Phase II Sediment Study Grays Harbor and Willapa Bay July 19, 2019 – Grays Harbor Conservation District
Phase II Sediment Study Grays Harbor and Willapa Bay July 19, 2019 – Grays Harbor Conservation District Mott MacDonald | Phase II, Grays Harbor and Willapa Bay Sedimentation Dynamics and Mitigation Measures Project Contents 1 Qualifications and Relevant Experience 1 2 Description of Project Experience 5 3 Methodology and Background 8 4 Schedule 10 Mott MacDonald | Phase II, Grays Harbor and Willapa Bay Sedimentation Dynamics and Mitigation Measures Project 1 1 Qualifications and Relevant Experience Mott MacDonald, LLC (Mott MacDonald) combines coastal, estuarine, water resources, and ports expertise to deliver high quality coastal processes analysis and innovative designs that meet the client’s goals and objectives. Our Coastal and Ports practice (formerly called Coast & Harbor Engineering) provides specialty engineering services in numerical modeling, coastal processes assessments, sediment transport and pathways analysis, and design of various shoreline erosion protection, restoration, and planning projects located on open coasts and in estuaries, lakes, and rivers. Mott MacDonald engineers perform feasibility studies, numerical modeling of coastal, geomorphologic, littoral, and hydrodynamic processes, and all phases of engineering design, planning, permitting assistance, and construction management for coastal Innovative Modeling: 3D Wave Modeling of improvements and ecosystem restoration actions. Living Shoreline Oyster Reef Coastal/Estuarine Processes Analysis & Design Evaluation, assessment, and design of estuarine habitats including shellfish beds, eelgrass, forage fish, and juvenile salmon is a core competency of our coastal practice. Our engineers specialize in analyzing physical processes and their effects in the coastal and estuarine zone areas. By analyzing and simulating waves, currents, winds, sediment transport, and morphologic processes, we assess the project’s feasibility for planning, permitting, and design.
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