Landscaping Architectural Design Portfolio_Ziyan_Qi_2909_2020 by Ziyan Qi

P O R T F O L I O ZIYAN QI

LANDSCAPING * ARCHITECTURAL * DESIGN

齐梓言 EDUCATION

Auggie Qi

Feb. 2015 - Nov. 2015. Diploma of Art, Bradford Collage of University of Adelaide Feb. 2016 - Jul. 2019. Bechalor of Architectural Design, University of Adelaide Jul. 2019 - (Study plan on hold because of Covid-19). Master of Landscaping Architectural Design, University of Adelaide

EXPERIENCE

Aug - Sep. 2020

EF Junior English Institute

Tutor Asistant

Nov. 2019

Academic Exchange Between The Barlett of UCL,

Interpretor / Event Planner

Hubei Industrial University and Wuhan Government. Nov. 2018 - Jan. 2019

PROJECTS

Landcare Ecological Technologies Co.

2020

Land of the Nostalgists

Domino Gallery

Designer Asistant

Let it Flood, Let it GrowCampus Furniture Design 2019

Eclipse

2018

Appreciation of Emotions

2017

'COAST' -- Coastal TangramGarden

Omelas Light is Self-Reflection Prosperity

Urban Farm at 304 Pirie Street

2016

Festival at Glenthorne Farm Glenside Nests -- Urban & Living Space Design

SKILL SUMMARY

Adobe Photoshop Illustrator indesign AutoCAD Sketchup Rhino Grasshopper Lumion Enscape Handdrawing/Sketching Engraving & Printing

CONTACT

mayday082469@gmail.com +61 452455357 +86 18571771090 hellow_auggie

Contents

故园之地 LAND OF THE NOSTALGISTS

景观生态中心 BIOPHILIC CENTRE AT VICTORIA SQ

野蛮生长 LET IT FLOOD, LET IT GROW

洪水防治及利用 HOW WE DEAL WITH THE FLOODING & WHAT FLOODING BRINGS TO US?

多米诺游廊 DOMINO GALLERY

公园景观新元素 INNOVATIVE LANDSCAPE & ELEMENT

月食 ECLIPSE

万物不甘静止 CELEBRATION FOR THE CEASELESS MOVEMENTS

奥姆拉斯 OMELAS

城市环保及可持续计划 DESIGNING FOR SUSTAINABLE ADELAIDE

繁荣 PROSPERITY

未来拯救计划 SAVE THE FUTURE

LAND OF THE NOSTALGISTS

As an extended scheme under the inspirations by TCL's masterplan for Victoria Square, Tarndanyangga, the southern part of the square is aimed to demonstrate an imitation of natural habitats for native wildlife. The methodology is to introduce plant species and planting arrangements that could either be accommodations or food sources for native birds, insects and other wildlife that are expected to return to the site. As a result, the Land of Nostalgist is designed with a dense planting mass to reach the goal of creating a relatively isolated space for wildlife habitats within the urban contexts.

-- bio

故园之地 LAND OF THE NOSTALGISTS

LAND OF THE NOS

01.

DESIGN BRIEF:

DESIGN BRIEF: As an extended scheme under the inspirations by TCL's masterplan for Victoria Square, Tarndanyangga, the southern part of the square is aimed to demonstrate an imitation of natural habitats for native wildlife. The methodology is to introduce plant species and planting arrangements that could either be accommodations or food sources for native birds, insects and other wildlife that are expected to return to the site. As a result, the Land of Nostalgist is designed with a dense planting mass to reach the goal of creating a relatively isolated space for wildlife habitats within the urban contexts. To reflect the design principles at the premilinary stage, a series of concrete structures are introduced to the site in multiple zonings to achieve the 'reinassance of grids' concept. A wide SITE ANALYSIS: range of activities are expected to be held on these platforms, such as plant viewing, wildlife observing, mobile cafe and popup mini central market, which reflecs the culture and community sustainabilities from the developing proposal by TCL. By creating space for both wildlife habitats and community activities on the Land of EXISITING OBJECTS be Nostalgist, the visitors could hopefully reminded of how the natural ecological atmosphere felt like while engaging themselves into the urban life.

To re prem struc in m 'reina range on th wildli up m cultur the d

By cre and Nosta remin atmo them

DESIG

ALGISTS -- biophilic centre at victoria square, tarndanyangga

PLANT ILLUSTRATION

EXISITING OBJECTS

BUILDING CONTEXTS

ACCESSIBITY AND INTERACTION

RENAISSANCE OF GRIDS

WILDLIFE CARE

REPLICATE OF MARKET PLACE

HIGHER ACCESSIBILITY

TRANSPORT

PLANT ABSTRACTIONS:

The form of the concrete structures is inspired by the foliage of Eucalyptus macrocarpa, which could be observed to have a symmetrical form. The general patterns of the overall structure are designed to be square and rectangular, in order to reflect and celebrate the nostalgic way of Adelaide urban planning by Colonel Light. The sizes of concrete blocks vary from 3*3mm to 5*5mm.

Ziyan Qi A1682771

The star shape abstracted from the fruit of Eucalyptus macrocarpa is broken down and applied to the path formation on the site. It could help achieve the high accessibility from multiple directions as one of the design principles.

The pointed dome shape of the fruit of Eucalyptus macrocarpa inspired the form of the green infrastructure.

Myrtaceae

Eucalyptus macrocarpa ssp. macrocarpa Rose of the West West Australia

Myrtaceae

Eucalyptus macrocarpa ssp. macrocarpa

WAKEFIELD ST

By creating space for both wildlife habitats and community activities on the Land of Nostalgist, the visitors could hopefully be reminded of how the natural ecological atmosphere felt like while engaging themselves into the urban life.

WILDLIFE CARE

LAZA

RENAISSANCE OF GRIDS

HILTON ADELAIDE

DESIGN PRINCIPLES:

SITING OBJECTS

GROTE ST

To reflect the design principles at the premilinary stage, a series of concrete structures are introduced to the site in multiple zonings to achieve the 'reinassance of grids' concept. A wide range of activities are expected to be held on these platforms, such as plant viewing, wildlife observing, mobile cafe and popup mini central market, which reflecs the culture and community sustainabilities from the developing proposal by TCL.

P CATHEDRAL

me under the plan for Victoria he southern part o demonstrate bitats for native is to introduce g arrangements ommodations or rds, insects and cted to return to nd of Nostalgist planting mass ting a relatively habitats within

4 TRANSPORT

HIGHER ACCESSIBILITY

LAW COURT

The colour scheme of the plant selection is abstracted by picking the main colours of Eucalyptus macrocarpa. The cool-tone hue is applied to the whole site to provide the sense of calming with the cooperation of pinkish red for highlighting the joints of pathways. The star shape abstracted from the fruit of Eucalyptus macrocarpa is broken down and applied to the path formation on the site. It could help achieve the high accessibility from multiple directions as one of the design principles.

The pointed dome shape of the fruit of Eucalyptus macrocarpa inspired the form of the green infrastructure.

GOUGER ST

PLAN SCALE 1:1000

PLAN SCALE 1:500

1 EXTENDED SHELTER

(REFERRING MASTERPLAN BY TCL) 2 TRAM STOP 3 GRID PLATFORMS - ACTIVITIES HOLDERS 4 BICYCLE HUB (REFERRING MASTERPLAN BY TCL)

5 PERIMETER GARDENS

(REFERRING MASTERPLAN BY TCL) 6 VIEWING DECK 7 GREEN INFRASTRUCTURE - POSSUMS' ACCOMMODATIONS

PONDS - RIPARIAN HABITATS THREE RIVERS FOUNTAIN 10 PERIMETER PAVEMENT (REFERRING MASTERPLAN BY TCL) 8 9

SA WATER

REPLICATE OF MARKET PLACE

1 NO. AFAD

2 NO. AL

3 NO. BC 1 NO. CPM

2 NO. BM

12 NO. EGKC

15 NO. LB

15 NO. EGKC

9 NO. LB

1 NO. KP 1 NO. AL

P CATHEDRAL

•

1 NO. CPM

LAZA

3 NO. BC

• 1 NO. AP

3 NO. BC 1 NO. AVR

• 8

25 NO. CC

THREE RIVERS FOUNTAIN

THREE RIVERS 5 NO. CBC FOUNTAIN

SA WATER

1 NO. AP

•

• • 2 NO. LB

1 NO. AL

• PONDS - RIPARIAN HABITATS 8 NO. DVA 108NO. LB 9 THREE 1 NO.RIVERS AL 3FOUNTAIN NO. BC 3 NO. BC 10 PERIMETER PAVEMENT (REFERRING MASTERPLAN BY TCL)

Allocasuaria littoralis

Acacia podalyriifolia

Allocasuaria littoralis

•Wind Breaker

Eucalyptus macrocarpa ssp. Macrocarpa

9 NO. AT

•

PERIMETER TER 1 NO.5 BM 2 NO. LB 2 NO. GARDENS KP (REFERRING MASTERPLAN BY TCL) ASTERPLAN BY TCL) 1 NO. AL 1 NO. AL 6 VIEWING DECK 7 GREEN INFRASTRUCTURE MS - ACTIVITIES HOLDERS PLANT SCHEDULE - POSSUMS' ACCOMMODATIONS ASTERPLAN BY TCL)

ider

1 NO. CM

2 NO. EM

1 1 NO. AP

Acacia podalyriifolia •Wind Breaker

1 NO. BM

PLANT SCHEDULE

5 NO. BM

30 NO. LB 2 NO. KP 1 NO. AL

10 NO. LB 1 NO. AL

3 NO. BC

8 NO. DVA 3 NO. BC

PLANTING PLAN 'MASS PLANTING FOR HABITAT' SCALE 1:200

PLANTING PLAN -- MASS PLANTING FOR HABITAT SCALE 1:100

7 NO. AVR 1 NO. AL 3 NO. CBC

Acacia podalyriifolia

Billardiera cymosa

Leucophyta brownii

Eleocharis sphacelata

8 Banksia Media

re, tarndanyangga

celebrate the nostalgic way of Adelaide urban planning by Colonel Light. The sizes of concrete blocks vary from 3*3mm to 5*5mm.

Ziyan Qi A1682771

GOUGER ST PLAN SCALE 1:500

(REFERRING MASTERPLAN BY TCL) 2 TRAM STOP 3 GRID PLATFORMS - ACTIVITIES HOLDERS 4 BICYCLE HUB (REFERRING MASTERPLAN BY TCL)

The pointed dome shape of the fruit of Eucalyptus macrocarpa inspired the form of the green infrastructure.

