Sustainable architecture and design Books

Book SynopsisWhilst sustainability is already an important driver in the new building sector, this book explores how those involved in refurbishment of commercial building are moving this agenda forward. It includes chapters by developers, surveyors, cost consultants, architects, building physicists and other players, on the role they each can play in enabling refurbishment to be commercially, environmentally and socially sustainable. Case studies from northern climates show real examples of different building types, ages and uses and will demonstrate what action has been taken to create more sustainable buildings.The chapters raise and discuss all the relevant issues that need to be considered in retrofitting decision making. Changing standards, planning, process management, financing, technical issues, site organisation, commissioning and subsequent building management are all considered. The book demonstrates that buildings can be made comfortable to occupy, easy to manage anTable of ContentsIntroduction 1. Designing for New Uses, Standards and Requirements in the Twenty-first Century 2. Value as a Driver for Sustainable Refurbishment of Commercial Buildings – A European Perspective 3. Resilience to a Changing Climate 4. Making Sustainable Refurbishment of Existing Buildings Financially Viable 5. The Current Energy Performance of Commercial Buildings in Northern Climates – Europe 6. Effecting Design Processes and Practices for Sustainable Refurbishment 7. Retrofitting for Comfort and Indoor Environmental Quality 8. Energy Efficient Principles and Technologies for Retrofitting 9. The Importance of Facade Design 10. Environmental Assessment Rating Schemes 11. Energy and Comfort Modelling Tools 12. Water, Waste, Materials and Landscape 13. On-site Construction 14. Integrating Design and Use – the ‘Soft Landings’ Philosophy 15. Case Studies

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Book SynopsisReintroducing Materials for Sustainable Design provides instrumental theory and practical guidance to bring materials back into a central role in the design process and education.To create designs that are sustainable and respond to current environmental, economic and cultural concerns, practitioners and educators require a clear framework for materials use in design and product manufacturing. While much has been written about sustainable design over the last two decades, outlining systems of sustainability and product criteria, to design for material circularity requires a detailed understanding of the physical matter that constitutes products. Designers must not just know of materials but know how to manipulate them and work with them creatively. This book responds to the gap by offering a way to acquire the material knowledge necessary to design physical objects for sustainability. It reinforces the key role and responsibility of designers and encourages deTrade Review"Mette's book unveils the systemic challenges of the world of design, a discipline directly entangled with the current ecologic crisis and social disenfranchisement. Our current material ecology puts is threatening ecology that makes life possible on this planet, and the deep reflection from a designer like Mette gives hope to the discipline and the practice. The call for a deep revision of design education is an imperative, a needed update for the introduction of sustainable values, as well as new digital tools for design to achieve the purpose to nurture all life on this planet, not only human, and that means changing the material ecology." – Tomas Diez Ladera, Director of Fab Lab Barcelona, and the Master in Design for Emergent Futures at IAAC"Design movements evolve over time. The last 150 years have seen the Arts and Crafts movement, Art Nouveau, Art Deco, Bauhaus, Pop, Modernism, Postmodernism and more. Each has influenced product design and architecture. And each has had it chosen set of materials – woods, leathers, metals, ceramic, glass, concrete, plastics – that have shaped the sense and feel of the object created with them.The digital age has provided unprecedented access to information and to modelling tools. Much engineering and design teaching now centres around them. This greatly-widened horizon stimulates innovation, but its sheer scale has tended to cloud the close relationship that designers, in the past, had with their materials, replacing intimacy with a few by a passing acquaintance with many. This book is a wake-up call, an appeal to educators to bring closeness to materials back into a central role in the design process and education. It is timely: the current concern for the well-being of present and future generations requires that materials be chosen in ways that are better informed about the environmental consequences of their use than at present. And at a human level, the materials of the products that surround us, if well chosen, bring an aesthetic satisfaction that is life-enhancing." – Mike Ashby, Emeritus Professor of Materials, University of Cambridge, UK"This book is a must-read for anyone interested in how materiality can be brought back into the center of design education" - Mark Miodownik, Director of Institute of Making, University College London, UKThis book unveils the systemic challenges in the world of design, a discipline directly entangled with the current ecological crisis and social disenfranchisement. Our current material ecology is threatening the equilibrium that makes life possible on this planet, and the deep reflection in this book gives hope to the discipline and the practice. Design education requires a much-needed update on sustainable values, in addition to new digital tools for design, to achieve the purpose to nurture all life on this planet, not only human, and this means changing our material ecology." – Tomas Diez Ladera, Director of Fab Lab Barcelona, and the Master in Design for Emergent Futures at IAAC"Design movements evolve over time. The last 150 years have seen the Arts and Crafts movement, Art Nouveau, Art Deco, Bauhaus, Pop, Modernism, Postmodernism and more. Each has influenced product design and architecture. And each has had it chosen set of materials – woods, leathers, metals, ceramic, glass, concrete, plastics – that have shaped the sense and feel of the object created with them.The digital age has provided unprecedented access to information and to modelling tools. Much engineering and design teaching now centres around them. This greatly-widened horizon stimulates innovation, but its sheer scale has tended to cloud the close relationship that designers, in the past, had with their materials, replacing intimacy with a few by a passing acquaintance with many. This book is a wake-up call, an appeal to educators to bring closeness to materials back into a central role in the design process and education. It is timely: the current concern for the well-being of present and future generations requires that materials be chosen in ways that are better informed about the environmental consequences of their use than at present. And at a human level, the materials of the products that surround us, if well chosen, bring an aesthetic satisfaction that is life-enhancing." – Mike Ashby, Emeritus Professor of Materials, University of Cambridge, UK"This book is a must-read for anyone interested in how materiality can be brought back into the center of design education" - Mark Miodownik, Director of Institute of Making, University College London, UKTable of ContentsIntroduction 1. Sustainability and making 2. Materials in design education 3. The material dialogue in craft 4. Reintroducing materials into a contemporary design process 5. Implications for design education 6. Sustainable design: knowing how Index

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Book SynopsisModern Apartment Design provides guidelines to the design of modern apartment buildings as well as a summation of current cutting-edge practice in engineered timber construction.The book covers a brief history of apartment buildings around the world, with a broad outline of different types of apartment blocks. It has a strong focus on the design and actual construction of apartment buildings, especially those utilising mass timber, such as cross-laminated timber and laminated veneer lumber. It also features six Case Study chapters from industry-leading practitioners in the area, enabling best practice in architecture and engineering of these new apartment building types to be more widely understood and propagated worldwide.The fully illustrated, full-colour case studies span the globe and include: Clearwater Quay in Christchurch, New Zealand (Pacific Environments NZ); Wynyard Central East 2 in Auckland, New Zealand (Architectus); Dalton Works in London, UK (WaTable of Contents1. Introduction Guy Marriage 2. Street life Sara Shabahang and Guy Marriage 3. Looking back Emina Kristina Petrovic and Guy Marriage 4. Apartment block typologies Guy Marriage 5. Sunshine, daylight, healthy living and sustainability Guy Marriage 6. Structure and materialityNabil Jose Allaf 7. Sustainable timber future Guy Marriage 8. Embodied carbon Emily Newmarch 9. Prefabrication Pamela Bell 10. Residential Core design Guy Marriage 11. Apartment planning Guy Marriage 12. Fire, acoustics and Services Guy Marriage 13. Facades and cladding Guy Marriage and Nabil Jose Allaf 14. Balcony – the garden in the sky Guy Marriage 15. Exporting apartments – lessons in prefab from the North Joseph Sturm 16. Case Study 1 – Clearwater Quays Pacific Environments NZ: Roger French and Enovate: Michael Newcombe 17. Case Study 2 – Wynyard Central East 2 Architectus: Patrick Clifford 18. Case Study 3 – Dalston Works Waugh Thistleton Architects: Kieran Walker and Guy Marriage 19. Case Study 4 – Mjøstårnet Voll Arkitekter: Øystein Elgsaas 20. Case Study 5 – Brock Commons: Tallwood House Acton Ostry Architects: Russell Acton and Guy Marriage 21. Case Study 6 – Regensbergstrasse Dreicon: Joe Kaps and Guy Marriage List of Figures List of Tables Bibliography Index

