EMPATHY, IDENTITY | Portfolio of XINYI HUANG
Application for Admission to MLA Program, UCL Selected works from 2019-2022
XINYI HUANG
TELEPHONE
+86 185-5131-7179
Huangxinyi0210@outlook.com
ADDRESS
Beijing, P.R. China
EDUCATION
China Agricultural University Sept. 2019-Jun. 2023 Bachelor of Agriculture Landscape Architecture GPA: 3.73/4.0 Rank: 3/28
HONORS
2021 | Third Place
School-Level Scholarship
2021 | School-Level Merit Student
2021 | Second Prize
Preliminary Round of the 2021 “FLTERP ·ETIC CUP” English Writing Contest
2020 | National-Level Scholarship
2020 | First Place
School-Level Scholarship
2020 | School-Level Merit Student
2020 | Third Prize
Preliminary Round of the 2020 “FLTERP ·ETIC CUP” English Writing Contest
CAPACITY
COMPUTER: Photoshop, Auto CAD, In Design, Rhino, Grasshopper, SketchUp, Adobe Illustrator
LANGUAGE: English (Fluent); Mandarin (Native)
HOBBIES : Volleyball, Baseball, Piano, Chinese zither, Dancing, Reading, Photography, Drawing
EXPERIENCE
[Internship] Nantong Reconnaissance & Design Co., Ltd
Assistant Landscape Architect Project 1: Residential Landscape Design Responsible for: Scheme design and deepening; sketch design and drawing with CAD Project 2: Reconstruction of Rengang Road Plot Preliminary research and planning design; design sketch and construction design
2021. 07 ~ 2022. 01
[Contest] The 1st National College Students Rural Revitalization Creative Competition Second Prize Team Leader, responsible for: Led a team of 5, task distribution and coordination; on-site investigation; data collection and analysis; scheme design, drawing and modeling with Rhino
2021. 04 ~ 2022. 03
2020. 12 2021. 03 & 2020. 07 2020. 10 2022. 07 2021 2021 2020 2020 2019 2019
[Research] Research on Perception of Narrative Landscape of Traditional Villages in Beijing Based on Tourist Experience
Team Leader, responsible for: Led a team of 3, task distribution and coordination; fund raising; data collection; variance analysis and correlation analysis by SPSS Outcome: a report on study; evaluated as Good by Undergraduate Research Program (URP) in the university
[Workshop] Digital Tools for Landscape Architecture: Environment, Ecosystem and Movement Advisor: Enriqueta Llabres-Valls Responsible for: environmental analysis through different simulation process; multiobjective optimization modeling; digital drawing and animations Outcome: a booklet Refreshing Island
[Activity]
Volunteer of Community Covid-19 Precaution, Certificate of Community Appreciation for 60-hour Service Participant of "Beautiful Countryside" Summer Social Practice Activities First Prize of Excellent Team & Excellent Achievement Award Performer in University New Year Party
Deputy Minister of Department of Organization in Youth League Community in College of Horticulture, CAU
Member of Debate Team in College of Horticulture, CAU Assistant of the 4th International Exchange Preparatory Camp of CAU
Landscape architecture has a direct dialogue with our daily life. I sensed how much minorities want their history to be recognized in a touching way, and also saw their strong will to find their own cultural identity as new constructions and economic development took place everywhere.
There is a burning desire for me to find how to evoke the memory in urban landscapes, evoke public empathy and even force the world to focus on minority group.