Agonis flexuosa 'After Dark'

Acacia podalyriifolia

Citrus medica

•Feature Specimen •Directory Provider

•Wind Breaker •Cool-tone Hue Provider •Habitat for Native Small Bird

•Edible Fruit •Market Theme Responser •Community Friendly •Butterflies, Bees and Native Birds Attractor

5 PERIMETER GARDENS

1 EXTENDED SHELTER

Eucalyptus macrocarpa ssp. Macrocarpa •Sculptual Form •Cool-tone Hue Provider •Habitat for Nectar-eating birds and insects.

(REFERRING MASTERPLAN BY TCL) 6 VIEWING DECK 7 GREEN INFRASTRUCTURE - POSSUMS' ACCOMMODATIONS

PONDS - RIPARIAN HABITATS THREE RIVERS FOUNTAIN 10 PERIMETER PAVEMENT (REFERRING MASTERPLAN BY TCL) 8 9

Centaurea cineraria

Allocasuaria littoralis

Acacia podalyriifolia

Allocasuaria littoralis

•Cool-tone Hue Provider •Butterflies, Bees and Native Birds Attractor

•Wind Breaker •Habitat for Yellow Tailed Black Cockatoo

•Wind Breaker •Cool-tone Hue Provider •Habitat for Small Native Bird

•Wind Breaker •Wind Breaker •Cool-tone Hue Prov •Habitat for •Sculptual Form •Habitat for Small Na Yellow Tailed Black •Cool-tone Hue Cockatoo Provider •Habitat for Nectareating birds and GREEN insects. INFRAST

GRID PLATFORM

Eucalyptus macrocarpa ssp. Macrocarpa

Acacia podalyriifolia

POSSUM ACCOM PATH

SECTION 1 SECTION 1 SCALE 1:50 SCALE 1:100

DETAIL 1 -- FIXING OF PLANTING BED AND PATHWAY SCALE 1:10

SWEET EARTH FILL FOR PLANTING

DETAIL 2 -- POSSUM ACCOMMODATION SCALE 1:20

60mm TIMBER FINISHING FOR SEATING

20mm CONCRETE FINISHING

PRECAST CONCRETE POLE. DIA. 35mm 3mm THK. POLE PLATE. PREMOULDED TO STABLIZE THE ACCOMMODATION DEVICE

SITE PERSPECTIVES

• 1 NO. BM 2 NO. LB 1 NO. AL

2 NO. KP 1 NO. AL

10 NO. LB 1 NO. AL

3 NO. BC

PLANTING PLAN -- MASS PLANTING FOR HABITAT SCALE 1:100

8 NO. DVA 3 NO. BC

5 NO. BM

7 NO. AVR 1 NO. AL 3 NO. CBC

PLANT SCHEDULE

vider ative Bird

Acacia podalyriifolia

Billardiera cymosa

Leucophyta brownii

Eleocharis sphacelata

Banksia Media

Allocasuaria littoralis

Billardiera cymosa

•Wind Breaker •Cool-tone Hue Provider •Habitat for Small Native Bird

•Shrubbery •Edible Fruit •Market Theme Responser •Community Friendly •Habitat for Lizards and Native Birds

•Hedging/Buffer Planting •Cool-tone Hue Provider

•Raperian Species •Habitat for Waterbirds, Frogs and Fish

•Shrubbery/Buffer Planting •Habitat for Yellow Tailed Black Cockatoo

•Wind Breaker •Habitat for Yellow Tailed Black Cockatoo

•Shrubbery •Edible Fruit •Market Theme Responser •Community Friendly •Habitat for Lizards and Native Birds

TRUCTURE: MS MMODATIONS

VIEWING PLATFORM WITH 1:10 RAMP

Kunzea pomifera •Low Groundcover •Edible Fruit •Market Theme Responser •Community Friendly •Habitat for Nectar-eating birds and insects

Dodonaea viscosa ssp. Angustissima •Shrubbery •Habitat for Moths, Butterflies, Native Birds and Beetles. •Community Friendly

Leucophyta brownii RIPARIAN ZONE

PATH

•Buffer Planting •Cool-tone Hue Provider

+46.3

+44.8 1 V; 10H

SECTION 2 SECTION

2 SCALE 1:100

SCALE 1:50

SECTION 1 SCALE 1:50

DETAIL 1 --FIXING OF PLANTING BED DETAIL 1PATHWAY AND -- FIXING OF PLANTING BED SCALE 1:20 AND PATHWAY SCALE 1:10

SWEET EARTH FILL FOR PLANTING

DETAIL 2 --POSSUM DETAIL 2 ACCOMMODATION -- POSSUM SCALE 1:20 ACCOMMODATION SCALE 1:20

60mm TIMBER FINISHING FOR SEATING

20mm CONCRETE FINISHING

PRECAST CONCRETE POLE. DIA. 35mm 3mm THK. POLE PLATE. PREMOULDED TO STABLIZE THE ACCOMMODATION DEVICE M10 HEX BOLT

250mm BRICK WALL WATERPROOF GEOTEXTILE SWEET EARTH FILL FOR PLANTING 25 mm COARSE SAND 20 mm COBBLESTONE PAVING 40 mm BEDDING SAND

SPHERE ACCOMMODATION UNIT. POLISHED AT THE EDGE. TIMBER STAND 3mm BOLT PLATE. FIXED TO TIMBER STAND AND CONCRETE GRID PLATFORM GRID PLATFORM

PM2/20 COMPACTED TO 98% M.D.D GRAVEL LAYER

SITE PER

WILDLIFE CARE DESIGN PRINCIPLES: DESIGN PRINCIPLES: OBJECTS

RENAISSANCE DESIGN PRINCIPLES EXISITING OF GRIDS

LDING ACCESSIBITY TRANSPORT NTEXTS AND REPLICATE OF MARKET PLACE RENAISSANCE OF GRIDS RENAISSANCE INTERACTION RENAISSANCE REPLICATE OF HIGHER EXISITING EXISITING OBJECTS OBJECTS OF OF GRIDS GRIDS MARKET PLACE ACCESSIBILITY

RENAISSANCE OF GRIDS

WILDLIFE CARE WILDLIFE CARE WILDLIFE CARE REPLICATE OF MARKET PLACE

E D I A L E D A HILTON

and and community community activities activities on on the the Land Land of of Nostalgist, Nostalgist, the the visitors visitors could could hopefully hopefully be be reminded reminded of of how how the the natural natural ecological ecological atmosphere atmosphere felt felt like like while while engaging engaging themselves themselves into into the the urban urban life. life.

L E D A N O T L HI

ife habitats life habitats within within

WILDLIFE CARE

HIGHER ACCESSIBILITY HIGHER ACCESSIBILITY

NT ABSTRACTIONS:

TRANSPORT TRANSPORT

TY TY

amanaging pops up--why does flooding havedamages defense the the local flooding situations thecultivations, following years, and the natural plantsinand so that a general approaches to reduce thinking is formed that the flooding could anthe ideal local economical resource. torisks make useproperty of it instead of being increasing amount of of wet lands creates barriers or isolating ble improvement ecosystem and soil's stabilization can be e the to the infrastructure and public The risks brought by inrertidal the growths of few aspects--the wet The risks brought by inrertidal nsafety. annual big disaster? strips for bushfire, which we'll be hoping and happy to see. guaranteed. The stable soil and plant strips could help In consideration of the flooding situation

