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Architecture
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Type: thesis. Topic: Architecture. Code: arch0001.
Format: pdf. Pages: 200
Format: pdf. Pages: 200
INTEGRATED OPEN SPACE PLANNING
Open space planning has been present within the United States for over a century. Traditionally, open space planning efforts tend to focus more exclusively on either socially-based (e.g., recreational, scenic, or park planning) or ecologically-based (e.g., preserves, habitat networks or more general conservation planning) planning efforts. This separation of ecological and social frameworks in open space planning is reinforced by a persistent cultural model, where community and conservation are seen as opposing forces instead of partners.
While recent open space planning efforts have begun to integrate social and ecological frameworks into one plan, the majority of our knowledge on integrated open space planning comes from individual case studies. Thus, a synthesized toolbox for how to practice this planning field is lacking. Given this lack of synthesized knowledge of integrated open space planning, an exploratory effort was undertaken to begin to view this newer planning field through a comprehensive lens. The goal of this research was to identify the state of integrated open space planning and begin to assess whether this state was leading toward "landscape integrity," which suggests that healthy social and ecological systems must function together to be sustainable.
Framed within an adapted Pressure-State-Response framework, this thesis employed mixed methods and multiple perspectives to engender a holistic framework that identifies the pressures, state of, and potential responses surrounding integrated open space planning. Pressures synthesized from practice and theory include key barriers and facilitators to achieving integration. For the first time, the state of integrated open space planning has been identified from a synthesis of thirty planning processes, practices, and tools utilized in this new planning field. This framework provides planners with a framework upon which sharing and communication can now take place regarding how integrated open space planning can be institutionalized. Finally, this understanding of the pressures and state reveals potential responses for this newer planning field, including the need for increased collaboration to build this new field of open space planning into a mainstream planning field and increased research into bridging the gaps between theory and practice identified through this thesis.
This study found two integrated open space planning models and a breadth of literature supporting a movement away from the community versus conservation dichotomy. While this movement is not yet mainstream, both paradigm shifts and the rapidly changing landscapes in which we live are reinforcing this trend. With the expanded view and holistic framework illustrated by this research, planners are afforded a similar language upon which they can discuss the tools and processes central to integrated open space planning.
CONTENTS
I. INTRODUCTION
Landscape Integrity and the Pressure-State-Response Framework
Changing Landscapes
Research Need
II. THEORETICAL LENS
The Need for More Inclusive Open Space Planning
Toward a New Paradigm
III. RESEARCH METHODS
Stage One: Invention – Research Design
Stage Two: Discovery – Data Collection
Stage Three: Interpretation – Analysis
Stage Four: Explanation – Documentation and Evaluation
IV. FINDINGS
Integrated Open Space Planning Framework
Research Data Supporting the Framework
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Price: 4.99 GBP (5.96 EUR, 7.85 USD)
Type: term paper. Topic: Architecture. Code: arch0002.
Format: pdf. Pages: 50
Format: pdf. Pages: 50
Renewable Energy and Landscape Architecture
Governments and utility organizations around the world have mandated and provided incentives for new distributed renewable energy generation (DREG) capacity, and market projections indicate strong growth in distributed renewable energy generation installations in the coming years. New distributed renewable energy generation utilities, by definition, will be primarily located in built environments near consumers; these utilities are often planned and designed by landscape architects, yet no evidence-based, distributed renewable energy generation research is explicitly done by landscape architects or recognizes the role landscape architects play in planning and designing these spaces. The research and analysis provided by this study indicates that distributed renewable energy generation lacks a strong foundation as an independent concept which could benefit from clear broad phraseology linked to organized sub-terms/phrases for specific forms of DREG, that there has been some research done on topics familiar to landscape architects, that more needs to be done to meet important research questions and recommendations already posed, and that landscape architects are positioned to contribute to future distributed renewable energy generation research.
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Price: 3.99 GBP (4.77 EUR, 6.27 USD)
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