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Full-Text Articles in Life Sciences
Numerical Modeling Scenario Runs To Assess Tss And Chlorophyll Reductions Caused By Ecosystem Restoration, Lynnhaven River, Mac Sisson, Yuepeng Li, Harry V. Wang, Albert Kuo
Numerical Modeling Scenario Runs To Assess Tss And Chlorophyll Reductions Caused By Ecosystem Restoration, Lynnhaven River, Mac Sisson, Yuepeng Li, Harry V. Wang, Albert Kuo
Reports
No abstract provided.
Development Of Hydrodynamic And Water Quality Models For The Lynnhaven River System, Mac Sisson, Harry V. Wang, Yuepeng Li, Jian Shen, Albert Y. Kuo, Wenping Gong, Mark Brush, Ken Moore
Development Of Hydrodynamic And Water Quality Models For The Lynnhaven River System, Mac Sisson, Harry V. Wang, Yuepeng Li, Jian Shen, Albert Y. Kuo, Wenping Gong, Mark Brush, Ken Moore
Reports
No abstract provided.
Representation Of Bed Stresses Within A Model Of Chesapeake Bay, Courtney K. Harris, J. Paul Rinehimer, Sung-Chan Kim
Representation Of Bed Stresses Within A Model Of Chesapeake Bay, Courtney K. Harris, J. Paul Rinehimer, Sung-Chan Kim
Reports
This project focused on numerical modeling of the Estuarine Turbidity Maximum (ETM) with the goal of improving the representation of the bottom boundary layer and turbulent mixing within the Chesapeake Bay Program’s model [see Cerco and Noel, 2004]. The effort has been part of the EPA’s sediment modeling initiative for the Chesapeake Bay, in coordination with the U.S. Army Corps of Engineers (USACE), Engineering Research and Development Center (ERDC). Research activities focused on the Upper Chesapeake Bay and major tributaries in Maryland (such as the Potomac River); and assisted management of the U.S. EPA TMDL (Total Maximum Daily Load) project …
A Numerical Modeling Assessment For The Implementation Of A Runoff Reduction Strategy Plan For The Restoration Of Thalia Creek, Virginia Beach, Mac Sisson, Jian Shen, W. G. Reay, Eduardo J. Miles, Albert Y. Kuo, Harry V. Wang
A Numerical Modeling Assessment For The Implementation Of A Runoff Reduction Strategy Plan For The Restoration Of Thalia Creek, Virginia Beach, Mac Sisson, Jian Shen, W. G. Reay, Eduardo J. Miles, Albert Y. Kuo, Harry V. Wang
Reports
No abstract provided.
Shellfish Aquaculture Suitability Within Baylor Grounds Of The Lower Rappahannock River, Center For Coastal Resources Management, Virginia Institute Of Marine Science
Shellfish Aquaculture Suitability Within Baylor Grounds Of The Lower Rappahannock River, Center For Coastal Resources Management, Virginia Institute Of Marine Science
Reports
Should the Commonwealth of Virginia ever consider a regulated expansion of the aquaculture industry to public Baylor ground, timely information regarding the productivity of these grounds and the ability to support aquaculture would be highly desirable information. In this scenario, public bottom will be opened to private shellfish growers in the Commonwealth under what will likely be a tightly monitored regulation. The demise in productivity of natural oyster beds within Baylor Grounds is well known. However, there is no comprehensive resource that addresses whether Baylor Grounds would be suitable for aquaculture. This study uses Geographic Information Systems (GIS) to model …
Hydrodynamic Modeling For The Proposed Dredging Assessment In Norfolk Harbor Channel, Elizabeth River, Mac Sisson, Harry V. Wang, Jian Shen, Wenping Gong, Albert Y. Kuo
Hydrodynamic Modeling For The Proposed Dredging Assessment In Norfolk Harbor Channel, Elizabeth River, Mac Sisson, Harry V. Wang, Jian Shen, Wenping Gong, Albert Y. Kuo
Reports
No abstract provided.
Additional Assessments Of The Craney Island Eastward Expansion In The Elizabeth River And Hampton Roads - Hydrodynamic Model Study, Mac Sisson, Harry V. Wang, Ya Ping Wang
Additional Assessments Of The Craney Island Eastward Expansion In The Elizabeth River And Hampton Roads - Hydrodynamic Model Study, Mac Sisson, Harry V. Wang, Ya Ping Wang
Reports
No abstract provided.
The Development Of A Water Quality Model For Baltimore Harbor, Back River, And The Adjacent Upper Chesapeake Bay, Harry V. Wang, Hui Lui, Kyeong Park
The Development Of A Water Quality Model For Baltimore Harbor, Back River, And The Adjacent Upper Chesapeake Bay, Harry V. Wang, Hui Lui, Kyeong Park
Reports
No abstract provided.
Application Of An Integrated Watershed And Tidal Prism Model To Cockrell Creek, Jian Shen, Harry V. Wang, Mac Sisson
Application Of An Integrated Watershed And Tidal Prism Model To Cockrell Creek, Jian Shen, Harry V. Wang, Mac Sisson
Reports
No abstract provided.
