stripped out and torn down with astonishing regularity while new buildings are constructed from hard-won virgin materials. But raw materials are becoming scarce, and the demands for them are exploiting fragile ecosystems, even as the global demand for resources continues to rise. Policy makers and organisations are beginning to look for a more regenerative, circular economy model. The construction industry demands over half the world's extracted materials and generates around a third of the total waste generated in the EU, making it a prime candidate for applying the circular economy. Yet there has been little focus on how construction industry professionals and their clients can contribute towards the movement. Drawing on illustrative methods and examples, Building Revolutions explains how the principles of a circular economy can be applied to the built environment where resources are kept in use and their value retained. 0The book describes how buildings and materials can be reused or salvaged to extend their life and proposes ways new business models can be applied to reduce capital and lifecycle costs, providing a positive architectural legacy for future generations.
Sustainable construction --- Sustainable buildings --- Buildings --- Building materials --- 72:574 --- Architectuur en ecologie --- Duurzame architectuur ; materialen --- Bouwmaterialen ; recyclage --- Ontwerptheorie ; over hergebruik ; recyclage --- Architectural materials --- Architecture --- Building --- Building supplies --- Construction materials --- Structural materials --- Materials --- Adaptive reuse of buildings --- Ecologically sustainable buildings --- Environmentally sustainable buildings --- Green buildings (Green technology) --- Sustainable development --- Green construction --- Sustainable engineering --- Remodeling for other use --- Adaptive reuse --- Conservation and restoration --- circulaire economie --- circulair bouwen --- recyclage --- bouwmaterialen --- duurzaamheid
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The Active House is a logical development of existing building standards. It draws renewable energy from the sun and wind in order to cover energy needs as completely as possible. The basic ideas of the Active House are described in detail in this standard work and serve as a planning guide for all parties involved in the construction of Active Houses.
Architecture durable --- Habitations individuelles --- Architecture and energy conservation. --- Sustainable architecture. --- Architecture, Modern --- Architecture --- 72:574 --- Actieve woningen ; energieleverende systemen ; handboeken --- Duurzame architectuur ; 21ste eeuw --- Passiefbouw --- Energieproducerende woningen --- 728 --- 504 --- 728.037 --- 69.03 --- Modern architecture --- Eco-architecture --- Environmentally conscious architecture --- Environmentally friendly architecture --- Green architecture --- Green building design --- Green design (Buildings) --- Sustainable design (Buildings) --- Sustainable design --- Energy conservation and architecture --- Energy efficient buildings --- Energy conservation --- Architectuur en ecologie --- Huizen (architectuur) --- Woningbouw (architectuur) --- Woningen (architectuur) --- Woonhuizen (architectuur) --- Duurzaam bouwen --- Duurzame architectuur --- Duurzaamheid --- Ecologisch bouwen --- Ecologie --- 21ste eeuw (woningbouw) --- Eénentwintigste eeuw (woningbouw) --- Duurzame ontwikkeling --- Energie-efficiënte architectuur --- Passiefhuizen --- Passiefwoningen --- Architecture and energy conservation --- Sustainable architecture --- Architecture durable. --- Habitations individuelles. --- 69.01 --- 699.86 --- 699 --- Bouwconstructie --- Klimaatbeheersing --- Bouwfysica --- Zero energy buildings
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The “2226” project was completed in 2013 and received an outstanding response from the media. The reason is the clever design of this office building – it manages completely without air conditioning, heating and ventilation systems. “If today we are installing a disproportionate amount of air- and water-based services in buildings in order to create comfortable conditions, we should ask ourselves whether there are not more effective methods”, says Dietmar Eberle. His building demonstrates that low-tech is an alternative to the Passivhaus with its extensive services installations. However, ecological and economical building should also meet architectural criteria – proportion, spatial effect, surface texture and light are essential components affecting the comfort of users. The book documents this seminal model fora newarchitecture with a comprehensive range of photographs by Eduard Hueber, and uses drawings to explain the architectural and energy concepts. Knowledgeable essays by recognized experts on the perfectly balanced construction and function complete this unpretentious and yet sophisticated monograph of a building.
