The design uses a growing system and a stitched layout to create an ecological base for the new city. On this basis, we provide the most basic green carpet environment for the Jieliu River in Shenzhen, China. Through the combination of the ecological bases of different modules, we show that the diversity ecological green blanket reshapes resiliency landscape of the coastal. The tidal river channel is combined with the ecological energy pool to form an organic seasonal change ecological landscape. The continued mangrove cultivation base and freshwater wetlands will further consolidate the ecological base of the new city.
The design aims to diversify rainwater ecological control measures to create blue-green sponges and increase urban resilience; combine landscape design with diversified rainwater ecological control measures to achieve 70% runoff total control target, corresponding to 31.3mm rainfall rainfall;
In the past five years, the short-term storm runoff in the next five years, in the face of flood control standards for 50 years, a long-term heavy rain, can also have obvious control effects; comprehensive control of non-point source pollution, optimize the quality of the river.
Based on the diversified planting communities of mangrove wetland, we will create
a low-maintenance, salt-tolerant, strong-purifying, multi-habitat, and bird-selecting landscape ecological corridor. Combined with the tidal level, salinity change and bird avoidance requirements, three planting communities are formed.
The urban life experimental field floats on the ecological energy pool, focusing on the combination of immersive experience and smart life, showing the interaction between people and ecological bases, people and people, and the future 5G network. Create a multi-functional event stage to connect the new city with the development of the old city, emphasizing the experience of immersive experience in the river and space change, creating a green up Jieliu river .
In habited ecological revetment to ensure the safety of flood control, increase the
habitat of the organism, and enrich the diverse and hydrophilic space. The ecological design of the river bank, the slower shore and beach land, not only did not affect flood discharge, but also increased the space for flood detention.
The main channel of the main channel of the 6.4km river is intercepted. The shoreline on both sides is 12.8km. The length of the local reduced shoreline is only 1.32km. The length of the stepped water outside the 2.5m high embankment is only 373m. Basic respect for the design of the original shoreline.
The design aims to diversify rainwater ecological control measures to create blue-green sponges and increase urban resilience. Combine landscape design with diversified rainwater ecological control measures to achieve 70% runoff total control target, corresponding to 31.3mm rainfall rainfall; In the past five years, the short-term storm runoff in the next five years, in the face of flood control standards for 50 years, a long-term heavy rain, can also have obvious control effects; comprehensive control of non-point source pollution, optimize the quality of the river.
The area creates a wonderful experience in terms of landscape viewing a great variety of vegetation including but not limited to feature tree man- grove, planting shrub and hydrophyte etc. The strategic introduction of four seasons make sure it got different landscape vegetation for viewing in each season.
Based on the diversified planting communities of mangrove wetland, we will create
a low-maintenance, salt-tolerant, strong-purifying, multi-habitat, and bird-selecting landscape ecological corridor. Combined with the tidal level, salinity change and bird avoidance requirements, three planting communities are formed.
I am sharing my works as an Architect and a Creative Artist hoping to inspire anyone who wishes to explore the profession. My videos showcase the use of art materials and digital app rendering tools like Photoshop and Procreate as a design platform. Hope you like this video.
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