Zhou Zhou's portfolio-UD

P

I

LANDSCAPE

O

R ARCHITECTURE

T

O

DESIGN

ZHOU ZHOU Applying for MArch Urban Design 2021/22 2019-2020

F L O

Zhou Zhou

Date of Birth: November 21,1997 Email: zhoudezhou1121@163.com Tel: +86 18821670266 Address: No. 21, Building 3, Linghu Jinyuan, Linghe District, Jinzhou, Liaoning Province, China

EDUCATION BACKGROUND Northwest A&F University (Project 985 & 211) Major: Landscape Architecture Degree: Bachelor’s Degree of Engineering Weighted score: 84.3 GPA：3.4/4.0

09/2015-07/2019

CONTENTS Life + Scape

Grade Rank：14/90

Life contains many meanings. I think everything that has "breathing" fluctuations can be called life. Scape, as the carrier of life to continue.

HONORARY AWARD 2016 Excellent school-level league member 2016-2017 Professional second-class scholarship 2017-2018 Professional third-class scholarship

DESIGN EXPERIENCE

Life + Scape is the landscape with a long history that I hope will not pass away. It can solve the problems left over from the past and continue, and also satisfy the infinite daydream about the future.

2016-2018

Completed more than 20 sets of courseworks, including hand-drawn and software graphics.

People + Island

Participated in the competitions to complete 3 sets of works: 2018 IDEA-KING "ADAPTIVE HILLSCAPE" ; 2018 BFU International Garden-making "Bamboo Pavilion: Garden" Festival "MINECRAFT" ; 2019 3rd Lingnan Cup "Perennial".

02 On the field of hope Resource + Airport

SCHOOL PRACTICE As the secretary of the Chinese Orchestra of University Students Art Troupe As the head of the art department of Student Union As 2017 Yangling International Marathon volunteer As a representative to attended the "Silk Road Conference" and performed in Kazakhstan

01 Swallowed Island

09/2016-09/2017 09/2017-09/2018 04/2017 07/2017

03 White Crisis Coral + Sea

04 Elegy

Hero + Mountain

WORK EXPERIENCE As a landscape architect in China State Construction Design Group Co., Ltd.

09/2019-09/2020

Conceptual Planning of Aerospace Technology Industrial Park: Site analysis; Plan drawing; Design analysis.

Reconstruction and Upgrade of Dongfengxiang Residential Area: Survey and map the current situation; Mapped plan drawing by CAD; Plan drawing.

Urban Landscape Systematic Reconstruction of Binzhou: Concept proposing; Intention pictures finding; Special planning plans drawing; Outcome text modifying and editing.

Preliminary Design of "Hengshuilin" Green Expo Garden: Tender documents preparing; Designed CAD plan drawing; Aerial view drawing; Perspective drawing; Outcome text modifying and editing.

Design of Binzhou Botanical Garden: Panel points design; Design analysis; Intention pictures finding.

Rural Vitalization Planning of Xiaohuying Village: Planning text modifying and editing; Aerial view drawing.

SOFTWARE SKILLS Rhinoceros AutoCAD Photoshop InDesign

Grasshopper SktechUp Illustrator 3DMax

05 Other works

01 Swallowed Island Hong Kong's resilient response in 2050

City

Individual project Location：Hong Kong，China Duration：06/2019-08/2019 Tutor：Sijia Yang

It is foreseeable that the sea level in Hong Kong will continue to rise in the future, and the limited urban space determines that Hong Kong will continue to explore new urban development methods. As the city continued to reclaim land from the sea, the islands connected to form a continuous continent. In the future, sea levels will continue to rise, leading to fragmentation of urban space, and artificially reclaimed land will return to the sea.

Under the influence of rising sea levels, I studied the types of coasts in Hong Kong and identified three areas with the greatest impact from the sinking. Two treatment methods (conform, adapt) are adopted to conform the impact of sea level rise and adapt to the changes brought about by sea level rise. This project will design Hong Kong in 2050 as a city with the ability to respond flexibly to global climate change, while protecting local natural resources, returning to the original state, vitality, ecology, and neighborhood friendly.

