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About the Models
Model Types
Model Development
Data Requirements

Completed Models >>

Models in Progress >>




Final Report:

Sediment Modeling for the Buffalo River Watershed

Project Poster: Assessment of Sediment Loads for a Great Lakes Mixed-Landuse Watershed

Technical Presentation:

Lessons from field data and modeling [PowerPoint; 17mb]


Buffalo River Fact Sheet


Buffalo River (New York)

Project Status: modeling is complete


Mouse-over to view tributary flow.

Watershed Characteristics
The Buffalo River watershed encompasses approximately 445 square miles and and drains portions of Buffalo and Wyoming counties in western New York state, including three major subwatersheds: Cayuga, Buffalo, and Cazenovia Creeks. The Buffalo River is a tributary to Lake Erie and discharges to a Federal navigation channel at Buffalo Harbor in Buffalo, New York.

Land use within the watershed is primarily agricultural and woodland in the upper basin; and primarily developed and industrial in the lower basin. The terrain consists of gently rolling dissected glacial plateau along the Lake Erie shoreline.

Streambank erosion is a considerable source of contamination in the Buffalo River, where ice scour during winter months flushes polluted sediment into the river and streams.


Buffalo River is a designated Area of Concern

Degradation of benthos, loss of fish and wildlife habitat, and severely impacted macro invertebrate community in the water column

Health advisory for the consumption of carp

Industrial pollution from grain mills, chemical companies, coke and steel making operations, oil refinery, wastewater facility, inactive hazardous waste sites (32), combined sewer overflows, and various point and non-point sources

Contaminants include mercury, chromium, nickel, cadmium, PCBs and PAHs; many are EPA priority pollutants

Dredged material from the navigation channel exceeds the criteria for open lake placement

Modeling Approach
BASINS was used to develop a GIS database and update land use/land cover. The SWAT model was used to evaluate sub-watershed sediment transport and yields. SWAT modeling was also used to predict ice scouring damage, spring storm event sediment generation, and sediment yields at the inlet of the Federal navigable channel. ECOMSED modeling was then used to track cohesive sediments contributed at the channel inlet and those already in the navigation channel.

Modeling was completed in August of 2004. Training for state and local partners took place in September of 2004.

Use and Applications
The Natural Resource Conservation Service and the Erie County Department of Environment and Planning will use these models to advise on the implementation of best management practices throughout the Buffalo River watershed. State and Federal agencies can also use the models to analyze watershed-scale sedimentation impacts on the Federal navigation channel.

Project Partners
Great Lakes Center, SUNY Buffalo State College

Buffalo River Partnership
The Friends of the Buffalo & Niagara Rivers
Erie County Department of Planning
Great Lakes Program, State University of New York at Buffalo
Great Lakes United
Remedial Action Plan Advisory Committee
New York State Department of Environmental Conservation
USDA Natural Resource Conservation Service

 

Photo of Sprague Creek, Buffalo River

For more information—or to obtain digital data for advanced modeling purposes—contact:

Brent LaSpada

USACE, Buffalo District
1776 Niagara Street
Buffalo, NY 14207
Phone: (716) 879-4446
Brent.R.Laspada@usace.army.mil



Great Lakes Commission des Grands Lacs.  2805 S. Industrial Highway, Suite 100.  Ann Arbor, MI  48104-6791.  phone: 734/971.9135.  fax: 734/971-9150.  www.glc.org. USACE, Detroit District GLIN Partner