The park was designed with a dual-purpose structure that functions as a flood detention tank during typhoons and heavy rain.
It is a prominent example of 'Sponge City' urban planning in New Taipei City, designed to absorb and store water rather than just channeling it away.
The central lawn area sits at a lower elevation than the surrounding streets to facilitate water catchment.
The site includes educational signage explaining the mechanics of the flood detention system to visitors.
The project was integrated into the local neighborhood revitalization plan to convert utilitarian public works into usable green space.
Shoude Park in Zhonghe District serves as a functional flood detention basin, balancing recreational space with urban water management. The park occupies approximately 0.8 hectares and features a unique 'retention basin' design capable of holding excess rainfall to mitigate local flooding. It features a sunken central plaza that allows for tiered seating and sports activities during dry periods. The landscape integrates green space with civil engineering, utilizing permeable surfaces to manage runoff. Visitors can access a variety of fitness equipment, walking paths, and a dedicated children's play area. It functions as a community hub while maintaining its critical infrastructure role during heavy storm events.
From the upper walking path overlooking the sunken central basin to capture the full architectural layout of the detention system.
Visit during dry spells to fully utilize the open sunken plazas for exercise.
Check the local weather forecast, as the park may be restricted or closed for public safety during heavy rainfall events.
Bring a hat and sunscreen as the sunken area offers limited natural shade during peak afternoon hours.
Do not enter the central basin area during active rainstorms or typhoon warnings.
May be temporarily inaccessible during active flood control operations following heavy rainfall.
Keep the park clean by disposing of waste in provided bins and respect local residents by maintaining low noise levels.
