|
COYO"I'E CREEK MICHAEL W. SIHPPEY, MLA
<br /> I:NVIRONMEN"I'AI. SERVICES PRINCIPAL/LANDSCAPEECOLOQI3T
<br /> Education Master of Landscape Arch., Landscape Ecology focus, Univ. of Oregoq 1991
<br />
<br /> . Bachelor of Landscape Architecture, University of Oregon, 1989
<br /> Bachelor of Fine Arts (Visual Arts), Bio. Sciences minor, Or. Stale Univ., 1976
<br /> Professional Member, Society ojWetland Scientists
<br /> Affiliations Member, Society jor Ecological Restoration
<br /> Professional 2002 -present, Principal /Landscape Ecologist, Coyote Creek Environmental Services
<br /> Experience 1999 - 2002, Associate /Natural Resources Manager, Satre Associates, P.C.
<br /> 1998-1999, Senior Natural Resources Specialist, Satre Associates, P.C.
<br /> 1991-1998, Wetland Resource Specialist, Oregon Department of Transportation
<br /> 1995, Adjunct Faculty, Landscape Architecture Dept., University of Oregon
<br /> 1989-1991, Wetland Field Researcher, Scientific Resources Inc.
<br /> Supplemental Feb. 2003, Native Plant Restoration in the Willamette Valley Workshop, OSU
<br /> Coursework Feb. 2003, NW Stream Restoration Design Symposium, NWRR Organization
<br /> Jan. 2002, Mitigation Planting Workshop, Division of State Lands
<br /> Nov. 2001, Watershed Restoration Workshop, American Fisheries Society
<br /> Apri12001, Mitigation Goals, Objectives and Success Criteria Workshop, D.S.L.
<br /> March 2001, HydroGeoMorphic Assessment Methodology Workshop, D.S.L.
<br /> May 2000, ESA and Biological Assessments Workshop, Society of Wetland Scientists
<br /> Feb. 1999, Storrnwater Solutions, Implementation of NPSP Control, City of Medford
<br /> May 1997, Designing and Implementing Habitat Modifications for Salmon and Trout, O.D.O.T.
<br /> May 1997, Integrating Stormwater Management & Wetlands, Society of Wetland Scientists
<br /> Feb. 1997, The Hydrogeomorphic Functional Assessment Method, CTE Teleconference
<br /> July 1996, Hydric Soil Geomorphology and Identification Course, Or. State University
<br /> July 1994, Grasses, Sedges and Rushes Course, Hortus Northwest
<br /> June 1994, Streambank Protection using Vegetation Workshop, Wash. Dept. of Ecology
<br /> Sept. 1993, Visual Impact Assessment Course, Federal Highway Administration
<br /> Feb. 1993, Stream Habitat Restoration: App. of Geomorphic Principles, Or. State Univ.
<br /> Oct. 1992, Wetland Delineation Course, 1987 Manual, Wetland Training Institute
<br /> July 1992, Wetland Plant Identification Course, Salix Associates
<br /> April 1992, Constructed Wetlands for Wastewater Treatment, Unified Sewerage Agency
<br /> Through the combination of interests, education and experience, Mike has developed a strong reputation
<br /> for solid natural resource research, innovative environmental design solutions, thorough construction inspection
<br /> and insightful post-construction monitoring. He has demonstrated the ability to deliver complex projects within
<br /> the estimated timefi-ame, and has developed strong working relationships with a wide variety of regulatory and
<br /> resource agency staff members. Additionally, Mike also provides an enthusiastic and creative approach to
<br /> problem-solving, based upon knowledge of the regulations and regulatory processes, integrated with the needs of
<br /> the client and responsible stewazdship of the resource.
<br /> In his 14+ years personally conducting or providing consulting oversight for wetland resource projects,
<br /> Mike has successfully received both State and Federal concurrence for all of his delineation projects. Mike's
<br /> compensatory mitigation designs have often integrated wetland needs with other resource needs, such as threatened
<br /> and endangered plant population conservation zones and fish habitat mitigation. Mike has participated in many
<br /> major projects of local and statewide importance, such as providing delineation services for 170 acres in the West
<br /> Eugene Wetland Program area; providing delineation and rare plant survey services for expansion of the second
<br /> largest airport in the state; providing delineation and compensatory design services for widening of 15 miles of
<br /> Interstate 5 for the Oregon Department of Transportation; providing compensatory design services for realignment
<br /> of 7 miles of State Highway 20, which integrated coastal salmon habitat needs with wetland mitigation
<br />
<br />
|