The Institute for Advanced Architecture of Catalonia (IAAC) calls its 9th Advanced Architecture Contest as a global reflection to rethink human settlements at a time when our natural environments and the human habitats are more clearly intertwined. We look to the model of Biocities, cities that follow the principles of ecological principles in order to promote life and biodiversity, to provide us with potential design solutions. How can we reimagine our cities as Biocities, capable of creating an ecologically attuned and reciprocal relationship with nature? This year’s competition challenges students and professionals from all over the world to propose how to design urban spaces, cities, buildings, objects, or solutions of any scale, directed towards the transition to Biocities. The contest encourages participants to propose a design at any scale, anywhere in the world, that reflects different cultural, environmental, economic, or social conditions.

This edited volume centers around the concept of BioCities, which aim to unify nature and urban spaces in order to reverse the effects of global climate change and inequity. Following this principle, the authors propose multiple approaches for sustainable city growth. The discussed concepts are not only relevant for newly constructed cities, but offer transformative perspectives for existing settlements as well. Placing nature at the forefront of city planning is not an entirely new concept, so the authors build on established ideas like the garden city, green city, eco-city, or smart city. All chapters aim to highlight aspects to develop a city that is a resilient nature-based socio-ecological system. Many of these concepts were formed in an effort to copy the best traits of a forest ecosystem: a home for many different species that build complex communities. Much like many of our forests, urban areas are managed by humans for multifunctional purposes, using living and abiotic components. This viewpoint helps to understand the potential and limitations of sustainable growth. With these chapters, the authors want to inspire planners, ecologists, urban foresters and decision makers of the future.

This book explores the link between the Food-Water-Energy nexus and sustainability, and the extraordinary value that small tweaks to this nexus can achieve for more resilient cities and communities. Using data from Urban Living Labs in six participating cities (Eindhoven, Gdańsk, Miami, Southend-on-Sea, Taipei, and Uppsala) to co-define context-specific challenges, the results from each city are collated into an Integrated Decision Support System to guide and improve robust decision-making on future urban development. The book presents contributions from CRUNCH, a transdisciplinary team of scholars and practitioners whose expertise spans urban climate modelling; food, water, and energy management; the design of resilient public space; collecting better urban data; and the development of smart city technology. Whilst previous works on the Food-Water-Energy nexus have focused on large, transnational cases, this book explores local ways to use the Food-Water-Energy nexus to improve urban resilience. It suggests tangible ways in which the cities and communities around us can become both more efficient and more climate resilient through small changes to their existing infrastructure. Over half of the world’s population lives in urban areas, and this is expected to increase to 68% by 2050. We urgently need to make our cities more resilient. This book provides a planning tool for decision-making and concludes with policy recommendations, making it relevant to a range of audiences including urbanists, environmentalists, architects, urban designers, and city planners, as well as students and scholars interested in alternative approaches to sustainability and resilience. Chapter 2 of this book is freely available as a downloadable Open Access PDF at http://www.taylorfrancis.com under a Creative Commons Attribution-Non Commercial-No Derivatives (CC-BY-NC-ND) 4.0 license.

This book explores how speculative thinking is shaping how we relate to our entangled social, mental, and environmental ecologies. It examines how speculative philosophies and concepts are changing geographical research methods and techniques, whilst also developing how speculative thinking transforms the way human, non-human, and more-than-human things are conceptualised in research practices across the social sciences, arts, and humanities. Offering the first dedicated compendium of geographical engagements with speculation and speculative thinking, the chapters in this edited collection advance debates about how affective, imperceptible, and infra-sensible qualities of environments might be written about through alternative registers and ontologies of experience. Organised around the themes of Ethics, Technologies, and Aesthetics, the book will appeal to those engaging with architecture, Black political theory, fiction, cinema, children’s geographies, biotechnologies, philosophy, rural studies, arts practice, and nuclear waste studies as speculative research practices appropriate for addressing contemporary ecological problems. Chapters 1, 3 and 4 are available open access under a Creative Commons Attribution 4.0 International License via link.springer.com.