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Book SynopsisFABRIC[ated] examines fabric as a catalyst for innovation, reflection, change and transformation in architecture.This book explores the ways in which research and development of fabric can, and historically has, influenced and revolutionized architecture, teaching and design. Responsive, flexible, impermanent, fluid and adaptivefabric interacts with, and influences architecture, offering innovative solutions and increased material responsibility. Foundation and theory chapters establish clear precedent and futures for fabric's position in architectural discourse. The case study section examines 14 international projects through three different threads: Veiling, Compression and Tension. Case studies include a diverse range of projects from the HiLo unit at Nest and CAST's fabric formed concrete projects to a discussion of the impact of fabric on SO-IL and Kennedy Violich Architect's professional work, demonstrating new and fresh methods for addressing sustainability aTrade Review'FABRIC[ated] situates the historical, theoretical, and etymological roots of textiles in contemporary architectural research, practice, and discourse to substantiate the important role that fabric has as an active and pliable interface for transformation, resiliency, and change in architecture. Moving fluidly between research and practice, the book surveys academic experiments in studio pedagogy to 1:1 full-scale built projects. Through critical essays and case study projects that span gender and expression to minimizing waste through fabric formwork and digital fabrication, FABRIC[ated] positions textiles as a timely and innovative contributor to sustainable, responsive, and socially driven architecture at a time of ecological and sociopolitical crisis. FABRIC[ated] provides a fresh look at the historically intertwined relationships between textiles and architecture to open new design and fabrication strategies, digital methods, material efficiencies, and collaborative models to address pressing issues in our built and natural environments.' - Jenny E. Sabin, Arthur L. and Isabel B. Wiesenberger Professor in Architecture and Associate Dean for Design; Director, Sabin Lab; Department of Architecture / AAP, Cornell University; Principal, Jenny Sabin Studio; President, ACADIA'FABRIC[ated] is a surprising and stimulating compilation of thoughts and experiences that vindicate the transcendence and possibilities of fabric and membranes in the future of architecture and society. A first part develops the theoretical framework underlying the academic and professional experiences that are presented in the second part, so that the case studies do not appear as a miscellany of remarkable curiosities, but rather as contributions to interdisciplinary, sustainable and digitalized innovations engaged with people to contribute to a positive society.' - Josep I. de Llorens Duran, Senior Professor, School of Architecture, Barcelona, Author: Fabric Structures in Architecture'If architecture is to be understood as a third skin, as has been described, then a closer relationship between building and clothing—the so-called second skin—is in order. In Fabric[ated], Tolya Stonorov assesses the expansive capacities of textiles in architecture. Through invited essays, case studies, interviews, and documented experiments, she constructs a broad and compelling depiction of fabric innovation in the designed environment. As we scrutinize many aspects of construction and resource use today, FABRIC[ated] reveals how buildings can be more flexible, interactive, and imaginative—and embody a smaller footprint.' - Blaine Brownell, FAIA LEED AP, Professor and Director, Ravin School of Architecture, University of North Carolina at Charlotte'There is a revolution happening in architectural materials. Not many years ago, there were five groups that covered the field: metal, wood, masonry, concrete and glass. Now new options such as printed ceramics and engineered wood have been increasing the opportunities of built solutions. Tolya Stonorov’s new publication, FABRIC[ated], thoroughly introduces and explores the history and exciting possibilities of fabric, a material that offers a wide range of spatial solutions. Importantly these go beyond form-making to consider potential positive impacts of social justice and sustainability at a time when these are greatly needed.' - Bryan Bell, Executive Director, Design Corps, Professor, NC State University, Co-Founder, SEED Network'FABRIC[ated] situates the historical, theoretical, and etymological roots of textiles in contemporary architectural research, practice, and discourse to substantiate the important role that fabric has as an active and pliable interface for transformation, resiliency, and change in architecture. Moving fluidly between research and practice, the book surveys academic experiments in studio pedagogy to 1:1 full-scale built projects. Through critical essays and case study projects that span gender and expression to minimizing waste through fabric formwork and digital fabrication, FABRIC[ated] positions textiles as a timely and innovative contributor to sustainable, responsive, and socially driven architecture at a time of ecological and sociopolitical crisis. FABRIC[ated] provides a fresh look at the historically intertwined relationships between textiles and architecture to open new design and fabrication strategies, digital methods, material efficiencies, and collaborative models to address pressing issues in our built and natural environments.' - Jenny E. Sabin, Arthur L. and Isabel B. Wiesenberger Professor in Architecture and Associate Dean for Design; Director, Sabin Lab; Department of Architecture / AAP, Cornell University; Principal, Jenny Sabin Studio; President, ACADIA'FABRIC[ated] is a surprising and stimulating compilation of thoughts and experiences that vindicate the transcendence and possibilities of fabric and membranes in the future of architecture and society. A first part develops the theoretical framework underlying the academic and professional experiences that are presented in the second part, so that the case studies do not appear as a miscellany of remarkable curiosities, but rather as contributions to interdisciplinary, sustainable and digitalized innovations engaged with people to contribute to a positive society.' - Josep I. de Llorens Duran, Senior Professor, School of Architecture, Barcelona, Author: Fabric Structures in Architecture'If architecture is to be understood as a third skin, as has been described, then a closer relationship between building and clothing—the so-called second skin—is in order. In Fabric[ated], Tolya Stonorov assesses the expansive capacities of textiles in architecture. Through invited essays, case studies, interviews, and documented experiments, she constructs a broad and compelling depiction of fabric innovation in the designed environment. As we scrutinize many aspects of construction and resource use today, FABRIC[ated] reveals how buildings can be more flexible, interactive, and imaginative—and embody a smaller footprint.' - Blaine Brownell, FAIA LEED AP, Professor and Director, Ravin School of Architecture, University of North Carolina at Charlotte'There is a revolution happening in architectural materials. Not many years ago, there were five groups that covered the field: metal, wood, masonry, concrete and glass. Now new options such as printed ceramics and engineered wood have been increasing the opportunities of built solutions. Tolya Stonorov’s new publication, FABRIC[ated], thoroughly introduces and explores the history and exciting possibilities of fabric, a material that offers a wide range of spatial solutions. Importantly these go beyond form-making to consider potential positive impacts of social justice and sustainability at a time when these are greatly needed.' - Bryan Bell, Executive Director, Design Corps, Professor, NC State University, Co-Founder, SEED NetworkTable of Contents1. Introduction 2. The Philosophy of Fabric Innovation in Architecture 3. Digital Fabrication and Fabric Innovation 4. The Sustainability of Tensile Structures 5. The Art and Science of Fabric Forming; 6 Case Studies: VEILING: Gender, Fabric and Woven Structures A. Seaming: The Fabrication of Keswa, B. Translation: Female Garment to Architecture Studio C. Pipeline Resistance and Feminist Spatial Practice D. GEO|TEXTILES: Weaving Restoration Ecology and Cultural Narratives E. Weaving a Home F. Communal Architecture: A More Finely Calibrated Set of Relationships 7. Case Studies: COMPRESSION: Fabric Formed Concrete and Dense Applications A. Spacer Fabric Pavilion - Advanced 3D Textile Applications in Architecture B. Lightweight cable-net and fabric formwork system for the HiLo unit at NEST C. The Flexible Way D. Joseph Sarafian and Ron Culver, Form-Finding the MARS Pavilion, USA 8. Case Studies: TENSION: Tensile Structures and Inflatables A. Fabric[ating] Act[ivat]ion B. Hollygrove Shade-Water Pavilion C. AirDraft D. PATCHWORKS: A Report from Three Fabricated Futures 9. Conclusion

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Book SynopsisThis book introduces and develops the novel concept of Lean Construction 4.0. The capability of Lean Construction to effectively adapt the architecture-engineering-construction (AEC) industry to this new era of digital transformation requires a reconceptualization of the triad people-processes-technology as a foundation for the theoretical and practical framework of Lean Construction. Therefore, a shift towards Lean Construction 4.0 is required.Lean Construction 4.0 is a new systems-wide thinking approach where synergies and overlaps between Lean Construction and digital/smart technologies go far beyond BIM to reshape the way we design, manage, and operate capital projects in the modern age of automation. This pioneering new book brings together the views of world experts at the interface of Lean Construction and digital/smart technologies, in order to channel research efforts, to introduce and discuss current research and practice, challenges and drivers, and future perspect

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Book SynopsisProgramming for Health and Wellbeing in Architecture presents a new approach to architectural programming that includes sustainability, neuroscience and human factors. This volume of contributions from noted architects and academics makes the case for rethinking the practices of programming and planning to incorporate evidence-based design, systems thinking and a deeper understanding of our evolutionary nature.These 18 original essays highlight how human and environmental health are closely related and should be incorporated as mutually reinforcing goals in every design project. Together, these chapters describe the framework for a new paradigm of building performance and design of the human experience.Programmingthe stage at which research is conducted and goals establishedprovides an opportunity to examine potential impacts and to craft strategies for wellbeing in new buildings and renovations using the latest scientific methods. This book expands the scope Table of ContentsHuman Factors. 1. Programming Interior Environments: Human Experience, Health and Wellbeing 2. Biophilia & Human Health 3. Beauty is… 4. Stress Buildings. 5. Programming for People 6. Empathetic Programming to Foster Inclusion 7. Programming for Effective Learning 8. Programming for WELL Certification on a University Campus Streetscapes. 9. Placemaking: Programming Urbanism for Human Engagement 10. Programming for the Subliminal Brain: Biometric Tools Reveal Architecture’s Biological Impact 11. The Future of Codes and the Architecture Profession Region. 12. Programming in the Bioregion 13. Regenerative Development and Design: Nature and Healing 14. Programming for Human Health in a Challenged Climate 15. The Post-Pandemic City Commissioning. 16. Programming and Commissioning: A Bookend Approach to Evidence-based Design 17. Life Enhancing Habitats: Biophilia, Patterns and Wholeness 18. Evaluating the Success of Architectural Design