CONTENT
01 02 03 04
A memorial landscape design for coal culture
Site: Shanghai, China Area: 3.3 hectares Date: 10/2019
Type: Individual Work; Academic Design Instructor: Yijia Wang
COAL MOUNTAIN PAPERCUTTING TERRAIN
An park design to rebuild relationship between people and fireflies
Site: Nagano, Japan Area: 5.5 hectares Date: 05/2021
Type: Individual Work; Academic Design Instructor: Yijia Wang
RETURNING RIVER
An urban design to solve river channelization problem
Site: Beijing, China Area: 166 hectares Date: 04/2022
Type: Individual Work; Academic Design Instructor: Feng Xu
REWILDING
Urban renewal to balance city and animals
Site: Melbourne, Australia Area: 11.6 hectares Date: 11/2022
Type: Individual Work; Academic Design Instructor: Qing Chang
OTHER PROJECT 05
Rural restoration project on historical barns in Henan, China
Site: Henan, China Area: 113 square meters Date: 07/2021 - 01/2022
Type: Team Work (Leader); Academic Design Instructor: Shan Cui
04 12 20 28
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COAL MOUNTAIN 01
Rebirth of industrial remains
Site: Shanghai, China
Area: 3.3 hectares
Date: 10/2019
Type: Individual Work; Academic Design
Instructor: Yijia Wang
Introduction : Yangjinggang Dock is located on the south bank of the lower reaches of Huangpu River, with a shoreline of about 235 meters long. It is used to be a caol dock buildt by Japanese and was severely polluted. Nowadays, in Shanghai, there is great evolution of waterfront space and de-industrialization. Based on the history of the site, this project aims at building a memorial urban waterfront park which could also add to the vitality of the region.
4
5
HISTORY OF YANGJINGGANG DOCK
Yangjinggang Dock is located on the south bank of the lower reaches of Huangpu River, with a shoreline of about 235 meters long, it is a universal wharf of Shanghai Port.
CURRENT SITUATION
The site is under the main bridge of Huangpu River and very accessible by residents. With the history about coal, there could be a perfect urban waterfront park.
HUANGPURIVER
In order to meet the needs of aggression, a large number of new docks and warehouses were built and rebuilt by Japanese. Among these wharves in Pudong, the most representative is the Wharf under the Mitsui coal stack built on Mitsui Yanghang base in 1907, commonly known as 'old Mitsui'(now Yangjing port wharf).
By the end of 1990, the wharfs on both sides of the Pujiang River in the area were divided into three loading and unloading companies. Yangjinggang Matou belongs to Minsheng loading and unloading company located on the South Bank of Huangpu River. The company has many machinery. The throughput in 1990 was 7.04 million tons.
On August 16, 1937, Japanese planes dropped multiple bombs in Pudong area. On November 10, the Japanese invaders plundered the goods stored in the factory stack in various districts of Hudong. On the 11th, Japanese ships and sand ships transported most of the coal stored in the coal stack of Mitsui wharf.
In 2002, the comprehensive development plan on both sides of the Pujiang River was officially launched, which is considered to be the second milestone in Shanghai since the development of Pudong. Yangjing port wharf is located in the middle of the core area and mainly develops business tourism.
MINSHENGLU DOCK
XIEPUROAD CHANGYIROAD RIVERSIDEPROMENADE
EVOLUTION OF WATERFRONT SPACE
POWER INVASION (1843-1949)
Foreign-funded enterprises forcibly settled on both sides of Huangpu River, and separated the space on both sides of the river.
INDUSTRIALIZATION (1949-1990)
As the center of industrial development of new China, the berth capacity had been enhanced, and intermodal transport facilities had been built.
DE-INDUSTRIALIZATION (1990-2002)
Overall function of the city had changed from industry to finance, and the docks had become capital-intensive rather than labor-intensive. The space was desired to shift from productionoriented shoreline to comprehensive serviceoriented shoreline.
URBAN COMBINATION (2002-2010)
YANGPUBRIDGE
DIVISION 6
MATERIAL FLOW ANALYSIS
Coal still plays an important role in modern industry. There has been mature precedures which show the wisdom.
The dredging of lakes or ports will inevitably produced a large amount of sediment deposition.
As coal dust is acidic, it polluted soil resources.
Water pollution also caused by sediment deposition should not be underestimated.
