Hydrodynamics
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Hydrodynamics is a branch of geophysics that describes how water moves and relates to sediments and other materials adjacent to or suspended in the flow. Hydrodynamics category is used to flag Efforts and Products that explore how rivers, tides, and waves capture and transport sediments to affect the structure of shorelines. Landforms are a natural way to organize this understanding, as the structure of landforms reflects physiographic processes
Tidal Floodplains
In River Deltas and Embayments where fluvial influences are moderated by tidal flows.
Topics
- Beneficial Use of Dredge Materials
- Burlington Northern Santa Fe Railroad Grade
- Development of Tidal Channels Following Restoration
- Restoration of Woody Tidal Swamp on River Deltas
- River Delta Accretion and Sea Level Rise
- River Delta Flood Management and Drainage
- River Delta Restoration and Hydrodynamics
Efforts
- Automating Landscape Connectivity for Puget Sound River Deltas and Pocket Estuaries
- Chinook Response to Estuary Restoration
- Coastal Blue Carbon Project
- Coastal Resilience to Climate Change
- Effects of Exposed Tidal Flats on Water Temperature in the Snohomish Estuary
- Juvenile salmon response to landscape connectivity change within two Puget Sound river estuaries
- Maximizing Benefits of Shoreline Armor Removal
- Meadowdale: Informing Puget Sound coastal stream restoration
- Nisqually Delta Distributary Restoration Pre-design
- Nisqually River Delta Sediment Budget and Assessment of Opportunities to Recovery Sediment Supply to Sustain Marsh
- PREDICTING SHOREFORM EVOLUTION IN PUGET SOUND Guidelines and Tools to Estimate Gravel Transport
- Predicting Rates of Channel Development
- Puget Sound Large River Delta Tidal Restriction and Wetland Mapping
- Puget Sound Tidal Restriction and Wetland Mapping
- Snohomish Delta Ecosystem Monitoring and Evaluation
- Snohomish Estuary Restoration Effects on Temperature, Salinity, and Tides
- Stillaguamish Delta Dredged Sediment Re-use
- Stillaguamish Delta Dynamics Affecting Restoration
- Tidal Channel Reference Model
- Tidal Channel Restoration Guidelines
- Use of Large Wood in Shoreline Restoration
Products
- Athearn et al 2010 mapping elevation lidar vs sonar
- Cereghino 2020 rivers of water and mud
- Czuba et al 2011 sediment budgets in puget sound rivers
- Dalrymple & Choi 2007 tidal delta framework
- De Leeuw et al. 1991 factors affecting intertidal salinity gradient
- Edmonds & Slingerland 2007 delta distributary bifurcation from bar formation
- Fagherazzi et al 2012 salt marsh evolution models
- French & Stoddart 1992 marsh hydraulics
- Fuller 2014 stillaguamish dredged sediment reuse
- Fuller et al 2011 using sea level rise model results
- Grossman 2013 skokomish survey notes
- Grossman 2022 nisqually marsh sediment supply summary
- Grossman et al 2011 skagit shallow stratigraphy
- Guthrie 2012 tidal fresh swamp revegetation
- Hood 2002 channel allometry
- Hood 2006 tidal channel formation as depositional
- Hood 2007 tidal channel and island area
- Hood 2007 wood and skagit delta shrub swamp
- Hood 2010 delta distributary avulsion theory in skagit river
- Hood 2013 channel geometry model
- Hood 2014 natural tidal channel model
- Hood 2015 factors affecting tidal channel geometry
- Kirwan & Murray 2007 tidal marsh evolution model
- Kirwan et al 2008 goose impacts on delta wetlands
- Morris 2007 biomass affects salt marsh accretion
- Mudd et al 2009 tidal marsh, sea level, productivty and carbon
- Syvitski et al 2005 distributary channels and sediment dispersal
- Williams et al 2002 hydraulic geometry
- Yang & Khangaonkar 2008 modeling tidal circulation and stratification skagit bay
- Yang and Khangaonkar 2009 modeling tidal circulation and stratification skagit bay
- Yang et al. 2010 hydrodynamic and ecological assessment of nearshore restoration
- Yang et al 2011 model flood and tide
Wave-Exposed Shorelines
Along Beaches and Headlands where waves organize and transport sediments from bluffs and streams.
Topics
- Beach Strategies for Nearshore Restoration and Protection in Puget Sound
- Bulkhead Removal Feasibility for Localized Restoration
- Evaluating Puget Sound Beach Services for Protection and Restoration
- Feeder Bluff Mapping
- Feeder Bluff Outreach and Armor Removal (Island and Jefferson counties)
- Impacts of Shoreline Armoring
- Mapping Bluffs and Beaches to Quantify Sediment Supply
- Mapping Bluffs and Beaches to Quantify Sediment Supply 2021
- Maximizing Benefits of Shoreline Armor Removal
- Measuring Coastal Bluff Recession Rates Throughout the Puget Sound Region
- Puget Sound Coastal Storm Modeling System (PS-CoSMoS)
- Puget Sound Ecosystem Portfolio Model
- Shoreline Monitoring Database
- Snohomish Railroad Grade Beach Nourishment
- Social Marketing to Reduce Shoreline Armoring
Products
- Cereghino et al 2022 beach nourishment science sprint
- Detheir et al 2020 snohomish railroad grade nourishment
- Dethier et al 2016 impacts of armoring
- Drummond et al 2018 Poster edgewater bulkhead removal and boat lidar
- Finlayson 2006 geomorphology of puget sound beaches
- Friends of the San Juans 2014 armoring impacts and sea level rise
- Galster & Schwartz 1990 ediz hook case study erosion and mitigation
- Gerstel et al 2012 kitsap sediment supply poster
- Gerstel et al 2012 kitsap shoreline sediment source analysis
- Henderson et al 2018 Poster boat lidar shoreline inventory
- File:Kitsap sediment assessment.jpg
- Lambert & Chamberlin 2023 beach nourishment science synthesis
- MacLennan et al 2017 beach strategies phase one summary
- Ruggiero et al 2013 coastal shoreline change
- Shoreline Monitoring Database
- Weiner et al 2018 mapping bluffs and beaches
Freshwater Streams
In Headwater and Watershed landforms where a channel evolves
- Logging road removal
- File:Pollock et al 2015 beaver restoration guidebook.pdf
- Stanley et al 2012 watershed assessment water model
Floodplains
In Floodplains where floods organize wide plains of alluvial sediments
Topics
Efforts
Products
- Abbe & Montgomery 2003 wood debris queets river basin
- FEMA 2023 Flood Risk Mapping Guidance
- Roni et al 2015 wood placement summary
- Yang et al 2011 model flood and tide