supports, the site is expected to be an experimental uni somehow encourage if the systemic thinking and method are effective eno lands created after overflowing into overflowingcould couldtransfer transfer into be applied to more than one region in Onkaparinga. flooding could definitely ideal habitats for local watercourses defense the flooding situations in the following years, and the nga, an idea pops up--why does flooding have with TARGET TERRITORY BOUNDARY irrigatingadvantages advantages with A large amount of marine facilities distributed in SA such increasing amount of is wet creates barriers orpark isolating irrigating ue;need is it possible make as usecontrolling of it instead of The beingplanned es to betotaken methodology to lands establish a wetland creek on the southern part of the site apparently intervene vegetations. Following it, a are large amount of urban wetland water process. strips forboundary bushfire, which we'll be hoping and happy to and see. known about it as an annual bigconsistantly disaster? waterdesalinating desalinating process. asinfrastructure water storage tanks, water pipelines, breakwaters and seasystem verflowing that might put near the south ofthe Onkaparinga with considerations with ato mine area. Also, the creek nearthrough the hill area the influences INLAND HYDROLOGY more such as local water storage and sea Onkaparinga is located on south part of SA as Overall, hypothetical statement, the fl parks or natural reservations can be established attract morewalls. infrastructure such as local water storage system and sea Onkaparinga is located on the south part of SA and known as RAINFALL DECILE 2012 RAINFALL DECILE 2013 These are essential to disperse the intertidal and flooding nities, architecture with heritage value, of regional advantages and out-standing issues. With the the northern urban landscape point and the recreational water desalinating system could be brought into the region a region suffering from floodings every year. The City Council is expected to end up as a self-curing methodolo visitors and financial investments that would provide supports TARGET TERRITORY BOUNDARY INTERTIDAL AREA Adesalinating large ofthe marine facilities are in SA such The isevery to establish a wetland park Council some movesAneed be taken as controlling water system could be contexts brought the region creek on the southern partinteractions of the site apparently intervene a region suffering from methodology floodings year. The as City water to amount reduce damage to thedistributed urban andinto as at stake. moreto positive systemic extension of planned transport route and additional infrastructure areas. Critically, these not only bring threatens to 1:400000 SCALE 1:400000 SCALE as water storage tanks, water pipelines, breakwaters and sea and provide irrigation systems and further maintenances to of Onkaparinga thinks highly of the flooding controlling and near the south boundary of Onkaparinga with considerations gy to avoid overflowing that might consistantly put with a mine area. Also, the creek near the hill area influences supporting the growth of vegetations, soil qualities an for local developments. As the general economic situation of the nearest facilityand for thefurther target territory e flooding could somehow encourage supports, the thinks site is expected to be experimental unit to test and settlements. provide However, irrigation systems maintenances to but could also be used as water resources INLAND HYDROLOGY of Onkaparinga highly ofan the flooding controlling and the urban contexts, HAHNDORF HAHNDORF RAINSTATION RAINSTATION CULTURE AND INFRASTRUCTURE walls. These are essential to disperse the intertidal and flooding of regional advantages and are out-standing issues. With the ing communities, architecture with after heritage value, thefor northern urban landscape point and the wetland recreational the local natural plants and cultivations, so that a general storm water managing approaches to reduce the damages is located on the north-east, which is still considered far from pects--the wet lands created if the systemic thinking and method effective enough to economics, what will eventually go back to controll Onkaparinga is enhanced by the additional tourism resource, the watercourse vegetation and reserves. INTERTIDAL AREA UNLEY the local plants and so that a general storm approaches to reduce the as damages UNLEY RAINSTATION RAINSTATION water natural to reduce the damage to thecultivations, urban contexts and extension of transport route and additional infrastructure icultural areas at stake. A more positivewater systemic managing areas. Critically, these interactions not only bring threatens to STORAGE TANKS WATER PIPELINES the coastal line.of Besides, there is no flooding-proof infrastructure ideal habitats for local watercourses be applied torisks more to thanthe one property region in Onkaparinga. Some water intervening needs to be controlledSo, to avoid improvement ecosystem and soil's stabilization and flooding situation. why not letWATER it flood and let it grow BELAIR improvement of ecosystem and soil's stabilization can be be and minimize minimize the risks property infrastructure and public public settlements. However, the nearest facility for the target territory supports, theto sitethe is expected to be aninfrastructure experimental unit to and test rmed that the flooding could somehow encourage the the urban can contexts, but could also be used as water resources BELAIR RAINSTATION RAINSTATION VERTICAL OBSTRUCTIONS POWER LINES CULTURE AND INFRASTRUCTURE along the marine line of the target area. t, a large amount of urban wetland industrial inconvenience and hazard, but some others could guaranteed. The stable soil and plant strips could help health and safety. In consideration of the flooding situation is located on the north-east, which is still considered far from if the systemic thinking and method are effective enough to s of few aspects--the wet lands created after for the watercourse vegetation and wetland reserves. HAPPY VALLEY RAINSTATION guaranteed. The stable soil and plant strips be could help health and safety. In consideration of the situation HAPPY VALLEY RAINSTATION ations can be established attract Overall, through hypothetical statement, the flooding flooding made intervening use of for the future landscaping agricultural WATER STORAGE CEMETRY MINE AREAS TANKS POINTS WATER PIPELINES the coastal line. Besides, there is no flooding-proof infrastructure be appliedthe to more than oneup--why region in Onkaparinga. uld definitely ideal habitats forto local watercourses Some water needs to be controlled and to avoid CHERRY defense the flooding situations in the following and the in Onkaparinga, idea pops does have DESIGN BRIEF CHERRY GARDENS GARDENS RAINSTATION RAINSTATION defense flooding situations inthat the following years, and the an idea pops up--why does flooding flooding have Zooming into the target it isarea. found there are several years, estments that would supports is expected an to end up as a self-curing methodology by developments. VERTICAL OBSTRUCTIONS CONVEYORS POWER LINES URBAN LANDSCA alongthe the marine line of region, the target . Following it, a large provide amountin of Onkaparinga, urban wetland industrial inconvenience and hazard, but some others could CLARENDON RAINSTATION increasing wet lands barriers or to an issue; is it to make of instead CLARENDON significantamount interveningof joints of hydrologiacal elements and be made As the general economic situation supporting growth of the vegetations, soiluse qualities and local increasing amount of wet lands creates creates barriers or isolating isolating to be beofto an issue;Overall, isthe it possible possible to make use of it it instead of being being through hypothetical statement, the flooding of tural reservations can be established attract use of for the future landscaping and agricultural CEMETRY POINTS MINE AREAS RAINSTATION CEMETRY AREAS OIL AND GAS PIPELINES ONKAPARINGA RAINSTATION cultural elements. The intertidal seems toare affects the developments. ed by theinvestments additional that tourism resource, economics, what back to controlling the by strips for bushfire, which we'll be and happy to concerned about it an annual disaster? ONKAPARINGA RAINSTATION Zooming into the target region, it is found that there several is expected toeventually end up asgo abig self-curing methodology financial would provide supports Onkaparinga isislocated of as mor URBAN LANDSCAPES RECREATION ARE mo Onkaparinga locatedon onthe thesouth southpart partCONVEYORS ofSA SAand andknown known as stripsurban for bushfire, which we'll be hoping hoping and happy to see. see. concerned about it as aswill an annual big disaster?

flooding situation. So, not let it flood and let grow? and local supporting thewhy growth of vegetations, soilitqualities velopments. As the general economic situation of economics, what will eventually go back to controlling the a is enhanced by the additional tourism resource, Of moves need to be taken as Of course, course, some some need toit flood be and taken as controlling controlling floodingmoves situation. So, why not let let it grow?

coastal urban landscapes onoffew different points. The and inland significant intervening joints hydrologiacal elements

MYPONGA RAINSTATION CEMETRY AREAS OIL AND GAS PIPELINES aaregion The City wat wa regionsuffering sufferingfrom fromfloodings floodingsevery everyAyear. year. The CityCouncil Council RECREATION AREAS large amount of marine fac The wetland park A large amount of marine fac The wetland park of Onkaparinga thinks highly of the flooding controlling and and more the infrastructure such as local water storage system and sea Onkaparinga is locatedoverflowing on the south part of SA and knownput as an of Onkaparinga thinks highly of the flooding controlling and as near methodology as water water storage storage tanks, tanks, water water near the south south boundary boundary of of Onkaparinga Onkaparinga with with considerations considerations methodology to to avoid avoid overflowing that that might might consistantly consistantly put water desalinating system could be brought into the region a region suffering from floodings every year. The City Council storm water managing approaches to reduce the damages the storm water managing approaches to reduce the damages walls. disp of the walls. These These are are essential essential to to the dis of regional regional advantages advantages and and out-standing out-standing issues. issues. With With the the the surrounding surrounding communities, communities, architecture architecture with with heritage heritage value, value, and provide irrigation route systems and further maintenances to of Onkaparinga thinks highly of the A flooding controlling and water to reduce the damag extension of transport and additional infrastructure as and the agricultural areas at stake. more positive systemic and minimize risks to the property infrastructure and public imp imp and minimize the risks to the property infrastructure and public water to reduce the damag extension of transport route and additional infrastructure as the and the agricultural areas at stake. A more positive systemic the localthe naturalis plants and cultivations, so that unit a general storm water managing approaches to reduce theencourage damages However, the supports, test thinking More expected settlements. However, the near near supports, the site is expected expected to to be be an an experimental experimental unit to toand test safety. thinking is is formed formed that that the the flooding flooding could could somehow somehow encourage health the situation gua Moreinvestments investmentsare are expectedto to site gu health and safety.InInconsideration considerationof ofsettlements. theflooding flooding situation improvement of ecosystem and soil's stabilization can be and growths minimize of thefew risks aspects--the to the property infrastructure and public is located on the north-east, w if the systemic thinking and method are effective enough to the wet lands created after be into with bebrought brought intoOnkaparinga Onkaparinga with is located on the north-east, w if the systemic thinking and method are effectiveinenough to the growths of few aspects--the wet lands created after defe Onkaparinga, an idea pops up--why does flooding have de in Onkaparinga, an idea pops up--why does flooding have guaranteed. The stable soil and plant strips could help health and safety. In consideration of the flooding situation the extension of transport system and the coastal line. Besides, there be applied to more than one region in Onkaparinga. flooding could definitely ideal habitats for local watercourses the extension of transport system and to more than one region in Onkaparinga. the coastal line. Besides, there ii be applied flooding could definitely ideal habitats for local watercourses defense the and the in Onkaparinga, an idea a pops up--why doesurban flooding have ofofaccessibility. to an issue; of instead of incr the tobe be an issue;isisititpossible possibleto tomake makeuse use ofititthe instead ofbeing being theimprovement improvement accessibility.The The flooding situations in the following years, along marine line of targ vegetations. wetland along the marine line of the the inc tar vegetations. Following Following it, it, a large large amount amount of of urban wetland proposed parkland could also become increasing amount of wet lands creates barriers or isolating to be an issue; is it possible to make use of it instead of being proposed parkland could also become Overall, through the hypothetical statement, the flooding parks or natural reservations can be established to attract strip concerned about it as an annual big disaster? strip concerned about it as an annual big disaster? Overall, through the hypothetical statement, the flooding parks or natural reservations can be establishedan toideal attract local economical resource. MYPONGA RAINSTATION

urban cultural elements. The intertidal seems to affects the planned methodology is establish a planned is to topoints. establish coastal urbanmethodology landscapes on few different The inland a

strips for bushfire, end which we'll be self-curing hoping and happy to see. by concerned about it as an annual big disaster? an ideal local economical resource. Zooming is visitors Zooming into into the the target target region, region, is expected expected to to end up up as as a a self-curing methodology methodology by visitors and and financial financial investments investments that that would would provide provide supports supports significant intervening joints o supporting the growth of vegetations, soil qualities and local for local developments. As the general economic situation of significant intervening joints o supporting the growth of vegetations, soil qualities and local for local developments. As the general economic situation of The Of some as The Of course, course, some moves moves need need to to be beurban taken as controlling controlling Ataken largecultural amount of marineThe fac The plannedwhat methodology is togo establish a controlling wetland park Of course, some moves need to be taken as controlling elements. economics, will eventually back to the Onkaparinga is enhanced by the additional tourism resource, urban cultural elements. The economics, what will eventually go back to controlling the Onkaparinga is enhanced by the additional tourism resource, as water storage tanks, near thesituation. south boundary of Onkaparinga with considerations methodology to avoid overflowing that might consistantly put nea methodology might consistantly put nea methodologyto toavoid avoidoverflowing overflowingthat that might consistantly put water coastal urban on flooding coastal urban landscapes landscapes on flooding situation. So, So, why why not not let let it it flood flood and and let let it it grow? grow? walls. These are essential to disp of regional advantages and out-standing issues. With the the surrounding communities, architecture with heritage value, disr the of thesurrounding surroundingcommunities, communities,architecture architecturewith withheritage heritagevalue, value, of water to reduce the damag extension of transport route and additional infrastructure as and the agricultural areas at stake. A more positive systemic exte and the agricultural systemic ext thetest agriculturalareas areasat atstake. stake.AAmore morepositive positive systemic settlements. However, the near supports, the site is expected to be an experimentaland unit to thinking is formed that the flooding could somehow encourage supp thinking is formed that the flooding could somehow encourage sup formed that the flooding could somehow is located onencourage the north-east, w if the systemic thinking and method are effective thinking enough isto the growths of few aspects--the wet lands created after ififth the lands created after the coastal line. Besides, i be applied to more than one region in Onkaparinga. flooding could definitely ideal habitats for local watercourses th the growths growths of of few few aspects--the aspects--the wet wet lands created after there along the marine line of the tar vegetations. Following it, a large amount of urban wetland be flooding could definitely ideal habitats for local watercourses bea flooding could definitely ideal habitats for local watercourses Overall, through the hypothetical statement, the flooding parks or natural reservations can be established to attract vegetations. Following of RAINFALL DECILE 2012 RAINFALL DECILE 2013 RAINFALL DECILEwetland 2014 vegetations. Followingit,it,aalarge largeamount amount ofurban urban wetland Zooming into the target region, is expected to endSCALE up as a self-curing methodology by visitors and financial investments that would provide supports SCALE 1:400000 1:400000 SCALE 1:400000 Ove parks to Ovo parks ornatural naturalreservations reservationscan canbe beestablished established toattract attractjoints significant intervening supporting the growth of vegetations, soil qualities and or local for local developments. As the general economic situation of HAHNDORF RAINSTATION HAHNDORF RAINSTATION is visitors and financial investments that would provide supports urban cultural economics, what will eventually go backUNLEY toRAINSTATION controlling the financial investments that would Onkaparinga is enhanced by the additional tourism resource, is ee visitors and provide elements. supports The UNLEY RAINSTATION coastal urban landscapes on flooding situation. So, why not let it flood and let it grow? BELAIR for BELAIR RAINSTATION RAINSTATION sup forlocal localdevelopments. developments.As Asthe thegeneral generaleconomic economicsituation situationof of supp

