NetMap Projects 2006-2009
(1) Project Type/Year: Prototype NetMap coverage/2006
Funder: NOAA Fisheries (Seattle, WA)
Location/area: Eastern Washington (16 M acres/6.4 M ha)
Parameters: Universal stream layer, basic netstream parameters (channel gradient, width, drainage area etc.)
Objectives: To support NOAA’s program of watershed classification in support of monitoring and restoration
(2) Project Type/Year: NetMap coverage/2006
Funder: Oregon Department of Forestry (ODF)
Location/area: Oregon Coast Range (6 M acres/2.4 M ha)
Parameters: Universal stream layer, all NetMap parameters
Objectives: To support forest management, restoration and conservation
(3) Project Type/Year: NetMap–related analysis /2006-07
Funder: Oregon Department of Forestry (ODF)
Location/area: Wilson Watershed, northern Coast Range (200,000 acres/80,000 ha)
Parameters: All NetMap parameters; analysis of relations between landslide and debris flow hazards and fish habitats
Objectives: To support ODF’s watershed analysis program
(4) Project Type: NetMap coverage/2007
Funder: U.S.F.S. (Pacific Southwest Research Station)
Location/area: Upper Sacramento and Trinity River watersheds (4.5 M acres/1.8 M ha)
Parameters: Universal stream layer, all NetMap parameters
Objectives: To support forest management, wildfire planning, restoration and conservation
(5) Project Type: NetMap coverage and analysis /2007-08
Funder: EPA (TMDL)
Location/area: Madd River watershed, Northern California (350,000 acres/140,000 ha)
Parameters: Universal stream layer, all NetMap parameters; analysis of sediment sources (in conjunction with North State Resources)
Objectives: To support forest management, wildfire planning, restoration and conservation
(6) Project Type: NetMap coverage/2007-08
Funder: Hayfork Watershed Council
Location/area: Big Creek watershed, Northern California (50,000 acres/20,000 ha)
Parameters: analysis of the relationships among fire risk, erosion risk and habitat sensitivity
Objectives: To support forest fire management planning (thinning operations to reduce threats of fire to fisheries and water quality)
(7) Project Type: NetMap coverage/2007-08
Funder: Campbell Timberland Management
Location/area: North central California Coast Range (500,000 acres/200,000 ha)
Parameters: universal stream layer, all NetMap parameters
Objectives: To support forest management and restoration
(8) Project Type: NetMap coverage/2008-09
Funder: Foothills Model Forest, Alberta Canada
Location/area: East slope of the Rocky Mountains (150,000 acres/60,000 ha)
Parameters: universal stream layer, all NetMap parameters (using 2 m LiDAR)
Objectives: To support forest and fishery management
(9) Project Type: NetMap coverage/2008
Funder: U.S. Forest Service, EMAP project (Region 6, Portland, Oregon)/Pacific Northwest Research Station
Location/area: Willamette and Deschutes National Forests, central Oregon (3.2 million acres/1.3 M ha)
Parameters: universal stream layer, all NetMap parameters
Objectives: To support U.S.F.S.’s EMAP program
(10) Project Type: NetMap coverage/2008
Funder: Wild Salmon Center
Location/area: Hoh River watershed, western Washington (260,000 acres/100,000 ha)
Parameters: universal stream layer, all NetMap parameters
Objectives: To support Wild Salmon Centers’ restoration programs
(11) Project Type: NetMap coverage/2008-09
Funder: Hinton Forest Products
Location/area: East slope of the Rocky Mountains, west of Edmonton, Alberta (2.5 M acres/1 M ha)
Parameters: universal stream layer, all NetMap parameters
Objectives: To support forest and fishery management
(12) Project Type: NetMap coverage & translation of NetMap into Russian/2008
Funder: Wild Salmon Center (Portland, OR)/ Russian Sakhalin Salmon Initiative
Location/area: Sakhalin Island, Russian Far East (200,000 acres/80,000 ha)
Parameters: universal stream layer, all NetMap parameters, on site training
Objectives: To support fishery management and conservation
(13) Project Type: NetMap coverage & incorporation of fire risk (Flammap) and erosion risk indices (WEPP, post fire)/2008-2009
Funder: U.S.F.S. (Mt. Shasta-Trinity National Forest)
Location/area: Mt. Shasta-Trinity National Forest, Northern California (2.2 M acres/0.9 M ha)
Parameters: universal stream layer, all NetMap parameters; integration of fire risk indices with WEPP erosion prediction technology
Objectives: To support forest fire management
(14) Project Type: NetMap coverage & support of watershed assessment
Funder: California State/Sacramento River Exchange
Location/area: Upper Sacramento River basin, Northern California (450,000 acres/180,000 ha)
Parameters: universal stream layer, all NetMap parameters; integration of fire risk indices with WEPP erosion prediction technology
Objectives: To support forest, wildland fire and fishery management
(15) Project Type: NetMap coverage-development of habitat models for Copper River Chinook and sockeye salmon/2009
Funder: Ecotrust (Alaska)
Location/area: Copper River, Alaska (Tonsina and Klutina basins, ~500,000 acres/200,000 ha)
Parameters: universal stream layer, all NetMap parameters; habitat intrinsic potential models for Copper River Chinook and sockeye salmon
Objectives: To support aquatic (fish) conservation
(16) Project Type: NetMap coverage-integration with fire risk indices (Flammap) and fire-spotted owl management guidelines/2009
Funder: Federal - Joint Fire Science Program
Location/area: Wenatchee-Okanogan National Forests, eastern Washington (8 million acres/3.2 M ha)
Parameters: universal stream layer, all NetMap parameters; integration with fire risk indices (Flammap) and fire-spotted owl management guidelines/integration with road maintenance programs
Objectives: To support aquatic (fish) conservation, forest fire and road planning initiatives
(17) Project Type: NetMap coverage-integration with NOAA Fisheries Decision Support Tool
Funder: NOAA Fisheries (Montlake Lab, Seattle, WA)
Location/area: Southwest Washington (400,000 acres/160,000 ha)
Parameters: universal stream layer, all NetMap parameters; integration with NOAA-Fisheries Decision Support System (effects of forest management on salmonid production)
Objectives: To support aquatic (fish) conservation and land use management