The process of coal storage, transportation and stevedoring will be accompanied by serious dust pollution, endangering the atmosphere and surrounding environment, and there are potential safety hazards at the same time. Combustible dust has the risk of fire and explosion; The visibility of high concentration dust is poor, which affects the line of sight.
Most factories there had no treatment equipment for wastewater, and discharged wastewater into Yangjing port in large quantities which greatly exceeded the self purification capacity of Yangjing port.
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DIGGING TRANSPORTING UNLOADING STACKING TRANSPORTING SHIPPING
GENERATION OF 'COAL MOUNTAIN' LANDFORM PROTOTYPE 3D PRINTING MODEL
In order to ventilate and store, coals are always stacked like 'mountain' on the dock. Based on the shape of coal piles, create the terrain of the park to refresh the memory about coal.
Use the underground space to realize the integration of artificial wharf and natural water body, and strengthen the interaction between tourists and water body.
fig.
2. SOFTMOVE
Deform the basic shape to form bulges and depressions as the terrain.
3. CONTOUR
Then, form terrain on the basis of vertical design.
1. SHAPE
Firstly, create several circles of different sizes.
4. EXTRUDECRV
Extrude curves and form the steps.
5. RECTIFY
Rectify the site including vegetation, road planning, etc park design.
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Coal Mountain on the dock
A B Bulge Depression A B
MASTER PLAN Overlooking Platform Waterfront Square Climbing Children Activity Zone Water Stage Theater Open Leisure Zone Scenic Overlooks Bridge Metasequoia Plantatio Skateboarding Ground Great Lawn 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 3 4 5 6 10 9 7 1 8 8 2 9 N 100m 50 25
RENDERING OF 'COAL MOUNTAIN'
This
AERIAL VIEW DETAILS OF DIFFERENT ACTIVITY AREAS
Use of steps to adapt to different water levels and create different landscapes, and on the upper bridge people can always overlook the scene.
The stepped slopes planted with grass and trees form shade for people, allowing rest between the steps and leaving more open space for recreation at the top of the 'mountain'.
The bowl-shaped skateboarding ground allows for roller skating, skateboarding and fancy riding and other activities that different people enjoy, adding a fresh touch to city life.
A C B 1 1' 10
A Scenic Overlooks Bridge
park could provide abundant green space for the city, and build a variety of activity space for different groups. Those figures show several parts of it.
C
Skateboarding
A 1-1' B C Scenic Overlooks Bridge Typical Section Open Leisure Zone Skateboarding Ground SECTION 1-1' SHOWING RELATIONSHIP BETWEEN PEOPLE AND WATER
B
Open Leisure Zone
Ground
EYE VIEW
People here have rich viewing experience and different levels of vision. The eye view rendering shows one of the possibilities.
Theater
Climbing Children Activity Zone Open Leisure Zone
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PAPERCUTTING TERRAIN
Design of firefly park
Site: Nagano, Japan
Area: 5.5 hectares
Date: 05/2021
Type: Individual Work; Academic Design
Instructor: Yijia Wang
Introduction: Tatsuno is one of sacred places to watch fireflies in Japan, located in the outskirts of Nagano Prefecture. It is famous for its fireflies and also one of the best places to enjoy the firefly festival in summer. However, the Firefly Sanctuary also faced challenges when fireflies need extremely pure environment to exist. This project aims to create a more pleasant environment for both fireflies and people.
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02
13
FIREFLY CULTURE LIFE CYCLE OF FIREFLIES
Tatsuno is one of sacred places to watch fireflies in Japan, located in the outskirts of Nagano Prefecture. It is famous for its fireflies and also one of the best places to enjoy the firefly
Why Japan has firefly culture
1. FAIRY TALE 2. POPULATION DENSITY
Traditional Japanese novel 'Tale of Genji' describes a scene: in order to let the prince see one beauty, Guangyuan hid fireflies in the bag and released them in the dark room. Under the glimmering light of fireflies, he saw the graceful beauty.
