NetMap Community Digital Watersheds & Shared Analysis Tools
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1 NetMap Community Digital Watersheds & Shared Analysis Tools Earth Systems Institute U. S. Forest Service, Pacific Northwest Experiment Station & Collaborating Agencies
2 The NetMap Project Collaborators: Earth Systems Institute (non profit) USFS, PNW, PSW Research Stations USFS, Region 6 (WA, OR) BLM (OR) EPA (Puget Sound) NOAA- Fisheries Private Industry NGOs
3 NetMap s Components 1) Community digital watersheds within a common data structure 2) Shared analysis tools (ArcGIS) utilizing digital watersheds for decision support 3) Community (stakeholder) supported design, development and maintenance
4 Community Concept Federal Agencies State Agencies Universities Communication Digital Watersheds (common structure) Web based Analysis Tools Collaboration NGOs Consultants Private Industry In: EOS (AGU) 2009 Future of Applied Watershed Science at Regional Scales (download at
5 Why a community based system? NWFP Increasing spatial scale of land use planning and overlapping agency jurisdictions Similar questions, data, and analysis tool needs Flat or declining budgets and reduced staff (community = powerful form of leveraging) In the last decade: High resolution digital data Fast computers w/vast storage Advanced GIS Watershed process models Web
6 Shared Tool Development (~ 100 tools) Aquatic habitat indices Habitat intrinsic potential models Core areas Channel classification Floodplains Connectivity Watershed Processes Sediment Wood Thermal Vegetation Forest conditions Fire risk Burn severity Roads Drainage diversion Surface erosion Stability Floodplains etc. Ground-Up Tool Design Automated GIS (search, sort & rank, query), Google Earth, Technical Help
7 Shared Tool Development (~ 100 tools) Aquatic habitat indices Habitat intrinsic potential models Core areas Channel classification Floodplains EPA Connectivity Watershed Processes Sediment Wood USFS Thermal Vegetation Forest conditions Fire risk Burn severity Roads Drainage diversion Surface erosion Stability Floodplains etc. NOAA Ground-Up Tool Design Automated GIS (search, sort & rank, query), Google Earth, Technical Help Wild Salmon Center
8 Community Digital Watersheds (within a common data structure) 77 million acres, 120,000 mi 2 among federal/state collaborators Completed In process Advantages: Supports development of shared analysis tools Increases consistency within and across agencies Encourages increased communication & collaboration Analyzes dissimilar watershed in similar ways
9 Decision Support Multiple Applications Restoration Forestry Timber harvest Roads Conservation Pre- fire planning Aquatic Habitats Climate Change Post- fire (BAER) planning
10 Climate change Approach: Focused approach on specific impacts Temp
11 Post Fire Planning (BAER) Pre Fire Management Road Analysis (minimum roads) Climate change Timber harvest (riparian mgmt, insects) Watershed Restoration ESA/CWA Or integrate with existing management programs
12 Climate change and road concerns (impact to fisheries and transportation); an example analysis using NetMap
13 Step 1: Examine downscaled Global Climate predictions Increased winter flooding likely
14 Step 2: Examine roads within GCM predictions Areas of potential concern Ratio of snowmelt runoff to total runoff, in percent ( historical) Roads
15 Step 3: Define vulnerable habitats (A) (B)
16 (A) Step 4: Map Road Density Road density (km/km 2 ) sub basin scale (B) Road density (km/km 2 ) stream segment scale finer scale Drainage wings
17 Step 5: Predict road drainage diversion/erosion potential Road pixel (A) Road drainage diversion (m) (B) Road surface erosion (WEPP) Low High (C) Road erosion to streams
18 Step 6: Identify roads in floodplains Areas of potential concern Floodplain Roads in Floodplains Roads
19 Step 7: Evaluate road instability potential Failure/gully potential Low (A) Roads High (B) Road instability potential Low High Potential concern
20 Step 8: Roads and debris flows (B) (A) Roads Roads intersecting higher debris flow risk Debris flow risk Low High
21 Step 9: Putting the pieces together NetMap s automated search and overlap tools Debris flow potential (>0.03) & Bull trout habitat (>0.5) Road density (> 5 km/km 2 ) & Bull trout habitat (>0.5) Target areas of potential interest & concern Target field surveys, maintenance
22 Wenatchee-Okanogan National Forest Minimum Roads Analysis (they conducted the foregoing analysis see poster)
23 Step 1: fuels Pre- and post fire planning (Shasta-Trinity National Forest) Step 2: fire intensity (inc. climate change) Step 3: Erosion Step 4: Habitat Step 5 Overlay high fire intensity w/ high erosion risk Step 5 Identify overlaps among high fire risk, high erosion potential & high habitat potential Prioritize treatments
24 Conclusions NetMap is a community system of shared digital watersheds & analysis tools Climate change concerns can be integrated within existing management programs (roads, fire, riparian etc.) Landscape vulnerability assessments can be done efficiently and focus on issues pertaining to roads, fire, insects, aquatic species etc. See NetMap demo for hands on For additional information, see Posters (w/handouts) NetMap Project seeks additional collaborators; for additional information go to Or contact Dr. Lee Benda at Earth Systems Institute (leebenda@earthsystems.net)
Floodplains are an important constituent of coho habitats and can be targeted for restoration. NetMap s advanced floodplain mapping tool calculates
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