许明玉 MINGYU XU
PORTFOLIO
Landscape Architecture Academic Works 2016-2020 Tel： +86 15318519400 Email: xmy.1818@gmail.com
CONTENTS
01
THE GREEN LOOP
02
A Green And Blue System Loop For Edinburgh
02
LIVING ISLANDS
09
Water Infiltration Device System Along River
03
RECIRCULATION & REACTIVATION
15
City Open Space Transformation
04
WEAVING THE WATERFRONT
20
Regeneration Of The Former Industrial Zone
1
01
Date：
CITY OF EDINBURGH: EXISTING SOCIO-ECOLOGICAL TERRITORY
May 2020
Location： Edinburgh Scotland
The Loop
Collabration： Phase1： Bingwen Zhang, Mingyu Xu, Zhihui Lyu Phase 2 (Individual): Mingyu Xu
Edinburgh Context
Edinburgh is one of the fastest growing cities in Scotland with population numbers expected to grow significantly over the next 20-25 years. This is increasing the demand for new housing, transport and schools as well as other amenities. It is also strengthening the demand for improving existing open spaces and creating new parks
Proposing: A Green And Blue System Loop
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Three key interventions and its visons： Retrofitting green infrastructure on hard surfaces • Attractive places to live and work which are adapted to climate change • Provide a network of green spaces that allow biodiversity to thrive, and wildlife to migrate within, and across, city boundaries.
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Edinburgh's green spaces are at a incontinuous and incontinuous states and facing pressing challenges such as climate changes, this project integrates green and blue networks to metigate these problems. This project proposing a inner loop base on the existing green space and official green belts. The loop in Edinrburgh urban incorporate the blue system (Water of Leith) and the existing green corridor. Not only that, by expanding habitat through key streets and regeneration of existing green space, it can develop into a growing system of green network. The connecting loop will provide a network of green spaces that allow biodiversity to thrive, and wildlife to migrate within, and across boundaries.
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明
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This project was developed in response to the 2019 City of Edinburgh's Future Park Aspirations. It aims to create a singular landscape, resilient and remarkable, a unique setting for a fertile city adapting to the new conditions of the socio-ecological transition.
Green space regeneration and multi-layers creation • Different kind of spaces with different potential s for human occupation and ecological biodiversity.• Biodiverse habitats supporting our wildlife to thrive •Accessible quality greenspace where people enjoy better health and wellbeing Community growing • Enhancement of the recreational and educational value of the city's green space • Empowered, knowledgeable communities • Improved health and wellbeing
CEC Park
Education Centre
None-CEC ParkPark None-CEC
Community Centre
Official Green Belt Official Green
Belt
Water Of Leith Main Watercourses
Existing Green Space Fracture Some communities inaccessible to large green space and education centres.
400 Meters Green Space Around Water Of Leith
4 0 0 M ete r s R a d i u s o f C o m m u n i t y Centre (This is the distance nearly 50% of people would walk to access their nearest green space and roughly equivalent to a 5 minutes walk) Most 20% Deprivation Area In Scotland
2
PARK NETWORK DEVELOPMENT 1 Existing Green & Blue Central Loop
CONNECTING INTERVENTIONS Retrofitting Green Infrastructures
2 Extend Habitat Of River
The built environment has an important part to play in supporting and enhancing biodiversity. Some species rely on buildings for nesting or roosting sites.
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There is also a strong relationship bet ween the built and natural environment in relation to water and air quality. Surface water run-off from sealed surfaces such as roofs and roads can cause f looding and increase pollution in our rivers and burns. Having more unsealed areas such as green roofs, Sustainable Urban Drainage Schemes (SUDS), gardens and soft landscaping helps to slow water run-off and absorb pollutants before the water reaches our rivers.