Why fireflies live in Tatsuno, Japan
Firefly is a very delicate and fragile creature. Each aquatic firefly has a different ecological habitat. Tatsuno is very suitable for Fireflies to live and famous of Genji Firefly (a kind of aquatic firefly).
2. Larvae late July
1. Eggs late June
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3. Climbing larva 4. Prepupa late April 5. Pupa early May 6. Adult mid-to-late June
NAGANO (SITE) TOKYO Less
More
people More fireflies 7. Courtship late June
people Less fireflies
Adults
River Height
Dew Snail Nectar Earthworm Shellfish
Larvae Pupae & Eggs Period Food Aquatic Plants Low Shrubs Lush Trees Pond Lily Photinia Daphne Spiraea Box Elder Cattail Arrowhead
4&5.
Firefly movement in short life 1. Spawning 2. Hatching 3. Climbing 6. Activating 7. Mating
Digging
HOMETOWN VILLAGE OF FIREFLIES
Fireflies only like the natural environment with lush vegetation, clean water and fresh air. Aquatic Fireflies have even higher requirements for the environment. Tatsuno is very suitable for Fireflies to live. In the middle of June every year, Firefly Festival held here is deeply loved by people. Since the 1955s, however, with the increase in various kinds of pollution, the number of fireflies has gradually decreased.
PROS AND CONS
The natural environment and the water of the Tenryu River could provide fireflies good habitats and sufficient food.
Clear, ample river
Pollutions including Factory wastewater, domestic wastewater, and pesticides damage living environment of
DIFFERENT REQUIREMENTS
At different life stage, fireflies in Tatsuno require different habitats. The basic types include the following three.
Adults - moist trees or grass
Snail, earthworm,etc.
Larvae - grass near rivers, ponds and paddy fields
Pupae - moist soil
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1 1 2 2 A A B B C C Merit Demerit N 100m 50 25
Factories, houses Farmland Residents, visitors Lush woods
PAPERCUTTING TOPOGRAPHY
In order to satisfy people's curiosity about nature and cherish nature at the same time, it is very important to create a comfortable and less disturbing viewing space for tourists and a good living environment for fireflies.
The space plans to use the form of paper cutting to form a wave shape and also form a height difference, so that the building can integrate into the terrain, minimize the impact on fireflies, and create more possibilities for people to interact with fireflies. Setting multi-layer elevation difference also can achieve the purpose of filtering water layer by layer and enriching the landscape.
Step1: Split the plane
Preliminarily separate the space from the plane and confirm the elevation difference classification.
Step2: Adjust the plane Adjust the size and shape of the space to meet space and streamline requirements and smooth wavy shape.
Step3: Determine the height Determine the height difference of each layer to form the basic terrain.
FITRFLY-VIEWING SECTION PROFILE
For this site, there are several different modes of interaction between people and fireflies. People can watch fireflies flying through the windows in earth covered buildings, or they can watch them closely in the outdoor space on the basis of observing the rules of sightseeing that do not harm fireflies.
Floor-to-ceiling glass obversation space
Atrium skylight
Overlooking
Intereact
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ZONING FOR PEOPLE
FOR FIREFLIES
Cladding construction Main Park Road Ditches and Ponds N 100m 50 25 1. 2. 3.
MASTER PLAN SECTIONS SHOWING VEGETATION AND BUILDINGS ACTIVITY AREA FOR PEOPLE LIVING AREA FOR FIREFLIES C D B A 1-A 1-C 1-D C' D' B' A' 1-A 1-C 1-D 1 3 3 3 1 2 1 A B C D A' B' D' C' 17
The higher side near the outer main road is used as the main activity area for people , and the cladding architecture is used to enrich the viewing experience. According to the living habits of fireflies, the area near the water and lower is divided into living area for fireflies with more lush vegetation while reducing crowd disturbance.