Island

As humans continue to develop new land and reclaim land for their own needs, the coastline of the Pearl River Delta has become fragmented and complicated. Due to the historical problems of Hong Kong and Macau, the local customs here are diverse and the city conditions continue to collide. These cities also have complex and close relationships, such as water system, transportation, economy, and cultural communication.

PEARL RIVER DELTA ANALYSIS

HONG KONG ADMINISTRATIVE DISTRICT MAP

PROJECTED CHANGES IN MEAN SEA LEVEL TO 2100

Global warming will turn the connected continents back into broken islands.

In the future, the urban space will be fragmented, and the reclaimed land will return to the sea.

New Territories

LOCATION

GUANG ZHOU

HONG KONG'S COASTLINE CHANGES AND FORECAST

Kowloon

DONG GUAN

New Territories

Hong Kong Island

China

Hong Kong Island

Kowloon

Urban construction land

Guangdong Province

Outlaying land

ZHONG SHAN SHEN ZHEN

Lingding Bay

2008

1988

1998

NOW

0.5m SLR

1m SLR

2.5m SLR

5m SLR

10m SLR

Dapeng Bay

HONG KONG

ZHU HAI

New Territories Kowloon

Hong Kong Island

MACAU

Main route

Coastline in 1988

Main airport

Water outfall

The site

Coastline in 1998

Main harbour

Coast

Main city

Coastline in 2008

Main train station

Main urban land

Natural coast

HONG KONG'S HISTORICAL CHANGE Since ancient times, the city’s face has been constantly changing.

However, the limited land area cannot keep up with the soaring population even if the land is reclaimed from the sea. The population density continues to increase and the per capita housing area continues to decrease. Many problems are exposed.

Artificial coast Sandy coast

Biocoast

2312km

Muddy coast 71%

Bedrock coast

29%

Reclamation and breeding coast

Engineering construction coast

65%

35%

35%

62% 38%

1988

Wei Cun

Neoclassicism

Public housing appear

Cyberpunk style

High-rise High-density

1998 2008

1823km

NOW 1988

Skyscraper Tang Lou

65%

2105km 2000km

Estuary coast

1998

2008

NOW

Changes in the length of coastline

1988

1998

2008

Occupied by the British

NOW

Changes in the ratio of natural and artificial coast

Changes in the proportion of different coast types

1842

Split the mountain and fill the sea 1911

World War II

Reform and Opening

1945

1978

Sea-level rise FUTURE

STRATEGY

Ⅰ: CONFORM

When part of the land is submerged by sea water, the integrity of the land is destroyed and multiple islands are formed.The city should follow this development trend and find ways to create a new coastline.This can reduce the cost of forced changes.

Green land

Urban construction land

Naturally deposit soil Soften hard areas

Separate

Separate

Form into two lands

Naturally deposit soil

Ⅱ: ADAPT Green land

SLR

Plant unit frameworks

Plant mangroves to accelerate deposition

Form ecological places

Place horizontal dams

Break down into multiple pieces

Plant unit frameworks

When sea level rise affects different types of land in the city, there will be correspondingly different responses.

How to turn this influence into a positive one and how to effectively use the changes brought about by this influence are issues that we should deal with.

Transitional areas connecting urban construction land and green land

SLR

Form new soil

Develop related industries Expand urban structure

Urban construction land

Trail system

Sloping square

SLR

SLR

Water hub

TYPICAL AREAS

Vibrant community

Terraced trail

Specifically, according to the previous analysis, we take three typical and easily submerged areas as examples for detailed planning.

Site A is paddy fields and villages. The saline-alkali agricultural landscape will be developed here.

Site B is a place where river bays and urban construction are combined.

Site C is a bustling area in a city. There will be a new type of community space.

Paddy field + Village

River + Urban construction land

Urban construction land Place pebble dunes

Generate a new channel

Vibrant community

+1.00m +0.50m

Boating

Elevated road

Citizen park / Travelling Pocket green land

CONCEPT PERSPECTIVE

Fish and shrimp farming

Fishing Wader habitat

Mangrove forest

Wetland

+0.25m ±0.00

HONG KONG PLANNING MAP

Site A

Site B

Site C

Green land

Airport

Harbour

Factory

Marine park

Bird

Mangrove forest

Aquaculture

Fish pond

Oyster breeding pond

Chinese white dolphin

Facing the influence of the continuous rise in sea level, I determined the three areas with the greatest impact from the sinking by studying the types of coasts in Hong Kong.