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Book SynopsisThis book explores the connection between digital fabrication and the design build studio in both academic and professional studios.The book presents 17 essays and cases studies from well-known scholars and practitioners, including Kengo Kuma, Joseph Choma, Dan Rockhill, Keith Zawistowski, and Marie Zawistowski, whose theoretical and practical work addresses design build at various levels. Four introductory essays trace the history of the design build movement, exploring the emergence of design build in the pedagogy of the Bauhaus, the integration of technology into architectural design, and the influence of the act of making on the design build studio. The rest of the book is divided into two parts; the first part looks at traditional pedagogical models for the design build studio, and the second part focuses on experimental methods used in design build programs. Together, these works discuss human behavior, social-cultural trends, and motivations in socially minded studios Table of ContentsForward: Learning by Doing at the Bauhaus Preface: Informality and Temporary Introduction: Design-Build Studios and Technology Transfer Art of Making 1. Pedagogical Models Design/Built Program at Kennesaw State University Making to Construct Design Thinking Folding Research into Teaching Beyond (the) Building: Fabricating a Design Build Program on the Arabian Peninsula 2. Experimental Methods Studio 804, Inc. Virginia Tech La Riviera Bistro Practicing for Practice Two Scales of Approach, Tulane’s Design Build Programs Borboletta Poetic Systems Energy Flow Across Enclosures 3. Conclusion Digital Fabrication by Kengo Kuma Conclusion

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Book SynopsisDisaster-proof, environmentally friendly housing solutions for a changing climate.Trade Review"Bridgette Meinhold provides her readers an innovative source of information on this type of sustainable design, including green materials, recycling and low-cost construction methods." -- Detail (UK)"A straightforward format and clear illustrations give the book a no-nonsense immediacy that seems appropriate to the subject." -- Architectural Record

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Book SynopsisBuildings with load-bearing earth walls were once widespread throughout Britain and many thousands still survive, including some dating from the fourteenth and fifteenth centuries. Earth is the ultimate form of âgreenâ building construction, creating no environmental pollutions and consuming virtually no energy. Subsoil can be dug from or near the site to construct buildings that will meet modern needs and conform to the latest building regulations.This book describes all aspects of earth building, explaining how earth performs as a building material and providing guidance on how best to repair and conserve existing earth buildings.Trade Review'This book is highly recommended to practitioners, academics and enthusiasts of earth building techniques in general ... This book will certainly be of great interest to conservationists working in the field and to home owners.' - Building Engineer'This book has been eagerly awaited, and is not a disappointment ... [it] provides a well argued and sound base for action.' - Cornerstone'This is a clearly written book ... and it should suffice for people who themselves wish to engage in the construction of earth houses.' - Architectural Science Review'This book is highly recommended to practitioners, academics and enthusiasts of earth building techniques in general ... This book will certainly be of great interest to conservationists working in the field and to home owners.' - Building Engineer'This book has been eagerly awaited, and is not a disappointment ... [it] provides a well argued and sound base for action.' - Cornerstone'this is a clearly written book ... and it should suffice for people who themselves wish to engage in the construction of earth houses.' - Architectural Science ReviewTable of ContentsPart One: Earth Construction: Methods and Materials 1. Earth Building in Britain - International 2. The Raw Material: Soils for Use in Building 3. Earth Construction 1: Preparation and Mixing 4. Earth Construction 2: The Building Process 5. Standards and Regulations Part Two. The Conservation, Repair and Maintenance of Earth Buildings 6. The Principal Causes of Failure in Earth Walls and How to Recognise Them 7. The Diagnostic Survey and Repair of Earth Buildings. Organisations. References and Bibliography

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Book SynopsisSince the spread of classical design and construction amongst the upper echolons of British society in the late seventeenth century, traditional construction methods have largely fallen by the wayside. Centuries later, as the construction industry faces up to its environmental responsibilities, this book explores its rich and ancient tradition to provide tried and trusted solutions to modern day construction problems.By way of introduction, the ancient and historical lifestyles that dictated the nature of traditional construction are explored, before focussing on its health and ecological benefits. As well as cultural background, this book includes a detailed scientific description of traditional building materials and their constituents which draws a sharp contrast with modern petrochemical-based materials. The studies of traditional buildings included reveal the sustainability of features such as natural ventilation and breathing walls, and comparisons withTrade Review'Inclusion of a detailed study of how traditional methods related to current building regulations make this a practical and useful guide for construction professionals, as well as ammunition for the informed client.' Ancient Monuments Society'This is a timely, thoughtful consideration of the true impacts of modern materials, and of the practicalities of achieving the same ends by other means. It will also serve as a useful source of reference when dealing with particular aspects of traditional building design and materials, whether as an architect, surveyor, owner or advisor.' Context, the journal of the IHBC'This is an incredibly important book, all the more so for its timing...Ryan gives us here the essential text for considering twenty-first century values in pre-twentieth century construction.' Society of Architectural Historians of Great Britain 'Carole Ryan's book is a timely publication, well-suited to students of building conservation'Society for the Protection of Ancient Buildings MagazineTable of Contents1. The Natural Way of Life, the Birth of the Traditional House and its Demise 2. Traditional Building Materials, their Sustainability, and the Contrast with Modern Materials 3. Traditional Sustainable Building Construction- Ancient and Modern 4. Thermal Performance and the Breathing Wall 5. Climate, Site and Thermal Performance 6. The Role of the Building Regulations in Traditional Building Construction 7. The Pathology of Traditional Buildings

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Book SynopsisThe past decade has been one of the most volatile periods in global petroleum markets in living memory, and future oil supply security and price levels remain highly uncertain. This poses many questions for the professional activities of planners and urbanists because contemporary cities are highly dependent on petroleum as a transport fuel. How will oil dependent cities respond, and adapt to, the changing pattern of petroleum supplies? What key strategies should planners and policy makers implement in petroleum vulnerable cities to address the challenges of moving beyond oil? How might a shift away from petroleum provide opportunities to improve or remake cities for the economic, social and environmental imperatives of twenty-first-century sustainability?Such questions are the focus of contributors to this book with perspectives ranging across the planning challenge: overarching petroleum futures, governance, transition and climate change questions, the role ofTrade Review"When future generations look back on today’s struggle to move off oil as the lifeblood of global society, they will wonder why it took so long for people to see the writing on the wall and find a better way to power the engines of human endeavor. This volume makes an important contribution to that writing on the wall and presents promising tools needed to deal with our energy problems. If contemporary economic and political leaders can learn from the thoughtful approaches in this book, the inevitable post-carbon future that awaits will bring a brighter day for human civilization."Anthony Perl, Professor of Urban Studies & Political Science, Simon Fraser University, CanadaTable of ContentsAcknowledgementsList of FiguresList of TablesList of AbbreviationsNotes on ContributorsForewordBrendan GleesonIntroduction1. Investigating Cities After Oil: Planning for Systemic Urban Oil VulnerabilityJago Dodson, Neil Sipe and Anitra NelsonPart I. Energy Horizons2. A Stormy Petroleum Horizon: Cities and Planning Beyond Oil Jago Dodson3. The Paradox of Oil: The Cheaper it is, the More It CostsSamuel Alexander 4. Institutional Planning Responses to a Confluence of Oil Vulnerability and Climate ChangeTony Matthews and Jago Dodson 5. Energy Security and Oil Vulnerability ResponsesJago Dodson and Neil Sipe6. Post-Petroleum Urban JusticeWendy Steele, Lisa de Kleyn and Katelyn SamsonPart II. Transport and Land Use7. Walking the CityJohn Whitelegg8. Cycling Potential in Dispersed CitiesJennifer Bonham and Matthew Burke 9. Children’s Active Transport: An Upside of Oil Vulnerability?Scott Sharpe and Paul Tranter10. Public Transport Networks in the Post-Petroleum EraJohn Stone and Paul Mees11. Oil and Mortgage Vulnerability in Australian CitiesJago Dodson and Neil Sipe12. Outer Suburbs, Car Dependence and Residential Choice in FranceBenjamin Motte-Baumvol and Leslie Belton-Chevallier13. Greenspace After Petroleum: From Freeways to GreenwaysJason ByrneIII. Urban Systems14. Local Energy Plans for Transitions to a Low Carbon FutureBrendan F.D. Barrett and Ralph Horne15. Motor Vehicle Fleets in Oil Vulnerable Suburbs: A Prospect of Technology InnovationsTiebei Li, Neil Sipe and Jago Dodson16. Energy for CitiesCheryl Desha and Angela Reeve17. The Role of Telecommunication in Post-Petroleum Planning Tooran Alizadeh18. Peak Oil: Challenges and Changes for the Air Transport IndustryDouglas Baker, Nicholas Stevens and Md. KamruzzamanConclusion19. Planning and Petroleum Futures: Research DirectionsNeil Sipe, Jago Dodson and Anitra NelsonIndex