3 Connecting Communities and Deprivation Area With Green Space
Before
Reformation Of River Habitat
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After
Before
After
Green Space Regeneration And Multi-layers Creation
Edinburgh has existed a structure of green and blue system, this project will reorganize and enhance its armature into a connecting network. Proposing Expand Habitatw
New Proposing Green Space
Most 20% Deprivation Area In Scotland
Community Centre Before
After
3
PROJECT SUMMARY DIAGRAM
PRPPOSED GREEN NETWORK
ISSUES
Existing green corridors disconnected & habitats fragmentation
Poor condition of existing green space with low biological values
Some deprivation communities inaccessible to large green space
Regeneration of existing p u b l i c s p a c e, e n h a n c e biological values
Accessible quality greenspace where people enjoy bet ter health and wellbeing
KEY DESIGN PRINCIPAL
STRATEGY
Choosing key routes to link fractured green corridor by retrofitting green infrastructure
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许 Connecting existing green and blue system into a green loop
Remove Invasive species or dominant plants such as Ivy in green corridor Expand the habitat around Water of Leith
Install devices in green corridor to supports birds communities
TACTIC
Green Network
Education Centre
Most 20% Deprivation Area In Scotland
Community Centre
Tr a n s f o r m a t i o n t h e shoreline carpark into a water front green open space with multiple types of habitat to support wildlife to thrive
Add vegetation layers to CEC park
Shoreline public space with various revetments and education zones Creating shrub layers and ground cover onto existing green corridor at the North Fort Street Park Improve ecological buffer around shoreline car park site.
Overbridge and boardwalk to enhance accessibility Outdoor spaces for children and young people to play in and explore Walking and cycling provide a healthy transport choice to local amenities Community hub and activity spaces at site 4
Phase2
LAND USE 1：5000 at A3
INDIVIDUAL SITE PROPOSAL CONTEXT
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许 Site Boundary
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Site Situation
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This project choosing the fractured area in loop as the site, aiming to connect and the loop and creat an unique shoreline public space for human and more-than-human with both ecological and social values.
Locating at the fringe of existing green loop, this site has a unique geological position — next to the shoreline, and it also sits at the end of green corridor.
5
PROPOSED REGIONAL PLAN Key Drivers: Diverse habitat for wildlife （especially birds） Waterfront public space A Connected green loop for Edinburgh Enhanced green corridor and street Resilient space adaptive to sea level changing and flooding
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许 A Bird-scape As the estuary of the river is located on the Atlantic Ocean’s major bird migration axis, the proposal to expand coastal wetlands within the Estuary Park would increase the number of birds coming to the area, thereby reinforcing the identity of the Charente as a bird landscape.
6
Detailed Plan
1:1000 at A1
0
10
30
1
A'
4
A
100M
13 Wooden Plaza 14 Multifunction Plaza 15 Reflection Pond 16 Playground 17 Fountain Plaza 18 Viewing Platform 19 Stone Revetment 20 Recreation Plaza 21 Floating Platform 22 Lawns 23 Water Feature 24 Entrance Plaza
1 Wetlands Island 2 Timber Deck 3 Bird-viewing Structure 4 Stone Steps 5 Isolated Wetlands 6 Observing Platform 7 Terrace Playfield 8 Rain Garden 9 Buffer Vegetation Belt 10 Conection Overbridge 11 Landscape Lmaps Square 12 Service Centre
2 3
50
5
许
6
7
19
作
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18
8
16
20
21
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17
22
14
9 12
10
13
11
23
15
24
9
9 Entrance
Ground Cover Layer
Shrubs Layer
Aquatic Vegetation
Grass Layer
Trees Layer 7
A-A' Section Shrubs and grass for birds foraging
Human activity spaces： Stone stairs
Devices on trees for birds
Wetlands habitats for amphibians and birds
Elevated boardwalk：resilient to water level changes
Location
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Time Dimension
Rain Garden
作
Location
Elevated Boardwalk
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明 Terrace Playfield
Slope Lawn
集 品 Activity Space Marshlands Elevated Boardwalk
2050：With sea level rising, During flooding 2020：Normal Usage Trees Growing, Formation of wetlands
Grass lands transform into marshland continue providing habitat for more than human communities. Elevated boardwalk and the maniplated contours able shoreline green space keep its recreational function 8
The Mississippi River Oil and gas platform
Main port
Oil pipe line
Oil refinery
Oil transportation
Major industrial zone
02
LIVING ISLANDS
Water Infiltration Device System Along River
明
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Site : Baton Rouge, Louisiana, America Area : 10 Hectares Instructor : Qian Sun Individual Work Date: 03/2018
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The site located along the banks of the Mississippi River in Baton Rouge(Louisiana). Apart from the pollution of river itself, the river stage f luctuates around the year also be the main reason to blame for the current environmental decay, which further lead to the vegetation degradation, soil erosion, low dissolved oxygen levels and nutrient loading occurred and remain to this day. The design was combined by the multi-function device islands and the reshaped site terrain. Using the terrain to help islands filtration water and shield against f looding. The islands are the natural buffer for the mitigation of bank erosion control approach, stabilize it to gather the sediments and gradually, soil accumulate to create the lands in future. While the islands with the sediment of soil and concrete would be naturally growing in correspondent. This growing system also could apply as a protective system along Mississippi river, such solution as the growing process of islands would as creating the wetland islands and gradually convert to the natural protection of f looding buffer after years.
