I believe in my design philosophy of "RE" Power , my starting point proposes to think of landscape as a subjective intervention to reshape the existing negative relationship between nature and human civilization.Therefore, I try to make landscape projects serve as an intervention to promote social, economic , encironmental development, instead of fallen into the passive position of “just for recreation".
As a landscape architrecture student, I would like to be a pioneer to bring Landscape Revolution , conveying New positive energy to the Old negative parts of world.
Scale:0.4ha
Date : 2020.9 - 2020.12
Location Shanghai , China
Instructor: Jinxiu Wu, wu_jinxiu@seu.edu.cn
Type : Individual Project, Studio at Southeast University
Scale: 8 ha
Date : 2022.3 -2022.4
Type : Individual Project
Location Jharkhand, India
Instructor: Zhou Xiang, 101012427@seu.edu.cn
Scale: 18 ha
Date 2022.10 - 2022.12
Location : Fujian, China
Instructor:Zhe Li, lizheseu@seu.edu.cn
Type : Collaborative Project with Chenyang Pan
Scale: 100 ha
Date 2022.2 -2022.5
Location : Guangxi , China
Instructor: Li Zhe, lizheseu@seu.edu.cn
Type : Individual Project, Studio at Southeast University
CONTENTS " RE - ? " 01 REgeneration From old urban infrastructure to the new From old material to the new From old forest management to the new From old spiritual world to the new 03 REcycling 04 REdistribution 05 Otherwork 02 REflection 03 An Urban Ecological Dock for Waterfront Space in Post-Industrial Era A Memorial Designed for Child
Illegal
in Jharkhand A Proposal for
Recycling to Produce Landscape Components A Forest management and Landuse
Eucalyptus in Guangxi
labor dead in
Mining
Mask
Planning for
2019
11 15 20 07
1. Bamboo Canopy - The 2nd National College Bamboo Design and Construction Competition
2. Ribbon Pavillion - 2022 Practice Project in Gansu, China
"REGENERATION OF DOCK" : From Old Infrastructure to The New 01
In post-industrial era, old infrastructure in cities is dying out. Traditional dock’s form tend to be stiff when facing rapid change of waterfront. I propose a new multifunctional dock with organic form, which could reshape current negative relationship among human, plants and fish. While creating a brand-new waterfront experience, it can also assist in the reconstruction of the river ecosystem and realize the urban renewal of the wharf.
Shanghai's Docks Are Completing Urban Renewal
Waterfront's Potential to Serve Urban Needs
3
Problem Current Form Strategy Effect Organic Surface Underwater Interaction Various Functions Ideal Form "Mono-functional Docks" "Unattractive Docks" "Eco-Unfriendly Docks" Tough Habitat Blocked Sunlight Boring Activities Store Rocks Rebuild Habitat Open Holes Recover Ecology Optimize Experience Add Floors
Solve Current Shortcomings of Docks : Not Suitable for Animal & Plant's Habitat and Boring Waterfront Experience
4
"NEW FORM OF DOCK"
Section 1-1
Section 4-4
Section 3-3
"URBAN ECOLOGICAL INFRASTRUCTURE"
New Public Space Where People and Water-ecosystem Coexist
5
Space
Shelter for Fish New Environment for Plant -1Floor (-4.000m) -2Floor (-8.000m) -3Floor (-12.000m)
New
for People New
"INSIDE AND OUTSIDE OF WATER"
Ecological Urban Infrastructure Connecting Human Inside to Riverlife Outside
6
Sports Park
Botanical Pavilion
Diving Platform
Underwater Restuarant
Seaside Resort
River Research Center
"REFLECTION OF MICA" : From Old World to The New 02
The idea comes from a world-shaking investigation that exposed Illegal Mica mining and childlabor are common in Jharkanhad, India and many children are starved, injured or even killed. I try to make a memorial design for local children, which extracts sections and emotions from mining process to shape the form and space. Through the spiritual power of the landscape, more people can understand and stop this dark industry.
Childlabor in illegal Mining
The Brightness and Darkness of Mica in Jharkhand India Child Labor in Illegal Mining
Children's body size is easier to enter the cave
Children's hands are more effiecive to pick mica
Children get only 80 cents a day for working
7
Loop Lines of 4 Emotions
"MEMORY OF UNFORTUNATE LIFE "
From Sections to Space : An Endless Route Narrating Miserable Destiny
Organization of Story, Space and Scene
Morphology Possibilities of 4 Rings
Section Series about 8 Basic Mining Process of An Indian Child
8
Space Sequence
"FROM SERIES TO SPACE"
Perceiving Lifeline of A Local Child Labor by 4 Periods of Emotions
Master Plan of Memorial to Childlabor
9
"REMEMBER THE PAIN"
With Public Attention, Children in Jharkhand Are Heading for New Hope
10
"RECYCLING OF MASK" : From Old Material to The New 03
Discarded mask have the potential to be recycled and hot-pressed into materials with sufficient structural strength. The design tries to replace granite industry with new material PPE made of masks for making landscape components, using local quarry in Fujian as an application pilot to complete ecological restoration and park construction, so as to promote this new material industry to landscape architects around the world.
Huge Amount of Masks Are Discarded in CHINA
Vast Discarded Masks
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Plan
Recycle
Material Potential Technology of Mask Recycling Curent Recycling Application
New Technology Enables Masks to be Pressed into New Material with Structual Strength
Recycling Process of Masks
Take the mask apart, sort & cut into piesces.
