Fall River Watershed

Fall River Watershed is in Town of Westport, Bristol, Massachusetts. Access is restricted and requires permission. Fall River Watershed is situated nearby to the power station Adirondack A+B Community Solar Garden, as well as near First Christian Church.

Places of Interest Nearby

Highlights include Coughlin School and Notre Dame School.

Coughlin School

School

Photo: Marcbela, Public domain.

Coughlin School is a historic school building located at 1975 Pleasant Street in Fall River, Massachusetts. It was built in 1893, and was one of nine new grammar schools built in the city during the 1890s. Coughlin School is situated 1 mile west of Fall River Watershed.

Notre Dame School

School

Photo: Marcbela, Public domain.

Notre Dame School is a historic former school building located at 34 St. Joseph's Street in Fall River, Massachusetts. Located in the Flint neighborhood, it was built in 1899, and designed by local architect and parish member Louis G. Notre Dame School is situated 1¼ miles northwest of Fall River Watershed.

Ruggles Park

Park

Photo: Marcbela, Public domain.

Ruggles Park is a park in Fall River, Massachusetts. It covers about 9 acres within a densely populated working-class neighborhood bounded by Seabury, Robeson, Pine, and Locust Streets, just north of the Granite Mills. Ruggles Park is situated 2½ miles northwest of Fall River Watershed.

Places in the Area

Nearby places include North Westport and Fall River.

North Westport

Hamlet

Photo: Faolin42, CC BY-SA 3.0.

North Westport is a census-designated place in the town of Westport, Massachusetts, United States. As of the 2020 census, North Westport had a population of 4,720. North Westport is situated 2 miles southeast of Fall River Watershed.

Fall River

Photo: Wikimedia, Public domain.

In the SouthCoast region of Massachusetts, where the Taunton River empties into Mount Hope Bay, stands Fall River- the "Spindle City". Not to be overshadowed by nearby Boston and Providence, Fall River offers visitors unique attractions that are absent from its two larger neighbors.