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Book SynopsisThis book traces the evolving relationship between the architecture and climate of Britain from the late sixteenth to the twentieth century. Through detailed studies of buildings by major architects it explores how the unique character of the climate of the British Isles has had a fundamental influence on the nature of buildings of all kinds and periods, in both country and city. Based on extensive documentary research and on first-hand analyses of significant buildings, this book combines architectural history with the parallel fields of climate history and the representation of environment in literature and the fine arts. It spans the period in British architectural history from the late sixteenth century to the twentieth century â from the buildings of the greatest architect of the Elizabethan age, Robert Smythson, to the twentieth century work of Alison and Peter Smithson.Copiously illustrated with drawings and photographs, including a colour plate section, this book brings a historical dimension to the appreciation of the environment in architecture and, equally, introduces an environmental dimension to the study of the history of architecture. Trade Review"...impeccably well researched with extensive references...this book should be on the shelves of many practising and student architects, not just those preoccupied with issues of climate (change)" – RIBA Journal"The book will certainly appeal to those practitioners and academics who find the use of labels such as ‘green’ or ‘climate responsive’ architecture deeply problematic and even a deterrant to the timely integration of environmental performance requirements into mainstream practice. It should also be a necessary read for those who do not have such reservations and give primacy to the climatic and technical determinismof building form." - Raymond J. Cole, Building Research & Information, August 2012"Architecture and Climate breaks new ground by presenting an historical overview of these issues over the past 400 years." - The Journal of the Institute of Historic Building ConservationTable of ContentsIntroduction 1. Climate Described 2. Robert Smythson and the Environment of the Elizabethan Country House 3. Christopher Wren and the Origins of Building Science 4. Palladianism and the Climate of England 5. Building in the Climate of the Nineteenth Century City 6. The Arts and Crafts House Climatically Considered 7. The Modern Movement House in the British Climate 8. The Environmental Architecture of Alison and Peter Smithson

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Book SynopsisThis book offers the first comprehensive overview of alternative approaches to architectural practice. At a time when many commentators are noting that alternative and richer approaches to architectural practice are required if the profession is to flourish, this book provides multiple examples from across the globe of how this has been achieved and how it might be achieved in the future. Particularly pertinent in the current economic climate, this book offers the reader new approaches to architectural practice in a changing world. It makes essential reading for any architect, aspiring or practicing. Trade Review"Spatial Agency is a timely and uplifting treatise on the successful ways that architects have addressed some of society’s most vexing global problems. With compelling analysis, richly illustrated by inspiring examples of transformative spatial solutions, the authors argue persuasively that the consequences of architecture are as important as the objects of architecture. This accessibly written book is a must read for anyone seeking an ethical understanding of the role of spatial production in the human struggle to create a democratic and sustainable existence." – Leslie Kanes Weisman, Emerita Professor of Architecture, New Jersey Institute of Technology, and author of Discrimination by Design: A Feminist Critique of the Man-Made Environment (University of Illinois Press)"Spatial Agency’s lively entry into the discourse around spatial practice, subjectivity and alterity, inspired by the introduction of Henri Lefebvre and feminist theory into architecture in the mid 1990s, asserts the importance of the concept of agency for understanding architecture’s counter-culture over the past 30 years. This succinct and stylish handbook provides the reader with an essential resource for grasping the extraordinarily diverse range of ethical architectural practice. Here is a truly global map of inspiring ‘spatial agents’ who collectively define architecture – against the grain." – Jane Rendell, Vice Dean of Research at the Bartlett, UCL, and author of Art and Architecture (2006), Site-Writing (2010) and co-editor of Critical Architecture (2007)"Ultimately this is a valuable book for those interested in pursuing alternatives to traditional architecture, those searching for ideas about how to make positive change when other means are not available, and for those gauging the state of architecture today." – Archidose“The book presents, from an easy and open approach, different ways of understanding the new ways of doing architecture. In all cases it is evident that the spatial production does not imply exclusively to architects and development possibilities are endless. An optimistic crisis for architecture.” – Arquilecturas"‘A timely study that raises vital issues for the future’. Such were the words recently used by the Royal Institute of British Architects in announcing its decision to award the 2011 RIBA President’s Award for Outstanding University-located Research to Spatial Agency: Other Ways of Doing Architecture, the book edited by Nishat Awan and Tatjana Schneider of the University of Sheffield, and Jeremy Till of the University of Westminster... Amid the rhetoric that often surrounds these events, the succinct description does indeed do justice to the work compiled by the three academics and the intellectual platform supporting it. A reflective analysis of the various ways of contributing to change in the built environment outside the canonical plots of professional practice, Spatial Agency tackles some of the central tenets of architecture as a discipline, asking whether these in fact maintain currency for both the profession and the built environment." - Paolo Tombesi, Construction Management and Economics, September 2012Table of Contents1. Introduction 2. The Motivations of Spatial Agency 3. The Sites of Spatial Agency 4. The Operations of Spatial Agency 5. Other Ways of Doing Architecture

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Book SynopsisBoth professionals and students are increasingly committed to achieving high-performance metrics in the design, construction and operation of residential buildings. This book responds to this demand by offering a comprehensive guide which features: architectural innovations in building skin technologies which make lighter more transparent buildings high performing energy-free architectural design principles and advances in building-integrated photovoltaics essential engineering principles, controls and approaches to simulation for achieving net zero the advantages of integrated design in residential construction and the challenges and opportunities it engenders detailed case studies of innovative homes which have incorporated low-energy design solutions, new materials, alternative building assemblies, digital fabrication, integrated engineering systems and operational controls. <Trade Review"To prevent the worst of climate change, high-performance buildings are now a necessity, and this book is a great resource to make such buildings a reality. It clearly recognizes that high performance is not just a technical challenge, but also requires an understanding of people's behaviors and the complexity of social arrangements."Norbert Lechner, Auburn University, USA"From design and analysis, to project construction and delivery, to new materials and techniques, the book carefully collects top authors, content, and case studies to help explicate what the editor describes as "energy-free architectural design". As well illustrated as it is written, this book convincingly merges the range of historical, technical, theoretical, and architectural obligations that presuppose our understanding of higher-performance buildings." Kiel Moe, Harvard Graduate School of Design, USA"This book insightfully spans some difficult gaps that have hindered our ecological aspirations in residential design: between the warm sense of home and the cold hard benchmarks of performance; from aesthetic to ethical considerations, between the hardware and the integrated systems; between available technology and material construction; and between simulation models and real-world cases"Leonard Bachman, Gerald D. Hines College of Architecture, University of Houston, USA"To prevent the worst of climate change, high-performance buildings are now a necessity, and this book is a great resource to make such buildings a reality. It clearly recognizes that high performance is not just a technical challenge, but also requires an understanding of people's behaviors and the complexity of social arrangements."Norbert Lechner, Auburn University, USA"From design and analysis, to project construction and delivery, to new materials and techniques, the book carefully collects top authors, content, and case studies to help explicate what the editor describes as "energy-free architectural design". As well illustrated as it is written, this book convincingly merges the range of historical, technical, theoretical, and architectural obligations that presuppose our understanding of higher-performance buildings." Kiel Moe, Harvard Graduate School of Design, USA"This book insightfully spans some difficult gaps that have hindered our ecological aspirations in residential design: between the warm sense of home and the cold hard benchmarks of performance; from aesthetic to ethical considerations, between the hardware and the integrated systems; between available technology and material construction; and between simulation models and real-world cases"Leonard Bachman, Gerald D. Hines College of Architecture, University of Houston, USATable of ContentsIntroduction: Household Power: How Much is Enough? Part 1: Building Envelopes, New Materials and Architectural Design 1.1. Energy Free’ Architectural Design – The Case of PassivHaus and Double Skin Facades 1.2. Translucent Building Skins – Advancing the Technology of Light Transmission 1.3. Responsive Building Envelopes: Characteristics and Evolving Paradigms 1.4. Nano-Materials + Bio Insulators + Phase Change Materials Part 2: Renewable Energies, Building Systems and Simulations 2.1. The Design Integration of Renewable Energies 2.2. Systems Integrated Photovoltaics, SIPV 2.3. Building Systems, Controls and Automation 2.4. Building Performance and Computational Simulation Part 3: Integrated Practice and Residential Construction 3.1. Integrated Project Delivery – Contracting for High Performance 3.2. Energy and the Integrative Design Process, Defining the Team of Experts 3.3. The Construction of Low Energy Prefabricated Housing in Denmark 3.4. From Modeling to Making, Parametric Design and Digital Fabrication Part 4: High Performance Homes: Case Studies 4.1. LumenHaus and the Eclipsis Sun Control System 4.2. Project Icarus: Optimizing Light and Energy in the Design of a Translucent Roof 4.3. North House: Climate Responsive Envelope and Control System 4.4. Modular Building; Three Scales/Three Strategies

