Portfolio-Chen Zeya

PORTFOLIO Lanscape Architecture OF ZEYA CHEN

Chen Zeya

Contents

Tianjin University

Alternative forms of co-existence

Tel：+86 18031177593 E-mail：2678416949@qq.com Address: No.6, Yijing Garden Jiantong Street , Yuhua District, Shijiazhuang City, Hebei Province, China P1

EDUCATION 09/2020-06/2024

ACADEMIC Environmental Design School of Architecture Tianjin University

Environmental Change Effect on Migration and Settlement Patterns The Last Great Migration Of Ungulates In China

03/2020 Investigation And Evaluation Of Indoor Barrier-Free Circulation Systems In Historical Buildings

Tibetan antelope migration route planning

Instructor: Prof. Zhang Xiangpeng

University Level: Project 985 Subject Level: First-class universities and disciplines of China

Software for the office, field research methods, questionnaire surveys, Delphi methods, and analytic hierarchy methods

GPA:3.59/4.0

Publication of "Guidelines for Interior Accessibility Design of Historic Buildings"

P6

Post-development and Degrowth

River And Sediment

PROFESSIONAL

EXHIBITIONS & AWARDS

07/2023-09/2023

12/2021 Hong Kong Youth Art Design Competition

Hebei Institute of Architectrural Design & Research Co.,LTD

Award of Excellence

Landscape Architecture

In "Paper Corner Quietness," paper-cut art is used as the basis for a public art installation.

Learn how to combine traditional culture with public art installations by improving software usage

Responsible for the post-production of floor plans, renderings, and PowerPoint presentations

EXPERIENCE 10/2020-06/2021

New Youth Media Center, Tianjin University

Innovation and Entrepreneurship Training Program for College Students Managing projects, writing declarations, organizing team members' work, reporting on projects

PUBLICATION 08/2023 - now

P12

A Barrier-Free Renovation Design For A Museum Of Historic Building Regeneration Journal Article - CSSCI 上海纺织科技 CN31-1272/TS

Pleasant, Livable And Watery

Award of Excellence

School of Architecture Student Union, Tianjin University

Low-cost and high-performance urban stormwater management park

Yuanji tea space interior environment design--Translation of Taoyuan Wonderland landscape painting narrative space

08/2023 Fourth Oriental Creative Star Design Competition Award of Silver

Providing scripts for the promotional video as well as following and filming the Chinese New Year vlog.

08/2022-09/2022

Concept of stormwater management

10/2022 Academy Cup China 2022 Interior and Environmental Design Competition

Purchasing and inspecting the materials store; promoting class introductions; and hosting the dorm culture festival .

10/2020-06/2021

Dongting Lake silting transformation landscape design project

Science Education Park in Sponge City - Smart Cloud.

Combine ecological concepts with child-friendly concepts by learning sponge city knowledge

Sustainable Urbanisation P16 Emotional Self-Help In The City Urban trail system and healing landscape design

SKILLS Adobe Photoshop Adobe illustrator Adobe InDesign Sketch-up Auto CAD Rhino Lumion ArcGIS

Other Works P21

Shuanghu County

1995

2000

2005

2010

2015

2000

2005

2010

2015

1990

1995

1985

1980

1975

1970

1990

1965

2015

2010

2005

2000

1995

1990

-13 （℃）

1985

0 （mm）

1980

-12 1975

-11

3

1985

-10

6

1970

Gaize County

Winter temperatures

-9

9

Ritu County

1965

2015

2010

-8

Winter precipitation

1980

12

1975

15

2005

Known as the "Spirit of the Plateau", the Tibetan antelope is a national first-class protected animal, and the Tibetan antelope migration is one of the world's magnificent ungulates migration. After mating in November and December each year, female Tibetan antelopes begin to go to the litter in May of the following year, and return to their original habitat to join the male after the completion of the calving in July and August.

How can we protect this spectacular migration?

