Rotary Trail Birmingham
(160)
Park in Birmingham, Alabama
Rotary Trail is a half-mile linear park in downtown Birmingham, Alabama. The trail was predominantly funded by the Birmingham Rotary Club in honor of their centennial anniversary.
Address: 2098 1st Ave S, Birmingham, AL 35233
Hours: Open ⋅ Closes 11 PM
Phone: (205) 251-1995
Rotary Trail is the heart of the Jones Valley Trail Corridor within the Red Rock Trail System that will connect the 9,000-acre Red Mountain Park in the Oxmoor ...
People also ask
How long is the Birmingham Rotary Trail?
How long is the Rotary Trail?
How long is the Vulcan Trail?
Rating
(3)
Rotary Trail spans 0.4 from 2400 1st Ave South to 2000 1st Ave South, Birmingham. View amenities, descriptions, reviews, photos, itineraries, and directions ...
Rotary Trail is a half-mile linear park in downtown Birmingham, Alabama. The trail was predominantly funded by the Birmingham Rotary Club in honor of their ...
Rating
(26)
The Rotary Trail is a short free walking / biking trail running east / west along 1st Avenue South from 20th St S to 24th St S and is a cool urban trail/park ...
0.5 Miles. Rotary Trail is an eastward extension of Downtown Birmingham's award-winning Railroad Park that runs along a depressed rail bed known as “the cut ...
Rating
(21)
Rotary Trail, Birmingham, Alabama. 3482 likes · 21 talking about this · 4136 were here. The Rotary Trail is the centennial project of the Rotary Club...
Completed in 2013, Rotary Trail transformed a blighted railroad cut into a signature downtown attraction. Rotary Trail continues to spur economic opportunity in ...
This multi-million dollar gift to Birmingham and its citizens on behalf of Rotary transformed a vacant railroad right-of-way, or “cut,” into a ...
May 17, 2022 · Discover 9 hot spots along the Rotary Trail system + find out why Orchestra Partners is making strides to make Birmingham more walkable.
A prominent “Rotary Trail in the Magic City” sign welcomes visitors to the linear park in downtown Birmingham, Alabama. It's the most notable element of a ...