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Book SynopsisThe âfit for purposeâ of the built environment has been a focus of attention since classical times, both in the West and in the East. However, an explicit focus on âsustainable buildingsâ is relatively new. The last two decades in particular have seen an explosion of published material on the design, construction and assessment of buildings purported to be âsustainable.â Many governments and owners of buildings now routinely require their buildings be âsustainableâ and are certified to be so. In the case of sustainability certification, the recent growth in tools, techniques and assessment systems is phenomenal: even as early as 2005 there were over 600 such tools in different parts of the world! New ones sprout all the time and design guides attempt a losing battle to keep pace.This new title in Routledgeâs Major Works series brings together authoritative canonical and cutting edge reference work to establish a framework for easy comprehension of the vast and continually expanding subject matter. It is a four-volume reference work and an indispensable research tool for all interested researchers, students, building owners and policy-makers to gain a thorough understanding of the field. It showcases a variety of approaches to sustainable buildings from around the world and links these to on-site construction practices and assessment. Comprehensive introductions to each volume place the collected material in its historical, intellectual, and global practice context.

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Book SynopsisPraise for the previous edition:[A] fascinating book. John Thackara, Doors of PerceptionProvides the foundations for a radical new perspective. Ethical PulseAt last a book that dispels the idea that fashion is only interested in trend-driven fluff: not only does it have a brain, but it could be a sustainable one. Lucy Siegle, Crafts Magazine Fully revised and updated, the second edition of Sustainable Fashion and Textiles: Design Journeys continues to define the field of design in fashion and textiles. Arranged in two sections, the first four chapters represent key stages of the lifecycle: material cultivation/extraction, production, use and disposal. The remaining four chapters explore design approaches for altering the scale and nature of consumption, including service design, localism, speed and user involvement. While each chapter is complete in and of itself, their real value comes from what they repreTable of ContentsPreface Introduction Part 1: Sustainable Fashion and Textile Products 1. Material Diversity 2. Ethically Made 3. Use Matters 4. Reuse, Recycling and Zero Waste Part 2: Sustainable Fashion and Textile Systems 5. Fashion, Needs and Consumption 6. Local and Light 7. Speed 8. User Maker Conclusion

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Book SynopsisPraise for the previous edition:[A] fascinating book. John Thackara, Doors of PerceptionProvides the foundations for a radical new perspective. Ethical PulseAt last a book that dispels the idea that fashion is only interested in trend-driven fluff: not only does it have a brain, but it could be a sustainable one. Lucy Siegle, Crafts MagazineFully revised and updated, the second edition of Sustainable Fashion and Textiles: Design Journeys continues to define the field of design in fashion and textiles. Arranged in two sections, the first four chapters represent key stages of the lifecycle: material cultivation/extraction, production, use and disposal. The remaining four chapters explore design approaches for altering the scale and nature of consumption, including service design, localism, speed and user involvement. While each chapter is complete in and of itself, their real value comes from what they represent together: innovative ways of thinking about textiles and garments based on sustainability values and an interconnected approach to design.Including a new preface, updated content and a new conclusion reflecting and critiquing developments in the field, as well as discussing future developments, the second edition promises to provide further impetus for future change, sealing Sustainable Fashion and Textiles: Design Journeys as the must-buy book for fashion and textiles professionals and students interested in sustainability.Table of ContentsPreface Introduction Part 1: Sustainable Fashion and Textile Products 1. Material Diversity 2. Ethically Made 3. Use Matters 4. Reuse, Recycling and Zero Waste Part 2: Sustainable Fashion and Textile Systems 5. Fashion, Needs and Consumption 6. Local and Light 7. Speed 8. User Maker Conclusion

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Book SynopsisFor Christopher Day, architecture isnât just about the appearance of buildings but how theyâre experienced as places to be in. Occupantsâ experience can differ radically from designersâ intentions as their concerns and thinking differ. Additionally, multi-sensory ambience, spatial sequential experience and embodied spirit resonate in the human soul. Sustainable design means much more than energy-efficiency: if sustainable buildings donât also nourish the soul, occupant-building interaction will lack care and eco-technologies wonât be used efficiently. This major revision of his classic text builds on more than forty years of experience ecological design across a range of climates, cultures and budgets, and 25 years hands-on building.Treating buildings as environments intrinsic to their surroundings, the book explores consensus design, economic and social sustainability, and how a listening approach can grow architectural ideas organically from the interacting, sometimes conflicting, requirements of place, people and situation. This third edition, comprehensively revised to incorporate new knowledge and address new issues, continues Dayâs departure from orthodox contemporary architecture, offering eye-opening insights and practical design applications. These principles and guidelines will be of interest and value to architects, builders, planners, developers and homeowners alike. Reviews of the first edition ... one of the seminal architecture books of recent timesProfessor Tom Wooley, Architects JournalThe 'bible' of many architects and those interested in architecture.Centre for Alternative Technology... an inspiration to all those who care about the influence of the environment on Manâs health and well-being.Barrie May, The Scientific and Medical NetworkAt last an architect has written a sensitive and caring book on the effects of buildings on all our lives.Hereâs HealthThis gentle book offers a route out of the nightmare of so much callous modern construction. I was inspired.Colin Amery, The Financial TimesTable of ContentsForeword by HRH Prince Charles Preface 2002: New Millenium: New Issues Preface 2012: Soul in our eco-crisis age 1. Architecture: Does It Matter? 2. How environment affects us 3. Place: placemaking and place-generation 4. Space for Living In: shape, form, space and life 5. Lines: material realities or bearers of energy? 6. Qualities and Quantities 7. The senses: gateways to the world 8. Light: nourishment for body and soul 9. Spirit of place, of project, of buildings 10. Ensouling Buildings 11. Conversation or Conflict? 12. Architecture as Art 13. Architecture With Health-Giving Intent 14. Healing Silence: the Architecture of Peace 15. Soul or survival? 16. Building for Planetary Health 17. Building for Human Health 18. Design as a Listening Process: Co-creating Places 19. Building as a Health-Giving Process 20. Children and Environment 21. Accessibility for All: Compromise for Soul? 22. Urban life, Urban needs 23. Development: continuity-destruction or place-improvement? 24. Urban problems: urban opportunities 25. Eco-cities: achievable or utopian dream? 26. Building for Tomorrow Appendix 1. Lazure: inexpensive technique Appendix 2. Target pricing examples Appendix 3. Hand-finished Plastering List of photographs Bibliography Index

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Book SynopsisMichael Zaretsky's Precedents in Zero-Energy Design is such an important book it will help readers recognize that design comes before technology and renewable energy systems alone can't solve the problems we face'   John D. Quale, Assistant Professor of Architecture and ecoMOD Project Director, University of VirginiaThe world is currently facing an environmental crisis and as anyone interested in sustainable or zero-energy design knows the design and building industries have the potential to significantly reduce greenhouse gas emissions across the globe.The Solar Decathlon is an international event in which universities from around the world compete in the design and construction of a one-bedroom, zero-energy house. This book provides an in-depth, yet accessible analysis of the architecture and passive design strategies of the houses in the 2007 Solar Decathlon. These houses are the result of thousands of hours Table of ContentsForeword by John Quale. Introduction Part 1: Drawings and Diagrams Part 2: Comparisons Part 3: Analysis. Conclusion. Endnotes. Image. Citations. Bibliography. Appendix

