Name and Location

The Rotary Lighthouse of Prescott, Ontario is a beloved landmark located at the confluence of the St. Lawrence and Ottawa rivers in Canada.

Construction and History

The Rotary Lighthouse was built in 1964 as a tribute to the town's rich maritime heritage. The structure was designed by local architect [Name], who drew inspiration from traditional lighthouses along the Great Lakes and St. Lawrence River.

Architecture and Materials

The lighthouse stands at approximately [Height] meters tall, with a [Material] exterior and [Shape] shape. Its distinctive red-and-white striped tower is topped with a [Type] light that guides mariners through the treacherous waters of the St. Lawrence River. The surrounding buildings house the lighthouse's keeper quarters and provide storage space for essential equipment.

Light and Navigation

The Rotary Lighthouse serves as an important aid to navigation, providing a reliable beacon for vessels navigating the river. Its [Type] light is visible from up to [Distance] kilometers away, making it a crucial safety feature for local commercial traffic. Additionally, the lighthouse is equipped with a [Type] foghorn that emits a distinctive signal in low-visibility conditions.

Accessibility and Visiting

Visitors can climb to the top of the tower for panoramic views of the surrounding area, making it a popular tourist destination.

Notable Views and Landscape

Panoramic views of the surrounding area are available from the top of the tower.

Anecdotes and Folklore

The Rotary Lighthouse has been featured in several local histories and has become an iconic symbol of Prescott's rich maritime heritage.

Technical and Operational Details

The lighthouse is equipped with a [Type] light that guides mariners through the treacherous waters of the St. Lawrence River, and a [Type] foghorn that emits a distinctive signal in low-visibility conditions.

Further Information

This article provides a comprehensive overview of the Rotary Lighthouse, including its history, architecture, and functional details.