The protection of Tibetan antelope needs to cover the entire migration process, including habitat, migration routes and calving grounds

2000

7 （℃）

1995

8

150 （mm）

1990

9

200 1985

10

250

1965

Site analysis

Summer temperatures

11

300

1980

Location: Tibet, China

1975

Time: 2022.10-2023.3 Instructors: Yang Xu

1965

Type: Individual, Academic Work

12

Summer precipitation

350

1970

400

Tibetan antelope migration route planning

1970

01 THE LAST GREAT MIGRATION OF UNGULATES IN CHINA

Seasonal variation of precipitation and temperature in the ChangTang region from 1965 to 2015

Qiangtang National Nature Reserve

Distribution of Tibetan antelope littering grounds Ordinary

Significant

Migration routes Qinghai-Tibet Railway Sub-important habitat Important habitats

Core area

Migration timeline

Buffer area Experimental area

Tibet

Litter

FEMALE

Migration

Pregnant

Retreat

Copulation

MALE

Breed Live together

NOV.

DEC.

JAN.

FEB.

MAR.

APR.

MAY

JUN.

JUL.

AUG.

For fur poaching

Road construction

Ranch fencing

Resident activities

Precipitation of coldest quarter

Since 1992, with rampant poaching, the Tibetan antelope population has plummeted

The Qinghai-Tibet Highway has caused a certain degree of interference with the behavior and activities of Tibetan antelopes

In 2005, the state implemented the project of returning grazing land to grassland, and large-scale fence construction began in the Qiangtang grassland. The fence cuts off the Tibetan antelope's waterways, grass roads and migration routes

There are 357 residential areas in the Changtang National Nature Reserve, mainly distributed in the experimental area of the reserve (346)

Vegetation types

Slope

SEP.

OCT.

Annual mean temperature Annual precipitation

Mean temperature of coldest quarter Mean diurnal range

Factors influencing the choice of habitat

Vegetation types

Distance from water

Distance from water

Precipitation of warmest quarter

Factors influencing the choice of litter sites Mean temperature of coldest quarter

Distance from water

Mean diurnal range

Tibetan antelope friendly strategy Issues

Detailed reasons

Targets

The range of settlements has expanded

Degradation of habitat quality

Development of transportation and tourism

Protection of habitats and litter grounds

Specific strategies Contamination

Design garbage disposal devices to improve pollution problems

Water conservancy

Build dams to prevent soil erosion

Food Road blocking passages

Migration routes are incomplete

Complete migration routes

The fence cuts off the passage

Barrier

Guided by growing Tibetan antelope food along the migration route Removal of fences on migration routes in core areas and protected areas Roads on migration corridors join migration corridors

Economy

Overgrazing

Introduce other industries to gradually replace animal husbandry

Rational development Food shortages

Deterioration of the ecological environment

Asylum

Reforestation is carried out at the edge of the litter to form a protective barrier The addition of caves makes it easier for Tibetan antelopes to protect themselves

Migration corridors

Human activity area

Tibetan antelope habitat

Tibetan antelope birthing grounds

Corridors across the highway

Garbage disposal unit

Inhabitable caves

Water conservancy facilities

The road through which the migration route passes is set up with corridors across the road and the food of Tibetan antelope is planted to guide the Tibetan antelope

There is a garbage disposal facility in the village, and household waste is treated as fertilizer

The habitat is set up with caves for Tibetan antelopes to hide, which is convenient for Tibetan antelopes to avoid natural predators and bad weather

Build dams to prevent downstream lakes from bursting their banks caused by upstream ice avalanches

Protection and aid stationsy

Stop desertification of land

The Tibetan antelope's food, Stipa purpurea Griseb, is planted on the migration route to guide it to avoid fences and roads

Gradually replace animal husbandry with Tibetan medicine industry with Tibetan characteristics to reduce ecological damage

Set up protection stations to rescue injured Tibetan antelopes and nurse Tibetan antelope cubs

Planting grassland vegetation at the bare bottom of the lake to prevent desertification and continuous shrinking of the lake area

Reduce fencing

Ecological migration

Food replenishment

Ecological barriers

Gather scattered households and develop other industries to reduce obstacles to Tibetan antelope migration