In general, two treatment methods(CONFORM / ADAPT) are adopted to adapt to the impact of sea level rise, adapt to the changes brought about by sea level rise.

This project will design Hong Kong in 2050 as a city with the ability to respond flexibly to global climate change, while protecting local natural resources, returning to the original state, vitality, ecology, and neighborhood friendly.

The original green areas and mangrove wet areas are preserved, and mangroves are planted in areas that are prone to inundation to maintain water and soil to deal with the impact of sea level rise.Some areas near the sea can be upgraded to sustainable aquaculture areas in combination with the original agricultural model.Hong Kong's abundant bird activities can also promote material flow and soil conservation.

Vibrant community

STONECUTTERS ISLAND DESIGN

It is designed as Stonecutters Island after some coastal areas were submerged in 2050. Through preliminary site analysis and Hong Kong’s overall planning strategy, I divided Stonecutters Island into three areas for design, applying the strategy Ⅰ-2 ; Ⅱ-2 ; Ⅱ-3.

STRATEGY

Since Stonecutters Island is the main habitat and residence of the black-eared kite, the original green space is reserved as a natural habitat for birds.

Stonecutters Island Sewage treatment plant

Stonecutters Bridge

Mangrove forest

Forest

Rain garden

Green space

Freight terminal

Land reclamation

Black-eared kite habitat

Global warming

Military camp

Breeding cage

Fishing village

Sea-level rise

Swallowed island

Freshwater

Aquaculture

Sedimentary field

Terraced trail

2020 Green space

Bird conservation tower

Citizen Park

2100

Natural resource—— Black-eared kite habitat Land for activities—— Wetland and Citizen park

PERSPECTIVE

3

Trestle

Land for aquaculture—— Farming field and pier

2050

1

Viewing platform

Sewage treatment plant

Sewage treatment plant

Military camp

Citizen park Science education

The southeastern area, which is prone to inundation, will be transformed into a citizen park, combining bird watching, science popularization, recreation.

LAND USE ANALYSIS Freight terminal

Wader habitat

Fish and shrimp farming Farming field and pier

Pebble island

A new type of breeding pond is set up in the northwest of the island, which can bring economic benefits.

Wetland

Only professional staff can enter for protection, observation and feeding. There are many scratching devices on the tower, which can make the black-eared kites stay well.

The Civic Park is a very vibrant city park with trails scattered throughout.

2

Bird watching tower

These towers are hidden among dense trees, reducing human intervention to birds.

There are some popular science and observation devices.

Aquaculture area

There are amateur fishing areas and professional breeding areas here. It promotes the industrial circulation and material flow.

4

AERIAL VIEW PERSPECTIVE

02 On the field of hope Regeneration of the defunct airport

Resource

Group project Location：Nicosia, Cyprus Duration：02/2019-04/2019 Tutor：Hongfei Ji, Yichun Liang

Nicosia Airport is very large, but abandoned.

We took the concept of origami and compared the terrain to undulating creases. A powerful functional system will be arranged in it. Through the measures we designed, the airport will take on a new look different from before. Every piece of land will be fully utilized, not only to cover up the scars caused by previous wars, but also to provide humanitarian care for the hidden dangers of future wars.

When Cyprus is at peace, this land will solve the problem of resource shortage and become self-sufficient. For example, it can form the maximum reuse of water resources in the site. The food crops produced can also be supplied to cities, and the solar panel area will continue to generate a steady stream of renewable energy. When there is a war, the planned areas will be refugee camps, and there will also be clean water and food supplies.

Airport

WATER CONSUMPTION Domestic

This abandoned airport, called Nicosia Airport, is located in the middle buffer zone of arid Cyprus. There had been wars, and now it is a buffer zone. At the same time, Cyprus is also facing serious water shortages.

