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Articles 31 - 56 of 56
Full-Text Articles in Physical Sciences and Mathematics
Reworking Of Flood Deposits On The Waipaoa Shelf, New Zealand: Buoyant And Gravity-Driven Fluxes, J. M. Moriarty, Courtney K. Harris, Carl T. Friedrichs, M. G. Hadfield
Reworking Of Flood Deposits On The Waipaoa Shelf, New Zealand: Buoyant And Gravity-Driven Fluxes, J. M. Moriarty, Courtney K. Harris, Carl T. Friedrichs, M. G. Hadfield
Presentations
No abstract provided.
Applications Of Acoustics And Optics For The Characterization Of Suspended Particulate Matter Within An Estuarine Observing System, G. M. Cartwright
Applications Of Acoustics And Optics For The Characterization Of Suspended Particulate Matter Within An Estuarine Observing System, G. M. Cartwright
Presentations
No abstract provided.
Combining Observations And Models To Improve Estimates Of Chesapeake Bay Hypoxic Volume, A. J. Bever, M. A.M. Friedrichs, C. T. Friedrichs, M. E. Scully
Combining Observations And Models To Improve Estimates Of Chesapeake Bay Hypoxic Volume, A. J. Bever, M. A.M. Friedrichs, C. T. Friedrichs, M. E. Scully
Presentations
No abstract provided.
Combining Observations And Numerical Model Results To Improve Estimates Of Hypoxic Volume Within Chesapeake Bay, A. J. Bever, M. A.M. Friedrichs, C. T. Friedrichs, M. E. Scully
Combining Observations And Numerical Model Results To Improve Estimates Of Hypoxic Volume Within Chesapeake Bay, A. J. Bever, M. A.M. Friedrichs, C. T. Friedrichs, M. E. Scully
Presentations
No abstract provided.
Spring-Neap Variation In Fecal Pellet Properties Within Surficial Sediment Of The York River Stuary, Virginia, E. A. Wei, L. M. Kraatz, Carl T. Friedrichs
Spring-Neap Variation In Fecal Pellet Properties Within Surficial Sediment Of The York River Stuary, Virginia, E. A. Wei, L. M. Kraatz, Carl T. Friedrichs
Presentations
Fecal pellet abundance was measured within the upper seabed of the York River Estuary as part of a larger study investigating relationships between fine sediment aggregates and bed erodibility. Sedimentalogical surveys were conducted twice a month during the spring and summer of 2011 to coincide with spring or neap tidal cycles. Particle size distributions were determined by sieving the sediment using three methods: 1) typical grain size analysis, 2) gentle agitation with seawater, 3) gentle agitation with deionized water. Each method used four sieves (150, 90, 63 and 45 microns) to constrain the size abundance of the particles. The study …
Intercomparison Of 3-D Models For Estuarine Hydrodynamics And Hypoxia Within The Us Ioos Super-Regional Coastal Modeling Testbed, Carl T. Friedrichs, A. J. Bever, M.A.M. Friedrichs, The Estuarine Hypoxia Team
Intercomparison Of 3-D Models For Estuarine Hydrodynamics And Hypoxia Within The Us Ioos Super-Regional Coastal Modeling Testbed, Carl T. Friedrichs, A. J. Bever, M.A.M. Friedrichs, The Estuarine Hypoxia Team
Presentations
No abstract provided.
Simulation Of Coastal Inundation Instigated By Storm Surge And River Discharge In The Chesapeake Bay Using Sub-Grid Modeling Coupled With Lidar Data, J. D. Loftis, H. V. Wang
Simulation Of Coastal Inundation Instigated By Storm Surge And River Discharge In The Chesapeake Bay Using Sub-Grid Modeling Coupled With Lidar Data, J. D. Loftis, H. V. Wang
Presentations
Sub-grid modeling is a novel method by which water level elevations on the sub-grid level can be obtained through the combination of water levels and velocities efficiently calculated at the coarse computational grid, the discretized bathymetric depths, and local friction parameters without resorting to solve the full set of equations. Sub-grid technology essentially allows velocity to be determined rationally and efficiently at the sub-grid level. This salient feature enables coastal flooding to be addressed in a single cross-scale model from the ocean to the upstream river channel without overly refining the grid resolution. To this end, high-resolution DEMs will be …
Observations And Best-Fit Modeling Of Settling And Suspension Of Multiple Sediment Particle Types: York River, Virginia, K. A. Fall, Carl T. Friedrichs, M.A.M. Friedrichs
Observations And Best-Fit Modeling Of Settling And Suspension Of Multiple Sediment Particle Types: York River, Virginia, K. A. Fall, Carl T. Friedrichs, M.A.M. Friedrichs
Presentations
No abstract provided.