Pollution Process Of Oil
Data Research Of Pollution Issue In Baton Rouge Average Sediment Concentrations
50 40 30 20 10 0 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014
3.0
1895—2014 80%Increase
30 20 10
Oil Refinery
Month of May for Baton Rouge
Trend Adjust For Flow 40
Oil Extraction ---- Nitrogen Runoff
Nitrogen In Water
Milligrams per litre
Total suspended solid(sediment) concentration(parts per million)
60
Chloride concentration(parts per million)
70
Cities above Baton Rouge Standard for Cities above Baton Rouge Cities below Baton Rouge Standard for cities below Baton Rouge
Average Annual Chloride Concentrations At Baton Rouge
2015
Average
2.5
Dead Zone Extraction
2.0
Transportation
Industrial
1.5
Runoff
1.0 0.5
Polluted Water Fertilizer
0.0
0 1985
1990
1995
2000
2005
2010
2014
Farming
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29
9
SITE ANALYSIS
Baton Rouge Stage Hydra-graph 50 45 40 35 30
Bankfull
25 20
Water Flow
46Ft
15
Water Soaking 29Ft
10
Residence
N 100 200
3Ft
Bank full
Low stage
Flooding Stage：29~46（Ft） 11 12 1
8 9 10
11 12 1
8 9 10
8 9 10
8 9 10
8 9 10
5 6 7
8 9 10
2 3 4
5 6 7
8 9 10
11 12 1
11 12 1
2 3 4
2 3 4
2 3 4
玉 5 6 7
8 9 10
Month
11 12 1
5 6 7
11 12 1
2 3 4
11 12 1
2 3 4
5 6 7
2 3 4
8 9 10
Month 2 3 4
11 12 1
B.R. 2017 Stage
2 3 4
11 12 1
Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec
B.R. 1935-2017 Average Monthly Stage
Bank Full：Around 29（Ft） Month
0
B.R. 1935-2017 Max-Min Stage
明
Low Water Stage：3~29（Ft）
Soil erosion area Project f lood
5
5 6 7
PERIODIC FLUCTUATING WATER STAGE
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The Mississippi River
1000Ft
500
The river stage f luctuates all year round, which indirect cause environmental degradation and many problems.
5 6 7
Civic
5 6 7
Commercial
5 6 7
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NATURE&HUMAN RELATIONSHIP
Environment Degradation: Soil Erosion & Dead Plants
Dirty Water: Rubbish & Pollution
Cargo Train Schedule
Inaccessible: Steep Slope
Off The Beaten Track： Lack Open Space Disconnect To Water
8:00
10:00
12:00
14:00
16:00
18:00
20:00
Every Monday and Thursday
10
MULTI-FUNCTION DEVICE ISLAND
FRAMEWORK Issue
Demand
Consequence
Pollution
Fluctuating Water Stage
Dirty Water
Water Purifying
Environment Degradation
Restoration Ecology
Soil Erosion
Retain Soil From Erosion
Flooding
Water Level Control
Little Accessibility To Water
Establish Connection To The Water
Lack Public Space
Add Activity Space
Cargo Train
Solving Height Difference Indicate And Alarm By Signal
Multifunction Device Islands Device In Water
Plants-Environment Interaction
Reshape The Terrain
Platform To Connect City With The Site
Bird Habitat
Buoyant Base With Permeate Holes
Extension Tether
Purification Flow
Active Carbon Absorb Organic pollutant
Ion-exchange Resin
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Gradually Deposit
MATERIALS Main Water Flow
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Sediment Progress Combination
STRUCTURE
Various Height Of Board Walks
GROWING ISLANDS Single Device
Nursery Pond Device On Land
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Steep Slope Inaccessibility
Human&Nature Relationship
Wetland
DIFFERENT CONDITIONS
Strategy
POSSIBILITIES
Removing Chlorine by Replace It
Formation Of Terrain
Solar Energy Screen Mesh
作
Container of Filtration materials
集 品 Pedestal
With bailing eyelet and able to connect with each other
Purify Flowing Water
Peace Scouring Wave
Protect Erosion Bank
Mitigate Flood Water
Active Charcoal Fibre Filter Ion-exchange Resin Filter
Activity Space
Anchor
Insert in riverbed
Gravel Layer Keep stability and filtration
DEVELOPMENT Reshape Extend Flow
Original Site
Pond
Soil Erosion
Water Level Control
Add Device
Add Public Space
Water Flow
11
MASTER PLAN
N 50Ft 100Ft
200Ft
500Ft
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LOW WATER STAGE
Platform Joins To Main Road Insert Device Islands Aeration Device Islands Waterfront Promenade Device Island In River Water Plaza Shrub Space Water Fountain