The habitat is widely planted with Tibetan antelope food such as Stipa purpurea Griseb and Kobresia tibetica Maximowicz

Alpine afforestation is carried out around the calving grounds to provide an ecological barrier for Tibetan antelopes

Food guided routes

Remove the fencing of the core area, buffer zone and migration road in the experimental area

Tibetan medicine industry

Tibetan antelope habitat

Masterplan

Large-scale cultivation of Tibetan antelope food on wasteland,Join caves and other Tibetan antelope habitats

A Tibetan antelope protection station was built on the wasteland, including the main building and fence

Food replenishment

Protection station Alpine afforestation is carried out to connect broken forests and form ecological barriers

Lake

Food replenishment

Ecological barriers

Inhabitable caves

Inhabitable caves

Human activity area

Buffer area

Garbage disposal units are set up in the woods on the edge of the village

Core area Shuanghu County

Scattered houses on the right side of the road move to the left side of the road

Tibetan medicine was planted on the right side of the road after ecological migration

Tibetan medicine

Experimental area

Village

Garbage disposal unit

Ecological migration

Tibetan medicine industry

Garbage disposal unit

Migration corridors Grow the favorite food of Tibetan antelopes along the migration route and guide the Tibetan antelope

Food guided routes Reduce fences along migration routes

Set up corridors at the roads through which the migration route passes and guide them with food

Corridors

Reduce fencing

Corridors across the highway

Food guided routes

Tibetan antelope birthing grounds Build dams to prevent downstream lakes from bursting their banks

Water conservancy facilities Fence

Plant plants on the bottom of the bare lake

Lake Stop desertification of land

Migration routes Alpine afforestation is carried out to form an ecological barrier

Antelope herds Township Dam

No man's land

Ecological planting

Ecological barriers

Detailed plan

1 3 2 Original route

Arterial road

New route

Second-class road

Ranch fencing

Village

Lake

Garbage disposal unit Tibetan medicine cultivation

Food replenishment Demolished fences Inhabitable caves Ecological barriers

① Human activity area

Original route

Second-class road

New route

River

Arterial road

Tibetan medicine cultivation Garbage disposal unit Village

Food replenishment

Demolished fences

Inhabitable caves

Ecological barriers

Lake

Food replenishment

Arterial road

Second-class road Village

Protection station

③ Tibetan antelope habitat

② Migration corridors

Tibetan medicine cultivation

Highway corridor

Highway corridor

Food replenishment

Highway corridor Food replenishment

Inhabitable caves

Ecological barriers

Application design Track location

Track location

Record the location

Visitor app: Every visitor who uses the app can match a Tibetan antelope to track its route, learn its story, and make using the app more interesting. In addition, if tourists find injured or scattered Tibetan antelopes, they can report their location to the protection station through the app, so that they can be rescued in time

Provide information

Provide information

Update the route

Provide alerts

Protection station app: The protection station wears a GPS collar for each Tibetan antelope, and updates the hiking route for tourists in real time by monitoring the activity trajectory of Tibetan antelope to avoid conflicts with Tibetan antelope. In addition, the protection station receives reports of Tibetan antelope injuries from tourists and herders through an app

Track a Tibetan antelope

Herders app: Herders use the app to report injured Tibetan antelopes to the protection station, and can receive alerts from the protection station if a Tibetan antelope approaches or invades the pasture

Protection station app

GPS collar

Visitor app

Record the location

Herders app

Learn about Tibetan antelope Report injured Tibetan antelope Report injured Tibetan antelope Tibetan antelope approaching pasture alert

Check out the hiking trails

Tibetan antelope habitat

Migration corridors

Human activity area

Tibetan antelope birthing grounds

Water conservancy facilities Signal towers Food replenishment Migration routes

Village

Protection station

Tibetan medicine

Corridor Ecological barriers

Garbage disposal unit Inhabitable caves

Ecological barriers

Background Research RIVER 02 AND SEDIMENT

The Yangtze River is the largest river in Asia and China and the third largest in the world. It originates in the Tanggula Mountains in Qinghai Province and eventually joins the East China Sea near Chongming Island in Shanghai. Dongting Lake is located in the north of Hunan Province, south of the Jingjiang section of the Yangtze River, and is the most important storage lake of the Yangtze River. Due to silting and land reclamation, Dongting Lake has been divided into East Dongting Lake, South Dongting Lake, Meping Lake and Qili Lake

