Taxodium distichum is a deciduous conifer that is not native to Taiwan but was introduced for ornamental forestry.
The roots of these trees are known for developing 'knees' or pneumatophores that protrude above the ground to facilitate oxygen exchange in waterlogged soil.
The location is situated along an auxiliary waterway that serves as a flood diversion system for the nearby An-Nong River.
The site was specifically curated to create a symmetrical visual effect reflecting the trees' canopy into the canal surface.
三星落羽松 is a scenic avenue of approximately 200 Taxodium distichum (bald cypress) trees planted along a local irrigation canal in Sanxing Township. The site was originally developed by the local government to promote agricultural tourism and has become a landmark for its distinct seasonal color transformations. The trees are arranged in two parallel rows along the An-Nong River overflow canal, creating a reflective corridor. The foliage shifts from vibrant green in the summer to a deep, rusty copper-red during the peak winter months. The path is flat, unpaved, and maintains an open landscape character with no surrounding urban development. It serves as an accessible outdoor photography location with a consistent public interest rating.
From the center of the wooden bridge that spans the canal to capture the symmetrical rows and their reflection in the water.
Wear footwear suitable for uneven, muddy, or unpaved dirt surfaces, especially after rain.
Bring mosquito repellent as the canal environment attracts insects throughout the warmer months.
Visit on a weekday to avoid significant crowds that gather during the winter color-changing season.
Do not park vehicles directly on the narrow access lanes, as this blocks local agricultural transport and creates traffic congestion.
The trees are dormant and shed their needles in late winter; the site is accessible year-round but is visually distinct only in winter.
Stay on established paths to protect the tree root systems; do not disturb local agricultural equipment or irrigation infrastructure.
