Over the past century, solutions to natural resources policy issues have become increasingly complex. Multiple government agencies with overlapping jurisdictions and differing mandates as well as multiple interest groups have contributed to gridlock, frequently preventing solutions in the common interest. Community-based responses to natural resource problems in the American West have demonstrated the potential of local initiatives both for finding common ground on divisive issues and for advancing the common interest. The first chapter of this enlightening book diagnoses contemporary problems of governance in natural resources policy and in the United States generally, then introduces community-based initiatives as responses to those problems. The next chapters examine the range of successes and failures of initiatives in water management in the Upper Clark Fork River in Montana; wolf recovery in the northern Rockies; bison management in greater Yellowstone; and forest policy in northern California. The concluding chapter considers how to harvest experience from these and other cases, offering practical suggestions for diverse participants in community-based initiatives and their supporters, agencies and interest groups, and researchers and educators.

The world's first national park, Yellowstone is a symbol of nature's enduring majesty and the paradigm of protected areas across the globe. But Yellowstone is constantly changing. How we understand and respond to events that are putting species under stress, say the authors of Yellowstone's Wildlife in Transition, will determine the future of ecosystems that were millions of years in the making. With a foreword by the renowned naturalist E. O. Wilson, this is the most comprehensive survey of research on North America's flagship national park available today. Marshaling the expertise of over thirty contributors, Yellowstone's Wildlife in Transition examines the diverse changes to the park's ecology in recent decades. Since its creation in the 1870s, the priorities governing Yellowstone have evolved, from intensive management designed to protect and propagate depleted large-bodied mammals to an approach focused on restoration and preservation of ecological processes. Recognizing the importance of natural occurrences such as fires and predation, this more ecologically informed oversight has achieved notable successes, including the recovery of threatened native species of wolves, bald eagles, and grizzly bears. Nevertheless, these experts detect worrying signs of a system under strain. They identify three overriding stressors: invasive species, private-sector development of unprotected lands, and a warming climate. Their concluding recommendations will shape the twenty-first-century discussion over how to confront these challenges, not only in American parks but for conservation areas worldwide. Highly readable and fully illustrated, Yellowstone's Wildlife in Transition will be welcomed by ecologists and nature enthusiasts alike.

This edited collection explores the many ways in which diverse individuals and groups—such as state and federal managers, First Peoples, ranchers, miners, oil and gas extraction industries, sports enthusiasts, environmentalists, local residents, and tourists—actively negotiate, contest, and collaborate on issues regarding public lands in the American West. Tracing these ever-morphing alliances and antagonisms, this volume highlights the recurring patterns within this diverse array of social actors.

Ecological Dynamics on Yellowstone's Northern Range discusses the complex management challenges in Yellowstone National Park. Controversy over the National Park Service's approach of "natural regulation" has heightened in recent years because of changes in vegetation and other ecosystem components in Yellowstone's northern range. Natural regulation minimizes human impacts, including management intervention by the National Park Service, on the park ecosystem. Many have attributed these changes to increased size of elk and other ungulate herds. This report examines the evidence that increased ungulate populations are responsible for the changes in vegetation and that the changes represent a major and serious change in the Yellowstone ecosystem. According to the authors, any human intervention to protect species such as the aspen and those that depend on them should be prudently localized rather than ecosystem-wide. An ecosystem-wide approach, such as reducing ungulate populations, could be more disruptive. The report concludes that although dramatic ecological change does not appear to be imminent, approaches to dealing with potential human-caused changes in the ecosystem, including those related to climate change, should be considered now. The need for research and public education is also compelling.