Application Of An Integrated Watershed And Tidal Prism Model To The Poquoson Coastal Embayment, Jian Shen, Harry V. Wang, Mac Sisson
Application Of An Integrated Watershed And Tidal Prism Model To The Poquoson Coastal Embayment, Jian Shen, Harry V. Wang, Mac Sisson
Reports
No abstract provided.
Instruction For Using An Integrated Watershed Tidal Prism Modeling System For Simulating Fecal Colifrom, Jian Shen, Mac Sisson, Harry V. Wang
Instruction For Using An Integrated Watershed Tidal Prism Modeling System For Simulating Fecal Colifrom, Jian Shen, Mac Sisson, Harry V. Wang
Reports
No abstract provided.
Basinsim 1.0 A Windows-Based Watershed Modeling Package, Ting Dai, Richard L. Wetzel, Tyler R.L. Christensen, E. Amy Lewis
Basinsim 1.0 A Windows-Based Watershed Modeling Package, Ting Dai, Richard L. Wetzel, Tyler R.L. Christensen, E. Amy Lewis
Reports
BasinSim 1.0 for Windows is the product of a NOAA Coastal Zone Management grant (through the Virginia Coastal Resources Management Program) awarded to Drs. Ting Dai, R. L. Wetzel, I. C. Anderson, and L. W. Haas at the Virginia Institute of Marine Science, College of William and Mary in 1998. Additional support has been provided for the development and testing of this package and production of this user’s guide by grants from Virginia’s Chesapeake Bay Local Assistance Department (CBLAD). BasinSim 1.0 is a desktop simulation system that predicts sediment and nutrient loads for small to mid-sized watersheds. The simulation system …
Modeling Coastal Hydrodynamics And Water Qualityof Kyunggi Bay Korea:Application Of Vims Hem-3d Model, Jian Shen, Chang-Shik Kim, Albert Y. Kuo
Modeling Coastal Hydrodynamics And Water Qualityof Kyunggi Bay Korea:Application Of Vims Hem-3d Model, Jian Shen, Chang-Shik Kim, Albert Y. Kuo
Reports
No abstract provided.
Application Of A Tidal Prism Water Quality Model To Virginia Small Coastal Basins: Poquoson River, Piankatank River, Cherrystone Inlet And Hungars Creek, Albert Y. Kuo, Arthur J. Butt, Sung-Chan Kim, Jing Lin
Application Of A Tidal Prism Water Quality Model To Virginia Small Coastal Basins: Poquoson River, Piankatank River, Cherrystone Inlet And Hungars Creek, Albert Y. Kuo, Arthur J. Butt, Sung-Chan Kim, Jing Lin
Reports
No abstract provided.
Strata Formation On Margins (Strataform) S-60 And S-70 Sites Benthic Boundary Layer Tripod Data Report, December 1995 - March 1996, L. D. Wright, D. A. Hepworth, S. C. Kim, R. A. Gammisch
Strata Formation On Margins (Strataform) S-60 And S-70 Sites Benthic Boundary Layer Tripod Data Report, December 1995 - March 1996, L. D. Wright, D. A. Hepworth, S. C. Kim, R. A. Gammisch
Reports
No abstract provided.
Strata Formation On Margins (Strataform) G-60 Site Benthic Boundary Layer Tripod Data Report, November 1996 - January 1997, D. A. Hepworth, C. T. Friedrichs, L. D. Wright
Strata Formation On Margins (Strataform) G-60 Site Benthic Boundary Layer Tripod Data Report, November 1996 - January 1997, D. A. Hepworth, C. T. Friedrichs, L. D. Wright
Reports
No abstract provided.
Vims Three-Dimensional Hydrodynamic-Eutrophication Model (Hem-3d): Application Of The Hydrodynamic Model To The York River System, G. M. Sisson, Jian Shen, Sung-Chan Kim, John D. Boon
Vims Three-Dimensional Hydrodynamic-Eutrophication Model (Hem-3d): Application Of The Hydrodynamic Model To The York River System, G. M. Sisson, Jian Shen, Sung-Chan Kim, John D. Boon
Reports
No abstract provided.
Modeling The Lower Chesapeake Bay Littoral Zone & Fringing Wetlands: Ecosystem Processes And Habitat Linkages Iii: Model Scenarios Related To Water Quality And Submersed Vegetation, Richard L. Wetzel, Christopher P. Buzzelli
Modeling The Lower Chesapeake Bay Littoral Zone & Fringing Wetlands: Ecosystem Processes And Habitat Linkages Iii: Model Scenarios Related To Water Quality And Submersed Vegetation, Richard L. Wetzel, Christopher P. Buzzelli
Reports
No abstract provided.
