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Submissions from 2017

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Fractal floc properties in estuarine surface waters: insights from video settling, LISST, and pump sampling, Kelsey Fall, Carl Friedrichs, Grace Massey, and David Bowers

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Fractal floc properties in the surface waters of a partially-mixed estuary: insights from video settling, LISST, and pump sampling, Kelsey Fall, Carl Friedrichs, Grace Massey, and David Bowers

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Parameterized process models for Underwater Munitions Expert System, Carl Friedrichs

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Parameterized process models for Underwater Munitions Expert System, Carl Friedrichs

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STAC Review Panel for the Generalized Additive Model (GAM) Approach for Water Quality Trends in Tidal Waters, Carl Friedrichs

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Synthesis: understanding of Chesapeake Bay water clarity patterns, Carl Friedrichs

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Understanding patterns in Chesapeake Bay water clarity: the importance of measurement, location, and physical versus biological controls, Carl Friedrichs

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Water clarity patterns and trends in the open-water regions of Chesapeake Bay and its tidal tributaries, Carl Friedrichs

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Hypoxia forecasts as a tool for Chesapeake Bay fisheries, M.A.M. Friedrichs, A. J. Bever, Carl Friedrichs, and R.R. Hood

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Chesapeake Bay hypoxia coastal ocean modeling testbed, M.A.M. Friedrichs, Carl Friedrichs, I.D. Irby, and A.J. Bever

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Hypoxia forecasts as a tool for Chesapeake Bay fisheries, M.A.M. Friedrichs, R.R. Hood, Carl Friedrichs, and D.R. Forrest

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Flocculation and bed consolidation in a partially mixed estuary: an idealized numerical sediment transport model, Courtney Harris, D. Tarpley, Carl Friedrichs, and C. Sherwood

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Evidence of muddy aggregates as resilient pellets in suspension throughout the water column using traps and a Particle Image Camera System (PICS) in a tidal estuary, Grace Massey, Kelsey Fall, Carl Friedrichs, and S. Jarrell Smith

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Improving modeled light attenuation (Kd) in a land-estuarine ocean biogeochemical model for Chesapeake Bay, Jessica Turner, Carl Friedrichs, and Marjy Friedrichs

Submissions from 2016

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Controls on suspended particle properties and water clarity along a partially-mixed estuary, York River, Virginia, Kelsey Fall, Carl Friedrichs, Grace M. Cartwright, and David Bowers

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Influence of suspended particle properties on optical properties and resultant water clarity along a partially-mixed estuary, York River, Virginia, USA, Kelsey Fall, Carl Friedrichs, Grace M. Cartwright, and David Bowers

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Fractal floc size, settling velocity and implications for water clarity in partially mixed-estuaries: the role of small, organic-rich particles, Kelsey Fall, Carl Friedrichs, Grace M. Cartwright, and D.G. Bowers

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Relationships among estuarine floc size, optical properties, organic content, and settling velocity: insights gained from combining LISST and a particle imaging camera system, Kelsey Fall, Carl Friedrichs, Grace M. Cartwright, and D.G. Bowers

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Fractal floc size, density, settling velocity, and implications for water clarity in partially mixed-estuaries: The role of small, organic-rich particles, Kelsey Fall, Carl Friedrichs, Grace M. Massey, and Jessie Turner

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What controls bed erodibility in muddy, partially-mixed estuaries? Insights from the York River, Virginia, Carl Friedrichs, Grace M. Cartwright, P.J. Dickhudt, and Kelsey Fall

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What controls bed erodibility in muddy, partially-mixed estuaries? Insights from the York River, Virginia, Carl Friedrichs, Grace M. Cartwright, P.J. Dickhudt, and Kelsey Fall

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US-IOOS/COMT Estuarine Hypoxia nowcast/forecast product: identification and feedback, Carl Friedrichs, M.A.M. Friedrichs, D.R. Forrest, and R.R. Hood

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Self-burial of objects on sandy beds by wave- and current-induced scour, Carl Friedrichs, S.E. Rennie, and A. Brandt

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Hypoxia forecasts as a tool for Chesapeake Bay fisheries, M.A.M. Friedrichs, Carl Friedrichs, D.R. Forrest, and R.R. Hood

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COMT Chesapeake Bay hypoxia modeling, M.A.M. Friedrichs, M. Scully, I. Irby, and COMT Estaurine Hypoxia Team

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Challenges associated with modeling low-oxygen waters in Chesapeake Bay: a multiple model comparison, I.D. Irby, M.A.M. Friedrichs, Carl Friedrichs, and COMT Estuarine Hypoxia Team

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Identification of suspended resilient pellets in particles tracked by a Particle Image Camera System (PICS) in a muddy estuary, Grace M. Massey, Kelsey Fall, Carl Friedrichs, and S.J. Smith

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In situ differentiation among suspended primary particles, resilient pellets and flocs of similar size using a particle image camera system (PICS) in a muddy estuary, Grace M. Massey, Kelsey Fall, Carl Friedrichs, and S.J. Smith