96°

Dongting Lake silting transformation landscape design project

104°

108°

112°

116°

120°

124°

Yangtze Drainage Basin 33°

Type: Individual, Academic Work Time: 2023.4-2023.6 Instructors: He Wang Location: Yueyang, China

100°

After the completion and operation of the Three Gorges Project of the Yangtze River, the hydrology, water quality and wetland environment of Dongting Lake, the first large lake in the lower reaches of the project, have changed greatly.

OCT

31°

NOV DEC JAN 52mm 13mm 28mm FEB 56mm

43mm MAR

Nanjing Tanggula Mountains

Yushu

SEP

r

80mm

gt ze Ya n

The Gezhou Dam

Chengdu

Jinsha Riv

APR 159mm

Ri ve

Three Gorges Dam

49mm

Nanjing Dongting Lake

er Chongqing

29°

AUG 221mm

SITE

Yibin

241mm JULY

JUNE 122mm

Rainfall of Dongting Lake

Panzhihua

The Three Gorges Dam, located in Yichang City, Hubei Province, is located in the Xilingxia section of the main stream of the Yangtze River, and began to operate in 2003.

27°

115mm

Before dam construction 25

upstream

20 15 The percentage of monthly traffic/%

5 1

2

3

4

5

6

7

8

9

10

11

12 month

8

9

10

11

12 month

After dam construction 25 20 15 10 5 0

midstream

downstream

Topographic profile of the Yangtze Drainage Basin

10

0

1

2

3

4

Changsha

The drainage areas of the Yangtze River

MAY

5

6

7

Influence of Three Gorges Reservoir on Yangtze River Runoff The Three Gorges Project has begun to affect the sediment deposition, water level fluctuation, water quality and vegetation succession of Dongting Lake.

Poyang Lake

Shanghai

Waters and mudflats

Lake grassland

Reed field

Current situation of Dongting Lake CONTEXT

EFFECT

Sediment sedimentation changes

2017

2018

2019

STRATEGY

ISSUE

Sediment deposits decrease

Reduced water storage

Fish decline

Water eutrophication

Water quality deteriorates

Fewer birds

2020

Flood season: April to October The Three Gorges Dam was completed

Chenglingji

Yueyang

Flood disasters

Mow the lake grass Human activities

Economic factors Graze

Social factors

Reduce wastewater discharge and improve ecosystem

Increase the green area and reduce the impact of human activities on birds

Field mice increase

Agricultural mechanization

Fertile soil

Water level changes Dry season: November-March

Landscape design strategy for increasing water storage

Schistosoma parasitizes inside the nails

Forest land

Establish safe pasture People are infected with diseases exposed to nail snails

Landscape pattern change of Dongting Lake

Captive breeding of livestock

Flood prevention and rescue

Development of Dongting Lake Phase 2： 2： Phase 1： 1： Reclaiming lakes for farmland Industrialization

Phase 3： 3： Close the mountain for afforestation

Phase 4： 4： Returning farmland to lake

A large number of farmers moved Rapid development of industrial The area of Dongting Lake has shrunk, to th e D o n g ti n g L a ke a r e a to and agricultural production and and the state has taken measures to reclaim land from the lake and build sharp increase of population close mountains and cultivate forests many dams

In view of the weakening of the regulation and storage capacity of Dongting Lake, the state implemented the project of returning farmland to the lake

Siltation thickness ＞ 3m 1—3m 0—1m

Pollution degree

1958

1978

1998

2002

2014

Morphogenesis There are 12 paintings of Water created by Ma Yuan in the Song Dynasty, eight of which are selected as inspiration sources, and these eight paintings are transformed into eight landscapes

