1. Project Background: The project continues the overall regional planning by fully integrating the landscape of the park. In addition to its original irrigation function, the water conservation park also incorporates natural ecology and environmental education, aligning with the concept of harmonious coexistence between life, production, and ecology.
2. Construction Location: Taitung City, Taitung County.
3. Total Project Cost: NT$8,900,000.
4. Construction Period: From July 8, 2007, to December 18, 2007, with a total duration of 164 calendar days.
5. Project Details: One branch settling tank, one main line landscape waterwheel, general renovation and maintenance of the park, and other related works.
1. Diversified water supply uses with the construction of a small waterwheel and settling tank to save energy, reduce carbon emissions, and purify water, all while blending with the landscape.
2. The addition of a landscape waterwheel and lotus pond enhances the area's ecological, educational, and recreational value.
3. Locally sourced stones are used for the edges of the landscape pond, ensuring environmental sustainability and reducing construction costs.
4. The large waterwheel, driven by hydropower, irrigates the lotus pond, promoting energy-saving and carbon reduction.
5. The settling tank and small waterwheel create a water-friendly area, showcasing the versatility of irrigation systems.
6. The park's pathways are renovated for convenience, improving the visitor experience and maintenance efficiency.
7. Safety measures are fully planned and gradually implemented.
8. A comprehensive park plan is formulated, with an annual budget ensuring systematic execution.
9. The park will be connected to various scenic spots in Taitung, creating a tourism network aligned with the Taitung County Government's initiatives to promote tourism and leisure, increasing the project's added value.
1. Maintenance and management costs are reduced as sediment accumulation in channels decreases.
2. Project costs are significantly reduced due to the use of local and recycled materials, contributing to energy savings and carbon reduction.
3. The waterwheel, powered by the pump, increases oxygen levels in the water, providing excellent irrigation water quality and recreational water environments.
4. The use of natural construction methods provides optimal conditions for the growth of various plants and animals, making the park a prime location for outdoor education, research, and art sketching for students and teachers at all levels.
5. The project integrates with the surrounding area, offering a scenic cycling route around the city, making the park a premium sports and leisure destination.