3D PRINTING MODEL SHOWING TERRAIN UNDULATIONS
The model shows the general state of the water strategy, including flood management and water purification.
FLOOD MANAGEMENT
WATER PURIFICATION
When the tide comes in, the terrain with layers of height difference functions as natural water filtration system. When polluted water flows from high to low, the terrain with ditches can functions as natural water filtration system, filtering sewage layer by layer. At the end, the relatively clean water flows into the river.
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A B Water Flow A B
DIFFERENT RELATIONSHIPS BETWEEN PEOPLE AND FIREFLIES
DAYTIME
In the daytime, fireflies are seldom active, and people can't see them. And because of its good natural environment and rich terrain, it can also become a place for people to take a daily walk.
NIGHTTIME
On summer nights, fireflies become active, and this place becomes an excellent place to watch fireflies. You can get close contact with fireflies outdoors, and also have indoor space for people to rest and watch fireflies
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RETURNING RIVER 03
Naturalization of urban channelized river
Site: Beijing, China
Area: 166 hectares
Date: 04/2022
Type: Individual Work; Academic Design
Instructor: Feng Xu
Introduction: River channelization is to transform the natural river into a nearly parallel and regular channel on both banks by taking some engineering measures. Nanchang River was channelized in 19th century because of demand for flood control, irrigation. Based on study of natural river, this design has a proposal to restore ecosystems capability to respond to changing environment.
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21
CHANNELIZATION ENGINEERING MEASURES
In the past centuries, because of increasing demand for irrigation and flood control, rivers in Beijing were seriously channelized.
Narrowing the riverbed Solidifying the river Manual cutting
NEGATIVE EFFECTS
Vehicular interference
SITE CHANNELIZED DISAPPEARED 22
Vehicular interference Vehicular interference Vehicular interference Vehicular interference Vehicular interference
Poor accessibility Seasonal flood Collapse of ecology EVALUATION Accessibility Flood Ecology Channelized river Disappeared river
interference Steep slope protection Narrow
Ecological damage Domestic wastewater Seasonal flood Runoff pollution Lack of vitality 95 50 % RIVERS % RIVERS
After the implementation of the canalization project, the boundary conditions of the river have been changed, which is bound to have a certain impact on the upstream, downstream, left and right banks of the river.
Vehicular
riverside road
23 EXISTING SITUATION Park Site Dock Factory Poor accessibility STRATEGIES FOR THREE PROBLEMS Seasonal flood Existing roadway Circulation breaking points River system Resident Connect +Invite Planning roadway Resident River system Flood storage Normal water level Normal water level Connect +Infiltrate Collapse of ecology Existing green space Existing green space Planning green space Elastic +Set back
Distributary Section a / f / i Flood Accessibility Ecology River delta Eco-isoland Rain garden Bio-technical bank Emergent wetland Subway station 24 Banks combine plants with biotechnique to enhance self-purification ability and form natural landscape. Wetlands can regulate runoff, improve water quality, regulate microclimate, and protect biodiversity. Branches create new water areas that are not subject to the strict rules of the channel and valuable natural areas. Stairs enable people to approach the water, and have activities by the river. Sedimentation Erosion Perforated Drain Pipe Platform i Eco-island f Dock h Aeration Pool g Infiltration Pond b Emergent Wetland d Submergent Wetland e Sedimentation Pond c Sedimentation at Outlet Bio-tecnical bank a Before 1. Banks 2. Wetlands 3. Branches 4. Stairs After
The river flows through different type of land, so the bank functions vary from place to place. According to landuse, sewage system and other factors, we can reprofile the river to reduce negative effects of channelization. Seasonal flood Poor accessibility Collapse of ecology STRATEGY LAYOUT 1. Banks 3 Branches 4. Stairs 2. Wetlands
STRATEGY FOR REPROFILING
Wetland Section B b / d / e / h Wetland Section A c / d / e River Beginning Section c / g Dock Sightseeing trail Emergent wetland Infiltration Pond Submergent wetland Outdoor cinema Sedimentation pond Activity lawn Scenic hill Aeration pond N 500m 250 100 Woodland Site Grassland Shalow water Marsh Deep water Pedestrain trail 25
More plentiful and legible circulation brings more fummy experience to people when they are staying here.