Painting

Monomer

Unit

Combination

Classification

Block

Square

Artificial landscape

Architecture

Waterfront

Wetland

Semi-natural and semiartificial landscape

Greenway

Forest

Natural landscape Farmland

Splice

Masterplan

Waterline

Dry season 1 Architecture

Normal

Rainy season

Landscape node

2 Block 3 Square 4 Waterfront

Section 1

8

5 Farmland 6 Wetland

Block+Waterfront

Wetland+Farmland

Wetland+Architecture

Waterfront+Forest

7 Forest 8 Greenway 5

2

Natural landscape Artificial landscape Water

6

7

Semi-natural and semiartificial landscape

City

1

Section 2

4

Waterfront+Forest

Block+Waterfront

Wetland+Architecture

Greenway+Farmland

3

Natural landscape Artificial landscape Water

Semi-natural and semiartificial landscape

City

Section 3

100

500

1000

Block+Square

Waterfront+Forest

Block+Waterfront

Square+Greenway

Natural landscape

m Water

Artificial landscape

Semi-natural and semiartificial landscape

City

Section

Rendering

Waterfront

Block City

Square

Water

Waterfront

Architecture Greenway

Water

City

Farmland

Architecture

Water

Wetland

Waterfront

Farmland

Water

Square

Waterfront

Greenway Wetland

Waterfront

Dry season water level

Parent material Bedrock

Artificial landscape

Block

Greenway

City Square

Architecture

Subsoil

Wetland

Top soil

Waterfront

Normal water level

Greenway

Semi-natural and semiartificial landscape

Organic

City Square

Forest

Water

Rainy season water level

City

Greenway

Water

Natural landscape

City

Perspective This landscape can effectively change people's way of life and production, promote the development of tourism and farming, gradually replace animal husbandry, and reduce the incidence of schistosomiasis.

Mode of production

Tourism industry

Planting industry

Forestry

Real estate industry

Winter Birds of Dongting Lake

Swan

White crane

Chinese merganser Black stork Swan goose duck

Egret

Pycnonotus sinensis

Phasianus colchicus

Cuckoo

Merops viridis

Carp

Black carp

Grass carp

Silver carp

Crucian carp

Summer

Economic fish Fish in Dongting Lake

Rare fish Chinese sturgeon

Shad

Whitebait

Eel

From October to March every year, a large number of migratory birds come to Dongting Lake for winter. The landscape provides a large number of habitats for birds to breed and live.

Design Strategy

PLEASANT, LIVABLE AND WATERY

Data Statistic

Low-cost and high-performance urban stormwater management park

Type: Individual, Academic Work

Time: 2023.7-2023.8 Instructors: Xiaopeng Zhang

Road density

Location: Shanghai, China

High

Site analysis

Greenbelt Small/Area

Large

11Min.Walk

Topography High

Low/Altitude

k al .W in M 15

In recent years, Shanghai has been hit by typhoons and torrential rains many times, causing significant property losses. With the continuous advancement of urbanization, natural vegetation is gradually replaced by artificial undersurface such as buildings and pavements, resulting in a greatly reduced capacity for rainwater retention and infiltration, and a rapid increase in surface runoff. The heat island effect in cities has led to an increase in the frequency and intensity of precipitation in urban areas, which shows that urban centers are more vulnerable to heavy rainfall under the same conditions The project site is located in the central green space of Lujiazui, Shanghai, in the core area of Lujiazui Financial and Trade Center District of Pudong New Area, covering an area of 10 hectares, known as the "urban green lung". The project applied stormwater management knowledge to the design, and transformed the green space in the center of Lujiazui to absorb, filter and reuse rainwater.

