Guangming Science Park | Shenzhen, China | Guangzhou S.P.I Design

Low-intervened landscape design | Hiking trails are constructed by following terrain contours, utilizing existing pathways, and minimizing native vegetation disturbance.

Guangming Science Park, located in the heart of Guangming District, Shenzhen, covers 208.25 hectares. It was envisioned as a world-class destination integrating ecological, cultural, aesthetic, and recreational functions. The park follows a “One Core, Two Wings” layout—the “Core” is the scientific hub shaping the city’s image, while the “Wings” consist of the Northern Wing for ecological and wild-nature activities and the Southern Wing for recreational use by citizens.

Site Plan | Guangming Science Park, located in the heart of Guangming District, Shenzhen, covers an area of 208.25 hectares.
The mountaintop building, overlooking central Guangming District, functions as a fire observation station, reading room, and science education hall.

Restructure the Ecological Base

Biodiversity assessment: A comprehensive field study identified a mixed mosaic of forests, meadows, shrubs, rivers, wetlands, and farmland across the site.

Ecological restoration | Based on an analysis of existing land-use patterns and biodiversity, the design optimizes the use of natural substrates and restores the ecosystem.

Restoring migratory bird sanctuaries: Situated along the East Asia–Australasian Flyway, the park regenerates stopover habitats for species such as Egretta garzetta and Larus saundersi. Using species-specific analyses of feeding and nesting behaviors, low-intervention topography, water-level design, and plant community construction, ten distinct terrestrial and wetland habitats were established for birds, amphibians, fish, and insects.

Meandering wetlands for purification | The Water Power Theater leverages the existing pond’s topography and elevation gradients to create meandering wetlands for ecosystem rehabilitation.

Low-carbon planting design: Existing healthy native trees and lychee orchards were preserved, while native species with high carbon-sequestration capacity were introduced, achieving sustainable development in a low-cost, low-maintenance, low-consumption, and low-carbon manner.

Low-carbon planting design | The Northern Wing’s primary routes are lined with dense clusters of Delonix regia, a carbon-sequestering native species.

Eco-corridors: To reconnect ecosystems interrupted by metro lines and arterial roads, a 50-meter-wide wildlife crossing was strategically placed between the Core and Northern Wing. Native nectar and berry plants attract pollinators and mimic natural habitats to support animal migration and foraging.

Highlight the Scientific Theme

In-depth investigation: The design team conducted field surveys, online and offline interviews, and historical analyses of scientific disciplines. These findings informed landscape design that creates interactive, educational, and aesthetically engaging public spaces.

Three Science Trails: Representing the District’s three core scientific disciplines—Materials Science, Life Science, and Information Science—the trails integrate interpretive signage that blends education and recreation. Planting design further reinforces the scientific themes.

Shady Trail | The trail winding through preserved lychee orchards provides shaded pathways and opportunities to observe fruit during the extended summer months.
Bamboo Forest | An elevated walkway and a series of micro spaces are nestled within the bamboo forest, providing areas for leisure, reading, chess, and scenic viewpoints.

Six Nature Theaters: Inspired by natural elements—water, timber, mist, sound, topography, and moonlight—six themed Nature Theaters were created. The Water Power Theater uses meandering wetlands to demonstrate water purification; the Mist Forest Theater features foot-activated fog systems simulating ethereal forest atmospheres; the Sound Wave Theater visualizes high-speed rail vibrations as ripple patterns via interactive wave generators.

The Moon Lake Theater, designed for ecological restoration and flood control, now hosts multiple bird species that nest and thrive in its habitat.
The Mist Forest Theater uses foot-activated systems that simulate the experience of wandering through foggy forests while providing cooling during heatwaves.
Ecological Walkways | In the Water Power Theater, visitors traverse the lush Metasequoia forest via “floating” walkways, structurally supported underwater.
The Sound Wave Theater | The device converts sound pressure levels above 70 dB from passing high-speed trains into real-time visualizations of ripple patterns. 
The Artistic Pavilion’s green hue and eco-friendly PVDF material create a humorous interplay with its natural surroundings.
Smart Station | Green glass, originally used for beer bottles, was selected as the pavilion’s roofing material to provide moderate shading.
The Great Lawn fostering community interaction | The great lawn functions as a public space for relaxation, camping, kite flying, and small events, fostering community interaction.

Conclusion
Forest canopy coverage has increased from 52.1% to 83.9%, significantly improving air quality and microclimate. Bird and insect populations have risen substantially. The park also serves as a dynamic outdoor classroom for children’s educational programs.

Science-themed poems are displayed throughout the park to inspire visitors’ curiosity and encourage scientific reflection.

Background Information

Location & Climate: Guangming District, Shenzhen, Guangdong, China; subtropical monsoon climate.

Site Area: 2,080,000 m² (approx. 950,000 m² in the Northern Wing and 850,000 m² in the Southern Wing).

Plant Species List:
Delonix regia, Michelia × alba, Bischofia javanica, Barringtonia acutangula, Dracontomelon duperreanum, Tabebuia rosea, Bauhinia × blakeana, Celtis sinensis, Triadica sebifera, Ilex rotunda, Saraca dives

Guangming Science Park

Landscape Architect: Guangzhou S.P.I Design Co., Ltd., Surbana Jurong Consultants Pte. Ltd.

Client: Bureau of Public Works of Shenzhen Municipality

Project Management: Vanke Urban Construction Management Co., Ltd.

Architectural Design: Guangzhou S.P.I Design Co., Ltd., Surbana Jurong Consultants Pte. Ltd., UMiA (Beijing), Guangzhou Pearl River Design, Zhongzhuo International Architectural Design Co., Ltd.

Landscape Construction: Shenzhen Futian Jian’an Construction Group Co., Ltd., China Construction Fourth Engineering Bureau Co., Ltd.

Images Credit: Guangzhou S.P.I Design Co., Ltd.

About Damian Holmes 4318 Articles
Damian Holmes is the Founder and Editor of World Landscape Architecture (WLA). Damian founded WLA in 2007 to provide a website for landscape architects written by landscape architects. He is a registered landscape architect and works as a strategy and marketing consultant.

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