Onkaparinga Onkaparingaisisenhanced enhancedby bythe theadditional additionaltourism tourismresource, resource,

HAPPY HAPPY VALLEY VALLEY RAINSTATION RAINSTATION

DESIGN BRIEF

CHERRY CHERRY GARDENS GARDENS RAINSTATION RAINSTATION CLARENDON CLARENDON RAINSTATION RAINSTATION

HAHNDORF RAINSTATION UNLEY RAINSTATION BELAIR RAINSTATION HAPPY VALLEY RAINSTATION CHERRY GARDENS RAINSTATION CLARENDON RAINSTATION

ONKAPARINGA RAINSTATION ONKAPARINGAas RAINSTATION Onkaparinga more moreinfrastructure infrastructuresuch suchas aslocal localwater waterstorage storagesystem systemand andsea sea Onkaparingaisislocated locatedon onthe thesouth southpart partof ofSA SAand andknown known as MYPONGA MYPONGA RAINSTATION RAINSTATION aaregion waterdesalinating desalinatingsystem systemcould couldbe bebrought broughtinto intothe theregion region regionsuffering sufferingfrom fromfloodings floodingsevery everyyear. year.The TheCity CityCouncil Council water of andprovide provideirrigation irrigationsystems systemsand andfurther furthermaintenances maintenancesto to ofOnkaparinga Onkaparingathinks thinkshighly highlyof ofthe theflooding floodingcontrolling controllingand and and storm water managing approaches to reduce the damages the local natural plants and cultivations, so that a general the local natural plants and cultivations, so that a general storm water managing approaches to reduce the damages and improvement of of ecosystem ecosystem and and soil's soil's stabilization stabilization can can be be andminimize minimizethe therisks risksto tothe theproperty propertyinfrastructure infrastructureand andpublic public improvement health guaranteed. The The stable stable soil soil and and plant plant strips strips could could help help healthand andsafety. safety.InInconsideration considerationof ofthe theflooding floodingsituation situation guaranteed. defense the flooding situations in the following years, and ininOnkaparinga, an idea pops up--why does flooding have defense the flooding situations in the following years, andthe the Onkaparinga, an idea pops up--why does flooding have RAINFALL 2012 RAINFALL RAINFALL DECILE DECILE 2012 RAINFALL DECILE DECILE 2013 2013 to of wet lands creates barriers or isolating SCALE 1:400000 SCALE 1:400000 increasingamount amount of wet lands creates barriers or isolating tobe bean anissue; issue;isisititpossible possibleto tomake makeuse useof ofititinstead insteadof ofbeing being increasing SCALE 1:400000 SCALE 1:400000 strips concerned stripsfor forbushfire, bushfire,which whichwe'll we'llbe behoping hopingand andhappy happyto tosee. see. concernedabout aboutititas asan anannual annualbig bigdisaster? disaster?

ONKAPARINGA RAINSTATION

02.

Of Of course, course, some some moves moves need need to to be be taken taken as as controlling controlling methodology to avoid overflowing that might consistantly MYPONGA RAINSTATION methodology to avoid overflowing that might consistantlyput put the surrounding communities, architecture with heritage value, the surrounding communities, architecture with heritage value, and andthe theagricultural agriculturalareas areasat atstake. stake.AAmore morepositive positivesystemic systemic thinking is formed that the flooding could somehow encourage thinking is formed that the flooding could somehow encourage the the growths growths of of few few aspects--the aspects--the wet wet lands lands created created after after flooding floodingcould coulddefinitely definitelyideal idealhabitats habitatsfor forlocal localwatercourses watercourses vegetations. vegetations.Following Followingit,it,aalarge largeamount amountof ofurban urbanwetland wetland parks or natural reservations can be established to parks or natural reservations be established toattract attract AVERAGEcan RAINFALL DECILE, visitors that would 2000-2015, MAY-JULY visitorsand andfinancial financialinvestments investments that wouldprovide providesupports supports for general economic SCALE 1:400000 forlocal localdevelopments. developments.As Asthe the general economicsituation situationof of Onkaparinga Onkaparingaisisenhanced enhancedby bythe theadditional additionaltourism tourismresource, resource,

野蛮生长 LET IT FLOOD, LET IT GROW 15

RAINFALL DECILE 2012 SCALE 1:400000

eco ec floo floo

The The planned planned methodology methodology isis to to establish establish aa wetland wetland park park near the south boundary of Onkaparinga with considerations near the south boundary of Onkaparinga with considerations HAHNDORF HAHNDORF RAINSTATION RAINSTATION TARGETand TERRITORY BOUNDARY of issues. the of regional regional advantages advantages and out-standing out-standing issues. With With the UNLEY UNLEY RAINSTATION RAINSTATION BELAIR extension route additional infrastructure as extensionof oftransport transport routeand and additional as BELAIR RAINSTATION RAINSTATION AUSTRALIAN DRAINAGE DIVISIONS infrastructure HAPPY VALLEY RAINSTATION HAPPYto VALLEY RAINSTATION supports, the site is expected to be an experimental unit test supports, the site is expected to be an experimentalCHERRY unit to test CHERRY GARDENS GARDENS RAINSTATION RAINSTATION RAIN STATIONS ififthe systemic thinking and method are effective enough to the systemic thinking and method are effective enough to CLARENDON CLARENDON RAINSTATION RAINSTATION ONKAPARINGA be one region ininOnkaparinga. ADELAIDE DESALINATION PLANT ONKAPARINGA RAINSTATION RAINSTATION beapplied appliedto tomore morethan than oneWATER region Onkaparinga. MYPONGA MYPONGA RAINSTATION RAINSTATION

Overall, statement, the RAINFALL DECILE AVERAGE Overall, through through the the hypothetical hypothetical statement, the flooding flooding RAINFALL DECILE, isis expected up aa2012-2015, self-curing methodology by JULY-OCTOBER expected to to end endHIGHEST up as as self-curing methodology by ON RECORDS supporting the growth of vegetations, soil qualities and local SCALE 1:400000 supporting the growth of vegetations, soil qualities and local MUCH ABOVE AVERAGE economics, eventually go back economics,what whatwill willVERY eventually go backto tocontrolling controllingthe the flooding let ABOVE AVERAGE floodingsituation. situation.So, So,why whynot not letititflood floodand andlet letititgrow? grow? TRANSPORT AND CIRCULATION SCALE 1:400000

AVERAGE

RAINFALL DECILE 2013 SCALE 1:400000

TRANSPORT AND CIRCULATION SCALE 1:200000

BELOW AVERAGE

The site inve of a tran spa the

ONKAPARINGA RIVER CATCHMENT

OVERVIEW OVERVIEWOF OFSA SAWATER WATERCATCHMENT CATCHMENTAREAS. AREAS. SCALE SCALE1:400000 1:400000

MILE END DRAIN CATCHMENT

PEDLER CREEK CATCHMENT

STURT CREEK CATCHMENT

WILLUNGA CATCHMENT MYPONGA CATCHMENT

FIELD RIVER CATCHMENT CLARENDON WEIR CATCHMENT

are not necessary. The air,air, earth, water and sky without you are fine. u are not necessary. The earth, water and sky without you are fine. To analyze the flooding

CHRISTIE CREEK CATCHMENT

INTERTIDAL AREA and its impact on the Onkaparinga southern coastal line of the region. The region is taken as the ONKAPARINGA RIVER CATCHMENT region, it is essential to understand the hydrology system in target site for further research as it gathers the greatest amount INLAND HYDROLOGY When you come back, remember you are my guests. Not my masters. When you come back, remember you are my guests. Not my masters. PEDLER CREEK CATCHMENT the whole area. Onkaparinga is well-known for abundant of water and has potential to develop as a future habitat for RAIN STATIONS -- Emma Zeck -- Emma Zeck inland creeks and water reservoirs. To reduce the damage by watercourse vegetation groups. According to the proposal WILLUNGA CATCHMENT southern coastal line To flooding and WATER BODY flooding, the Onkaparinga City Council has introduced eight of flooding control and site improvement for the next stage, southern coastal line of of the the region. region. The The region region is is taken taken as as the the To analyze analyze the the flooding and its its impact impact on on the the Onkaparinga Onkaparinga MOUNT CATCHMENT MYPONGA CATCHMENT MOUNTBOLD BOLD CATCHMENT creeks to disperse the gathering of overflowing water and rain the area can be a test sample, in which the soil quality and target site for further research as it gathers the greatest amount region, is essential to understand the hydrology system in WATER CATCHMENTS target site for further research as it gathers the greatest amount region, it it is essential to understand the hydrology system in INTERTIDAL AREA BROWNHILL / /KESWICK CATCHMENT of the The by region is taken To analyze the flooding and itsinfrastructures impact on the Onkaparinga water as a remedy for property and public safety southern greencoastal space line could be region. improved making use as of the the water KESWICK of and has the area. Onkaparinga is of water water andCATCHMENT has potential potential to to develop develop as as a a future future habitat habitat for for the whole whole area. Onkaparinga is well-known well-known for for abundant abundantBROWNHILL TARGET TERRITORY BOUNDARY target site for further research as it gathers the greatestand amount region, it isBy essential to understand theroutes hydrology system in INLAND HYDROLOGY and health. overlapping the creeks and the flooding catchment, in order to absorb the overflowing control the PORT RD CATCHMENT watercourse vegetation groups. According to the proposal inland creeks and water reservoirs. To reduce the damage by PORT RD CATCHMENT watercourse vegetation groups. According to the proposal inland creeks and water reservoirs. To reduce the damage by andsituation has potential developyears. as a future habitat for the it whole area. Onkaparinga is well-known abundant map, is found there is a significant water jointfor point near the of water flooding in the to following RAIN STATIONSFLOODING AREAS & RESERVOIRS

