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An overview of issues involved in visualization technologies used in landscape and environmental planning. Covers a classification of the technology as well as a number of specialized applications across agricultural, industrial and urban planning.
This book provides an in-depth overview of graphic and visual communication styles for conveying climate change and climate action within the landscape architectural profession and in academia. The book features visualizations of climate adaptation and resilience, developed by award-winning landscape architects and academics from Canada, the United States, the United Kingdom, The Netherlands, Denmark, Germany, Italy, France, Finland, South Africa, Singapore, and China. Representing Landscapes: Visualizing Climate Action illustrates the imaginative ways in which climate action and climate resilient concepts are visually presented, communicated, and perceived. The book will be especially valuable for students and practitioners in landscape architecture, urban planning, and related fields to understand how to visually capture climate change issues and design solutions, and to deliver this message to the public.
In Europe, the emerging discipline of geodesign was earmarked by the first Geodesign Summit held in 2013 at the GeoFort, the Netherlands. Here researchers and practitioners from 28 different countries gathered to exchange ideas on how to merge the spatial sciences and design worlds. This book brings together experiences from this international group of spatial planners, architects, landscape designers, archaeologists, and geospatial scientists to explore the notion of ‘Geodesign thinking’, whereby spatial technologies (such as integrated 3D modelling, network analysis, visualization tools, and information dashboards) are used to answer ‘what if’ questions to design alternatives on as...
This book explores expertise relevant for two working groups of NeDiMAH, a European Science Foundation (ESF) funded Research Networking Programme. It examines mapping methods, procedures, tools, criticism, awareness, challenges and solutions around the concepts of “Space and Time” and “Information Visualization”. The chapters explore digital methods in the representation of natural disasters, industrial design, cultural, and the history of architecture. The conclusions link to related research and present suggestions for further work including representing landscape not just as another 3D model but as historic evolution with specialised tools.
"The contour line is the only precise and accurate means for representing the free and natural formation of terrain in the plan; so learn to use this instrument!" Professor Hans Loidl, Landscape Architect and Teacher The two design elements of landscape architecture are plants and terrain. While the subject of vegetation is well documented by numerous publications, there is a lack of technical literature in the field of grading. This volume fills that gap: History, forms of terrain, basic principles, digital modeling, slope reinforcement systems, construction site implementation, and practical examples – all are treated in detail by the author. Short problems, systematically organized and arranged in increasing order of difficulty, enable the reader to apply what he or she has learned. The exercises are suitable for self-study. Together with the large amount of practical information provided by the book, they also enable architects to become familiar with grading as an important design element of landscape architecture.
“We don’t sell gardens; we sell images of gardens.” This observation on the part of a landscape architect makes it clear just how important it is that a design be effectively communicated to the community, clients, and the public. Drawings, models, simulations, and films communicate the designers’ proposed ideas and solutions, but they also convey their attitude toward the use of nature and the environment. With myriad possibilities – including computer programs as well as hand drawings and models, which continue to be widely used – and strong competition in the field, there is now a huge variety of visual representations, with agreed-upon rules but also a great deal of freedom. ...
A Framework for Geodesign: Changing Geography by Design, published by Esri Press, details the procedures that pioneer landscape architect and planner Carl Steinitz developed for the implementation of geodesign in the planning process. Geodesign is a methodology that provides a design framework and supporting technology to leverage geographic information, resulting in designs that more closely follow natural systems. Describing A Framework for Geodesign, author Steinitz says, "This book should be seen as a discussion with examples, intended to illustrate the issues and choices involved in the organization and management of large and complex geodesign studies and projects." Steinitz' framework is shaped by a set of six key questions he developed while analyzing and refining the geodesign process: How should the study area be described?; How does the study area function?; Is the current study area working well?; How might the study area be altered?; What difference might the changes cause?; How should the study area be changed?
The European Landscape Convention has introduced a Europe-wide concept of protection, management and planning of all landscapes – not just the outstanding ones. This book reflects on the background to the establishment of the convention, takes a critical look at examples and experiences of its implementation, and discusses future developments for the convention and the management of landscapes in Europe. A decade after the creation of the European Landscape Convention, this book asks how it has influenced the governance and development of European landscapes, and what role it will play in the coming years. The authors provide a wide range of analyses, reflections and visions, informed by their diverse experiences of researching, working with and using the convention. The sixteen essays are organised into three sections, focusing on the fundamental concepts and values behind the convention, current projects and experiences of implementation, and prospects for future developments.
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