Combining tree growth, fish and wildlife habitat, mass wasting, sedimentation, and hydrologic models in decision analysis and long-term forest land planning
Cm. Olson et B. Orr, Combining tree growth, fish and wildlife habitat, mass wasting, sedimentation, and hydrologic models in decision analysis and long-term forest land planning, FOREST ECOL, 114(2-3), 1999, pp. 339-348
This paper describes the ecosystem management planning approach that has be
en successfully implemented for landscape-scale sustained yield plans (SYPs
) and is currently being used for multispecies habitat conservation plans (
HCPs). A key aspect of this approach is its emphasis on preventative manage
ment, which involves matching land use activities to the capabilities of th
e landscape such that forest management can occur in an ecologically sustai
nable manner. The planning process targets a desired future condition using
a geographic information system (GIS) to store and analyze site-specific r
esource data. Monitoring and adaptive management will be needed to evaluate
the effectiveness of the selected plan, and to continue to improve the lan
d management plan through time. (C) 1999 Elsevier Science B.V. All rights r
eserved.