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This book addresses the nuts and bolts of planning and preserving natural assets at a variety of scales--from dense urban environments to scenic rural landscapes. A practical guide to creating effective and well-crafted plans and then implementing them, the book presents a six-step process developed and field-tested by the Green Infrastructure Center in Charlottesville, Virginia. Well-organized chapters explain how each step, from setting goals to implementing opportunities, can be applied to a variety of scenarios, customizable to the reader's target geographical location.
This book analyses international Green Infrastructure (GI) planning and design strategies. The GI strategy is widely recognized for its multifunctionality (as a tool for ecological, economic and social enhancement) and multiscalarity. Starting from this assumption, the book intends to implement the concept of GI and blue networks in planning strategies and their linked urban projects. New urban and regional paradigms of the latest years, such as urban sprawl, ecosystem services, biodiversity, urban resilience, climate change and health emergencies, have made it necessary to rethink cities and territories and their related plans and projects. To satisfy these paradigms, worldwide plans and projects have started to focus both on short-term and long-term processes and strategies which integrate environmental, landscape and ecological elements. Chapters 1 and 6 are available open access under a Creative Commons Attribution 4.0 International License via link.springer.com.
This useful guide provides an essential introduction to green infrastructure for planners, landscape architects, engineers and environmentalists.
Green infrastructure encompasses many features in the built environment. It is widely recognised as a valuable resource in our towns and cities and it is therefore crucial to understand, create, protect and manage this resource. This Handbook sets the context for green infrastructure as a means to make urban environments more resilient, sustainable, liveable and equitable. Including state-of-the-art reviews that summarise the existing knowledge as well as research findings, this Handbook provides current evidence for the beneficial impact of green infrastructure on health, environmental quality and the economy. It discusses the planning and design of green infrastructure as a strategic network down to the individual features in a neighbourhood and looks at the process of green infrastructure implementation, emphasising the importance of collaboration across multiple professions and sectors. This comprehensive volume operates at multiple spatial scales, from strategic networks at the regional level to individual features in neighbourhoods, with international case studies used throughout to illustrate key examples of good practice. This collection of expert contributions will be invaluable to students and academics in the fields of planning, urban studies and geography. Practitioners and policy-makers will also find the policy discussion and examples enlightening.
University of Washington Abstract Strategic Green Infrastructure Planning: A Geodesign-based Planning Support Approach Mary J. Roderick Chair of the Supervisory Committee: Professor Robert Mugerauer Department of Urban Design and Planning Green infrastructure is increasingly utilized to improve and restore ecosystem function and ecosystem services in urban areas; however, it is often implemented in a piecemeal, opportunistic, single-purpose fashion. This dissertation uses the Steinitz geodesign framework to demonstrate a systematic approach for analyzing synergies and trade-offs between different types of green infrastructure across multiple scales and functions, a novel application of the framework, to enable strategic green infrastructure planning at the city scale. The focal geography and jurisdiction for this research is Seattle, WA. While regional or landscape-driven approaches (e.g. Puget Sound Regional Council, Puget Sound Partnership, WA Department of Ecology Watershed Resource Inventory Areas) to planning are important, the city scale affords the administrative, regulatory and financing mechanisms needed to implement green infrastructure programmatically across multiple infrastructure systems. By iterating through the geodesign framework, the complex picture of green infrastructure planning across multiple scales, functions, and departments with a broad range of requirements driven by many different influences is successively simplified to narrow in on a few key systems and questions. However, the geodesign process and outcomes should be transparent, collaborative and accessible to multiple groups of stakeholders. A further contribution of this dissertation is a detailed examination of the tools and technologies needed to cyber-enable the full spectrum of the geodesign framework. Tools like GeoPlanner and Geodesign Hub have already been developed to digitally support some of the analysis and modeling aspects of the framework, and technologies like web services and geoportals already exist to increase their flexibility and extend their data management and analytic capabilities. Other aspects like conceptual modeling, and structured participation methods for analytic-deliberative decision-making also have IT system precedents, but all of the existing tools and technologies need further development on the basis of a shared ontology for geodesign to realize the potential of a comprehensive, interoperable geodesign support system.