Industry Environment

Nicosia Mediterranean

SITE ANALYSIS

Cyprus

Household use Agriculture

WATER SOURCE Surface water Springs Desalination Rainwater Groundwater

UNFICYP camp Nicosia Airport

8 KM

Site Site boundary

Nicosia center

Site boundary Buffer zone borderline

Buffer zone borderline

Highway

Highway

Road

Building

Building

Runway

Runway

Capital

Cement floor

Airport

Sewage pipe

UNFICYP camp

New sewage pipe

Ocean

UNFICYP camp

Water

Bare land

WATER SHORTAGE

BUILDING ANALYSIS

Damage

Availablity

Preserved Summer drought conditions in Cyprus reach critical levels

Inland river is not existed in this island and fresh water is in need urgently

Broken contaminated pool and dead grass

Urban sewage discharge has become an issue that cannot be ignored

Observation tower

Preserved Destroyed plane

Preserved UNFICYP

Staff dormitory

The former terminal

Reused

Demolished Logistics transfer station

Reused

Demolished

Terminal

Reused Airport runway

DETAIL ANALYSIS A.D.1960

Cyprus independent from the British colony

TURBULENT HISTORY

A.D.1974.07.15

a coup d'état was staged by Greek Cypriot nationalists

A.D.1974.07.20

The Turks invaded Cyprus and occupied the northern territory of Cyprus

A.D.1974-NOW

There are ongoing disputes in this area, and a UN buffer zone is established here

Sewage analysis

Clean water analysis

Land use analysis

FRAMEWORK PROBLEM SEEKING Abandoned airport

POLICY & PLANNING

PROBLEM SOLVING

Zoning planning

Wastewater reuse

Resource shortage

Hidden danger of war

Self-sufficient

Open farmland

Ecologic policy

Divided capital

FUTURE VISION

Opening and friendly

Energy regeneration

Economic policy

Humanitarian aid

Humanity camp

Nicosia Airport, a large area, but abandoned. Through our design strategy, the airport will present a new look different from the previous one. Every piece of land will be fully utilized, not only to cover up the scars caused by previous wars, but also to provide humanitarian care for hidden dangers in future wars.

When Cyprus is in peace time, this land will solve the problem of resource shortage and form the largest reuse of water resources in the site. At the same time, the food crops produced can also be supplied to cities, and the vast solar panel area will continue to generate a steady stream of renewable energy.

STRATEGY OPPORTUNITY

PROBLEM

SOLUTION

Energy regeneration

PROCESS

Generate solar energy

RESULT

Distribute at energy stations

Social space

Water landscape

Agricultural landscape

Food supply to the city

Dodge at war

Refugee camp & Medical assistance

Use electricity at the site

Generate biogas power Multifunctional Park Filter

Sewage reuse

Sediment

Oxidize in the pond

Form clean water

Precipitate solid Abandoned airport

Irrigate

Resource shortage

Grow crops

Farmland

Make organic soil

Harvest crops

Become planting field

Irrigate

Reuse

Rainwater reuse

Sediment

Humanity camp

Store

Filter sand

Make rain garden

Provide clean water

Recharge groundwater

Provide food

MOUNTAIN Filter pool

Solar panel Energy station

Oxidation pool

Sprinkler point

City sewage Food supply station

Centralized processing pool

SUBURBS

NICOSIA CITY

AIRPORT Centralized processing pool

Oxidation pool

Filter pool

Reservoir Food warehouse Sprinkler point

Original airport boundary

Food supply to city

Water flow

Solar energy flow

Irrigation flow

Buffer zone border

FARMLAND

Food warehouse Sprinkler point Sprinkler point

MORPHOGENESIS Water will flow down naturally along the slope and gather

Energy zone Water zone

Rethink

Apply on the site

Refold

Apply the strategy

Add details Camp Farmland zone

Water flow

MASTER PLAN

Paper crease

Design crease

Initial form

Original form

Overall plan

Final plan

DESIGN LAYERS CAMP

Refugee tent Clean facility Medical facility Energy facility

ROAD

Transport road Main road Tour road

WATER Irrigation w ate r

ified Pur

ified Pur

Sewage

er w at

Irrigatio n wa

ter

er wa t

Sewage

Emergency water Stored water

LANDUSE Farmland Camping land Parking lot Leisure garden Historic sites Destroyed plane Energy station Management room Solar panel Sewage purification Waterscape Raingarden Farmland Outbuilding Camp Ditch Plaza