â&#x20AC;&#x2122;â&#x20AC;&#x2122;

inland creeks and water reservoirs. To reduce the damage by flooding, the Onkaparinga City Council has introduced eight creeks to disperse the gathering of overflowing water and rain water as a remedy for property infrastructures and public safety and health. By overlapping the creeks routes and the flooding map, it is found there is a significant water joint point near the SA CULTURAL & INFRASTRUCTURE SCALE 1:400000

of flooding control and flooding, watercourse vegetation groups. According to the proposal of flooding and site site improvement improvement for for the the next next stage, stage, flooding, the the Onkaparinga Onkaparinga City City Council Council has has introduced introduced eight eight GRANGE AREA CATCHMENT GRANGE AREAcontrol CATCHMENT WATER BODY of flooding control and site improvement for the next stage, the area can be a test sample, in which the soil quality and creeks to disperse the gathering of overflowing water and rain the area can be a test sample, in which the soil quality and creeks to disperse the gathering of overflowing water and rain the area can be a test sample, in which the soil quality and MILE MILEEND ENDDRAIN DRAINCATCHMENT CATCHMENT WATERremedy CATCHMENTS green water green space space could could be be improved improved by by making making use use of of the the water water water as as a a remedy for for property property infrastructures infrastructures and and public public safety safety green space could be improved by making use of the water TARGET TERRITORY BOUNDARY CATCHMENT catchment, order absorb overflowing and and routes and flooding catchment, in order to absorb the overflowing and control the STURT CREEKin CATCHMENT CATCHMENTS RAIN STATIONS ONSTURT SITE CREEK AND HYDROLOGY catchment, in order to to INTERTIDAL absorb the the INLAND overflowing and control control the the and health. health. By By overlapping overlapping the the creeks creeksWATER routes and the theAND flooding flooding situation in the following years. SA CULTURAL & INFRASTRUCTURE AREAS there & RESERVOIRSis a significant water SCALE joint 1:800000 1:30000years. flooding situation in the SCALE following map, it isFLOODING found point near the map, it is found there is a significant water joint point near the

SCALE 1:15000

To analyze the flooding and its impact on the Onkaparinga

southern coastal line of the region. The region is taken as the CHRISTIE CATCHMENT CHRISTIECREEK CREEK CATCHMENT

SA & SA CULTURAL CULTURAL & INFRASTRUCTURE INFRASTRUCTURE inland creeks and water reservoirs. To reduce the damage by SCALE SCALE 1:400000 flooding, the Onkaparinga City Council has1:400000 introduced eight creeks to disperse the gathering of overflowing water and rain water as a remedy for property infrastructures and public safety and health. By overlapping the creeks routes and the flooding map, it is found there is a significant water joint point near the

PEDLER CULTURAL PEDLERCREEK CREEKCATCHMENT CATCHMENT watercourse vegetation groups. According to theSA proposal SA CULTURAL & & INFRAST INFRAS SCALE SCALE 1:15000 1:15000 of flooding control and site improvement for the next stage, WILLUNGA CATCHMENT WILLUNGA CATCHMENT the MYPONGA area can be a test sample, in which the soil quality and MYPONGACATCHMENT CATCHMENT green space could be improved by making use of the water catchment, in order to absorb the overflowing and control the flooding situation in the following years.

target site for further research as it gathers the greatest amount region, it is essential to understand the hydrology system in SA CULTURAL & INFRASTRUCTURE ONKAPARINGA RIVER CATCHMENT SCALE 1:15000 of water RIVER andCATCHMENT has potential to develop as a future habitat for the whole area. Onkaparinga is well-known for abundant ONKAPARINGA

SA CULTURAL & INFRASTRUCTURE SCALE 1:400000

ea on to eral be The Therisks risksbrought broughtby byinrertidal inrertidal elp overflowing could transfer into overflowing could transfer into the irrigatingadvantages advantageswith with A large amount of marine facilities are distributed in SA such ng irrigating

creek on the southern part of the site apparently intervene

TARGET TERRITORY BOUNDARY

water process. waterdesalinating desalinating process. asinfrastructure water storage tanks, water pipelines, breakwaters and sea with a and mine area. Also, the creek near the hill area influences INLAND HYDROLOGY more such d morewalls. infrastructure such as as local local water water storage storage system system and sea sea d known known as as These are essential to disperse the intertidal and flooding the northern urban landscape point and the recreational water desalinating system could be brought into the region ty Council TARGET TERRITORY BOUNDARY INTERTIDAL AREA A large amount of marine facilities are distributed in SA such ark water desalinating system could be brought into the region creek on the southern part of the site apparently intervene ity Council water to reduce the damage to the urban contexts and areas. Critically, these interactions not only bring threatens to as water storage tanks, pipelines, andterritory sea and provide irrigation systems and maintenances to olling and ons withthe a mine area. Also, area However, thewater nearest facilitybreakwaters for thefurther target and settlements. provide irrigation systems and further maintenances to the rolling and urban contexts, butcreek couldnear alsothe behill used asinfluences water resources INLAND HYDROLOGY CULTURE AND INFRASTRUCTURE These to disperse the intertidal and flooding he thefor northern urban landscape point and the wetland recreational the natural plants and a damages is walls. located onare theessential north-east, which is cultivations, still considered far so fromthat thegeneral watercourse vegetation and reserves. INTERTIDAL AREA the local local plants and so that a general damages water natural to reduce the damage to thecultivations, urban contexts and as areas. Critically, these interactions not only bring threatens to WATER STORAGE TANKS WATER PIPELINES the coastal line.of Besides, there is no flooding-proof infrastructure Some can water intervening needs to be controlled to avoid improvement ecosystem and soil's stabilization be and public improvement of ecosystem and stabilization can be and public settlements. However, the nearest facility for thesoil's target territory est the urban contexts, but could also be used as water resources VERTICAL OBSTRUCTIONS POWER LINES CULTURE AND INFRASTRUCTURE along the marine line of the target area. industrial inconvenience and hazard, but some others could guaranteed. stable soil plant strips help g is located on The the north-east, which is stilland considered far from for could the watercourse vegetation and wetland reserves. guaranteed. The stable soil and plant strips could help gto situation situation be made intervening use of for the future landscaping agricultural WATER STORAGE CEMETRY MINE AREAS TANKS POINTS WATER PIPELINES the coastal line. Besides, there is no flooding-proof infrastructure Some water needs to be controlled and to avoid defense the flooding situations in the following years, and the ding have defense flooding situations the following years, and the and hazard, but some others could ding have Zooming into the target it isarea. foundinthat there are several industrial developments. VERTICAL OBSTRUCTIONS CONVEYORS POWER LINES URBAN LANDSCAPES alongthe the marine line of region, the target inconvenience increasing wet lands barriers or d significantamount interveningof joints of hydrologiacal elements and be made increasing amount of wet lands creates creates barriers or isolating isolating d of being being ng of use of for the future landscaping and agricultural CEMETRY POINTS MINE AREAS CEMETRY AREAS OIL AND GAS PIPELINES cultural elements. The intertidal seems toare affects the developments. strips for bushfire, which we'll be and happy to Zooming into the target region, it is found that there several by CONVEYORS URBAN LANDSCAPES RECREATION AREAS stripsurban for bushfire, which we'll be hoping hoping and happy to see. see.

cal he

coastal urban landscapes onoffew different points. The and inland significant intervening joints hydrologiacal elements urban cultural elements. The intertidal seems to affects the

The methodology is establish a wetland park controlling The planned planned is to topoints. establish controlling coastal urbanmethodology landscapes on few different inland a wetland park more the infrastructure such as local water The storage system and sea dstantly known as near near the south south boundary boundary of of Onkaparinga Onkaparinga with with considerations considerations istantly put put water desalinating systemand could be broughtissues. into the region ity Council of regional advantages out-standing age value, of regional advantages and out-standing issues. With With the the age value, and provide irrigation systems and further maintenances to rolling and extension e extension of of transport transport route route and and additional additional infrastructure infrastructure as as e systemic systemic the local natural plants and cultivations, so that a general damages supports, the site is expected to be an experimental unit to test encourage More investments are expected to supports, encourage More investments are expectedthe to site is expected to be an experimental unit to test improvement of ecosystemmethod and soil's stabilization can be and public if thinking ated after be into with bebrought brought intoOnkaparinga Onkaparinga with if the the systemic systemic thinking and and method are are effective effective enough enough to to ated after guaranteed. The stable soil and in plant strips could help g situation e extension of transport system and be applied to more than one region Onkaparinga. atercourses he extension of transport system and be applied to more than one region in Onkaparinga. atercourses defense the ding have ofofaccessibility. he improvement the improvement accessibility.The The flooding situations in the following years, and the n n wetland wetland posed parkland also increasing amount of hypothetical wet lands creates barriers or isolating d ofattract being oposed parklandcould could alsobecome become Overall, through to Overall, through the the hypothetical statement, statement, the the flooding flooding toideal attract an local economical resource. strips for bushfire, which we'll be hoping and happy to see. an ideal local economical resource. is e is expected expected to to end end up up as as a a self-curing self-curing methodology methodology by by e supports supports supporting situation supporting the the growth growth of of vegetations, vegetations, soil soil qualities qualities and and local local situation of of The plannedwhat methodology is to establish a wetland park controlling economics, m economics, what will will eventually eventually go go back back to to controlling controlling the the m resource, resource, near thesituation. south boundary of Onkaparinga with considerations stantly put istantly flooding So, why not let it flood and let flooding situation. So, why not let it flood and let it it grow? grow? of regional advantages and out-standing issues. With the age value, extension of transport route and additional infrastructure as e systemic supports, the site is expected to be an experimental unit to test encourage if the systemic thinking and method are effective enough to ated after be applied to more than one region in Onkaparinga. atercourses n wetland Overall, through the hypothetical statement, the flooding to attract RAINFALL DECILE 2013 is expected to endSCALE up as a self-curing methodology by e supports 1:400000 supporting the growth of vegetations, soil qualities and local situation of HAHNDORF HAHNDORF RAINSTATION RAINSTATION economics, what will eventually go backUNLEY toRAINSTATION controlling the m resource, UNLEY RAINSTATION flooding situation. So, why not let it flood and let it grow? BELAIR RAINSTATION BELAIR RAINSTATION