9 Play fields 10 Viewing Stairs 11 Open Lawn 12 Stone Bench Area 13 Beach 14 Retaining Wall 15 Adaptive Deck
FLOODING STAGE
BANK FULL
Lowest Stage At 3Ft
1 2 3 4 5 6 7 8
Normal Stage At 29Ft
Highest Stage At 46Ft 12
WATER PURIFICATION PROCESS Sediments Rust Suspended Particles(10-1000um)
Inlet Zone
Shallow Sediment Zone
Damp-tolerant Tree
Heavy Metal Ion （0.001-0.0001um）
Organic Matter(1-10um)
Aeration
Outlet Zone
Wetland Zone
Damp-tolerant Tree
Emerging Plants
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Marsh Vegetation
Submersed Plants
明 Sedimentation pond Leaf & organic matter removal
Aeration islands Adding oxygen to water
Blue heron
Whit pelican Wood duck Striped bass
Channel catfish Striped bass
Red-eared slider
Crayfish Pecan
Big blue stem
Bald cypress
Water tupelo
Gulf fritilary warbler
Golden-crowned
Yellow-rumped warbler
Striped bass
Goldfinch bird
Channel catfish
Ruby-crowned
Beaver
Blue catfish
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Egret
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Guidance Pretreatment
Deep Marsh Vegetation
Rabbit
Southern magnolia
Over-cup oak
Dogwood
Live oak
one
Forest Z tland
hrub We
tlet Zone
etland erged W
Zone Devices
Pond Ou
d
Scrub S
t Wetlan
Emergen
Subm
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PERSPECTIVE A
DETAILS Viewing Board Walk
Sediment Pond
Water Plaza
Aeration Islands
Device Islands
Guidance Islands
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B
A
Water stage at Bank full
PERSPECTIVE B 14
0
RECIRCULATION & REACTIVATION
Site : Shanghai,China Area : 1.3 Hectares Instructor : Ruohao Wu Collaborator: Yanyu Yang, Youyou Shi Role As Team leader: Mapping, Analytical, Conceptual development, Street Design, Model, Axon-metric Date: 02/2017
City Open Space Transformation
Shanghai is one the largest cities in the world, the site area is located in the heart of Shanghai’s Hongkou District. A large number of vehicles and pedestrians share the same narrow road to make the road crowded and the hospital in the street escalate the problem. Since the rapid expansion of the city, disordered and crowded urban spaces have been a common problem, especially in large cities.
SITE AREA ANALYSIS
This project is aiming to improve some of the common problems in high-density urban areas. The design consists of two part，the regional area planning and the critical street design. In the regional，the key point is to separate circulation between pedestrians and vehicles, then reorganize the green space meanwhile adding new functions like parking lot and activity space.
PROBLEMS OF THE AREA Green Space Were Occupied Or Isolated By Barrier Wall
As for the key streets, meeting the demands according to different types of pedestrians’ characteristics. Therefore, it is possible for different destination’s pedestrians to choose efficient route without interfering with each other, but to provide recreation and communication options at the intersection of the circulation.
The Pedestrians And Vehicles Share The Same Congested Path
Crowded And Ambiguous Circulation
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许 THE CRITICAL STREET CIRCULATION
CIRCULATION ANALYSIS
VEHICLES
PEDESTRIANS
The narrow streets mixed by vehicles and pedestrians, cause severe traffic congestion.
The office workers,nearby residents and the people to hospital escalate the congestion.
STRATEGY 1 Separate Vehicles And Pedestrians in Whole Area. The Street Only For Pedestrians. Vehicle Circulation
Office Worker Flow
Hospital Related Flow
STRATEGY 2 Reorganize The Street For Pedestrian Of Circulation And Public Space
Resident Flow 15
STRATEGY 1
REGIONAL PLAN
PLANNING THE REGION
After a reasonable transformation, this area provides enough space allow people conveniently parking right near their destination, and both pedestrians and vehicles will have a clearly and well-organized circulation.
Transform The Region From Circulation, Barrier Wall And Functions.