SITE MODEL

Solar panel land Hard pavement Water Green land Architecture

A-A’ SECTION Waterscape

Lifting station Reservoir

Filter pool & Aeration pool

Oxidation pool

PART 1

Centralized processing pool

AERIAL VIEW DRAWING When people stand on the platform on the farmland, they can overlook the undulating golden wheat field.

Maybe at this time people will be comforted by the current state of peace.

Every piece of land will be fully utilized, not only to cover up the scars caused by previous wars, but also to provide humanitarian care for the hidden dangers of future wars.

PART 2

ENERGY FLOW

Energy station Solar panel

Solar panel Filter pool & Aeration pool

Reservoir

Waterscape

Oxidation pool

PART 1 SECTION

PART 2 SECTION

Pipeline

Pipeline

Sewage

WATER FLOW

FOOD SUPPLY FLOW City

City

Food supply station

Warehouse

Warehouse

Meadow

Humanity camp

Humanity camp

Tour road

Wheat field

Ditch

1

PART 4 SECTION

3

Pipeline

Pipeline

2

When Cyprus is at peace, this land will solve the problem of resource shortage and become selfsufficient. When there is a war, the planned areas will be refugee camps, and there will also be clean water and food supplies.

1 Waterscape and sewage purification: A sewage treatment plant that meets the standards will be built here to supplement landscape water and irrigation water.

B-B’ SECTION Raingarden Farmland

Farmland

PART 3 1

PERSPECTIVE

Plaza

Wheat field

PART 3 SECTION Pipeline

Food supply station

2

Plaza

Farmland

2 Farmland and transport road: The farmland mainly grows cereals, citrus, olives and beans. They are the main crops in Cyprus.

3 Humanity camp: During the war, the humanity camp can take in refugees and the homeless and provide humanitarian assistance.

3

03 White Crisis

Functional replacement for abandoned offshore drilling platforms in the post-industrial era

Coral

Group project Location：Gulf of Mexico Duration：04/2019-06/2019 Tutor：Yufei Ding

Oil resources continue to dry up, the Gulf of Mexico's oil dig platforms gradually abandoned. One day when the abandoned "giant at sea" is no longer a symbol of destruction of the natural environment, could it be an opportunity for ecological connectivity?

We use 16 abandoned oil rigs as the basis for our operating system. According to the suitable environment for coral growth, we form three interrelated areas.

The first is the outer quarantine zone, which mainly intercepts the plastic through duck mouth, forming a first layer of protective barrier. Secondly, there is a transition zone on both sides. Algae can be cultured on the floating platform and then released underwater to provide a suitable symbiotic environment and protection zone for the corals. Microplastics can also be absorbed to clean the sea water. Finally, there is the core protected zone, which links the artificial reefs under the sea of six platforms to form a coral growth zone.

Sea

Mobile

LOUISIANA

5 trillion pieces of floating plastic in the ocean

Biloxi

Baton Rouge

100 million marine animals are killed each year

Pensacola

Gulfport

Lafayette New Iberia

New Orleans

SITE Where the plastic waste comes from

SITE ANALYSIS Where the plastic waste goes

Where the marine plastic garbage goes

The composition of the coral reef ecosystem

Causes of coral death

Oil resources continue to dry up, the Gulf of Mexico's oil dig platform gradually abandoned.

One day when the abandoned "giant at sea" is no longer a symbol of destruction of the natural environment, could it be an opportunity for ecological connectivity?