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Comparison of modeled and observed bed erodibility in the York River estuary, Virginia, over varying time scale, Danielle Tarpley, Courtney Harris, and Carl Friedrichs

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Consolidation and stratification within a muddy, partially mixed estuary: a comparison between idealized and realistic models for sediment transport in the York River Estuary, Virginia, Danielle Tarpley, Courtney Harris, and Carl Friedrichs

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Evaluating the effects of cohesive processes on sediment distribution in an idealized, partially-mixed estuary using a numerical model, Danielle Tarpley, Courtney Harris, and Carl Friedrichs

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Examining spring-neap cycle variation in bed erodibility in the York River estuary, VA: a numerical study, Danielle Tarpley, Courtney Harris, and Carl Friedrichs

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Suspended sediment size distribution in a numerical sediment transport model for a partially-mixed estaury, Danielle Tarpley, Courtney Harris, and carl Friedrichs

Submissions from 2015

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Introduction to the Research Capabilities of the VIMS Coastal Hydrodynamics & Sediment Dynamics (CHSD) Lab, G. M. Cartwright, K. A. Fall, C. T. Friedrichs, and D. Tarpley

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Identification of suspended resilient pellets in particles tracked by a Particle Image Camera System (PICS) in a muddy estuary, Grace M. Cartwright, Kelsey A. Fall, and Carl T. Friedrichs

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Controls on suspended particle properties and water clarity along a partially-mixed estuary, York River Estuary, Virginia, K. A. Fall, C. T. Friedrichs, and G. M. Cartwright

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Controls on suspended particle properties and water clarity along a partially-mixed estuary, York River, Virginia, USA, K. A. Fall, C. T. Friedrichs, G. M. Cartwright, and D. G. Bowers

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Controls on suspended particle properties and water clarity in the York River estuary, Virginia, K. A. Fall, C. T. Friedrichs, G. M. Cartwright, and D. G. Bowers

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Factors affecting munitions mobility underwater, C. Friedrichs

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Tidal flat morphodynamics: a synthesis, Carl T. Friedrichs

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Controls on bed erodibility in a muddy, partially-mixed estuary: York River, Virginia, USA, Carl T. Friedrichs, Grace M. Cartwright, Patrick J. Dickhut, and Kelsey A. Fall

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Estuarine sediment dynamics, C. T. Friedrichs

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Tidal flat morphodynamics: a synthesis, C. T. Friedrichs

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Controls on bed erodibility in the York River estuary, C. T. Friedrichs, Grace M. Cartwright, R. Diaz, and P. J. Dickhut

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What controls bed erodibility in muddy estuaries? Insights from the York River, Virginia, C. T. Friedrichs, K. A. Fall, R. Diaz, and P. Dickhut

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COMT Chesapeake Bay Hypoxia Modeling, M. C. Friedrichs, I. Irby, A. Bever, and M. Scully

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The estuarine hypoxia component of the Coastal Ocean Modeling Testbed: providing environmental intelligence to decision-makers in the Chesapeake Bay region, M. Friedrichs, L. Lanerolle, C. Friedrichs, and R. Hood

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Challenges associated with operational modeling of low-oxygen waters in Chesapeake Bay: results from a multiple modeling effort, I. D. Irby, M. A.M. Friedrichs, and C. T. Friedrichs

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Skill assessment of multiple hydrodynamic-dissolved oxygen models in Chesapeake Bay, I. Irby, M. A.M. Friedrichs, and C. T. Friedrichs

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Including fine-grained sediment processes within numerical representations of a partially-mixed estuary, the York River, Virginia, Danielle Tarpley, Courtney Harris, Carl Friedrichs, and Kelsey Fall

Submissions from 2014

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Combining observations and numerical model results to improve estimates of hypoxic volume within Chesapeake Bay, USA, A. J. Bever, M A.M. Friedrichs, C. T. Friedrichs, and M. E. Scully

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Bathymetry controls on the location of hypoxia facilitate possible real-time hypoxic volume monitoring in the Chesapeake Bay, A. J. Bever, m. A.M. Friedrichs, C. T. Friedrichs, and M. E. Scully

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Combining observations and numerical model results to improve estimates of hypoxic volume within Chesapeake Bay, USA, A. J. Bever, M. A.M. Friedrichs, C. T. Friedrichs, and M. E. Scully

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Combining observations and numerical model results to improve estimates of hypoxic volume within the Chesapeake Bay, A. J. Bever, m. A.M. Friedrichs, C. T. Friedrichs, and M. E. Scully

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Combining observations and numerical model results to improve estimates of hypoxic volume within the Chesapeake Bay, A. J. Bever, M. A.M. Friedrichs, C. T. Friedrichs, and M. E. Scully

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Added value of combining multiple optical and acoustic instruments when characterizing fine-grained estuarine suspensions, G. M. Cartwright, C. T. Friedrichs, L. P. Sanford, and S. J. Smith