TACTIC OF THE REGION ho
Before
tal
spi
ho
tal
spi
After
hos
al pit
hos
al pit
hos
al pit
hos
CULTURAL CENTRE
al pit
明
许 2. Separate Pedestrian And Vehicle Before
After
PARKING LOT
玉 PARKING LOT CULTURAL CENTER
SPORTS
OUTDOOR THEATRE
3. Arrange Green Space Before
After
4. Add New Functions Before
After
PUBLIC GARDEN URBAN PARK OPEN STAGE SPORTS FIELDS
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PARK
OUTDOOR ACTIVITY
SECRET GARDEN
作
RAL CENTER
1. Tear Down Enclosing Walls
OPEN GREEN SPACE
PARKING LOT SPORTS
HEATRE
CULTURAL CENTER
N
OUTDOOR THEATRE
25 50 PARK
100
200M By adding a versatile public space in this well-connected city centre, landscape design is the interface between nature and urban, providing cities with more sustainable and ecological possibilities. 16
DEMAND
USER
STRATEGY
2
USER
00:00
REDESIGN THE STREET FOR PEDESTRIAN
DEMAND
USERS
TIMELINE
NEED
TIMELINE
NEED
DEMAND
PRIORITY LEVEL
Time
hospi
21:00
03:00 00:00
21:00
Resident
03:00
Recreation
Catering
Resident
Users Schedule
18:00
06:00
Users Schedule
18:00
00:00
Catering
06:00
Patient
Recreation
Greenland
Greenland
Market Meet-up space
Market Meet-up space
Patient
00:00
06:00
12:00
18:00
15:00
09:00
Worker
Sports
Sports
Plaza
Plaza
DEMAND SPACE
ACTIVITY RANGE
EXTRACT BEHAVIOUR PATTERN
Need a clearly circulation to quick pass
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OFFICE WORKERS
Worker
Require circulation of the orientated speedy movement of mass people.
hospital
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RESIDENTS
Need green space to relax
24:00
REORGANIZATION
hospital
hospital
作
PATIENTS & STAFF
24:00
hospital
明
USERS
12:00
18:00
Waterscape
Waterscape
许
12:00
09:00
12:00
Parking lot
Parking lot 15:00
06:00
SWIFT
EFFICIENT
GENTLE
LEISURE
VIBRANT
VIGOROUS
hospital
Need outdoor activity space satisfy basic social contact
17
DISTRIBUTION ON THE STREET
DEVELOPMENT OF DESIGN 1. Three different users
2. Three different zones
3. Specific routes
4. Specific functions
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明
许
STREET PLAN
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N 10
25
50
100M
18
A
A NEW LIVELY AND WELL-ORGANIZED SPACE
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B
C
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A
C
B
19
04
CURRENT YANGPU DISTRICT
WEAVING THE WATERFRONT
Regeneration Of The Former Industrial Zone Site : Shanghai,China Area : 160 Hectares Instructor : Yuting Su Individual Work Date: 04/2018 The project included a redevelopment and open space plan for a 160 hectare area along the Huangpu River in Yangpu District, Shanghai, China. Carrying the historic legacy of the China industrial era, the riverside site has been forgotten and half-abandoned for years. Disconnected from its surrounding communities, the site has been overlooked by the f low of Shanghai’s development and opportunities.
许
% 40
Abandon Transport
20
Others
20
Manufacture
20
Assemble
0 1974
1980
1986
1962
1928
2004
2010
2016
The Second Industry GDP Proportion Of Yangpu District
0
2000
4000
6000
Waterfront Function Of Yangpu District
8000
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明
The design vision is to stitch together the many parts of the site through a activity waterfront and existing industrial heritage to unlock the riverside’s potential and restore its historic memory. The key to unlock the potential of the site lies not only in creative ideas turning the former buildings into iconic cultural spaces, but also in the careful delivery process of remediation of the landscape and a network of open spaces and pedestrian links between the industrial objects. Offering a fresh approach to urbanism, one that carefully considers contemporary as well as historical contexts while creating a direct and vital link to the waterfront.
Historical Factory Yangpu District Old Industrial Area Existing Industrial Heritage Zone Greenland
Historical Factory
Waterfront Barrier
20
HISTORICAL CHANGES
CURRENT SITE ANALYSIS
Urbanization
This area has changed continuously throughout history, in keeping with various farmland,harbour and industrial uses. While inner area transformed into high density mixed use urban.