Various activities would happen in the different space and structures of the site, part of which would provide a better life to the citizens, and others would bring more vitality to the nature.
deal
seasonal
lightweight
26 MASTER PLAN WETLAND PURIFICATION SECTION PROJECTED CIRCULATION
ACTIVITIES LIGHTWEIGHT FILL This wetland section include the main reservoir lake, multiple branches, eco-island, etc. The purification system based on natural river flowing functions when river B B' A' C' C' A' 100m 50 25 N Fishing Platform Lake Waterside Steps Water Stage Lush Woods Open Green Space Main Park Road Eco-island Peninsula Waterside Theater Mixed Use Lawn Entry Garden A-A' B-B' C-C' SECTION 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 9 10 11 11 12 5 1 1 2 4 5 6 7 8 Projected Water Lightweight Fill
To
with
flooed,
fill would become new water field, and also enhance the feelings of experience.
PROJECTED
27
REWILDING 04
Urban renewal
Site: Melbourne, Australia
Area: 11.6 hectares
Date: 11/2022
Type: Individual Work; Academic Design
Instructor: Qing Chang
Introduction: The site is located in the south bank art district of Melbourne, with complex traffic flow lines. On a closed expressway ramp roundabout, the government has built a sculpture installation and animal shelter, which can be used as an art installation and provide a temporary shelter for wild animals, but the evaluation is mixed. The project focuses on the urban environment. Considering the potential threat of urban development and human activities to urban animal habitats, our goal is to make full use of the gray space of the city, so that human beings can live in harmony with nature.
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Habitat-Filter
Urban Wild
Urban Environment
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Memory of Habitat Filter
Southbank is a comprehensive community integrating catering, entertainment, commerce and residence in the center of Melbourne. Since 1990, there has been transformed from an industrial type into a residential and office type downtown community. Habitat Filter, located in Southbank, is not only an art installation, but also a temporary shelter for wild animals.
Do you think Habitat Filter is a good idea?
I will pass this landmark on a daily basis, but not know its purpose or even its name. It's a little ugly, I don't like it.
The new sculpture Habitat-Filter was too intrusive and just a road with some stuff that you look at.
Critic
Urban Rewilding New Model
With the development of city, the habitat of animals is squeezed. There is mutual repulsion between animals and residents.
Repulsion
With the development of city, the habitat of animals is squeezed. There is mutual repulsion between animals and residents.
FUTURE
ANIMAL RESIDENT Explicit connections
It's not meant to create a separation between what the urban city is built for, it's meant to blend the two together.
Yarra River CBD
Mutual
CITY ANIMAL LIVING SPACE PAST RESIDENT
CITY LIVING SPACE
Politician 500m 250 125 N
Designer
Resident
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It adds interest and colour to this foreground of Southban, but redeem that chasm of motorway that divides City Road from Sturt Street, it does not.
Platanus Ulmus Quercus Angophora Ficus Eucalyptus Other Trichosurus Pteropus Sturnus Trichoglossus Egernia Varanidae Australia has a variety of animals and plants that can not be found anywhere else in the world because of its geographical isolation over time. Meanwhile, the biodiversity of Southbank of is also realized in the long-term planning. Site Current Situation Three Types of Site Issues Local Habitat Issue 2 Type A_Viaduct Type A_Parking lot Type A_Greenbelt Type B_Park Type B_Main road Type B_Roof Destruction of habitats Chaotic road flow Negative urban space Issue 1 Issue 3 Diversity (by genus) Canopy Cave Open woodland Over Trees Vertical 0% 20% 30% 40% 10% 0% 20% 40% 60% 80% 100% Canopy Park Canopy Road 2015 2025 2040 38% 46% 50% WITH 47 OTHER GENUS TYPES 1% 15% 25% 33% 7% 4% 5% 5% 7% 9% 7% 8% 8% 6% 7% 7% 7% 7% 10% 18% 25% 10% 10% 10% 100m 50 25 N 31
Strategy
Strategies are proposed to solve the above site problems from three aspects, which are respectively reflected in sidewalk optimization, storm flood management and habitat enrichment.