Human

hard soft

Shallow coral Lithotelestid coral

sexual reproduction need light symbiosis asexual reproduction or not prey

reef building non-reef building

Oil

Factory

Oil rig

Lace coral Stony coral (unspecified) Stony coral (branching)

Plastic

Stony coral (cup) Stoloniferan coral

Marine ecosystem

Plastic particle Physical damage

Other coral-like hydrozoan Soft coral Black coral Sea pen Gorgonian coral

Coral bleaching Coral death

Winding damage

Pathogen Intestinal attachment obstruction

Blocking light

STRATEGY

Focus on Marine plastic waste recycling, processing and reuse + Artificial assistance and restoration of coral ecosystem

ISSUE

CAUSE

PROCESS

OPPORTUNITY PHASE 1

Coral damage

There are approximately 3,500 oil rigs on the Gulf of Mexico. When oil energy is exhausted, these giants on the sea cannot be dismantled and can only be abandoned.

Collect plastic by duck mouth

RESULT PHASE 3

PHASE 2 The original oil dig platforms will be fully functionally replaced, and some parts will be transformed into what we need. PHASE 2 is mainly carried out on the oil dig platforms.

PHASE 3 is mainly the cultivation and development of corals. We not only create a suitable marine environment for coral growth, but also provide them with nests to facilitate their stable reproduction.

These steps turn plastic waste into treasure, and at the same time produce algae as the basis for coral cultivation.

Plastic waste is transformed into clean oil, which can be used as clean energy for people to reuse.

Plastic flood

Refine clean oil from plastic

Shred and screw extruded plastic

Liquefy and pyrolysis plastic

Produce clean oil

Remodel plastic into artificial reefs

Optimize plastic

Remodel

Create artificial reef

Transport oil to land by pipeline

Reuse

Floating plastic

Coral death

Larvae breeding (Sexual reproduction)

Coral reef

Microplastic

Growing

Power ups

Oil dig platform

Attach (Asexual reproduction)

Bio-rock Optimize coral habitat

Booming

Transform Steel jacket into artificial reefs Destroyed ecosystem

Algae farming

Algae

Adjust PH

Adsorpt microplastic

Stabilizing

Self-sufficient coral ecosystem

MASTER PLAN

WORK FLOW ANALYSIS

ORIGINAL OIL RIG ANALYSIS

We use 16 abandoned oil rigs as the basis for our operating system. According to the suitable environment for coral growth, we form three interrelated areas.

The first is the outer quarantine zone, which mainly intercepts the plastic through duck mouth, forming a first layer of protective barrier. Secondly, there is a transition zone on both sides. Algae can be cultured on the floating platform and then released underwater to provide a suitable symbiotic environment and protection zone for the corals. Microplastics can also be absorbed to clean the sea water. Finally, there is the core protected zone, which links the artificial reefs under the sea of six platforms to form a coral growth zone.

Dual derrick hoisting tower Top drive

Catalytic reaction Pyrolysis

Pipe handling system Riser handling system

Aritificial reef production Plastic conversion production Algae farming

Screw extruded plastic Crane BOP

Accomodation/Office High deck

Deck drane

Low deck

Shred plastic Optimize plastic Remodel

Steel jacket

Coral growing zone Algae transition zone Plastic recycling zone Oil dig platform—Coral belt

Duck mouth

Plastic interception area

Oil dig platform—Others

Algae laying line

Plastic pollution area

Stony coral (branching)

Stony coral (cup)

Concrete base

Oil production line Collect plastic

10KM

Demolished

Coral habitat

Lace coral

Reused

DESIGNED OIL RIG ANALYSIS Dual derrick hoisting tower

Top drive Gorgonian coral

Sea pen

Black coral

Cultivate algae

Catalytic reactor Pyrolysis kettle Oil pipeline Fractionator Plastic optimization

DESIGN OPERATION CYCLE Plastic pollution Plastic reuse Algae farming Algae in the sea Coral growing

Cultivate algae artificially

Preserved

Screw extruder Plastic shredder BOP Plastic remodeling

Accomodation/Office High deck Helipad

Deck crane Algae breeding workshop

Low deck

Cultivate coral Steel jacket

Algae habitat

Artificial reef Cultivate coral

Concrete base

Added

Plastic produce clean oil line

Coral reef ecosystem recovery line

WORKFLOW WORK FLOW

CORAL GROWTH CYCLE Gorgonian coral Stony coral

Screw extruded plastic

Pyrolysis

Black coral

Lace coral Catalytic reaction

Fractionation

Sea pen

Shred plastic

Optimize plastic

Remodel We place our artificial reefs in different forms depending on their growth cycles, breeding patterns, and appropriate depths.

