ROBERT A. DENMAN
Watershed Specialist, Forest Hydrologist

Mr. Denman is a forest hydrologist specializing in Watershed Analysis, channel morphology, sediment sources and transport, soils, and wetland resources.

 
Education Professional Affiliations

M.S. Forest Hydrology, 1982
University of Washington
B.S. Forest Management, 1978
Colorado State University

American Water Resources Association
Society of Wetland Scientists


Additional Training
Certifications

Watershed Analysis Training, 1994
Washington Department of Natural Resources
Advanced Wetland Delineation, 1991
Wetland Training Institute
Jurisdictional Wetland Delineation
National Wetland Science Training Cooperative
Federal Wetland Delineation, 1989
U.S. Army Corps of Engineers
Instream Water Temperature Model, 1997
U.S. Fish and Wildlife Service

Professional Wetland Scientist
Washington State Watershed Analyst

Specific Expertise:

  • Watershed Analysis Resource assessment in Washington, Oregon, and Idaho
  • Washington DNR Watershed Analysis, certified level 2, stream channels, surface erosion, mass wasting, hydrology, riparian function, public works, prescriptions, and monitoring

Resource Assessment

  • Drainage basin analysis
  • Stream gaging, Erosion control, slope stability

Wetland Resources

  • Delineation using 1987 and 1989 Federal methodologies
  • Hydrogeomorphic classification
  • Functional assessment and evaluation
  • Mitigation design specializing in hydrologic regime design

Project Experience

  • Oregon Watershed Assessment Manual, development of final stream channel and channel modification sections
  • Washington DNR Watershed Analysis, surface erosion; Ohop, Tanwax, and Powell Creeks
  • Watershed Analysis, stream channel, Upper EFSF Salmon River, Idaho
  • Washington DNR Watershed Analysis, stream channel, Mashel River Monitor effectiveness of forest road closures, Mt. Baker Snoqualmie National Forest, Washington
  • Sediment transport and channel morphology, Alec and Black Rivers, AK Establish guidelines for monitoring effectiveness of nonpoint source control programs for the U.S. Environmental Protection Agency, Region 10

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