ESIGN BRIEF

FIELD flooding situation in the following years. FIELDRIVER RIVERCATCHMENT CATCHMENT

CLARENDON CLARENDONWEIR WEIRCATCHMENT CATCHMENT

OIL AND GAS PIPELINES

CEMETRY AREAS

HAHNDORF HAHNDORF RAINSTATION RAINSTATION

SA CULTURE &UNLEY INFRASTRUCTURE RAINSTATION UNLEY RAINSTATION SCALE 1:800000 BELAIR RAINSTATION BELAIR RAINSTATION

RAINFALL DECILE 2014 Zooming the target region, it is found that there are several SCALE into 1:400000 significant intervening joints of hydrologiacal elements and urban cultural elements. The intertidal seems to affects the coastal urban landscapes on few different points. The inland

ONKAPARINGA RAINSTATION ONKAPARINGAas RAINSTATION nkaparinga more moreinfrastructure infrastructuresuch suchas aslocal localwater waterstorage storagesystem systemand andsea sea nkaparingaisislocated locatedon onthe thesouth southpart partof ofSA SAand andknown known as MYPONGA MYPONGA RAINSTATION RAINSTATION egion suffering from floodings every year. The City Council water desalinating system could be brought into the region water desalinating system could be brought into the region region suffering from floodings every year. The City Council andprovide provideirrigation irrigationsystems systemsand andfurther furthermaintenances maintenancesto to fOnkaparinga Onkaparingathinks thinkshighly highlyof ofthe theflooding floodingcontrolling controllingand and and orm water managing approaches to reduce the damages the local natural plants and cultivations, so the local natural plants and cultivations, sothat thataageneral general orm water managing approaches to reduce the damages d minimize improvement of of ecosystem ecosystem and and soil's soil's stabilization stabilization can can be be nd minimizethe therisks risksto tothe theproperty propertyinfrastructure infrastructureand andpublic public improvement

southern southerncoasta coast target targetsite sitefor forfu fu of ofwater waterand andhh watercourse watercourseve v of flooding con of flooding co the thearea areacan canb green space green spaceco c catchment, catchment,inino flooding floodingsituatio situatio

SA CULTURE & INFRASTRUCTURE SCALE 1:30000

HAPPY VALLEY HAPPY VALLEY RAINSTATION RAINSTATION

Zooming Zooming into into the the target target region, region, it it is is found found that that there there are are several several significant significant intervening intervening joints joints of of hydrologiacal hydrologiacal elements elements and and A largecultural amount of marineThe facilities are distributed in SA such urban urban cultural elements. elements. The intertidal intertidal seems seems to to affects affects the the as water storage tanks, water pipelines, breakwaters and sea coastal coastal urban urban landscapes landscapes on on few few different different points. points. The The inland inland walls. These are essential to disperse the intertidal and flooding water to reduce the damage to the urban contexts and settlements. However, the nearest facility for the target territory is located on the north-east, which is still considered far from the coastal line. Besides, there is no flooding-proof infrastructure along the marine line of the target area.

HAPPY HAPPY VALLEY VALLEY RAINSTATION RAINSTATION CLARENDON CLARENDON RAINSTATION RAINSTATION

To Toanalyze analyzethe theflooding floodingand andits itsimpact impacton onthe theOnkaparinga Onkaparinga region, region,ititisisessential essentialto tounderstand understandthe thehydrology hydrologysystem systeminin the the whole whole area. area. Onkaparinga Onkaparinga isis well-known well-known for for abundant abundant inland inlandcreeks creeksand andwater waterreservoirs. reservoirs.To Toreduce reducethe thedamage damageby by flooding, the Onkaparinga City Council has introduced eight flooding, the Onkaparinga City Council has introduced eight creeks creeksto todisperse dispersethe thegathering gatheringof ofoverflowing overflowingwater waterand andrain rain water as a remedy for property infrastructures and public water as a remedy for property infrastructures and publicsafety safety and andhealth. health.By Byoverlapping overlappingthe thecreeks creeksroutes routesand andthe theflooding flooding map, map,ititisisfound foundthere thereisisaasignificant significantwater waterjoint jointpoint pointnear nearthe the

RECREATION AREAS CHERRYCHERRY GARDENS GARDENS RAINSTATION RAINSTATION A in SA A large large amount amount of of marine marine facilities facilities are are distributed distributed in SA such such CLARENDON CLARENDON RAINSTATION RAINSTATION sea as as water water storage storage tanks, tanks, water water pipelines, pipelines, breakwaters breakwaters and and sea ONKAPARINGA ONKAPARINGA RAINSTATION RAINSTATION walls. walls. These These are are essential essential to to disperse disperse the the intertidal intertidal and and flooding flooding MYPONGA MYPONGA RAINSTATION RAINSTATION water water to to reduce reduce the the damage damage to to the the urban urban contexts contexts and and settlements. settlements. However, However, the the nearest nearest facility facility for for the the target target territory territory is is located located on on the the north-east, north-east, which which is is still still considered considered far far from from the the coastal coastal line. line. Besides, Besides, there there is is no no flooding-proof flooding-proof infrastructure infrastructure along along the the marine marine line line of of the the target target area. area.

CHERRY CHERRY GARDENS GARDENS RAINSTATION RAINSTATION

SA CULTURAL & INFRAST INFRAS SCALE 1:15000

creek creek on on the the southern southern part part of of the the site site apparently apparently intervene intervene with with a a mine mine area. area. Also, Also, the the creek creek near near the the hill hill area area influences influences the landscape point and SA CULTURAL the northern northern urban urban landscape point and the the recreational recreational SA CULTURAL&&INFRASTRUCTURE INFRASTRUCTURE areas. not only bring threatens areas. Critically, Critically, these these interactions interactions not only bring threatens to to SCALE 1:400000 SCALE 1:400000 the the urban urban contexts, contexts, but but could could also also be be used used as as water water resources resources for for the the watercourse watercourse vegetation vegetation and and wetland wetland reserves. reserves. Some Some water water intervening intervening needs needs to to be be controlled controlled to to avoid avoid industrial industrial inconvenience inconvenience and and hazard, hazard, but but some some others others could could be be made made use use of of for for the the future future landscaping landscaping and and agricultural agricultural developments. developments. RAINFALL RAINFALL DECILE DECILE 2012 2012

CU CU

RAINFALL RAINFALL DECILE DECILE 2013 2013

1:400000 SCALE 1:400000 SCALE 1:400000 SCALE 1:400000 creekSCALE on the southern part of the site apparently intervene with a mine area. Also, the creek near the hill area influences the northern urban landscape point and the recreational areas. Critically, these interactions not only bring threatens to the urban contexts, but could also be used as water resources for the watercourse vegetation and wetland reserves. Some water intervening needs to be controlled to avoid industrial inconvenience and hazard, but some others could be made use of for the future landscaping and agricultural developments.

As a region sitting right next to the sea, the rainfall amounts in Onkapanriga was at the average level in 2012 and 2013. However, a decreasing tendency of rainfall was witnessed in 2014, which might be a cause to the drought situation and limited natural irrigation for the vagetation and agriculture. With the aim of enlarging and rejunvenating the green space16 in Onkaparinga, it is apparently not ideal to see the reducing

FLOODING INTERVENE WITH SECONDARY ROAD

FLOODING INTERVENE WITH INLAND RESIDENTIAL AREA

The railway route is ideally extended to the norther n of target region to cooperate with the exsiting secondary road on the site. By this strategy a more comprehensive transport system and higher accessibility to the site could be achieved to attract more visiting flow from the Adelaide central area that is holding higher residential density.

The areas with soil that has higher water capacity could be tested and applied to the coastal line of the target region to create a spongey soil strip. It is expected to absorb the extreme intertidal and reserve underground water to maintain the vegetations in the planned wetland park.

An additional water storage tank is placed on the main joint/catchment of the inland creeks. The added facility is used for collecting extra creek water to avoid overflowing, and acting as an irrigation centre for the surrounding orchards, cropping areas, and the planned wetland park.

The surrounding residential areas guarantee the local visiting flow to the wetland park as is proposed.

The two tributaries of inland creek are ideally intericted before they intervening the residential areas. Suggested methodologies: Smallscale dam construction, drainage and plants strip.

The intertidal interaction with the water reservoir increases the hazard level of overflowing situation, but also has potential for gathering large amount of water resource that could be used after desalinating process.

FLOODING INTERVENE WITH FLOODING INTERVENE WITH URBAN LANDSCAPE COASTAL RESIDENTIAL AREA

The tributary on the south of the target site contributes with an ideal formation of a wetland reserve with its vegetation strip and water collecting potential. It hopefully could cooperate with the planned parkland as a guide, and also as a connection between the park and hill areas to create a more complete local park scheme.

URBAN LANDSCAPE

WETLAND PARK BOUNDARY

WATER RESERVOIR

HYDROLOGY INTERVENE

WATER FLOWING DIRECTION

ORCHARD AREAS

INTERTIDAL

SOIL OF HIGH WATER CAPACITY

CROPPING AREA

STRATEGIC BRIEF -- 3 PLUSES AND 2 DIRECTIONS

PLUS 1: Increase the amount of watercourse vegetations along and within the washpool. Enhance the greenery coverage to stablize soil and achieve the wetland park scheme. PLUS 2: Add waterstorage and desalinating facilities on respectively the north and west realms of the prototype to achieve water collecting and introducing. PLUS 3: Establish a water desalination station in the area along the coastal line to transform the sea water into usable irrigation resourse and daily life water supply.

P E R P E N D I C U L A R A P P R O A C H The perpendicular approaches are aiming to establish obstructions , drainages and collecting facilities against the general flowing direction of creek triologies as the necessary movements to prevent flooding damages.

C O M P L I A N T A P P R O A C H Letting the intertidal spread into the prototype area and making uses of it to improve the greenery by providing irrigation is the main reflection of the preliminary design target, which is explained as the compliant approach. The approach is meaningful to enhance the ecological system in the area with minimum industrial intervention.