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Book SynopsisThe Return of Nature asks you to critique your conception of nature and your approach to architectural sustainability and green design. What do the terms mean? Are they de facto design requirements? Or are they unintended design replacements? The book is divided into five parts giving you multiple viewpoints on the role of the relations between architecture, nature, technology, and culture. A detailed case study of a built project concludes each part to help you translate theory into practice. This holistic approach will allow you to formulate your own theory and to adjust your practice based on your findings. Will you provoke change, design architecture that responds to change, or both?Coedited by an architect and a historian, the book features new essays by Robert Levit, Catherine Ingraham, Sylvia Lavin, Barry Bergdoll, K. Michael Hays, Diane Lewis, Andrew Payne, Mark Jarzombek, Jean-Francois Chevrier, Elizabeth Diller, Antoine Picon, and Jorge Silvetti. Table of ContentsAcknowledgments; Notes on Contributors; Introduction; Part 1: Organic Conceits; 1. Design’s New Catechism, Robert Levit; 2. Faculty of Omnipotence, Catherine Ingraham; 3. The Raw and the Cooked, Sylvia Lavin; Case Study: MOS Architects, afterparty, Winner, MoMA/P.S. 1 Young Architects Program (2009); Part 2: The Sublime Past; 4. The Nature Parallel, Barry Bergdoll; 5. Next to Nothing, K. Michael Hays; 6. Nature After Mies, Diane Lewis; Case Study: Michael Bell Design, Gefter-Press House, Ghent, NY (2007); Part 3: Sustaining Nature; 7. On Limits, Andrew Payne; 8. Eco-Pop, Mark Jarzombek; 9. Nature, Model of Complexity, Jean-François Chevrier; Case Study: Steven Holl Architects, Sliced Porosity Block/Chengdu project; Part 4: The Nature of Infrastructure; 10. Agri-tecture, Elizabeth Diller; 11. Nature, Infrastructure and Cities, Antoine Picon; Case Study: George L. Legendre, Henderson Waves, Singapore (2008); Part 5: Nature, Unnaturally; 12. Block That Metaphor, Jorge Silvetti; Case Study: Prescott Scott Cohen, Inc., Chevron House, Los Gatos CA (2011); Index.

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Book SynopsisThe bestselling guide to forward-looking urban planning and design Sustainable Urbanism explores and celebrates innovation in sustainable living, and calls for leadership in the design and development of urban spaces. Written by the former chair of the U.S.Table of ContentsForeword xiJanette Sadik-Khan Preface xiii Acknowledgments xviii PART ONE: Our Default World 1: Where We Are 5 Civilization Timeline 5 Global hreats 6 National hreats 8 Global Barriers 10 National Barriers 12 Global Progress 14 National Progress 16 2: Case Studies: The Future Ahead of Schedule 24 PART TWO: Our Preferred Future 3: Where We Want to Go 68 A World Advancing Together 69 India 74 China 75 Nigeria 76 United States 77 PART THREE: Theory of Change 4: Igniting Community 82 Making “More Perfect” Communities 83 Are We here Yet? 84 5: Time 92 An Urgent Pivot that Falls on Our Watch 93 Mature Changelines 100 Emergent Changelines 102 6: Acceleration Strategies 116 How We Can Attain Our Preferred Future in Four Generations 117 How We Perceive Change 118 How Markets Inluence Change 124 Campaigns 125 Communities and Networks of Practice 128 Pilgrimage Sites 135 Professional Ethics and Liability 136 PART FOUR: The Practice of Change Why patterns? 146 7: Collective Effervescence 148 Build strong relationships between people and place through hope and hard work 150Mary Nelson, PhD Use participatory art to connect to your neighbor’s humanity 152Kareeshma Ali Every neighborhood needs an anchor house, magnetized to attract assets and demonstrate possibility 154Isis Ferguson Transform every public space into a welcoming place 156Fred Kent Increase “expressive surface area” in cities and make a place for creative ecology to lourish! 158Steven Raspa Celebrate life with immersive community events guided by the principles of Burning Man 160Steve Raspa Create a unique and visible food culture in every neighborhood 162Janine de la Salle, MA, MCIP, RPP Use seasonal landscaping to connect humans with nature, and with each other 168Steve Nygren 8: Self-Governing Neighborhoods 172 Truly great neighborhoods dream, make aspirational plans, and implement them over time 174Alicia Daniels Uhlig Maintain the health of your neighborhood by holding annual planning checkups 176Jessica Millman Plan land use changes via a design charrette process that includes robust input and at least three feedback loops 178Bill Lennertz Conduct an annual “tactical intervention” that re-envisions how underutilized space can promote prosperity 180Mike Lydon Make large on-the-ground changes fast through clear vision, demonstration,and measurement 184Janette Sadik-Khan, Seth Solomonow Fill the gap in neighbourhood governance by creating an innovative business improvement district that includes residences 187Jamie Simone, AICP, LEED-AP Build immunity to gentriication 189Antwi Akom, Tessa Cruz, Aekta Shah Treat light poles as valuable public assets able to support advanced data in the future 191Nancy Clanton, P.E. Let district governance unfold over time 192Daniel Slone 9: A Theater of Life 196 People need an identiiable spatial unit to belong to 198Emily Talen, PhD Maximize contact between communities of interest by designing third places 202Aly Andrews Provide microunit housing in a “two-hour neighborhood,” with a nearby grocery, park, and indoor third place 204Patrick Kennedy Turn strangers into neighbors by diversifying dwelling types in each building 206Stefanos Polyzoides, Vinayak Bharne Mix building types within every block 208Daniel Parolek Each building should have one architectural style 210Steve Nygren 10: Vibrant Density 212 The “sweet spot” in a sustainable urban fabric is four to eight stories 214Jason F. McLennan Buildings should comprise a visible base, a middle no more than seven stories tall, and a top 216Steve Mouzon Make housing more afordable and proitable by reducing and separating parking 218John G. Ellis, AIA, RIBA, Mohammad Momin Urban parking should be considered temporary and designed to be redevelopment-ready 222Douglas Farr Build higher-density housing consistent with the average market potential: 100% in downtowns; 80% in in-towns; and 46% in outskirts 224Todd Zimmerman, Laurie Volk, Christopher Volk-Zimmerman Meet the demand for walkable living by permitting house-scale, multi-unit buildings 226Daniel Parolek Grant single-family homeowners the flexibility to add dwelling units on their lots 228Brent Toderian Welcome singles and small families by creating a market for coach houses 230Tim Kirkby, AIA, LEED AP BD+C, ND Become a developer, build incrementally, all small buildings 232R. John Anderson 11: Mobility in Walkable Places 236 Create a bikesharing network with depots located at key destinations approximately 1,000 feet apart 238Susan A. Shaheen, PhD Respect that the current carsharing market is dynamic and varies place by place 240Susan A. Shaheen, PhD Dramatically reduce residential vehicle trips by up to 90% through land use and transportation design 242David Fields, AICP Save money and reduce nonresidential car trips by up to 32% by investing in demand management rather than parking supply 244David Fields, AICP Stop inducing vehicular demand by eliminating Level of Service 246David Fields, AICP, Joshua Karlin-Resnick Urban highways should be considered temporary and only remain in use through a periodic justiication of their existence 248Andrew Faulkner, Chris Sensenig Urban highways that cannot justify their existence should be removed via the following strategies 250Andrew Faulkner, Chris Sensenig 12: Neighborhood Economy 258 Provide housing attainable by working singles and couples 260Douglas Farr Grow an economy of walk-to jobs by providing lower rent space for small-scale manufacturers 264Ilana Preuss Support neighborhood retail by scouting and cultivating entrepreneurial talent 268Daryl Rose Davis All retail should be accessible on foot 270Robert J. Gibbs Always delight pedestrians with storefront design, day and night 274Robert J. Gibbs Minimize landills by encouraging zero waste through social norms and pricing 276Gail Vittori 13: Urban Waters 280 Treat every project as an opportunity to process rainwater and stormwater 282Thomas H. Price, P.E. Demand beauty when engineering rainwater and stormwater facilities 284Thomas H. Price, P.E. Design urban waters to delight the senses 288Herbert Dreiseitl Allow private stormwater to be processed on nearby streets and lands through a local management structure 292Daniel Slone Reduce freshwater demand by 36-75% by equipping neighborhoods to use nonpotable water 294John Leys Provide enough space to select low energy-consuming wastewater treatment technologies 298John Leys Pursue the vision of clean waters for all by choosing wastewater technologies that clean more than they pollute 300Thomas E. Ennis, PE, LEED AP Design wastewater treatment plants to be resource recovery and power centers 302Debra Shore Recapture the waste heat in wastewater and use it to offset heating demand 304Brent Shraiberg 14: Stranded Carbon 310 Design all buildings for the future by designing them to be net-zero energy ready 312Matthew Mcgrane, AIA, NCARB, LEED AP Optimal glazing for buildings is a window-to-wall ratio of approximately 40% 314Sachin Anand, Sameer Divekar Build larger buildings, preferably thin,don’t sweat orientation 316Sachin Anand, Sameer Divekar Approach every project as though PHIUS+, the building energy code of the future, were in effect today 318Katrin Klingenberg Plan systems only at effective scales 320Cole Roberts, PE Reduce waste 3-27% by providing timely, relevant, and actionable data 322Clare Butterield 15: The New Health, Safety, and Welfare 324 Design the built environment to guarantee that the easy choice is the healthy choice 326Richard J. Jackson, MD Improve community health and reduce costs by investing in local, people centered wellness 328Larry Morrissey For pedestrian safety, use street design to limit vehicle speeds to no more than 20 mph 330Dan Burden, Samantha Thomas Increase both property values and time spent outdoors by illing the gaps between walk-to parks 334Grant M. Hromas In legacy cities, ensure the future of every block through landscape reuse 336Maurice Cox, James Macmillen, Erin Kelly, Alexa Bush, Omar Davis, Dan Rieden To improve public health, safety, and welfare in buildings, make at least one required ire stair open and inviting and start it in the lobby 340Scott Bernstein End the race to build the world’s tallest building 342Douglas Farr Stay connected to the night sky through minimal adjustable street-level lighting 344Nancy Clanton, PE Respect circadian rhythms for all species by eliminating blue outdoor light 346Nancy Clanton, PE Make public outdoor lighting beautiful from every angle 348Nancy Clanton, PE Epilogue 353 Glossary 355 Index 361

