This book applies the Total Human Ecosystem as a guiding concept in coastal urban communities to achieve a mutually beneficial relationship between industrial parks and their surrounding wetlands. The early 21st century has been shaped by a need for economic recovery, and by climate change. Consequently, new development models that promote both economic growth and environmental preservation are urgently needed. In turn, the book puts forward an innovative proposal to achieve the shift from a hard path to a soft path through landscape architectural interventions, one that will help industrial factories and their surrounding wetlands coevolve toward sustainability. Through the incorporation of science and design, the proposal for the Total Human Ecosystem on Blakeley Island integrates industry with its surrounding environment. The design scenarios for this new living system are based on scientific principles of landscape ecology that take into account both the human and nonhuman environments as components of the land mosaic. Sustainability is not a final status that is achieved once and for all; it is an ongoing challenge. As a case study, this proposal outlines the urgently needed reconciliation between industrial parks and their surrounding natural ecosystems, and promotes the evolution of both components toward sustainability.

Basic principles : "Sustainability" in context -- Principle 1 : Keep healthy sites healthy -- Principle 2 : Heal injured soils and sites -- Principle 3 : Favor living, flexible materials -- Principle 4 : Respect the waters of life -- Principle 5 : Pave less -- Principle 6 : Consider origin and fate of materials -- Principle 7 : Know the costs of energy over time -- Principle 8 : Celebrate light, respect darkness -- Principle 9 : Quietly defend silence -- Principle 10 : Maintain to sustain -- Principle 11 : Demonstrate performance, learn from failure -- Sustaining principles, evolving efforts.

This book applies the Total Human Ecosystem as a guiding concept in coastal urban communities to achieve a mutually beneficial relationship between industrial parks and their surrounding wetlands. The early 21st century has been shaped by a need for economic recovery, and by climate change. Consequently, new development models that promote both economic growth and environmental preservation are urgently needed. In turn, the book puts forward an innovative proposal to achieve the shift from a hard path to a soft path through landscape architectural interventions, one that will help industrial factories and their surrounding wetlands coevolve toward sustainability. Through the incorporation of science and design, the proposal for the Total Human Ecosystem on Blakeley Island integrates industry with its surrounding environment. The design scenarios for this new living system are based on scientific principles of landscape ecology that take into account both the human and nonhuman environments as components of the land mosaic. Sustainability is not a final status that is achieved once and for all; it is an ongoing challenge. As a case study, this proposal outlines the urgently needed reconciliation between industrial parks and their surrounding natural ecosystems, and promotes the evolution of both components toward sustainability.

Coping with post-industrial brownfields is an issue throughout Europe and North America. A point of departure for their broad rediscovery in Germany was the refurbishment of an abandoned steelworks from 1990 on by Peter Latz which subsequently became Duisburg Nord Landscape Park. There, industrial relics were not demolished or converted but perceived as integral parts of the overall concept and then imbued with new meaning and use. Many additional projects with a similar approach were created in the past decades, among them Parc del Clòt in Barcelona, Parque do Tejo e Trancão in Lisbon or Michel Desvigne's Parc aux Angéliques in Bordeaux, currently under construction. This book does not only describe a systematic framework for the use of post-industrial ruins it also contextualizes them in design history. The author, professor for landscape design at Copenhagen University, covers a wide range of topics, linking 19th century Romanticism's preoccupation with ruins to industrial decline (exemplified by Detroit) and then on to the subsequent Renaissance of the transformed landscape and its refound beauty.

This comprehensive and authoritative guide offers an evidence-based overview of healing gardens and therapeutic landscapes from planning to post-occupancy evaluation. It provides general guidelines for designers and other stakeholders in a variety of projects, as well as patient-specific guidelines covering twelve categories ranging from burn patients, psychiatric patients, to hospice and Alzheimer's patients, among others. Sections on participatory design and funding offer valuable guidance to the entire team, not just designers, while a planting and maintenance chapter gives critical information to ensure that safety, longevity, and budgetary concerns are addressed.