Constructions --- Architecture --- Économies d'énergie --- Aspects économiques --- Architecture and energy conservation --- Architecture, Modern --- 72:574 --- 72.07 --- Passiefbouw 100% ; Oostenrijk ; Lustenau ; 2013 ; Baumschlager Eberle --- Baumschlager Eberle --- Bouweconomie --- Duurzame architectuur en stedenbouw ; 21ste eeuw --- Architectuur en ecologie --- Duurzame architectuur --- Multifunctionele gebouwen --- Energiebesparende constructies --- Architecture, Western (Western countries) --- Building design --- Buildings --- Construction --- Western architecture (Western countries) --- Art --- Building --- Modern architecture --- Energy conservation and architecture --- Energy efficient buildings --- Energy conservation --- Economic aspects --- Architecten. Stedenbouwkundigen A - Z --- Design and construction --- Ecologie --- Energie --- Air conditionné --- Ventilation --- Design --- Energy conservation. --- Baumschlager & Eberle. --- Climatisation --- Conservation of energy resources --- Conservation of power resources --- Rational use of energy --- RUE (Rational use of energy) --- Conservation of natural resources --- Power resources --- Energy consumption --- Energy policy --- Recycling (Waste, etc.) --- Zero energy buildings --- Économies d'énergie --- Aspects économiques --- Architecture, Primitive
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Rebuild by Design (RBD) was developed for the Presidential Hurricane Sandy Rebuilding Task Force after hurricane Sandy hit the North-East Coast of the United States in October-November, 2012. Using an innovative, design driven process based on the design competition model, 'Rebuild by Design' places local communities and civic leaders at the heart of a robust, interdisciplinary creative process to generate implementable solutions for a more resilient region. This book aims not so much to illustrate what 'Rebuild by Design' did, but to reflect on it, assess it in all its aspects and embed it in a broader context to offer a guide for to politicians, designers, change managers, community leaders, researchers, activists and others, offering future approaches wherever climate-change induced, water-related urban challenges arise.
Hurricane Sandy, 2012 --- Hurricane damage --- Natural disasters --- Emergency management --- Architecture and climate --- City planning --- Architecture --- Climate and architecture --- Consequence management (Emergency management) --- Disaster planning --- Disaster preparedness --- Disaster prevention --- Disaster relief --- Disasters --- Emergencies --- Emergency planning --- Emergency preparedness --- Natural calamities --- Damage, Hurricane --- Sandy, Hurricane, 2012 --- Superstorm Sandy, 2012 --- Environmental aspects --- Climatic factors --- Influence of climate --- Management --- Planning --- Preparedness --- Prevention --- 711.16 --- 551.58 --- 556 --- Water --- 711.4 --- 504 --- 721.7 --- Heropbouw --- Klimaat --- Hydrologie --- Stedenbouw --- Milieukunde --- Duurzame ontwikkeling --- Duurzaamheid --- Duurzame architectuur --- Tijdelijke architectuur --- Vluchtelingenkampen --- 72(210.5) --- 72:574 --- 711.4(A) --- 728.18 --- Architectuur architectuur en water aan het water --- Architectuur en ecologie --- Stedenbouw. Ruimtelijke ordening denken over de stedenbouw --- Woningbouw noodwoningen, hutten --- Architectuur ; architectuur en water ; aan het water --- Stedenbouw. Ruimtelijke ordening ; denken over de stedenbouw --- Woningbouw ; noodwoningen, hutten --- Environmental planning --- Meteorology. Climatology --- climate change --- urban planning --- United States --- Hurricane Sandy, 2012. --- Architecture and climate. --- Emergency management. --- Hurricane damage. --- Natural disasters. --- Environmental aspects. --- New Jersey. --- New York (State) --- United States. --- Meteorologie. Klimatologie --- Ruimtelijke ordening --- stadsplanning --- Verenigde Staten van Amerika --- Climatology --- Public safety --- First responders --- Hurricanes --- Constructions --- Protection contre les cyclones --- Architecture domestique --- Climat --- Effets des catastrophes naturelles --- Reconstruction --- Changements --- Sustainable architecture --- Klimaatveranderingen. --- Duurzaam bouwen. --- 711.4(73) --- Stedenbouw. Ruimtelijke ordening ; stedelijke ontwikkeling ; Verenigde Staten --- City planning - Environmental aspects - New York (State) --- City planning - Environmental aspects - New Jersey --- Hurricane damage - New York (State) --- Hurricane damage - New Jersey --- Natural disasters - New York (State) --- Natural disasters - New Jersey --- Emergency management - United States --- Sustainable architecture - New York (State) --- Sustainable architecture - New Jersey --- United States of America
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