ALGAE FARMING ANALYSIS MONOMER

MATERIAL

PROCESS OF GROWTH

PURIFICATION AMOUNT

Glass

Coral growing zone

Produce clean oil

oil pipeline

Algae transition zone Plastic recycling zone Underwater algae farming Coral growing zone

Impeller driven

Algae farming

Algae transition zone

Artificial reef

Plastic recycling zone

Duck mouth to collect plastic

CORAL GROWTH ANALYSIS MONOMER

Algae farming

Adsorpt microplastic Bladder-wrack

TOTAL AREA

28800 ㎡

Bio-rock

Stony coral (branching) Stony coral (cup)

Lithotelestid coral

Plastic Lace coral

Lace coral

6400 ㎡

Blue-green algae

Red alga

Become a polyp

CORAL SPECIES Become a coral colony Lace coral

Shallow coral

Green algae

Chrysophyta sp

PROCESS OF GROWTH Coral larvae on the surface

Mineral deposits

Chrysophyta sp Algae storage

MATERIAL

Stony coral (branching) Lithotelestid coral

Stony coral (unspecified)

Stony coral (cup) 15000 ㎡

Stony coral (branching)

Stony coral (branching)

Lace coral

Stony coral (cup)

Stony coral (cup)

Diatom Siphonocladales

Aritificial reef

11300 ㎡

Stoloniferan coral

Black coral

Other coral-like hydrozoan

Soft coral 4900 ㎡

Oil pipeline to land

Sea pen Gorgonian coral

Black coral Sea pen

Soft coral Black coral

SECTION VIEW

Soft coral

Black coral 8500 ㎡

Sea pen Gorgonian coral

PERSPECTIVE

1 2 3

1.

The corals will be placed on different forms of artificial reef according to their suitable growth depth to promote their natural growth. The algae will be also placed in underwater glass fixtures.

2.

Some workshops will be retained and transformed on offshore oil dig platforms.They will complete the work of plastic purification and clean oil producing, and optimize plastic into artificial reefs.

3.

The oil rigs will stand at sea. In the long run, there will be less and less plastic floating in the sea. Corals and algae will live in symbiosis under the sea. The marine ecosystem will come back to life.

04 Elegy Memorial landscape

Hero

Individual project Location：Xichang, Sichuan Province, China Duration：09/2020-10/2020 Tutor：Shunyao Hu

The change of space will bring a change of emotional experience.

In order to commemorate the 19 heroes who died in the 3.30 Xichang fire, I designed a memorial landscape in Lushan where the fire occurred. By extracting the important factors of the event and the site, I have formed a complete tour route by reflecting the emotional changes of the event. During this tour, the design includes the ups and downs of terrain and changes in space. It has three stages, from reappearing the pain of the fire, to commemorating the grief, and then to looking forward to the future.

I hope people can reflect on the past from this fire, stay alert.

Mountain

A large forest fire broke out in Xichang on March 30, 2020, resulting in the sacrifice of 19 people.

ENVIRONMENT

Xi Chang

LOCATION

The subtropical dry and hot river valleys have distinct dry and wet seasons.

Sichuan

High temperature Low precipitation

Liangshan

China

The fire occurred in Lushan, Xichang C i t y, L i a n g s h a n Yi A u t o n o m o u s Prefecture.

FUEL

high turpentine content low ignition point

SITE ANALYSIS

Low humidity Windy valley

Wugui Tang Liangshan Yi Slave Society Museum

Yunnan pine

Chuanxing Township

After long-term accumulation of forest ground vegetation, it is prone to decay, which in turn produces a large amount of combustible gas.