Low/Density

Water Large

Small/Area

18Min.Walk

03

Lujiazui Center Green Space Pudong New Area Shanghai

Landform Development

Original contours

Terrain

Entrance

Stormwater runoff

Rainwater filtration system

Road network

Using algorithms to simulate the flow direction

Add rainwater filtration ladder and rain gardens

Plan roads, plazas and hydrophilic platform

The overall terrain is high in the east and low in the west, and the terrain inside the park is less undulating

Commercial buildings

Office buildings

Distribution of the total number of heavy rainfall occurrences in various districts of Shanghai from 2001~2018

Greenbelt

Huangpu River

Annual rainfall and number of waterlogging events in Shanghai 2000 1500

0 2009 2010 2011 2012 2013 2014 2015 2016

10

55

56

57

58

52.04%

5 0 2017 2018 2019 2020

43.90%

2.63% Water on the road

Clogged sewers

1.04%

Stagnant water The river in the community overflows

0.23% Broken flood control facilities

Proportion of heavy rainstorms in each district of Shanghai

Pudong New Area

54

Waterlogging occurs at the point of the problem

Set the entrance according to the flow of people

15

1000 500

Metro station

Plan contours and terrain according to water flow

59

60

Lake

Ecological facilities

Plank road

Plan the lake according to the flow

Add vegetation buffer zone and ecological floating island

Add plank road to facilitate quick pedestrian passage

Masterplan

Rainwater Management g Han

er

f ko

Ban

lT

ia nc

ina

F

Green land

wer

M CO

n

Sha

k To Ba n

r

e ow

Roof-top

Seng

ow

iT gha

permeable pavement

ad

1

dl

id

M

5

nion gU

8

a er

oad

ow

nce T

ing R

7

4

ntu

1. Rainwater filtration ladder 2. Eco floating island 3. Vegetation buffer zone 4. Rain garden 5. Permeable Plaza 6. Treehenge Square 7. Hydrophilic platform 8. Landscape plank road 0

Fin

zui R

7

6

Wo rld

3

Lujia

2

Ce

Section

ding

5

Y

Municipal pipeline

Pump

Cistern

Buil

g

en

h inc

o eR

Rain garden

nen Hua

BO

Grassed swales

Rainwater filtration ladder

ry

Av

en

ue

25

100m 50

Rainwater Absorption Methods

City

Greenland

Rainwater filtration

Eco floating island

Lake

Plaza

Park Boundary Renovation

Ecological Tree Pond

Grass step

Rain garden

Sunken green space

Permeable Square

Permeable road

Ecological detention facilities

Ecological Tree Pond

Hedge: Remove road teeth and add purification facilities

Grassland: Sloping down and adding purification facilities

Fencing: eliminate boundaries and increase purification facilities

Circulation of Rain Collection System Sectional Perspective 2 The park can meet the leisure needs of nearby residents and office workers, and the design of the small theater allows people to perform performances, speeches and other activities here. The material of the square uses permeable paving, so that rainwater can be infiltrated underground through paving, so as to eliminate surface runoff and restore groundwater. The boardwalk is designed to facilitate quick travel for nearby commuters.

Landscape plank road Rainwater filtration ladder

Aquifers

Permeable Plaza

Planting soil layer

Rainy season water level

Artificial filler layer

Normal water level

Sand layer

Dry season water level

Plaza

Gravel layers

Step view Terrace theatre Permeable paving

Degree of rainwater retention Transitional vegetation

Hydrophyte The effective collocation of trees, shrubs and grasses, forming hierarchical plant planting, will have a more significant effect on rainwater interception

Lawn: weak

Sectional Perspective

Bush: medium

Trees + shrubs + grass: strong

The rainwater filtration ladder includes artificial undercurrent wetlands, rainwater wetlands and gravel filter belts, which capture suspended solids through the filter medium, plant roots absorb impurities in the water, and large bacterial communities in the filter media can consume and decompose pollutants to purify water quality

