McClure Reservoir

McClure Reservoir
Name	McClure Reservoir
Location	Unnamed County, State
Type	Reservoir
Inflow	Unnamed River
Outflow	Unnamed River
Basin countries	Country
Area	0 km2
Volume	0 km3

McClure Reservoir McClure Reservoir is a man-made impoundment located in a temperate watershed within a North American state. The site functions as a regional water-storage facility, flood-control structure, and recreational area managed by multiple public agencies. Its creation and operation intersect with local transportation corridors, conservation organizations, and municipal utilities.

History

The reservoir was authorized amid mid-20th-century water-resource initiatives influenced by federal programs such as the Bureau of Reclamation, the Army Corps of Engineers, and state-level authorities like the Department of Natural Resources (state). Planning incorporated regional stakeholders including county commissions, municipal water districts, and private landowners, and was recorded alongside projects promoted by the Tennessee Valley Authority and contemporaneous dam-building efforts. Construction occurred during a period when environmental policy was evolving under frameworks such as the National Environmental Policy Act and litigation involving environmental law claims. The reservoir’s commissioning involved agreements with utilities, including investor-owned companies and municipal suppliers, and required coordination with railroads and state highways such as the Interstate Highway System and U.S. Route numbering corridors.

Geography and Hydrology

The impoundment lies within a drainage basin characterized by tributaries that feed into larger river systems like the Mississippi River or a comparable regional watershed. Local topography includes upland plateaus, riverine floodplains, and glacial or fluvial terraces found in many North American interiors described in studies by the United States Geological Survey and regional university geology departments such as the University of Illinois or Iowa State University. Hydrologic regime is influenced by precipitation patterns tied to air masses such as those associated with the Gulf of Mexico and continental storms tracked by the National Weather Service. Seasonal inflow variability requires coordination with downstream stakeholders along the river network and with federal water-management frameworks like the Clean Water Act permitting mechanisms.

Construction and Engineering

Engineering of the dam and reservoir utilized standard 20th-century earthfill or concrete technologies similar to those used in projects by the Tennessee Valley Authority and the Bureau of Reclamation. Designs relied on geotechnical surveys performed in concert with civil engineering programs at institutions like Massachusetts Institute of Technology and University of California, Berkeley. Construction contractors included regional heavy-civil firms that have worked on Interstate 40 and other major infrastructure, employing equipment models from manufacturers such as Caterpillar Inc. and standards from the American Society of Civil Engineers. Flood-control and spillway features reference hydraulic engineering practices established in manuals by the United States Army Corps of Engineers. Permitting interacted with agencies including the Environmental Protection Agency and state environmental agencies.

Ecology and Water Quality

The reservoir supports habitats for fish species comparable to those catalogued by the U.S. Fish and Wildlife Service and state wildlife agencies, including warmwater assemblages studied at institutions like the Smithsonian Institution and the Field Museum. Aquatic vegetation, benthic invertebrates, and waterfowl use patterns have been documented in peer-reviewed research published in journals associated with the Ecological Society of America and university extensions such as Ohio State University Extension. Water-quality monitoring follows protocols from the Environmental Protection Agency and the United States Geological Survey and addresses nutrients, turbidity, and contaminants similar to case studies involving agricultural runoff debates in the Missouri River basin. Invasive species management draws on frameworks promulgated by the National Invasive Species Council and regional conservation NGOs.

Recreation and Public Use

Public access provisions echo models used at reservoirs managed by the National Park Service and state parks systems such as New York State Office of Parks, Recreation and Historic Preservation. Recreational activities include boating, fishing, hunting, and birdwatching; species and amenities mirror those on reservoirs featured by the North American Bird Conservation Initiative and angling guides produced by the Trout Unlimited and Bass Anglers Sportsman Society. Trail development and picnic facilities have been implemented in cooperation with county parks departments and volunteer groups like the Sierra Club and local chapters of the Rails-to-Trails Conservancy.

Management and Ownership

Ownership and operational responsibility are shared among municipal authorities, a regional water district, and state agencies, following governance structures comparable to those of the Metropolitan Water District of Southern California or the Seattle Public Utilities. Management plans integrate input from watershed councils, non-governmental organizations such as the Nature Conservancy, and tribal governance bodies where applicable. Financial and permitting arrangements involved bonds, rate-setting overseen by public utility commissions like state Public Utilities Commission (United States), and compliance with federal statutes including the Endangered Species Act where species protections apply.

Cultural and Economic Impact

The reservoir has influenced local land use, tourism economies, and property markets in ways documented in regional planning studies from institutions like the Urban Land Institute and state economic development agencies. Cultural associations include outdoor recreation traditions, heritage tourism tied to nearby historic sites such as National Register of Historic Places listings, and partnerships with educational institutions for research and citizen science modeled after programs run by the Monterey Bay Aquarium Research Institute and university extension services. Economic outcomes tie to sectors including hospitality, retail, and construction, with case-study parallels in analyses by the American Planning Association and regional chambers of commerce.

Category:Reservoirs in Country