5 Typical Components
Unit & Feature Comination & Function
Durability
Recover Ecology
Ecological & Recreational Functions
Application
Effect
PPE would mix with sand, heated & hot pressed.
Plasticity
Sports Activity
Resistance
Eco-friendly Pavement
Prefabrication
Basic Infrastructure
Waterproof
Recreational Activity
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"COMPONENTS MADE FROM MASK"
1. Dismantle
2. Fusion
STEP 1 Split Recycled Mask
STEP 1 Fusion Raw Materials
STEP 2 Cut up
STEP 2 Cut up
STEP 3 Pieces
STEP 3 PPE particles
"LOCAL QUARRY AS DEMONSTRATION"
Using These Mask Components to Construct A Park in FUJIAN Granite Quarry
Master Plan : Ecological & Recreational Park Constructed by Recycled Mask Sections : Application of Various Components
Unit A ( Slope > 30° )
Planting troughs made of PPE have sufficient structural strength as ecological restoration of exposed hills.Vegetables, fruits and ornamental plants can be grown in the units.
Unit B ( 10°< Slope < 30° )
PPE has good morphological plasticity, so it is convenient to shape landscape terrain and make different sizes and degrees of bending for tourists to exercise and play.
Unit C&E&D ( Slope < 10° )
PPE has good waterproof performance and structural strength, and can be made into high-quality components, such as paving, benches at an economical price
13
AND SALE OF MASK
Mask Could Replace Granite in Landscape Components and Be Sold Worldwide
14
Unit A ( Slope > 30° ) Unit B ( 10° < Slope < 30° ) Unit C&D&E ( Slope < 10° )
"DISPLAY
PRODUCT "
"REDISTRIBUTION OF LANDRIGHTS" : From Old Forest Management to The New 04
China's government has banned eucalyptus since Excessive planting & logging in frequent led to serious soil erosion and ecological degradation, and blocked the ecological corridor of local primary forests. I try to propose a systematic forest land management strategy with different time stages, soil weight allocation goals, and different landscape strategies to achieve the restoration of multiple goals of local ecological economy.
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"FROM CASH TREE TO EVIL TREE "
Eucalyptus'
Problems after Prohibition
Employment & Income?
"EVALUATION-BASED DESIGN STRATEGY"
Redistributing Land for Stepstones Corridors and Economy with Optimal Locations
6 Factors of Site Analysis for Sustainabilty Evaluation
Slope
3 Evaluation Results with Different Weight Index
How to solve local people's work problems?
Eucalyptus-Clear Plan?
Suitability for Stepstone
Suitability for Corridor
Suitability for Economy
How to clear without harming environment?
Landuse Redistribution?
Stepstones are more suitable for construction in ecologically sensitive areas, which requires conditions such as gentler terrain, farther frome roads, higher exsiting plant coverage, and closer to water sources.
Corridors are more suitable for the construction of paths with water systems and high ecological potential along the route, and need to be closer to the water system father from road and the terrain is lower.
3 Selected Area for Stepstone, Corridor and Economy
Land redistribution for economy needs to be more convnient for human labor and trade, closer to roads, and construction of villages, relatively gentle terrain would be better for agriculture and animal husbandry.
How to make reasonable remanagement?
Firstly, according to the evaluation results above, area with high ecological suitability were selected, and location of step stones were determined by a more evenly distributed standard.
Secondly, based on location of stepstones to form a complete network structure, corridor's direction and location are selected from more adaptable area.
Finally, after determing stepstones and corridors, location with higher construction suitablity are selected among remaining patches, and landuse will be redistributed to improve its economic value.
16
Step 1. Stepstone
Step 2. Corridor Step 3. Economy
320m Far North Far Low 40° 40m Close South Close High Elevation Road Aspect Stream Vegetation
Patch-Cut Eucalyptus & Recover Local Ecology & Return Land Rights of Agriculture
Master Plan : Gradually Reduce Eucalyptus & Reconnect Ecology
17
"PROGRESSIVE STRATEGY TO REDISTRIBUTE FOREST LAND"
Gradually Restore Local Ecological Conditions & Make Human Assistance
18
Rebringing natie plants seeds back to area where was once isolated by eucalyptus forest.
Digging trenches in lower terrain to collect rain water and restore river destroyed by eucalyptus.
Building troughs in higher slopes of the mountains to help native plants regenerate.
Sowing Seeds
Digging Trenches
Building Troughs
In yellow area, eucalyptus trees are patch-cut and legumes are planted to restore the soil.
In green area, native herbs and shrubs gradually grow to connect primecal forest nearby.
In green area, native ecology finally recover and highly connected corridor net is formed.
STEP 1&2 Soil Restoration
STEP 3 Species Replacement
STEP 4 Patch Expansion
Low-Density Forest Leguminous Herbs Native Herb & Shrub
Native Shrub & Tree Final Succession
"PHASE I : REMOVAL OF EUCALYPTUS"
"PHASE II : REDISTRIBUTION OF LANDUSE"
Agriculture and Husbandry Are Arranged in Areas with Gentler Terrain
I ECOLOGY
PHASE
II ECONOMY
PHASE
Bamboo Canopy Ribbon Pavillion
Location: Huzhou, Zhejiang, China
Project Instructor: Nan Xiang, Yifan Wang
Project Duration: 2019.8 - 2019.10
Type: Academic Group Work
Base Area: 490 m2
Floor Area: 130 m2
Location: Zhejiang, China
Project Instructor: Zikun Zhang, Hongfei Ji
Project Duration: 2022.7 - 2022.8
Type: Academic Group Work
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