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The Adirondack Park of New York State
is a unique combination of public forest preserve protected by the State
constitution and private land regulated by regional zoning laws. This
combination of ownership models and their historical evolution has resulted
in an application of land-use planning compatible with large-scale biodiversity
protection. By implementing a network of 6 million acres of public
and private lands across 105 towns and villages, this distinct bioregion
has worked to protect the ecological integrity of the largest park in the
contiguous United States through the integration of economy and ecology in
the spirit of regional sustainable development. The Adirondack Park affords an opportunity to study the co-evolution of natural and human-made landscapes, the unique flora and fauna of a United Nations defined bioregion, and a case for sustainable development of national and international significance. This graduate course will immerse a small group of students in a place-based study of Adirondack ecology, economy, and integrated management. Students will explore the (1) physical and ecological landscape of the Adirondacks as a basis for understanding how humans have been influenced by and have affected this ecosystem, (2) efforts to regulate human impacts on the natural system through the formation of Adirondack Park and the Land Use Plan, and (3) lessons gained from the implementation of the Park regulations over the past 30 years to current national and international discussions of sustainability. The course will include presentations by speakers from agencies and organizations in the Adirondacks, as well as student presentations, individually and in groups. Coordinated by: Bill Porter, Professor of Wildlife Ecology State University of New York College of Environmental Science and Forestry Jon Erickson, Associate Professor of Ecological Economics Rubenstein School of Environment and Natural Resources, University of Vermont |
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Course Syllabus The seminar is organized into four sections, following the means to ends spectrum illustrated below. Our approach will be to enlist students and experts to prepare overviews addressing questions in each of four areas. A series of 30-minute presentations will be made on Friday evening and Saturday, with an intent to evoke discussion. We will then collectively summarize our thinking in written form on Sunday morning before departure for home. Groups of 2 or 3 students will take a series of questions, do the library research and prepare PowerPoint presentations. First, we want to explore the biophysical bounds of the system, the features of the physical and ecological landscape. These define what is possible (the ultimate means), and the region’s carrying capacity and the natural capital that allows human communities to prosper and form ties with the regional, national, and international communities. Second, we want to explore the duality between nature and humanity. How has the landscape influenced human activity and, in turn, how has human activity influenced natural communities? As the ultimate means are put to human use, they become intermediate means, the goods and services that meet human wants and desires. In the Adirondacks, this is a story of forest products, wildlife management, outdoor recreation, and the homesteads and industry that support the 105 towns and villages of the Park. The intermediate means are also experiential: the arts, crafts, and architecture of the region’s cultural landscape and heritage. Third, we want to understand the institutional mechanisms for managing the interface between humans and the natural environment. Along the ends to means spectrum, the role of institutions is to connect the human dominated landscape and economies with the intermediate ends of society, including economic vitality, social welfare, and environmental sustainability. Finally, we want to apply the lessons of the Adirondacks to the current national and international discussion of sustainability. We want to distill the insights they provide about the ultimate ends of the Adirondack experiment, the well-being of its participants. |
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Discussion Questions The Biophysical Context
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