(1) Develop watershed databases and integrate them into NetMap across all Oregon Dept. of Forestry administrative lands (6 million acres) (current, funded Oregon Dept. of Forestry).

(2) Develop watershed databases and integrate them into NetMap across 2 million acres of the Trinity and Upper Sacramento River Basins in Northern CA (2 million acres) (current, funded USFS, PSW Station).

(3) Conduct watershed analysis for the Wilson River Basin using NetMap (current, funded Oregon Dept. of Forestry).

(4) Create headwater stream classification systems (current, funded through Oregon Headwaters Research Consortium)

(5) U.S.F.S., Pacific Northwest Station, Examine the relationship between debris flows and channel morphology and fish habitats in unmanaged basins, Oregon Coast Range (completed).

(6) National Marine Fisheries Service, Couple models of stochastic geomorphology with fish habitat and fish movement (completed).

(7) Oregon State Univ/U.S.F.S., Develop predictive models of dynamic watershed processes and fish habitat (completed).

(8) Utah State Univ/USDA, Quantify the exposure of streams to sediment input from managed forests (completed).

(9) Bureau of Land Management, Study the interaction of natural and management related erosion on anadromous habitats (completed)

(10) National Science Foundation (Biocomplexity Program Grant), Development of new conceptual frameworks coupling geomorphology and riverine ecology (completed).

(11) Oregon Dept. of Geology: Develop a model for predicting risk from debris flow erosion (completed).

(12) National Center for Ecological Analysis and Synthesis (NCEAS, UC, Santa Barbara): Develop new approaches for environmental problem solving (completed).

(13) Rocky Mountain Research Station (USFS): Develop an educational CD illustrating dynamic nature of forested watersheds (completed).

(14) Washington Forest Protection Association/ESI: Develop a wood budget technology (completed).

(15) ESI: Develop and apply a two day slope stability field course (220 students enrolled) (completed).