VEGETATION DISTRIBUTION

Qiong Hai

Simple forest : Mixed forest = 13:1 Guangfu Temple

Baihua Shenchu

Others 1.7%

SITE

4.5%

Lu Mountain Forest Park

Guangfu Temple

Sanqing Temple 93.8%

Qiong Hai Lu Mountain

Jingjiu Township

RESCUE FORCE 4

Fire fighting route

13

M-26/K-32/M-171 Fire fighting helicopter

185

Fire truck

1201

Tons of watering

THE WORD CLOUD OF IMPRESSION

MOOD ANALYSIS

2180 200

580 1400 Armed Fireman Militia police

DAMAGE

The total area of Lu Mountain:5037ha

The forest area of Lu Mountain:2810ha 55.8% 0330 Xichang fire area:1000ha 18.8% 1.5% 0330 Xichang fire destroyed area:80ha

SACRIFICE At 10:00 on March 31, the Xichang forest fire in Liangshan, has killed 19 local firefighters.18 of them are firemen and 1 is a local guide.At the same time, three firefighters are receiving hospital treatment with serious injuries and vital signs are stable.

SERIOUSLY INJURED

3

AVERAGE AGE

DIED

DESIGN CONCEPT DETAIL

BACKGROUND

19

Mountain

ELEMENT Stone

38

DESIGN

Material Slabstone

Forest

PLAN

Tree

Mood Monomer

Terrain

Burnt stump Height change BIMO chanting at the funeral

Elegy

Form Original road Sonic wave

03.30 15:00 Daying Farm was on fire in Jingjiu Township.

20:00 Fire fighting

03.31 1:30 A group of 21 firefighters led by a local guide, lost contact.

10:00 They were declared sacrificed.

14:30 Their bodies were transported to the funeral parlor.

04.02 12:01 All open flames were extinguished.

04.04 11:00 Warriors memorial service was held in Xichang funeral parlor.

VI ethnic totem

Symbol of power

Decoration Triangle

I combined the extracted design elements with the design direction to form a complete tour route. It contains changes in terrain and space.

SPACE DIAGRAM

EXCITED

TIRED

TOUR ROUTE ALITITUDE CHANGE

HARD

Starting point

SPATIAL OPENNESS CHANGE

The onward road Underground space REPRESSED

Touring road Mourning plaza Multifunctional terrace Return road

SORROWFUL

PAINFUL

SYMPATHETIC

SAD

VALUED

RELAXED

HOPEFUL

MASTER PLAN

INSTALLATION ANALYSIS

116 triangular wood are arranged in the site to set off the atmosphere and play a role in enclosing the space. The height and color of the wood will change with a certain meaning.

The wood is imitated as a tree burnt in the fire, scarred and rough.

Their height is the age of the 19 sacrificed heroes.

The wood in PHASE 2 is of natural wood color. The direction is also towards Ningnan County. The woods are arranged regularly every 10 meters on both sides of the road, increasing the sense of order and solemnity.

It also symbolizes that the burnt wood will eventually be reborn, as the road continues to move forward.

A-A ＇ SECTION

PHASE 2

PHASE 3

PHASE 1

SPACE TYPOLOGY ANALYSIS

THE ONWARD ROAD SPATIAL OPENNESS:100% Hard paving Green space Triangular burnt wood

TOURING ROAD TYPE2 SPATIAL OPENNESS:50% Hard paving Triangular wood

Green space Retaining wall

MULTIFUNCTIONAL TERRACE SPATIAL OPENNESS:95% Green space Hard paving Small square Seat

UNDERGROUND SPACE SPATIAL OPENNESS:20% Hard paving Green space Baluster Seat

TOURING ROAD TYPE1 SPATIAL OPENNESS:50% Hard paving Green space Triangular wood Retaining wall

MOURNING PLAZA SPATIAL OPENNESS:80% Hard paving Triangular wood

Green space Landscape wall

MULTIFUNCTIONAL TERRACE SPATIAL OPENNESS:95% Road Green space Small square

B-B ＇ SECTION

MOURNING PLAZA SPATIAL OPENNESS:50% Static pool

Hard paving Landscape wall

Static pool

RETURN ROAD SPATIAL OPENNESS:100% Green space Hard paving

C-C ＇ SECTION

PERSPECTIVE

MODEL PERSPECTIVE

05 Other works Painting

Photograph