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Book SynopsisA technology-savvy engineer shows architects and engineers alike practical solutions for implementing advanced building technologies in sustainably designed buildings.Table of ContentsINTRODUCTION viii Chapter 1 SUSTAINABILITY AND ENERGY 1Quality of Life Benefits 7Finite Fossil Fuel Resources 8Greenhouse Gases 10Profits and Savings from Energy Efficiency 11Site-to-Source Effect 12New LEED Version 2009 13Per Capita Energy Consumption 14Building Energy End-Use Splits, People Use Energy 15Carbon Footprint 17Funding Opportunities 19 Chapter 2 RADIANT COOLING 21History 21Introduction 23Why Radiant Cooling? 26Applications 28Radiant Cooling and Historic Preservation 39 Chapter 3 DISPLACEMENT VENTILATION 41History 41Introduction 42Conventional or Mixed-Air Systems 42Difference Between Displacement and Underfloor Air Distribution (UFAD) 47Applications 48Large Public Spaces (Cafeterias, Dining Halls, Exhibit Spaces) 48 Chapter 4 CHILLED BEAMS 61Principle of Operation and Technology 62Benefits of Chilled Beams 63Types of Chilled Beams 67Chilled Beam Applications 72Chilled Beam Use with Underfloor Air Distribution (UFAD) Applications 78 Chapter 5 UNDERFLOOR AIR DISTRIBUTION (UFAD) 83Validation of UFAD Designs with CFD Analysis 91Impact on Buildings 95Chapter 6 DISPLACEMENT INDUCTION UNITS (DIU) 101Benefits of Displacement Induction Units 103History of Induction Units 106Applications 107 Chapter 7 HIGH-PERFORMANCE ENVELOPE 115Engaging and Nonengaging Envelopes 116High-Performance Envelope Definition 117Most Common Energy Codes: ANSI and ASHRAE 90.1 118Glazing Characteristics 123How to Exceed the Mandatory Code Performance 128 Chapter 8 THERMAL ENERGY STORAGE 145Renewable Energy Storage 146Conventional Air Conditioning Systems 153Nonrenewable Energy Storage 156 Chapter 9 SOLAR ENERGY AND NET-ZERO BUILDINGS 163Net-Zero Step 1: Harvesting Solar Energy 166Solar Energy in Net-Zero Buildings 177Net-Zero Step 2: Improve Energy Efficiency of the Building and Its Mechanical and Electrical Systems 181Net-Zero Step 3: Reduce Consumption 183 Chapter 10 GEOTHERMAL SYSTEMS 185Introduction 185Geothermal Heat Pumps 190Types of Heat Pumps 198 Chapter 11 COGENERATION 205Other Applications of Cogeneration 207Cogeneration Technologies 211Micro-Cogeneration or Combined Heat and Power (Micro-CHP) 221 Chapter 12 DATA CENTER SUSTAINABILITY 223History of Data Centers 2242011: Top Ten Trends in Data Centers 225Power Usage Effectiveness (PUE) 226Technologies That Can Benefit Data Center Efficiency 230Office Building Applications 234Air Management in the Data Center 237 INDEX 239

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Book SynopsisWith its wide variety of topics and up-to-date coverage, the fifth edition is an excellent resource for landscape planners and designers, scientists, and environmentalists. It focuses on environmental problems associated with land planning, landscape design, and land use.Trade Review"Marsh (U. of British Columbia and emeritus U. of Michigan) presents the 25th anniversary edition of his textbook and guide explaining how to deal reasonably with the land in the face of expanding land use and changing technology. Most readers will be in the early stages of their career, he suggests, and he hopes to establish some basic principles they can adapt and apply for a long time." (Book News Inc, November 2010)Table of Contents0. An Introduction to the Book, the Field, and some Perspectives. 1. Landscape Planning: Roots, Problems, and Content. 2. The Physiographic Framework of the United States and Canada. 3. Landscape Form and Function in Planning and Design. 4. Topography, Slopes, and Land Use Planning. 5. Assessing Soil for Land Use Planning and Waste Disposal. 6. Site, Soils, and Wastewater Disposal Systems. 7. Groundwater Systems, Land Use Planning, and Aquifer Protection. 8. Runoff and Stormwater Management in a Changing Landscape. 9. Watersheds, Drainage Nets, and Land Use Planning. 10. Streamflow, Floodplains, Flood Hazard, and Land Use Planning. 11. Water Quality and Runoff Considerations in Landscape Management. 12. Soil Erosion, Stream Sedimentation, and Landscape Management. 13. Best Management Practices, Local Watersheds, and Development Sites. 14. The Riparian Landscape: Streams, Channel Forms, and Valley Floors. 15. The Coastal Landscape: Shoreline Systems, Landforms, and Management Considerations. 16. Solar Climate near the Ground: Landscape and the Environment. 17. Microclimate, Climate Change, and the Urban Landscape. 18. Ground Frost, Permafrost, Land Use, and Environment. 19. Vegetation, Land Use, and Environmental Assessment. 20. Landscape Ecology, Land Use, and Habitat Conservation Planning. 21. Wetlands, Habitat, and Land Use Planning. 22. Framing the Land Use Plan: a Systems Approach.

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Book SynopsisThis fully updated Third Edition covers principles of designing buildings that use the sun for heating, wind for cooling, and daylight for natural lighting. Using hundreds of illustrations, this book offers practical strategies that give the designer the tools they need to make energy efficient buildings.Table of ContentsWHAT'S IN THE SWL PRINTED I NAVIGATION 20 SWL Printed Contents SWL Electronic Contents Additional Navigation Methods II USING SUN, WIND & LIGHT 50 Buildings and Energy Use Design Decision Chart for Net-Zero III SYNERGIES 78 7 essential themes for net-zero design IV BUNDLES 94 Bundles Explained Selecting Bundles and Making Your Own Some Fundamental Bundles: 9 sets strategy sets for high-performance design V FAVORITE DESIGN TOOLS, condensed 194 VI FAVORITE DESIGN STRATEGIES, condensed 216 VII HIGH-PERFORMANCE BUILDINGS 250 6 techniques for net-zero energy and carbon-neutral design Appendices A-E 293 Indices 339 WHAT'S IN THE SWL ELECTRONIC VIII DETAILED DESIGN STRATEGIES E.1 106 energy design strategies with precedents and preliminary design tools for passive cooling, solar heating, daylighting, fresh air ventilation and renewable power IX DETAILED ANALYSIS TECHNIQUES E.277 29 analysis techniques for climate assessment, loads estimation and design strategy selection Appendices F-H E.364 Sun Charts and Sundials, covering the world Climate Maps for the USA and Canada ADDITIONAL DIGITAL RESOURCES Climate data for the USA Climate analysis reports for the USA SWL Tools, spreadsheet for net-zero energy analysis Bibliography, searchable

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Book SynopsisA spectacular global survey of the new buildings merging architecture and nature to transform our cities for a sustainable future. Concrete horizons, urban sprawl, high-density living: never have our cities and their buildings been in greater need of greening. Yet whatâs required is more than an occasional vertical garden or living roof. Featuring seventy projects from around the world â some built, some ongoing, some from the future â Garden City looks at the increasingly inventive ways in which architects and designers are incorporating nature into the built environment, transforming the city for the benefit of all. From office buildings that incorporate urban farms and exchange the CO2 produced by humans for food and oxygen produced by plants, to lightweight systems for growing gardens on vertical surfaces; from âtree housesâ the size of city blocks to civic buildings that are âplugged intoâ existing water-management systems â there are rich and often unexpected ideas for eTable of ContentsIntroduction • 1. Fusion • 2. Expansion • 3. Coexistence • 4. Performance • 5. Fusion 2.0

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Book SynopsisWill Jones is a British journalist and writer based in Canada, who specializes in architecture and design. His articles have appeared in the RIBA Journal, the Financial Times and Blueprint. He is the author of several books including Architects' Sketchbooks (2011) and Making Marks (2019), which are also published by Thames & Hudson. Sarah Obtinalla is an architectural artist based in Toronto, Canada.

