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Xinyang University South Bay Campus Gateway Landscape
Xinyang University South Bay Campus Gateway Landscape
Xinyang, China
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Other Projects by Sasaki
Xinyang University South Bay Campus Gateway Landscape
Xinyang, China
Firm
STATUS
Built
YEAR
2025
Set within rolling terrain, Xinyang University’s (XYU) South Bay Campus is designed as a living classroom that integrates outdoor learning environments and recreational spaces with stormwater management and wildlife habitats. The Phase 1 gateway landscape of Xinyang University’s South Bay Campus reimagines derelict fishponds, invasive growth, and construction debris into a visionary nexus of ecology, education, and cultural identity. Completed in 2025, this 9-acre pioneering project anchors the university’s 215-acre master plan, blending nature-based stormwater management with immersive learning.
Ecological stewardship lies at the heart of the plan, focusing on preserving upland woodlands and restoring wetlands to strengthen the regional watershed. Inspired by the region’s vernacular, the design features a tapestry of spaces— from formal quads to wildflower meadows and even a tea plantation—each with its own aesthetic, ecological purpose, and management strategy. The campus, rich with diverse plant life, supports local wildlife while offering students year-round beauty and engagement.
A network of trails, nestled in the rolling topography, ensures universal access while embracing the natural setting. The campus entrance features a vibrant pollinator garden, demonstrating a commitment to local biodiversity.
The campus landscape transforms challenging terrain into a living laboratory, seamlessly blending academic pursuits with environmental stewardship. Key features include preserved upland forests, restored riparian corridors, and a ravine system for wetland habitat and stormwater management. A terraced waterway, echoing traditional rice paddies, honors the region’s agricultural heritage while purifying runoff. The campus boasts a remarkable biodiversity, with over 200 plant species. This holistic approach creates an ecologically rich campus that not only restores the landscape but also fosters a unique learning environment, harmonizing nature with academia.
By transforming a degraded site into a thriving ecological and educational hub, the project acts as a manifesto for restorative design, demonstrating that landscapes can simultaneously restore ecosystems, honor heritage, and inspire learning.
Ecological stewardship lies at the heart of the plan, focusing on preserving upland woodlands and restoring wetlands to strengthen the regional watershed. Inspired by the region’s vernacular, the design features a tapestry of spaces— from formal quads to wildflower meadows and even a tea plantation—each with its own aesthetic, ecological purpose, and management strategy. The campus, rich with diverse plant life, supports local wildlife while offering students year-round beauty and engagement.
A network of trails, nestled in the rolling topography, ensures universal access while embracing the natural setting. The campus entrance features a vibrant pollinator garden, demonstrating a commitment to local biodiversity.
The campus landscape transforms challenging terrain into a living laboratory, seamlessly blending academic pursuits with environmental stewardship. Key features include preserved upland forests, restored riparian corridors, and a ravine system for wetland habitat and stormwater management. A terraced waterway, echoing traditional rice paddies, honors the region’s agricultural heritage while purifying runoff. The campus boasts a remarkable biodiversity, with over 200 plant species. This holistic approach creates an ecologically rich campus that not only restores the landscape but also fosters a unique learning environment, harmonizing nature with academia.
By transforming a degraded site into a thriving ecological and educational hub, the project acts as a manifesto for restorative design, demonstrating that landscapes can simultaneously restore ecosystems, honor heritage, and inspire learning.
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