Modeling The Lower Chesapeake Bay Littoral Zone & Fringing Wetlands: Modeling The Lower Chesapeake Bay Littoral Zone & Fringing Wetlands: Ecosystem Processes And Habitat Linkages.Ii. Model Sensitivity Analysis, Validation, And Estimates Of Ecosystem Processes, Christopher P. Buzzelli, Richard L. Wetzel
Modeling The Lower Chesapeake Bay Littoral Zone & Fringing Wetlands: Modeling The Lower Chesapeake Bay Littoral Zone & Fringing Wetlands: Ecosystem Processes And Habitat Linkages.Ii. Model Sensitivity Analysis, Validation, And Estimates Of Ecosystem Processes, Christopher P. Buzzelli, Richard L. Wetzel
Reports
No abstract provided.
Modeling The Lower Chesapeake Bay Littoral Zone & Fringing Wetlands:Ecosystem Processes And Habitat Linkages.I. Simulation Model Development And Description, Christopher P. Buzzelli, Richard L. Wetzel, Mark B. Meyers
Modeling The Lower Chesapeake Bay Littoral Zone & Fringing Wetlands:Ecosystem Processes And Habitat Linkages.I. Simulation Model Development And Description, Christopher P. Buzzelli, Richard L. Wetzel, Mark B. Meyers
Reports
No abstract provided.
Field Studies In The Lynnhaven River For Calibration Of A Tidal Prism Water Quality Model, Kyeong Park, Albert Y. Kuo, Arthur J. Butt
Field Studies In The Lynnhaven River For Calibration Of A Tidal Prism Water Quality Model, Kyeong Park, Albert Y. Kuo, Arthur J. Butt
Reports
Under the Virginia Coastal Resources Management Program Grants (VCRMPG) for FY '93, a tidal prism water quality model has been developed for small coastal basins and tidal creeks. The rationale of the model development is provided and the model is described in detail in Kuo & Park ( 1994). The tidal prism model uses the concept of tidal flushing for physical transport processes. The nutrient and phytoplankton kinetics are mostly from the Chesapeake Bay three-dimensional water quality model (Cereo & Cole 1994), and the model also includes the sediment process model of the main Bay (DiToro & Fitzpatrick 1993). The …
Occurrence Of Indicators Of Fecal Pollution In Water And Sediment Of A Subestuary Impacted By Non-Point Pollution, Howard I. Kator, Martha Rhodes
Occurrence Of Indicators Of Fecal Pollution In Water And Sediment Of A Subestuary Impacted By Non-Point Pollution, Howard I. Kator, Martha Rhodes
Reports
No abstract provided.
Evaluation Of Alternate Microbial Indicators Of Fecal Pollution In A Non-Point Source Impacted Shellfish Growing Area, Howard I. Kator, Martha Rhodes
Evaluation Of Alternate Microbial Indicators Of Fecal Pollution In A Non-Point Source Impacted Shellfish Growing Area, Howard I. Kator, Martha Rhodes
Reports
No abstract provided.
A Mathematical Model Of Water Quality In The Ware River, Virginia, Cindy L. Bosco, Albert Y. Kuo
A Mathematical Model Of Water Quality In The Ware River, Virginia, Cindy L. Bosco, Albert Y. Kuo
Reports
No abstract provided.
A Mathematical Model For The Study Of Stormwater Impact On The Water Quality Of Lynnhaven Bay, Virginia, Albert Y. Kuo, Paul V. Hyer, Bruce J. Neilson
A Mathematical Model For The Study Of Stormwater Impact On The Water Quality Of Lynnhaven Bay, Virginia, Albert Y. Kuo, Paul V. Hyer, Bruce J. Neilson
Reports
No abstract provided.
A Storm Surge Model Study: Volume Ii A Finite Element Storm Surge Analysis And Its Application To A Bay-Ocean System, H. S. Chen
Reports
No abstract provided.
A Storm Surge Model Study: Volume I Storm Surge Height-Frequency Analysis And Model Prediction For Chesapeake Bay, John D. Boon, C. S. Welch, H. S. Chen, R. J. Lukens
A Storm Surge Model Study: Volume I Storm Surge Height-Frequency Analysis And Model Prediction For Chesapeake Bay, John D. Boon, C. S. Welch, H. S. Chen, R. J. Lukens
Reports
No abstract provided.
A Water Quality Model Of The Elizabeth River, Carl F. Cerco, Albert Y. Kuo
A Water Quality Model Of The Elizabeth River, Carl F. Cerco, Albert Y. Kuo
Reports
No abstract provided.
A Water Quality Model Of The Pagan River, Arlene Rosenbaum, A. Y. Kuo, Bruce J. Neilson
A Water Quality Model Of The Pagan River, Arlene Rosenbaum, A. Y. Kuo, Bruce J. Neilson
Reports
No abstract provided.
Vims-Blm Wave Climate Model Of The Baltimore Canyon Trough Shelf And Shoreline, Victor Goldsmith
Vims-Blm Wave Climate Model Of The Baltimore Canyon Trough Shelf And Shoreline, Victor Goldsmith
Reports
No abstract provided.