OVERVIEW --FLOODING ON WASHPOOL FLOODING COVERAGE

STRATEGY BREAK-DOWN & PROPORTION

WATER DESALINATING & FILTERING

[ IMPROVE WATER QUALITY ]

INDUSTRIAL STORAGE FACILITY WATER STORAGE UNDERGROUND WATER STORAGE

[ IRRIGATION ]

INTERTIDAL OVERFLOW

CREEK TRIBUTARIES WATERCOURSE VEGETATIONS [ TERRAIN REFORMATION ]

DRAINAGE & VERTICAL OBSTRUCTION

SOIL QUALITY & MOISTURE CAPABILITY

BOO ENH STING G A CO NCE I REENE NTE MM RY C R UNI TIES ACTIO OVERA NS AND G PAR BETWE E. KLA E ND. N N

S FO TOR RE R IN SI IR G D R W EN IG A TIA AT TE L ING R US E.

PREVENTING THE INTERVENTION OF FLOODING.

55%

MAKING USE OF INTERTI DAL OVERFLOW 20%VIA DESALINATION FACI LITY.

12%

PLUS 1 -- WATERCOURSE GREENERY BOOSTING

• INCREASE GREENERY ALONG INLAND WATER BODIES • INCREASE GREENERY ALONG COASTAL LINE • AIM: Introduce wide range of watercourse plant species to achieve design scheme and biodiversity for wetland park. Enhance the ecosystem and stablize the soil condition. Improve the water capacity of soil to increase the absorption of intertidal water. • METHODOLOGY: Testing out planting area/density/pattern according to terrain aspects and slopes.

GENERIC PROCESS

SPECIES SELECTIONS FOR •VEGETATION COASTAL REGION SPECIES SELECTIONS • WATERCOURSE • TIDAL FLATS • COASTAL • COASTAL 2nd LINE • FLOODING TOLERANT • SALT SPRAY TOLERANT • SOIL SOLINITY TOLERANT • WIND TOLERANT • WATER LOGGING TOLERANT

•SOIL TYPE COMPARISONS Melaleuca glomerata Desert Paper Bark

Dampiera linearis 'Early Bird'

Atriplex vesicaria Bladder Saltbush

Eucalyptus melanoxylon Black Morrel

Grevillea robusta Silky Oak

Rhagodia spinescens Spiny Saltbush

Pinus radiata Monterey pine

Microlaena stipoides var. stipoides Weeping Rice-grass

BARS OF ATMOSPHERE CM OF WATER LOAMY SAND 0.001 1 28.70% 0.1 102 17.20% 0.333 (1/3) 340 12.00% 1 1020 8.60% 5 5099 6.00% 15 15297 5.20%

WATER HOLDING CAPACITY OF 4 SOIL SAMPLES

LOAM 71.30% 32.50% 26.80% 23.00% 20.00% 19.00%

SILT LOAM 69.90% 50.40% 40.10% 30.50% 23.50% 23.40%

CLAY 69.70% 42.80% 34.50% 28.20% 21.70% 20.10%

SILT LOAM PROFILE

% Lomandra longifolia 'Katrinus' Spiny Headed Mat-rush

SPECIES SELECTIONS FOR INLAND WATER BODY • WATERCOURSE • SWAMP FLATS • POND • FLOODING TOLERATE • SALT SPRAY TOLERATE • SOIL SOLINITY TOLERATE • WIND TOLERATE

Acacia longifolia var. sophorae Coastal Wattle

Nitraria billardierei Nitrebush

Casuarina glauca Swamp Oak

Eucalyptus conferruminata Bushy Yate

LOAMY SAND LOAM SILT LOAM Cyperus gymnocaulos Spiny Flat Sedge

CLAY

To improve the accuracy of planting locations and density, a method is used by altering the grid mesh density of the site DTM model, in order to detect the possible locations of vegetations for both inland water bodies and near-coastal areas. By analyzing the terrain aspect, it is tested when the grid density reaches the value 45, a relatively regular planting plan is generated with logical pattern formation. Besides, the majority amount of patterns are surrounding the water body without contacting with flooding. It is considered ideal for the future maintanence for vegetations in the wetland park. For the coastal area, the goal is to create a elongated vegetation strip along the coast line to control the intertidal overflow to great extent. When the grid density value reaches 25 or 30, the plant mass forms the expected barrier along the coast line with alternative density. These planting formation could be taken as references in phase II when it comes to vegetation distribution. Since the overall topography of the region is relatively flat, the slope analysis doesn't seem to provide much variety of planting arrangements, so it could be neglected. The plant species selected for the park are under considerations to reach multiple requirements like growing landscapes and evironmental tolerance. Most of the species are native to South Australia to achieve the best effect of soil stablizing. Complimenting with the species growing on site, the silt loam soil that has higher water holding capability no matter the depth of water being collected in flooding period, is selected to replace the less fertile soil on site, in order to achieve the coastal spongy strip area, and also improve the growth of cultivations by increasing the moisture of the underground system.

•MASS PLANTING AREA TYPE b) -- The shoal/elevated terrain

•PLANTING ARRANGEMENT ALONG THE SHORE

•TYPICAL HYBRID PLANTING AREA -- Perimeter of washpool experiencing both drought and flooding in different seasons.

•MASS PLANTING AREA TYPE a) -- Along the secondary road

B B A A

Rhagodia spinescens

MARINE WATER BODY

Pinus radiata Lomandra longifolia 'Katrinus'

Alnus cordata

Eucalyptus melanoxylon Dampiera linearis

Grevillea robusta Atriplex vesicaria

TRANSGRESSIVE SAND & GRAVEL

SILT LOAM LOW STAND DELTA BED ROCK

SECTION A-A --PLANTING ARRANGEMENT ON SHOAL/ELEVATED TERRAIN

Acacia stenophylla Nitraria billardierei

Alnus cordata Eucalyptus Cyperus conferruminata gymnocaulos

Acacia Casuarina pendula glauca Nitraria billardierei

WASHPOOL WATER COLLECTING AREA

SWEET EARTH FOR PLANTATION

SILT LOAM

BED ROCK

SECTION B-B --PLANTING ARRANGEMENT ON SHOAL/ELEVATED TERRAIN

PLUS 2 -- WATER STORAGE, IRRIGATION CENTRE, DRAINAGE & OBSTRUCTIONS

To test out the ideal locations for water storage tank and central irrigation system on the washpool, two aspects are taken into consideration: Water runoff areas: The areas that are possible to be covered by flooding can be mapped out while analyzing the slopes. The reversed areas can logically be the areas that hold water facilities with minimum effects of flooding. The shortest path: As the residential area on the north side and the agricultral area on the south-east side are in need of water resouce for respectively daily-base supply and irrigation, these two areas are set as two points. The logic is to find the path between them as short as possible, without going across the water bodies. With adjusting the N value for GRIDFILTER, the most ideal path is found when N=15; the path length is relatively shorter and the route goes along the water body boundary with certain distance. By locating the facilities under this condition, the effects of water runoff could be minimized. Also the underground linkage between the facilities can achieve the shortest path to save budget.

GENERIC PROCESS

• SLOPE VECTORS, WATER RUNOFF AND GATHERING

POSITIVE SPACE: WATER GATHERING AREA

GENERAL ZONING IN PROTOTYPE AREA

NEGATIVE SPACE: POSSIBLE PLACEMENT AREA POSITIVE SPACE: WATER GATHERING AREA

NEGATIVE SPACE: POSSIBLE PLACEMENT AREA

• SHORTEST PATH BETWEEN RESIDENTIAL AND ARGRICULTURAL REGIONS

SET POINT FOR RESIDENTIAL AND AGRICUTURAL AREAS LOCATION OF WATER STORAGE AND CENTRAL IRRIGATION FACILITIES INTERLINKAGE When n=50 Path Length = 474 m Ideal path length, but path may go across water body.

When n=40 Path Length = 492.5 m Path goes across water body.

When n=30 Path Length = 519.4 m Path contacts with water body boundary. Might be affected by overflows.

When n=20 Path Length = 551 m Path goes along the water bodie. Path length is relatively long.

When n=15 Path Length = 525.6 m Path goes along the water bodies. Ideal for underground interlinkages of water facilities.

• DRAINAGE & OBSTRUCTIONS

WATER STORAGE & SUPPLY: 2200 - Gallon Water Tank H: 2500 mm W: 2000 mm

L: 2000 mm Vol: 10000 L Number: 3 Type: Underground Tank

A Under the base of Plus 2, the locations of storage tanks and supply centre for both residential and agricultural uses are demonstrated on the map above. The standard of tank dimension is chosen to be 2200 gallons to store an ideal amount of water overflow and support the water usage of the neighbourhood which contains the population around 11,264 (forecast to increase to 13,336 by 2036.

DRAINAGE CHANNEL: W: 20000 mm L: 450000+ mm Depth: 5000+ mm

The additional drainage route with 20m width is considered to go across the washpool area to connect the water facilities on two ends of the prototype. It's expected to achieve the interlinkage between the facilities, while release the water gathering pressure for the depression topography. By changing the regional terrain slope and introducing pumping system, it could direct the water runoff into an additional direction towards the collecting terminals.

A VERTICAL OBSTRUCITONS: W (at the top): 5000 mm Angle on one side: 60° Angle on the other side: 80° L: 200000 mm H: 1000 ~ 8000 mm

To obstruct the flooding that might intervene with cultivating and residential areas, the methodology is to raise the terrain or build barrier walls pendicular to the running off directions. The model demonstrates the placements of two raising obstruction in 'bracket' form, surrounding the two edges of the washpool area. The introduction of the wavy upper line avoids blocking the visions and isolating the pool area.

PLUS 3 -- WATER DESALINATION STATION

The best location of the seawater desalination facility is tested based on the locations of water storage tanks, since the water are planned to transferred to the storage facilities after being desalinated and filtered. The logic of the methodology is to find the shortest path formed by a certain point on the coastal line towards the tanks. As the site is relatively plain which doesn't have dramatic slopes, the Closest Points method is applied. The diagrams demonstrates that a line close to the coast is defined as the range of the locations that the facility could possibly be. And a cloud of points near the proposed water tanks are set as possible conjunctions. The test result shows two possibilities: connecting the facility to either northern or eastern tank(s), and then the water is transferred within inland tanks along the drainage channel. The other one is to make two connecting routes between the facility and tanks on both edges of the washpool. The second one is considered more ideal to save budget and avoid water pollution.

GENERIC PROCESS

OPTION 1:

OPTION 1 (alternative):

OPTION 2:

Path Length= 35m

Path Length= 45m

Path Length= 35m

Connecting the desalinating station to the northern tanks, then transferring usable water to the eastern tank via inland water pipe.

