Ohio River Water Level Cannelton

The Ohio River, one of the most significant waterways in the United States, flows through or along the borders of six states, including Illinois, Indiana, Kentucky, Ohio, Pennsylvania, and West Virginia. The river's water level is a critical factor for various activities such as navigation, fishing, and flood control. In this context, the Cannelton Locks and Dam, located near Cannelton, Indiana, play a vital role in regulating the Ohio River's water level. The locks and dam are part of the Ohio River Navigation System, which enables the transportation of goods and commodities along the river.

Understanding the Importance of Water Levels in the Ohio River

National Weather Service Advanced Hydrologic Prediction Service

Water levels in the Ohio River are crucial for ensuring safe and efficient navigation. The river’s water level is influenced by various factors, including precipitation, evaporation, and human activities such as dam operations and water withdrawals. The U.S. Army Corps of Engineers (USACE) is responsible for managing the Ohio River’s water level, including the operation of locks and dams like the Cannelton Locks and Dam. The USACE uses a complex system of dams, locks, and reservoirs to regulate the river’s flow and maintain a navigable depth of at least 9 feet.

Cannelton Locks and Dam: A Key Component of the Ohio River Navigation System

The Cannelton Locks and Dam, located at mile 720.7 of the Ohio River, is a critical component of the river’s navigation system. The locks and dam help to maintain a stable water level upstream of the dam, ensuring that the river remains navigable for commercial and recreational vessels. The Cannelton Locks and Dam also help to prevent flooding downstream by controlling the release of water from the upstream reservoir. The dam’s reservoir, which stretches for approximately 88 miles upstream, provides a buffer against flooding and helps to regulate the river’s flow during periods of high rainfall or drought.

CategoryData
LocationCannelton, Indiana
Mile Marker720.7
Locks and Dam TypeWicket dam with 2 locks
Reservoir LengthApproximately 88 miles
Navigation Depth9 feet minimum
Major Flood Stage Forecast For Ohio River
💡 The Cannelton Locks and Dam are an excellent example of how human engineering can help to manage and regulate the natural environment. By controlling the water level and flow of the Ohio River, the locks and dam help to support a wide range of economic and recreational activities, while also protecting communities and ecosystems from the risks associated with flooding and drought.

Key Points

  • The Ohio River's water level is critical for navigation, fishing, and flood control.
  • The Cannelton Locks and Dam play a vital role in regulating the river's water level and maintaining a navigable depth.
  • The USACE is responsible for managing the Ohio River's water level, including the operation of locks and dams like the Cannelton Locks and Dam.
  • The Cannelton Locks and Dam help to prevent flooding downstream by controlling the release of water from the upstream reservoir.
  • The dam's reservoir provides a buffer against flooding and helps to regulate the river's flow during periods of high rainfall or drought.

Water Level Management: A Delicate Balance

Mt Boats Ohio River Water Level Gauges

Managing the Ohio River’s water level is a complex task that requires careful consideration of multiple factors, including precipitation, evaporation, and human activities such as water withdrawals and dam operations. The USACE uses a range of tools and techniques to manage the river’s water level, including reservoirs, locks, and dams. The agency also works closely with other stakeholders, such as state and local governments, to ensure that the river’s water level is managed in a way that balances competing interests and priorities.

Challenges and Opportunities in Water Level Management

Despite the importance of managing the Ohio River’s water level, there are several challenges and opportunities that must be addressed. One of the key challenges is balancing the needs of different stakeholders, such as commercial navigation, recreational boating, and environmental conservation. Another challenge is adapting to changing climate conditions, which can affect precipitation patterns and water levels. Opportunities for improvement include investing in new technologies and infrastructure, such as more efficient locks and dams, and improving collaboration and coordination among stakeholders.

In conclusion, the Ohio River's water level is a critical factor that requires careful management to support a wide range of economic and recreational activities. The Cannelton Locks and Dam play a vital role in regulating the river's water level and maintaining a navigable depth. By understanding the importance of water level management and addressing the challenges and opportunities that arise, we can work towards a more sustainable and equitable future for the Ohio River and its stakeholders.

What is the primary purpose of the Cannelton Locks and Dam?

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The primary purpose of the Cannelton Locks and Dam is to regulate the Ohio River's water level and maintain a navigable depth for commercial and recreational vessels.

How does the USACE manage the Ohio River's water level?

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The USACE uses a range of tools and techniques to manage the Ohio River's water level, including reservoirs, locks, and dams, as well as collaboration with other stakeholders.

What are some of the challenges and opportunities in water level management?

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Challenges include balancing the needs of different stakeholders and adapting to changing climate conditions. Opportunities include investing in new technologies and infrastructure and improving collaboration and coordination among stakeholders.

Meta description: Learn about the Ohio River’s water level management, including the role of the Cannelton Locks and Dam, and the challenges and opportunities that arise in balancing competing interests and priorities. (147 characters)