随着项目工程建设的推进，近日，由阿普贝思进行景观设计的杭州菜鸟云谷产业园已成功取得可持续场地SITES金级正式认证。

可持续场地SITES金级认证? The Sustainable SITES Initiative

菜鸟云谷产业园鸟瞰效果图? UP+S

资讯回顾：菜鸟云谷产业园获国际绿色可持续场地SITES金级预认证

作品回顾：能量汇聚之谷：杭州某互联网企业办公园区景观设计 | UP+S作品

官网认证截图 ? https://sustainablesites.org/

官网原文：The site is located at the starting point area of the Hangzhou Chengxi Sci-tech Innovation Corridor in Zhejiang Province, with a total land area of 170,010 square meters and abundant natural resources. It is an open ecological campus that will gather enterprise service elements for the supply chain, creating a prominent example of integrated and innovative urban development in the era of digital intelligence. During the initial design phase, the project's SITES consulting team employed evidence-based design and synthetic ecology methodologies. Through research papers, big data analysis, and simulations of real scenarios, the design was supported by scientific evidence, ensuring that the landscape design is not only aesthetically pleasing but also scientifically sound.

场地热环境模拟分析图? UP+S

官网原文：Based on the results of solar radiation and outdoor wind environment simulations, the campus has scientifically planned and designed a running track. Outdoor resting areas, starting points, and warm-up areas are strategically placed in areas with lower solar radiation during the summer, providing users with a comfortable environment for exercise. The track includes calorie and distance markers, adding quantifiable metrics and enjoyment to users' daily workouts, promoting overall well-being. Moreover, the campus integrates restorative spaces into the landscape design, providing a natural, tranquil, and secluded environment with seating areas to create a space for users to alleviate mental stress. Multiple areas combining nature, including extensive lawns and open spaces, serve as social and activity spaces for visitors, considering the positive impact of social interaction on physical and mental well-being.

官网原文：The campus has constructed over 34,000 square meters of ecological restoration landscapes, creating ecological patches capable of performing restoration functions through substrates, water bodies, and vegetation. It conserves and restores natural resources such as soil, water, and vegetation, providing habitat for small animals, maintaining nutrient cycling in the natural environment, and promoting biodiversity. The campus connects multiple ecological patches and the surrounding ecological environment, enhancing the ecological resilience of the campus and creating a multi-level, multi-species habitat restoration experience zone. Additionally, by incorporating sponge city design principles, the campus utilizes light-colored paving materials with high solar reflectance and green roofs to improve local microclimate conditions, alleviate the heat island effect, and embody the continuity of plant landscape value.

设计时间：2021年

景观设计团队：UP+S阿普贝思

总用地面积▓：170,010 平方米

总建筑▅面积：622,464 平方米

景观设计面积：131,605 平方米