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Controls on suspended particle properties and water clarity along a partially-mixed estuary, York River, Virginia, USA, K. A. Fall, C. T. Friedrichs, G. M. Cartwright, and D. G. Bowers

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What controls bed erodibility in muddy, partially-mixed tidal estuaries?, C. Friedrichs, Grace Cartwright, R. Diaz, and K. Fall

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Estuarine sediment dynamics, C. T. Friedrichs

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Simple parameterized models for predicting mobility, burial, and re-exposure of underwater munitions, C. T. Friedrichs

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The estuarine hypoxia component of the Coastal Ocean Modeling Testbed (COMT), Marjorie Friedrichs, Lyon Lanerolle, Carl Friedrichs, and Raleigh Hood

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COMT Chesapeake Bay hypoxia modeling, M. Friedrichs, C. Friedrichs, R. Hood, and L. Lanerolle

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Skill assessment of multiple hypoxia models in Chesapeake Bay and implications for management decisions, I. D. Irby, m. A.M. Friedrichs, Y. Feng, and C. T. Friedrichs

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Skill assessment of multiple hypoxia models in Chesapeake Bay and implications for management decisions, I. D. Irby, M. A.M. Friedrichs, C. T. Friedrichs, and R. Hood

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Skill assessment of multiple hypoxia models in Chesapeake Bay and implications for management decisions, I. D. Irby, M. Friedrichs, Carl Friedrichs, and Raleigh Hood

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Buoyant and gravity-driven transport on the Waipaoa shelf, J. M. Moriarty, C. K. Harris, C. T. Friedrichs, and M. G. Hadfield

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The development and the capabilities of the Community Sediment Transport Modeling System (CSTMS) for the York River estuary, Virginia, Danielle Tarpley, K. Fall, C. Harris, and C. Friedrichs

Submissions from 2013

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Empirical investigation of the factors influencing marine applications of EMI, V. A. Bell, T. D. Steinhurst, and C. Friedrichs

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Combining observations and numerical model results to improve estimates of hypoxic volume within the Chesapeake Bay, A. Bever, M. Friedrichs, C. Friedrichs, and M. Scully

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Combining observations and models to improve estimates of Chesapeake Bay hypoxic volume, A. J. bever, M. A.M. Friedrichs, C. T. Friedrichs, and M. E. Scully

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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, and M. E. Scully

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Applications of Acoustics and Optics for the Characterization of Suspended Particulate Matter within an Estuarine Observing System, G. M. Cartwright

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Sediment settling velocity from ADVs and settling tubes: agreement over a range of particle types and hydrodynamic conditions, G. M. Cartwright, C. T. Friedrichs, and S. J. Smith

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Comparison of Sontek ADVOcean-Hydras and Nortek ADV Vectors for measuring suspended sediment concentration via acoustic backscatter, G. M. Cartwright, C. T. Friedrichs, R. Pico Vila, and P. D. Panetta

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Controls on particle settling velocity and bed erodibility in the presence of muddy flocs and pellets as inferred by ADVs, York River estuary, Virginia, USA, K. A. Fall, C. T. Friedrichs, and G. M. Cartwright

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Controls on particle settling velocity and bed erodibility in the presence of muddy flocs and biologically packaged pellets: modeling study utilizing the York 3-D Hydrodynamic Cohesive Bed Model, K. A. Fall, C. K. Harris, C. T. Friedrichs, and J. P. Rinehimer

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Estuarine sediment dynamics, c T. Friedrichs

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Collaborative opportunities with the Physical Sciences Research Group, C. T. Friedrichs

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Recent field observations of mixed and cohesive sediment particle properties in coastal and estuarine environments, C. T. Friedrichs

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Simple parameterized models for predicting mobility, burial, and re-exposure of underwater munitions, C. T. Friedrichs

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Skill assessment of multiple models in the Chesapeake Bay, I. D. Irby, M. Friedrichs, C. Feng, and C. Friedrichs

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Skill assessment of multiple models in the Chesapeake Bay, I. D. Irby, M. Friedrichs, C. Feng, and R. Hood

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Comparison of Hydrodynamic and Water Quality Models of the Chesapeake Bay: Results of the IOOS Coastal Ocean Modeling Testbed, I Irby, M. Friedrichs, C. Feng, and R. Hood

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Reworking of flood deposits on the Waipaoa Shelf, New Zealand: buoyant and gravity-driven fluxes, J. M. Moriarty, C. K. Harris, C. T. Friedrichs, and M. G. Hadfield

Submissions from 2011

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Is there any air down there? Using multiple 3D numerical models to investigate hypoxic volumes within the Chesapeake Bay, A. J. Bever, M.A.M. Friedrichs, and Carl Friedrichs

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Results of the IOOS testbed for comparison of hydrodynamic models of the Chesapeake Bay, Carl Friedrichs, A. J. Bever, M.A.M. Friedrichs, and M.E. Scully