In today’s changing and transforming socio-economic, political, cultural, and technological paradigms, we encounter many methodologies, approaches, proposals, and practices in reconsidering the disappearing or emerging relations in the human/nonhuman-environment-nature interaction. These approaches, proposals, and practices range from new methods of urban gardening to biophilic design and augmented/immersive environments. However, these human-centric approaches, which only aim to meet their needs or emerge as technology-oriented replicas and representations of nature, lead to a departure from a holistic approach to the natural and artificial environment. Therefore, how can new and emerging approaches or methodologies draw a holistic framework for environmental health, sustainability, wellness, and co-existence between environments for all living beings? Emerging Approaches in Design and New Connections With Nature covers a variety of topics related to the intersection between nature, environment, and ways of living and provides a comprehensive guide to biophilic design and the idea of design and nature, including benefits, theories, and effects. Covering topics such as biophilic design and sustainability, soundscapes and landscapes, and urban environments and design, it is ideal for architects, designers, urban planners, landscape designers, policymakers, engineers, interior designers, practitioners, students, academicians, and researchers.

This book collects contributions of forefront research and practices related to the use of the enabling technologies of Industry 4.0 in the architecture and design fields and their impact on the UN's Sustainable Developments goals. The book is structured into three sections (research, practice, and technologies), with the goal of creating a new framework useful for widespread awareness necessary to initiate technology transfer processes for the benefit of the public sector, universities, research centers, and innovative companies, and a new professional figure capable of controlling the entire process is essential. Thus, the book chapters arouse a series of relevant topics such as computational and parametric design, performance-based architecture, data-driven design strategies, parametric environmental design and analysis, computational and parametric structural design and analysis, AI and machine learning, BIM and interoperability, VR and AR, digital and robotic fabrication, additive manufacturing and 3D printing, R&D and entrepreneurship, circular architecture, and didactics. In the post-digital era, where the essence of design lies in the control and information of the process that holistically involves all the aspects mentioned above, rather than in formal research, it is necessary to understand technologies and analyze the advantages that they can bring in terms of environmental sustainability and product innovation.

Urban forestry is not a one-size-fits-all solution; each city and region, with its own unique set of challenges and opportunities, requires tailored strategies. In recognition of the diversity and distinctiveness of urban forestry issues and their potential for mitigating environmental and socioeconomic inequality across the globe, FAO has asked experts around the world to share their views on how urban forests and trees are perceived and managed in their respective geographical areas, bringing together a broad range of regional perspectives. The primary goal of this publication is to provide a comprehensive overview of the current state of urban forestry worldwide. By showcasing the regional perspectives, insights, experiences and case studies in urban and peri-urban forestry (UPF), we hope to inspire individuals, communities and policymakers to reimagine their relationships with urban green spaces.

This edition of 'Urban Designs' analyses the relationship between urban structures and the deepening environmental crisis from which the human race may not recover.

There are enormous and difficult challenges on a global scale, and we are living in a time when these problems are occurring. Sometimes people would refer to them as "wicked problems." As a result of the interconnected nature of these issues and the prevalence of value systems and points of view that are in opposition to one another, it is challenging to describe, comprehend, and find solutions to these complex and systemic challenges. In the present moment, we are confronted with a number of the most severe challenges that may be traced back to human activities that are not sustainable. We refer to this period of time as the "Anthropocene," which is a geological era that has been developed to acknowledge the tremendous influence that human activities are having on the processes and systems of the Earth. This era was established in order to acknowledge the "Anthropocene." Since the Industrial Revolution, which took place in the latter half of the eighteenth century, human activities have had a significant and far-reaching impact on the systems that make up the Earth. The climate of the Earth has been affected as a result of these activities, as has the chemistry of the land and ocean, and the biodiversity of the globe has been diminished via these activities. It is anticipated that the environmental modifications that have been brought about by human activity will have far-reaching repercussions, some of which could be catastrophic, for the entire planet and the people who live on these planets. In spite of this, the challenges are not restricted to problems pertaining to the environment. These difficulties have gotten even more intricate as a result of their connectivity with social, economic, and peace and security concerns

Architects, Sustainability and the Climate Emergency: A Political Ecology chronicles how architects have shaped their ideas of the city—and sustainability—as knowledge of the climate emergency has unfolded. Have architects responded to the climate crisis too slowly?