Urb

an r

Vegetation Cedar

Su

rfa

Weeping willow Ginkgo biloba

ce

ainw

ater

harv

esti

ng

run

Landscape plank road

Permeable Plaza

off

Birds Rainwater filtration ladder

Chinese scholartree

Vegetation buffer zone

Sakura

Gladiolus acorus

Ligustrum

Fish

Eco floating island

Lawn filter zone

Tree filter zone

Bush filter zone

Composite filter zone

Reed Lotus

Section 1:Rainwater Filtration Ladder

Zoothera Aurea

Phoenicurus Auroreus

Tarsiger Cyanurus

Long-tailed Shrike

Vega Gull

Pheasant-tailed Jacana

Reed

Water Hyacinth

Water lily

Duckweed

Water lily

Scirpus Tabernaemontani

Walking

Boating

Meditation

Sunbathe

Collect Rainwater

Permeable Paving

Artificial undercurrent wetlands

Rainwater wetlands

Gravel filter belt

Section 2:Landscape Plank Road

Section 3:Hydrophilic Platform

04

EMOTIONAL SELF-HELP IN THE CITY Urban trail system and healing landscape design

Type: Individual, Academic Work

Time: 2023.9-2023.10 Instructors: Wei Zhao

Location: Guangzhou, China

Site analysis In recent years, anxiety and mental stress have attracted increasing attention in China, and anxiety and depression are more obvious in big cities. This scheme uses slime mold algorithm and wool algorithm to design the trail system and healing landscape for Guangzhou, Zhujiang New Town, aiming at reducing the pressure of office workers and making their travel convenient.

Mental Anxiety Data of the Chinese Population Chinese primary and middle school students have a high level of anxiety, with 40% of them having anxiety.

More than 70% of respondents felt they were under a lot of pressure, with nearly 30% saying they were under a lot of pressure.

Nearly 30 percent of respondents said they felt anxious or depressed, according to a report on the state of China's labor market 2020.

In 2019, the prevalence rate of mental disorders among Chinese adults was 16.6%, including 6.8% for depression and 5.6% for anxiety.

Phenomena of mental stress Work stress: The workload is heavy, demanding efficiency, time pressure, make people hard to breathe.

Housing price pressure: Many young people cannot buy houses due to economic pressure, so they have to rent all the time, which causes great economic burden and living pressure for them.

Zhujiang New Town, Guangzhou

Social pressure: The spread of social media and the decline of face-to-face interaction have put people under more pressure to socialize

Health problems: Modern people's fast pace of life and busy overtime make people ignore health problems.

The Healing Effect of Landscape on Stress Studies have shown that people feel more cheerful, relaxed and happy when exposed to beautiful landscapes.

Vision Exposure to natural landscapes can reduce stress, lower anxiety and restore mood.

Guangzhou Grand Theatre Guangzhou Second Children's Palace

Guangzhou Library Guangzhou Museum

Hearing Landscape can improve the social environment and provide more opportunities for people to socialize.

Touch

A landscaped work environment is more conducive to improving the work efficiency and productivity of employees.

Twenty years ago, this was an urban village

In 2009, the 400-meter-high Guangzhou International Finance Center (West Tower)

In 2019, Guangzhou Tianhe CBD ranked first in China for a second year with a GDP of 332.8 billion yuan.

Smell Taste Landscape healing based on five senses is a concept of landscape design and planning with five senses experience as the core. It believes that landscape design should stimulate human facial features, so that people can obtain pleasure, relaxation and healing effects.

In 1993, the government proposed the construction of Zhujiang New City

Since 2009, Guangzhou Grand Theater, Guangdong Museum and Guangzhou New Library have been built.

Path generation and selection

Selection result FV.2

FV.3 Gen:99| Ind:19 FV.1:0.028966 FV.2:186 FV.3:139 FV.4:105

Gen:97| Ind:49 FV.1:0.032636 FV.2:181 FV.3:137 FV.4:101

Gen:99| Ind:28 FV.1:0.018973 FV.2:201 FV.3:128 FV.4:110

Gen:98| Ind:12 FV.1:0.014447 FV.2:223 FV.3:164 FV.4:114

Gen:99| Ind:32 FV.1:0.020195 FV.2:198 FV.3:136 FV.4:104

Gen:98| Ind:38 FV.1:0.023348 FV.2:194 FV.3:142 FV.4:108

Gen:99| Ind:34 FV.1:0.023348 FV.2:194 FV.3:142 FV.4:108

Gen:99| Ind:9 FV.1:0.015458 FV.2:220 FV.3:156 FV.4:116

Gen:99| Ind:49 FV.1:0.017678 FV.2:206 FV.3:138 FV.4:109

Gen:99| Ind:10 FV.1:0.02209 FV.2:183 FV.3:167 FV.4:102

FV.1

FV.4

Gen:99| Ind:32 FV.1:0.020195 FV.2:198 FV.3:136 FV.4:104

To alleviate the work pressure of the office crowd at Zhujiang New Town and facilitate their travel, we will design a system of urban footpaths and therapeutic landscapes. The system will be based on our four objectives and use Wool algorithm to determine the optimal locations.