This open access book traces the development of landscapes along the 414-kilometer China-Laos Railway, one of the first infrastructure projects implemented under China's Belt and Road Initiative (BRI) and which is due for completion at the end of 2021. Written from the perspective of landscape architecture and intended for planners and related professionals engaged in the development and conservation of these landscapes, this book provides history, planning pedagogy and interdisciplinary framing for working alongside the often-opaque planning, design and implementation processes of large-scale infrastructure. It complicates simplistic notions of development and urbanization frequently reproduced in the Laos-China frontier region. Many of the projects and sites investigated in this book are recent "firsts" in Laos: Laos's first wildlife sanctuary for trafficked endangered species, its first botanical garden and its first planting plan for a community forest. Most often the agents and accomplices of neoliberal development, the planning and design professions, including landscape architecture, have little dialogue with either the mainstream natural sciences or critical social sciences that form the discourse of projects in Laos and comparable contexts. Covering diverse conceptions and issues of development, including cultural and scientific knowledge exchanges between Laos and China, nature tourism, connectivity and new town planning, this book also features nine planning proposals for Laos generated through this research initiative since the railway's groundbreaking in 2016. Each proposal promotes a wider "landscape approach" to development and deploys landscape architecture's spatial and ecological acumen to synthesize critical development studies with the planner's capacity, if not naive predilection, to intervene on the ground. Ultimately, this book advocates the cautious engagement of the professionally oriented built-environment disciplines, such as regional planning, civil engineering and landscape architecture, with the landscapes of development institutions and environmental NGOs.

This groundbreaking work explains key ecological concepts and their application to the design and management of sustainable landscapes. It covers topics from biogeography and plant selection to global change. Beck draws on real world cases where professionals have put ecological principles to use in the built landscape.

Winner of the Australian Institute of Landscape Architects (AILA) National Excellence Award (Research and Communication) 2017 Winner of the AILA VIC Excellence Award (Research and Communication) 2017 Highly Commended (Communication and Presentation) Landscape Institute Awards 2018 Landscape architecture has a pivotal role in ensuring environmental sustainability through design interventions. This book takes a broad look at strategies and completed projects to provide the reader with a strong understanding of the sustainability challenges being faced by designers today, and potential routes to addressing them. The book covers essential concepts of landscape architecture and environmental sustainability, including: - Ecology, multifunctional landscapes and sensitive intervention - Remediation, cleansing and environmental infrastructure - Social sustainability, design activism and healthy landscapes - Food systems, productive landscapes and transportation - Performance ratings, materials and life cycles Through case studies from around the world and interviews with leading landscape architects and practitioners, this book invites discussion about possible future scenarios, relevant theories and project responses in landscape environmental design. With hundreds of color images throughout the book, and additional study material in the companion website, Joshua Zeunert provides an overview of the multidimensional qualities of landscape sustainability.

Winner of the 2017 CBHL Literature Award of Excellence in Landscape Design and Architecture Phyto presents the concepts of phytoremediation and phytotechnology in one comprehensive guide, illustrating when plants can be considered for the uptake, removal or mitigation of on-site pollutants. Current scientific case studies are covered, highlighting the advantages and limitations of plant-based cleanup. Typical contaminant groups found in the built environment are explained, and plant lists for mitigation of specific contaminants are included where applicable. This is the first book to address the benefits of phytotechnologies from a design point of view, taking complex scientific terms and translating the research into an easy-to-understand reference book for those involved in creating planting solutions. Typically, phytotechnology planting techniques are currently employed post-site contamination to help clean up already contaminated soil by taking advantage of the positive effects that plants can have upon harmful toxins and chemicals. This book presents a new concept to create projective planting designs with preventative phytotechnology abilities, ‘phytobuffering’ where future pollution may be expected for particular site programs. Filled with tables, photographs and detailed drawings, Kennen and Kirkwood's text guides the reader through the process of selecting plants for their aesthetic and environmental qualities, combined with their contaminant-removal benefits.

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