Sidewalk optimization
Flooding management
Waterway
Habitat enrichment
Planning Road
Existing Road
Pedestrian Bridge Under-viaduct Sidewalk Microtopography
Pocket Park
Roadside Tree
Parking Lot Road Greening
Roof Greenery
Drainage Ditch Rain Garden
Wetland Animal-friendly Infrastructure Vegetation
Slope Greening Plant Diversity
Animal Habitat 32
±0.00 A D C C' D' B B' A' ±0.00 5.00 Highway Highway Highway Highway Highway Highway Highway Highway Highway Sidewalk Sidewalk Sidewalk Sidewalk Sidewalk Sidewalk Sidewalk Footbridge Animal-friendly Infrastructure Wetland Wetland Wetland Wetland Wetland Wetland Greenbelt Greenbelt Greenbelt Greenbelt Greenbelt Greenbelt Animal-friendly Infrastructure 2.50 -1.00 1.00 -2.00 4.50 A B C D A' B' C' D' 4.25 Platanus Ulmus Quercus Angophora Ficus Eucalyptus Master Plan 100m 50 25 N 33
Rendering and Potential Habitat
Southbank is a comprehensive community integrating catering, entertainment, commerce and residence in the center of Melbourne. Since 1990, there has been transformed from an industrial type into a residential and office type downtown community. Habitat Filter, located in Southbank, is not only an art installation, but also a temporary shelter for wild animals.
Highway Footbridge
Bats usually live in dense vegetation and close to water. According to research, their diet mainly includes eucalyptus flowers, and they are considered to be the main pollinators of eucalyptus. The rewilding viaduct can provide them with daytime rest conditions.
Wetland
Fig.1 Between-road wetland system
There is a more ecological possibility for the complex urban transportation system, weakens the negative part of urban space, not only provides a more comfortable environment for urban residents who commute daily, but also reduces traffic noise, purifies exhaust pollution, and provides more possible habitats for urban wildlife.
Fig.2 Bird's eye view
Pteropus
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Habitat-filter
This construction is not only an art installation, but also a temporary shelter for wild animals. The solar panel on the device can provide power for lighting, while the hollow box can provide shelter for wild animals.
Footbridge
Roof garden
Fig.3 Central terrain remodeling
The spiral terrain is used here to reshape the terrain of the central sculpture device, increase the water system, and provide more abundant and excellent habitats for urban animals. At the same time, the pedestrian overpass is also used to communicate urban residents and wild animals, which not only solves the problem of mixed traffic, but also improves the accessibility of urban residents.
Sturnus
Trichoglossus
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OTHER PROJECT - RURAL RESTORATION
Site: Henan, China
Area: 113 square meters
Date: 07/2021 - 01/2022
Type: Collaborative Work (Team Leader); Academic Design
Instructor: Shan Cui
With the theme of "The Millennium Canal, the granary of the world", the development and evolution of granaries are demonstrated through creative exhibition. In terms of space, Tuyuan granary has a high floor height, and a two-layer platform is built to enrich the sense of spatial hierarchy and functions and add interest.
After the project is completed, not only the local people and tourists have a good response, but also many media reports.
Under construction
New lighting design
05 36
Historical barns: Aerial view taken by UAV
First floor plan
Construction plans
Interior decoration
Second floor plan
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