Ecosystem management: a framework for management of our National Forests

The USDA Forest Service has altered its traditional method of land management to include the concept of ecosystem management (EM) while not discounting or changing its mission for multiple use. It requires that ecosystem considerations be factored into every aspect of natural-resources management. EM incorporates concern for biodiversity, and application of ecosystem and landscape concepts in resource management. It increases use of scientific knowledge in the management of natural resources, and an understanding of processes that cause change and how they affect and are affected by the activities of people. Demands placed on ecosystems by man have been significant and have changed the landscape, some recently, others over centuries. EM responds to human dependance on ecological systems by insisting that ecosystems be kept resilient and capable of recovery after disturbance. Understanding landscape dynamics and ecological processes is key to EM planning efforts. It is necessary to understand how ecosystems are arranged spatially on the landscape and how they are connected-how materials and energy flow between them and how one ecosystem influences another. Photosynthesis by green plants drives all ecosystem processes. Accumulation of biomass on the landscape through the 20th century and fire-management policies have caused a problem in the Northern Rockies. Success of the Forest Service in firefighting has resulted in a disturbance regime unlike what forest species adapted to over the past 10,000 years. As a result, forest composition and structure in the Northern Rockies, and associated fuel patterns, have changed. The ecological consequence is that fires can have a dramatically different outcome than they did prehistorically. With fewer fires and increased fuel loads since settlement, fires now have a more devastating effect on the landscape. Key to EM is conserving biodiversity. The approach selected by the Forest Service is a multi-faceted strategy that emphasizes managing regional-level landscapes within natural system variation. Managing ecosystems and landscapes, conserving biodiversity, and producing goods and services for mankind requires that land managers analyze ecosystems at much broader scales to achieve these goals. The more landscapes are kept near or at their range of natural variability, the greater the potential for maintaining sustainability. The only way to achieve an understanding of ecosystems and gain acceptance for this style of management is with a team approach, where everyone has an opportunity to understand and participate in the development of EM strategies

Conceptual and Empirical Themes regarding the Design of Technology Transfer Programs: A Review of Wood Utilization Research in the United States

Transfer of technologies produced by research is critical to innovation within all organizations. The intent of this paper is to take stock of the conceptual underpinnings of technology transfer processes as they relate to wood utilization research and to identify conditions that promote the successful transfer of research results. Conceptually, research utilization can be viewed from multiple perspectives, including the haphazard diffusion of knowledge in response to vague and imprecise demands for information, scanning of multiple information sources by individuals and organizations searching for useful scientific knowledge, engagement of third parties to organize research results and communicate them to potential users, and ongoing and active collaboration between researchers and potential users of research. Empirical evidence suggests that various types of programs can promote technology transfer (venture capital, angel investors, business incubators, extension services, tax incentives, and in-house entities), the fundamental effectiveness of which depends on research results that are scientifically valid and consistent with the information needs of potential users. Furthermore, evidence suggests preference toward programs that are appropriately organized and governed, suitably led and creatively administered, and periodically evaluated in accordance with clear standards of success

Policy evaluations for U.S. federal timber sale accounting system development.

XVIII IUFRO World Congress, Ljubljana 1986

An Economic Evaluation of the 1979 Forestry Incentives Program

55 pagesRisbrudt, Christopher D.; Ellefson, Paul V.. (1983). An Economic Evaluation of the 1979 Forestry Incentives Program. Retrieved from the University Digital Conservancy, https://hdl.handle.net/11299/139405

Forestry Incentives Program Investments in 1974: Retention Rates Through 1981

32 pagesRisbrudt, Christopher D.; Goforth, Marcus H.; Wheatcraft, Andrew; Ellefson, Paul V.. (1983). Forestry Incentives Program Investments in 1974: Retention Rates Through 1981. Retrieved from the University Digital Conservancy, https://hdl.handle.net/11299/139410

Forest products research and development organizations in a worldwide setting : a review of structure, governance, and measures of performance.

This paper explores issues involving the design and operation of forest products research organizations.Research supported by the University of Minnesota’s Department of Forest Resources and MN Agricultural Experiment Station, and by the Forest Products Laboratory, Forest Service, U.S. Department of Agriculture, Madison, WI