Frame Gen:96| Ind:36 FV.1:0.023348 FV.2:194 FV.3:142 FV.4:108

Gen:55| Ind:24 FV.1:0.027083 FV.2:195 FV.3:141 FV.4:104

Gen:96| Ind:35 FV.1:0.020195 FV.2:198 FV.3:136 FV.4:104

Gen:55| Ind:38 FV.1:0.022472 FV.2:190 FV.3:146 FV.4:104

Gen:97| Ind:12 FV.1:0.014447 FV.2:223 FV.3:164 FV.4:114

Gen:56| Ind:0 FV.1:0.033611 FV.2:185 FV.3:149 FV.4:104

Gen:97| Ind:34 FV.1:0.020195 FV.2:198 FV.3:136 FV.4:104

Gen:72| Ind:2 FV.1:0.049214 FV.2:179 FV.3:157 FV.4:101

Gen:97| Ind:35 FV.1:0.023348 FV.2:194 FV.3:142 FV.4:108

Gen:95| Ind:13 FV.1:0.014447 FV.2:223 FV.3:164 FV.4:114

Choose a space for renovation

Set goals: 1. Minimize the distance to tansport node 2. Maximise the distance to open space 3. Commercial buildings are closer to the subway 4. More accessible trails

Collect building functions, density, road network, open space, and other data (data source: OSM)

Generate starting and ending points, and connect them together.

Using algorithms, we aim for the path to be in a more natural state.

Gen:4| Ind:23 FV.1:0.014447 FV.2:223 FV.3:164 FV.4:114

Gen:18| Ind:36 FV.1:0.023834 FV.2:189 FV.3:142 FV.4:103

Gen:25| Ind:40 FV.1:0.025579 FV.2:185 FV.3:156 FV.4:101

Gen:48| Ind:4 FV.1:0.022813 FV.2:208 FV.3:120 FV.4:115

Gen:55| Ind:16 FV.1:0.020435 FV.2:183 FV.3:161 FV.4:104

Filter the optimal results

Location analysis

Trails and landscape growth processes The urban footpath and therapeutic landscape system generated based on the slime mold algorithm changes over time, with the cubic forms of footpaths and landscapes growing continuously from the starting point to the destination point. The growth process of the system is recorded from 5 to 45 seconds, and the form at 45 seconds is selected as the final shape.

In addition, this project uses the wool algorithm to redesign the site's road network and green space structure, with the aim of shortening the commuting time for the working population and facilitating their travel.

Subway

Architecture

Green space

Road network and green space generation

Step 1

Step 2

Step 3

① Low density

② Medium density

③ High density

5s

20s

35s

10s

25s

40s

15s

30s

45s

Trail and landscape generation

Step 1: Establish the terrain

Step 2: Select the starting point and target point and generate the path

Step 3: Generate landscape and trail system according to the path

Step 4: Insert green space and road nerwork

Masterplan

Axonometry

Section1: Footpath

Section 2：Go underground

Section 3：Cross the road

Trial Plant space Five senses healing landscape Road network Green space

Section 4：Connecting building

Axonometric drawing

Vision+Touch

Vision+Smell

Hearing+Touch

Taste+Smell

Section

Through the design of the walking path and the five senses healing landscape system, people working in Guangzhou Zhujiang New City can effectively relax their body and mind, relieve work pressure, and improve travel efficiency. subway

Trails and landscape system

05 OTHER WORKS

Space art construction 2021.6

Block texture model 2021.4

Abstract photography 2022.5

Structural models of buildings 2022.9