Spatial And Temporal Variations Of Sea Bed Sediment Erodibility On The Texas-Lousiana Shelf And Their Implications To The Formation Of Hypoxic Water, K. Xu, K. B. Briggs, Grace M. Cartwright, Carl T. Friedrichs
Spatial And Temporal Variations Of Sea Bed Sediment Erodibility On The Texas-Lousiana Shelf And Their Implications To The Formation Of Hypoxic Water, K. Xu, K. B. Briggs, Grace M. Cartwright, Carl T. Friedrichs
Presentations
No abstract provided.
In Situ Characterization Of Estuarine Suspended In The Presence Of Muddy Flocs And Pellets, Grace M. Cartwright, Carl T. Friedrichs, L. P. Sanford
In Situ Characterization Of Estuarine Suspended In The Presence Of Muddy Flocs And Pellets, Grace M. Cartwright, Carl T. Friedrichs, L. P. Sanford
Presentations
No abstract provided.
Tidal Flat Morphodynamics: A Synthesis, Carl T. Friedrichs
Tidal Flat Morphodynamics: A Synthesis, Carl T. Friedrichs
Presentations
No abstract provided.
Bed Erodibility As A Function Of Sediment Properties And Environmental Conditions Within The York River Estuary, L. M. Kraatz, Carl T. Friedrichs
Bed Erodibility As A Function Of Sediment Properties And Environmental Conditions Within The York River Estuary, L. M. Kraatz, Carl T. Friedrichs
Presentations
No abstract provided.
Estuarine Sediment Transport And Sedimentation, Carl T. Friedrichs
Estuarine Sediment Transport And Sedimentation, Carl T. Friedrichs
Presentations
No abstract provided.
Damping Of Turbulence By Suspended Sediment: Fundamental Ramifications For Sediment Dynamics, Carl T. Friedrichs
Damping Of Turbulence By Suspended Sediment: Fundamental Ramifications For Sediment Dynamics, Carl T. Friedrichs
Presentations
No abstract provided.
Chesapeake Bay Hydrodynamic Modeling Workshop Report Summary, M.A.M. Friedrichs, Stac Workshop Steering Committee, Carl T. Friedrichs
Chesapeake Bay Hydrodynamic Modeling Workshop Report Summary, M.A.M. Friedrichs, Stac Workshop Steering Committee, Carl T. Friedrichs
Presentations
No abstract provided.
The Assessment Of Sediment Bed Properties Within The York River Estuary As A Function Of Spring And Neap Tidal Cycle, L. M. Kraatz, Carl T. Friedrichs
The Assessment Of Sediment Bed Properties Within The York River Estuary As A Function Of Spring And Neap Tidal Cycle, L. M. Kraatz, Carl T. Friedrichs
Presentations
No abstract provided.
Lecture 10: Human Activities And Future Coast, Carl T. Friedrichs
Lecture 10: Human Activities And Future Coast, Carl T. Friedrichs
Presentations
No abstract provided.
Lecture 7: Deltas And Estuaries, Carl T. Friedrichs
Lecture 7: Deltas And Estuaries, Carl T. Friedrichs
Presentations
No abstract provided.
Lecture 9: Morphodynamics Of Coastal Systems, Carl T. Friedrichs
Lecture 9: Morphodynamics Of Coastal Systems, Carl T. Friedrichs
Presentations
No abstract provided.
Lecture 8: Muddy Coasts, Carl T. Friedrichs
Lecture 5: Reef Coasts, Carl T. Friedrichs
Lecture 6: Beach And Barrier Coasts, Carl T. Friedrichs
Lecture 6: Beach And Barrier Coasts, Carl T. Friedrichs
Presentations
No abstract provided.
Lecture 1: Introduction To Coastal Processes, Carl T. Friedrichs
Lecture 1: Introduction To Coastal Processes, Carl T. Friedrichs
Presentations
No abstract provided.
Lecture 4: Rocky Coasts, Carl T. Friedrichs
Lecture 2: Geological Setting, Carl T. Friedrichs
Lecture 3: Hydrodynamics And Sediment Dynamics, Carl T. Friedrichs
Lecture 3: Hydrodynamics And Sediment Dynamics, Carl T. Friedrichs
Presentations
No abstract provided.