Consider this ... How do we handle the convergence of landscape architecture, ecological planning, and civil engineering? What are convenient terms and metaphors to communicate the interplay between design and ecology? What are suitable scientific theories and technological means? What innovations arise from multidisciplinary and cross-scalar approaches? What are appropriate aesthetic statements and spatial concepts? What instruments and tools should be applied? Revising Green Infrastructure: Concepts Between Nature and Design examines these questions and presents innovative approaches in designing green, landscape or nature as infrastructure from different perspectives and attitudes instead of adding another definition or category of green infrastructure. The editors bring together the work of selected ecologists, engineers, and landscape architects who discuss a variety of theoretical aspects, research projects, teaching methods, and best practice examples in green infrastructure. The approaches range from retrofitting existing infrastructures through landscape-based integrations of new infrastructures and envisioning prospective landscapes as hybrids, machines, or cultural extensions. The book explores a scientific functional approach in landscape architecture. It begins with an overview of green functionalism and includes examples of how new design logics are deducted from ecology in order to meet economic and environmental requirements and open new aesthetic relationships toward nature. The contributors share a decidedly cultural perspective on nature as landscape. Their ecological view emphasizes the individual nature of specific local situations. Building on this foundation, the subsequent chapters present political ideas and programs defining social relations toward nature and their integration in different planning systems as well as their impact on nature and society. They explore different ways of participation and cooperation within cities, regions, and nations. They then describe projects implemented in local contexts to solve concrete problems or remediate malfunctions. These projects illustrate the full scope presented and discussed throughout the book: the use of scientific knowledge, strategic thinking, communication with municipal authorities and local stakeholders, design implementation on site, and documentation and control of feedback and outcome with adequate indicators and metrics. Although diverse and sometimes controversial, the discussion of how nature is regarded in contrast to society, how human-natural systems could be organized, and how nature could be changed, optimized, or designed raises the question of whether there is a new paradigm for the design of social relations to nature. The multidisciplinary review in this book brings together discussions previously held only within the respective disciplines, and demonstrates how they can be used to develop new methods and remediation strategies.
The birds, animals, insects, trees and plants encountered by the majority of the world’s people are those that survive in, adapt to, or are introduced to, urban areas. Some of these organisms give great pleasure; others invade, colonise and occupy neglected and hidden areas such as derelict land and sewers. Urban areas have a high biodiversity and nature within cities provides many ecosystem services including cooling the urban area, reducing urban flood risk, filtering pollutants, supplying food, and providing accessible recreation. Yet, protecting urban nature faces competition from other urban land uses. The Handbook of Urban Ecology analyses this biodiversity and complexity and provides the science to guide policy and management to make cities more attractive, more enjoyable, and better for our own health and that of the planet. This Handbook contains 50 interdisciplinary contributions from leading academics and practitioners from across the world to provide an in-depth coverage of the main elements of practical urban ecology. It is divided into six parts, dealing with the philosophies, concepts and history of urban ecology; followed by consideration of the biophysical character of the urban environment and the diverse habitats found within it. It then examines human relationships with urban nature, the health, economic and environmental benefits of urban ecology before discussing the methods used in urban ecology and ways of putting the science into practice. The Handbook offers a state-of the art guide to the science, practice and value of urban ecology. The engaging contributions provide students and practitioners with the wealth of interdisciplinary information needed to manage the biota and green landscapes in urban areas.
As the population, economy and urban built environment in the Gauteng City-Region (GCR) expand, government is increasingly under pressure to provide urban infrastructure to support growth. It is increasingly important that this infrastructure is sustainable, minimising the negative environmental impacts often associated with traditional forms of urban development. Green Infrastructure (GI) is the interconnected set of natural and man-made ecological systems, green spaces and other landscape features that provide services and strategic functions in the same way as traditional infrastructure. In harnessing the benefits of ecosystem services, GI has emerged as a more efficient, cost effective and sustainable alternative – and sometimes accompanying approach – to conventional forms of infrastructure. Despite international evidence demonstrating how GI can be used as an alternative to, or in tandem with, traditional infrastructure, the GI approach has so far gained only limited traction in the GCR. In 2013 the GCRO published the State of Green Infrastructure in the GCR report. The report established the principles that underpin GI, used available data to map the extent of GI networks in the region, assessed to what extent municipalities were aware of and applying a GI approach, and demonstrated a possible way to value GI in local government financial systems. The conclusions of the State of Green Infrastructure report were used to guide the next phase of GCRO’s research in support of the adoption of GI approach – a phase focused on better understanding the opportunities for implementing GI in planning and infrastructure development programmes and on addressing some of the challenges associated with shifts towards this approach. A framework for a green infrastructure planning approach in the Gauteng City-Region, GCRO’s fourth Research Report, builds on the foundations laid in the State of Green Infrastructure report. It assembles expert inputs and reflections from collaborative stakeholder discussions in what was known as the Green Infrastructure CityLab to illustrate important considerations for the development of a GI planning approach in the Gauteng City-Region (GCR). The report is divided into three broad sections. Part A introduces the theoretical underpinnings of a GI approach and builds an argument for the importance of incorporating GI into planning and infrastructure development in the GCR. Part B presents three pieces written by external experts. They consider how GI and ecosystem services can be valued by municipalities, and how so-called ‘grey-green’ infrastructure design solutions can be implemented in the GCR. Part C reflects on the stakeholder engagement process that has been undertaken, primarily through the GI CityLab, to deepen understanding of how GI can be embedded in municipal practice. Based on these research findings, this report concludes with a strategy for GCRO’s next phase of work in its ongoing Green Assets and Infrastructure Project.
With illustrative and detailed examples drawn from throughout the country, Green Infrastructure advances smart land conservation: large scale thinking and integrated action to plan, protect and manage our natural and restored lands. From the individual parcel to the multi-state region, Green Infrastructure helps each of us look at the landscape in relation to the many uses it could serve, for nature and people, and determine which use makes the most sense. In this wide-ranging primer, leading experts in the field provide a detailed how-to for planners, designers, landscape architects, and citizen activists.