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Book SynopsisCities are bad for us: polluted, noisy and fundamentally unnatural. We need green space, not concrete. Trees, not tower blocks.So goes the argument. But is it true? What would the city of the future look like if we tried to build a better life from the ground up? And would anyone want to live there?Here, Des Fitzgerald takes us on an urgent, unforgettable journey into the future of urban life, from shimmering edifices in the Arizona desert to forest-bathing in deepest Wales, and from rats in mazes to neuroscientific studies of the effects of our surroundings.Along the way, he reveals the deep-lying and often controversial roots of today's green city movement, and offers an argument for celebrating our cities as they are in all their raucous, constructed and artificial glory.

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Book SynopsisNearly everything we treasure in the world’s most beautiful cities was built over a century ago. Yet the ideas and practices underlying these achievements have been abandoned. Nir Buras documents the humane design methods that held sway before the reign of Modernism and encourages us to relearn the time-tested principles of classic urban planning.Trade ReviewThis is truly the mother of all urban planning books. -- Léon Krier, author of The Architecture of CommunityA much-needed and heroic corrective to the grandiose techno-narcissistic dogma that has turned the American landscape into a wilderness of free parking, anxiety, and ennui. Nir Buras's The Art of Classic Planning presents a new template for a human habitat with a plausible future. -- James Howard Kunstler, author of The Geography of Nowhere and The Long EmergencyIn the face of the triple threat of rapid urbanization, climate change, and natural resource depletion, we urgently need to relearn the art of building beautiful and enduring communities, as set out in The Art of Classic Planning, to ensure future generations can prosper. -- Ben Bolgar, The Prince’s FoundationA veritable bible of urbanism, Nir Buras’s The Art of Classic Planning is a formidable challenge to modernist principles. -- Hillel Schocken, Azrieli School of Architecture, Tel Aviv UniversityThis compendium should be understood not as an attempt to constrain urbanism to the classical, but rather to extend the range of urbanism to include the classical. Why on earth would an urbanist want to be without this trove of knowhow on the table? -- Andrés Duany, FAIA, CNU, recipient of the Driehaus Prize and coauthor of Suburban NationBuras’ highly intelligent and comprehensively illustrated blockbuster of a book is packed with celebrations of what make beautiful, successful, agreeable environments that people can actually enjoy (and which actually work)…[A] great book. -- James Stevens Curl * Times Higher Education *Buras unpacks for the reader the embedded wisdom of the previous 5,000 years of city building that carries many a legacy of beautiful places created to meet the aspirations of their community…Clearly outlines the faulty thinking that led to the defacing and abandonment of our cities…Not merely a ‘must have’ book for the old library, it is a once in a generation treatise that contains within its pages the power to heal the world. -- Patrick Webb * Traditional Building *Buras seems to have been everywhere, and draws on examples from all of these places in demonstrating sound planning from the Maidan in Isfahan in Iran, to Andrassy Avenue in Budapest, to Jai Singh’s plan of Jaipur, to Commonwealth Avenue in Boston. He dedicates significant attention to centuries of planning concepts of every sort of variety…It is a deeply impressive and erudite contextualization of a massive range of material. -- Anthony Paletta * American Conservative *

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Book SynopsisAn up-to-the-minute survey of the best sustainable design and architecture.Trade Review"Proving that green design doesn't have to mean grey thinking... Vitamin Green [...] shows how buildings that are good for us are also among the most cutting edge."—Metro "Each project was handpicked, and the book curated, by a handful of design critics and influential thinkers, resulting in an in-depth survey of the most innovative interventions in design today."—stylesight.com "This book offers a definitive survey of sustainable design and architecture from around the world."—Building Design "Vitamin Green is Phaidon’s definitive and up to the minute guide to the world’s most innovative projects in green design."—Life and Times "Green design has never been more in vogue."—Art Info "A massive, comprehensive snapshot of the design world's response to urban agriculture, ecological sustainability and energy efficiency... Staggeringly ambitious."—Cool Hunting "The ultimate guide to sustainable design... Worthy of the best spot on your coffee table or nightstand."—Refinery29.com

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Book SynopsisA deeply informed, radically hopeful manifesto for regenerating our economies and societies through the power of nature and natural capital.Trade Review'Shrikanth provides clear and tangible examples of how to not only safeguard humanity’s future, but fuel economic growth and prosperity’ Al Gore, 45th Vice President of the United States'Shrikanth argues we cannot afford to succumb to what he calls “a false binary” between the intrinsic and the economic cases for nature… Shrikanth’s… central point that we need to urgently come up with smarter and more effective ways to tackle a surging natural catastrophe is undeniable' Pilita Clark, Financial Times’Eloquent, informed and inspiring: a must-read for all those who care about the planet’ Isabella Tree, Sunday Times-bestselling author of Wilding’A triumph and a vital resource as we move towards a world in which the intrinsic value of healthy, vibrant nature is recognised’ Ben Goldsmith, environmentalist and financier’A deeply engaging and insightful guide to natural capital, and a much-needed reflection on our relationship with the planet we love’ Alice Seiger, MD of the Stanford Sustainable Finance Initiative‘The natural world is disappearing at an alarming rate. Siddarth Shrikanth has written a thorough and heartfelt guide to the strategies that we might use to change course’ Henry Mance, author of How to Love Animals: In a Human-shaped World‘A powerful new book that argues that we can, and should, place the regeneration of nature at the heart of our economic thought and practice’ Julian Cribb, Co-founder of the Council for the Human Future'Fascinating and deeply informed, The Case for Nature offers a radically optimistic yet eminently practical new path towards tackling the twin crises of climate and biodiversity. Essential reading' Mary Robinson, former President of Ireland and Adjunct Professor for Climate Justice, Trinity College Dublin'The case that The Case for Nature actually makes is that there needs to be an economic argument—and economic incentives—for protecting nature, just as there is for climate action. Shrikanth’s prescriptions for actually achieving this are detailed and world-tested' Prospect's 25 Nominees for Top Thinkers 2024!

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Book SynopsisBuilding a green home or redesigning an existing home to be green is more than energy efficiency and preservation of natural resources. It is about integrating cost-effective design and materials to better the well being of inhabitants. Explore the many ways architects have achieved sustainability, incorporating commonsense strategies of solar orientation, natural ventilation, recycling of household water, and making use of cutting-edge materials and building technologies such as earth sheltering, thermal mass, super insulation, geothermal heating and cooling, and photovoltaic electrical generation all without compromising their aesthetic goals. Here are more than 50 green homes in North America, shown in 400 color photographs. Many have won major awards; others have been the subject of media attention and tours. This book will help the homeowner, builder, and architect design homes that are more energy efficient, reduce consumption and emissions, and incorporate sustainable mater

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Book SynopsisArchitect David Wright helped pioneer the concept of passive solar architecture, and his thoughts and experiments have helped shape the evolution of solar design throughout the world. His years of exploration are distilled in this comprehensive book, which provides simple graphics and language to illuminate concepts including greenhouse effect, heat storage, surface-to-volume ratio, ventilation, and cooling.. Tips, rules-of-thumb, regional characteristics, and many other considerations are presented to help readers, from initial site selection to visionary design. Written for architects, designers, and others who seek to tap the free resources offered by earth and sun, this invaluable tool will help reduce dependence on outside energy sources. You will be inspired.

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Book SynopsisA comprehensive look at cutting-edge homes designed to resist the forces of earth, wind, fire, and water!

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Book SynopsisFresh perspectives on how good design can create stylish yet ecologically sound living spaces in small-scale homes. Anyone who has faced the challenges of limited living space will find inspiration in this survey of the latest trends in environmentally sensitive, small-scale residential designs. More than fifty residential spaces are profiled—from woodsy houses and repurposed barns to cool apartments and urban lofts—both inside and out. Most of the projects were designed by up-and-coming architects, and each design proves that small-scale efficiency as well as beautiful, thoughtful design can overcome the apparent constraints of a small setting. Environmental impact is a growing concern, so each project was chosen because of its ecological sensitivity. Each case history describes the challenges confronting the designer and the solutions. Creating color schemes to enhance the feeling of openness, taking advantage of high ceilings to make multiple levels, and using collapsibl

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