Dominated By Farming
Green Space
Industrialization
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1920
1960
明
LAND USE TRANSITION
Urban Space
YangPu River
Inland Space
Inland Space
Public Space
ISSUES
GREEN SPACE FRAGMENTATION Low connectivity of the green corridor network,habitat fragmentation.
INACCESSIBILITY TO WATER
YangPu River
Changing of the waterfront texture is inevitable owing to social developments, and inevitably brings serious destructions to the nature and history memory.
Current Buildings
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YangPu River
作
Industrial Area
Accessibility
Over the last century, the role of the riverside area has been evolving with the city development.
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Farmland
RIVER WAY& REVETMENT
2017
10 30 60 Existence Year
Inland Space
There do not have public roads to the riverside. Citizens who living nearby for many years was never able to walk up to the Huangpu River in this region.
SEMI-ABANDONED HISTORICAL BUILDINGS
SIMPLEX WATERFRONT WITHOUT IDENTITY
Dense factories and structures distributed along the bank, most of which are semi-abandoned and demand reformed.
The river bank area has changed to hard revetment for transportation use since the industrial development.
21
STRATEGY Excavating And Revitalizing Of Existing Industrial Remains
Restoring Ecological Environment
Weaving History Ecology And City In A Common Framework, Leveraging Their Interdependencera.
Connecting City And Water
Inner City
Inner City Inner City
Promoting Habitat Connectivity. Connecting ecology corridor. Extending the green space.
Pr e s e r ve o r c o n s e r ve a n c i e n t a n d valuable industrial buildings and factories. Transform the old buildings and zones.
许
1
3
WATERFRONT PLAN
N
0 50 100
4
5
6
8
7
200
500M
B 9
10
14
11
作
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明
A
2
Activate the waterfront. Engage the city edge.
16 15
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C 18
12
19 17 20
13
21
1. Adaptive Deck
12. Promoting Plaza
2. Bird Conservation Centre
13. Culture Creative Industry Park
3. Transformed Bird-viewing Building
14. Waterside Grass-slope
4. Wetland Habitat Islands
15. Public Park
5. River Mouth Lagoon
16. Urban Beach
6. Transformed Buildings For Public
17. Culture Centre
7. Urban Farm Terrace
18. Floating Platform
8. Sightseeing Tower With Deck
19. Recreational Fields
9. Water Pool
20. Floating Platform
10. Converted Jetty
21. Preserved Structures
11. Amphitheatre
22. Transformed Silos For Public Use
A. Restoration Habitat Zone B. Public Park Zone C. History & Modernity Zone
22
The plan includes three elements — ecology, urban and history. Each of them were developed with its own characteristic and identity, which are derived from thorough analysis of context. 22
FUNCTION DIAGRAM
DISTRICT TRANSFORMATION GREEN SPACE
PUBLIC REALM
BUILDING FABRIC Public space
Walk Running
Gallery Event
Cycling
Water Pool
Memorial Jetty
Theatre
Market Square
Rail Promenade
Picnic Grove
Bench Plaza
History Museum
Building
Before
Sports & Recreation
Floating Platform
Water Pier
6.8
Ha Open space
Green wedge Sloping park Habitat
Event Plaza
12.8
4.1
Ha Green space
years of Average building age
Reformation structure Preservation building
Historical district Open space
After
44
42
Ha Open space
Ha Green space
57
years of Average building age
Habitat Education Urban Bird Centre Viewing Agriculture
ROAD SYSTEM
CONTINUOUS WATERFRONT Industrial Harbour
明
Tourist Centre
许
Public Park
ENTRY POINT
Before
14
7
minutes Walk to riverside
Entry Point
玉 After
average
6
19
minutes Walk to riverside
Entry point
Continuous Promenade
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GREEN ACTIVE RIVERSIDE SPACE
0
Km Continuous path
Connected circulation
作
Innovation Centre
average
Historical Buildings Preserved Carriage
3.9
Km Continuous path
Riverside Promenade Viewing Platform
Tourist Centre
People will be able to walk, cycle or jog along 3.6km of the Huangpu River, with previously disjointed areas being connected up. 23
WATERFRONT PROGRAM
Viewing Platform
Preserved Historical Structures Urban farm
Water Stairs
Urban Farm
Viewing Platform
Wetlands Habitat
Sports Fields
Conserved former oil tanks
Stage & Open-air Cinema
31
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作
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明
许
Elevated Tree Walk
Continuous waterfront area with active paths
Bird Appreciation & Rescue Centre
24