Connecting the desalinating station to the eastern tank, then transferring usable water to the northern tanks via inland water pipe.

Connecting the desalinating station to tanks on both side of the washpool. The shortest path principle is still applied.

OBSTRUCTION 1

SECTION A-A -- INTERLINKAGE DEMOSTRATION SCALE 1:1000

WATER STORAGE TANKS

DRAINAGE CHANNEL

WATER RUNOFF DIRECTION

CONVENTIONAL CONCRETE CREST AXIS ROLLER COMPACTED CONCRETE BASIC FILTRATION SYSTEM

OBSTRUCTION 2 WATER RUNOFF

LOW LEVEL OUTLET EXISTING GROUND LEVEL CONCRETE FOOTING

DETAIL -- OBSTRUCTION/DAM SYSTEM SCALE 1:50

BONUS -- FLOODING ALARM SYSTEM

3 Periods of flooding in the prototype area are layered to determine the the range of placements of the flooding alarm system. The system is supported by the methodology that the sensoring device would detect the danger of high water level depending on the floating levels of the sphere component in flooding seasons. This is going to be taken as a insuring system to better predict the threatens of overflowing and help the city council control and accessibility to the park and maintain the reserve efficiently.

INLAND HYDROLOGY AND ALARM SYSTEM RANGE

LOW TIDE PERIOD

HIGH TIDE PERIOD

FLOODING ALARM SYSTEM --PLACEMENT ANALYSIS 34

PROPOSED SCHEME AND CONCLUSION The design result shown by the mapping below demonstrates the simulations of multuple design elements in the washpool region of Onkaparinga, and how they internally relevant and bring advantages to each other. The wetland park compacted with various watercourse vegetation species is aimed to simulate the natural growing environment. It is expected to provide the surrounding communities with a brand new reserve for closer involvement into the nature environment. The park is also valueable in attracting investments and econimic support by increasing the tourism value of Onkaparinga. So that more infrastructure could be introduced to the region and achieve the ultimate goal--minimize the damages of flooding. 'LET IT FLOOD, LET IT GROW' shows the potential of a virtuous circle made up by expanding greenery coverage, stablizing local soil, making use of water overflow by introducing water infrastructure, and gradually reduce the threathens of flooding situation. It shows high possibility to be applied to other regions that are with similar terrain conditions and facing the flooding concerns.

DESIGN ELEMENTS INDEX

WATER STORAGE TANK

CREEK CHANNEL DAM

2200 - Gallon Water Tank H: 2500 mm W: 2000 mm L: 2000 mm Vol: 10000 L Number: 3 Type: Underground Tank

W (at the top): 5000 mm Angle on one side: 60Â° Angle on the other side: 80Â° L: 200000 mm H: 1000 ~ 8000 mm

EXTREME FLOODING RANGE

DRAINAGE CHANNEL: W: 20000 mm L: 450000+ mm Depth: 5000+ mm

INTAKE PUMP STATION MICROSCREEN SEA WATER DESALINATING PLANT

DAM NO.1

WATER STORAGE TANK FOR RESIDENTIAL

OD O H R U O NEIB

FLOODING ALARM SYSTEM RANGE

SEA WATER INTAKE MEMBRANE PRETREATMENT FILTRATION

SEAWATER DESALINATING SYSTEM DAM NO.2

PIPELINE

WATER STORAGE TANK FOR IRRIGATION USE

CUL VAT ED

ARE

03. 多米诺游廊 DOMINO GALLERY -- CONSTRUCTION SET 37

DESIGN BRIEF -- HERE WE INTRODUCE THE DOMINO GALLERY... As the design proposal for the next stage, the Elder Park is to be re-designed as a public rest area infused with both natural and manmade elements, especially for people working around the CBD to enjoy their lunch break. To provide the Elder Park with weather proofing benefits and supporting the proposal of futher developments, a set of 'dominos' is introduced to the site as windbreak and shading devices. The main aim of the 'domino' is to deal with the extreme sunlights, rain and wind situation since the Elder Park is currently an open space. It can also be used for art exhibiting and advertising by hanging banners. Each domino is replicated in similar forms with alternative dimensions. It is made of 3 main parts with various materialities: The base component of each 'domino' is two concrete columns with 4-metre spacing. The overhangs of columns vary from 1-2.5 metres, in order to create the sense of heaviness and weatherproofing functions. The overhanging parts give the whole form an arch-like structure. The dominos are placed linearly on the site to form directivity and pathways for people to walk through.

The red ceder round posts provide lightness to the whole structure. Their are fixed in-between the overhanging parts of the columns with various inclining degrees as a nesting structure. It could also cooperate with native creepers specimens to provide extra shading and cooling effects in summer time. The gallery function is achieved by the steel wire ropes. Banners are expected to fix to the wires to displaying art pieces and also partially block sights like a curtain, to create hierachies of views.

L L

LEGENDS

L L L

REFER TO SHEET 06.

PLANT SCHEDULE

L L

LLP

L L

NOTES:

NOT FOR CONSTRUCTION L

TITLE

DRAWN BY L

STUDENT ID

LANDSCAPE AND PLANTING PLAN SCALE 1:250

SCALE

PLANT SCHEDULE

SHEET NO.

PLANT SCHEDULE

L L

LEGENDS

LEGENDS L

REFER TO SHEET 06.

L L

LLP

L L L

L L

TITLE

L L

L L L

SET-OUT AND GRADING PLAN SCALE 1:250 L

SCALE

SHEET NO. L

SECTION 1 SCALE 1:50 45

DOMINO PLANS SCALE 1:50

DOMINO ELEVATIONS SCALE 1:50

D1 1 D1DETAIL

SCALE 01 1:5

D2 D2 DETAIL 2 SCALE01 1:5 01

DETAIL 3 SCALE 1:5

D3 01

D4 01

DETAIL 4 SCALE 1:20

DETAIL 5 SCALE 1:10 51

DETAIL 6 SCALE 1:10 52

PLAN OF PATH WITH 1:13 GRADING SCALE 1:50

SECTION OF PATH WITH 1:13 GRADING SCALE 1:20 55

PLAN OF PARKING LOT SCALE 1:50 57

TITLE

SECTION OF PARKING LOT SCALE 1:50 S 07

LOCATION

CLIENT

NOT FOR CONSTRUCTI 58

PLAN OF SEATING SCALE 1:10

SECTION OF SEATING SCALE 1:10 59

DESIGN BRIEF -- CELEBRATING FOR THE CEASELESS MOVEMENTS

ć&#x153;&#x2C6;éŁ&#x; ECLIPSE 61

ECLIPSE

04.

Celebration for the Ceaseless Movements.

Located on the joint of North Terrace and the Frome Road, Lot 14 is a newly-established community focusing on innovation, technology, bold ideas and creativity. The site is in the heart of Adelaide, of which it takes advantages to become a future landmark and attract numerous people to be inspired and enjoy. Here the 'Eclipse' is introduced to celebrate the ceaseless movement that is inspired by the Botanic Garden as the neighbour of Lot 14, which has significient potentials to improve the balaces of urban life and natural elements. The DNA of the project is derived from the shapes and outlines of the natural elements such as leaves and twigs. As the biophilic response, the project aims to bring vegetations along/ into the building masses to create a gradience of green from the Botanic Garden to Lot 14. To celebrate the ceaseless movement that inspired by the circle of growth of plants, the glass is used as facades material so that people's movements inside the buildings can be seen from the outside, cooperated by the growth of the vegetations. The form of the buildings are also following the flowy outlines to complement the whole scene. To make the 'Eclipse' an innovative centre for people to get inspired and achieve creativity, the project is proposed to contain different programs, including biophilic galleries, commercial area, interacting area, museum and the basic facilities. It aims to be both educative and entertaining by including outdoor furniture as well. Generally, the 'Eclipse' contains 9 different programs and is proposed to take up about 20000 sqm, expanding all the way to the Kaina Wirra in the Botanic Garden. The direction of expansion is expected to provide a guideline for the visitors to fullfill the journey from Adelaide CBD to the green paradise while being inspired, encouraged and pacified.

Celebration for the Ceaseless Movements. URBANISM ZIYAN QI

different programs and is proposed to take up about 20000 sqm, expanding all the way to the Kaina Wirra in the Botanic Garden. The direction of expansion is expected to provide a guideline for the visitors to fullfill the journey from Adelaide CBD to the green paradise while being inspired, encouraged and pacified.

nDNA a1682771

SITE PLAN 1:1000

BUILDING MASS

SITE SURVEY

CIRCULATION

PATHS

MASTER PLAN 1:5000

62 BUILDING MASS

DNA--BORN FROM THE BOTANIC

DNA: From the Botanic

Biophilic Patterns BIOPHILIC PATTERNS

DNA: From the Botanic

Biophilic Patterns

Biophilic Party BIOPHILIC PARTY

Forms FORMSBasic OF POSSIBILITIES

Biophilic Party

Basic Forms

BIOPHILIC RESPONSE: Back to the Botanic

BIOPHILIC RESPONSE--BACK TO THE BOTANIC BIOPHILIC RESPONSE: Back to the Botanic

Preliminary forms generating and distribution.

Forms regenerated with changes of directions and potentials of interacting.

Extended useable area and considered expansion.

Possible distributions and expansion interacting the Botanic Garden.

Multiplication of components and functional area.

COMPONENT 8: GALLERY, 3RD FLOOR

ace and the Frome community focusing eas and creativity. e, of which it takes ndmark and attract d enjoy.

to celebrate the ed by the Botanic ot 14, which has e balaces of urban A of the project is ines of the natural gs. As the biophilic vegetations along/ te a gradience of Lot 14. To celebrate ed by the circle of as facades material he buildings can be by the growth of the gs are also following e whole scene.

DNA: F

e centre for people ivity, the project is ograms, including a, interacting area, It aims to be both ncluding outdoor Eclipse' contains 9 d to take up about to the Kaina Wirra on of expansion is r the visitors to fullfill the green paradise nd pacified.

BIOPH Back to

SITE PLAN 1:1000

SITE PLAN 1:1000 625

600 390 â&#x2030;&#x2C6;20000 sqm

Preliminary forms generating and distribution.

Forms regenerated with changes of directions and potentials of interacting.

Extended useable area and considered expansion.

Possible distributions and expansion interacting the Botanic Garden.

Multiplication of components and functional area.

COMPONENT 8: GALLERY, 3RD FLOOR

COMPONENT 8: GALLERY, 2ND FLOOR

COMPONENT 8: GALLERY, 1ST FLOOR

COMPONENT 10: MINI BAR & STAFF ROOM, GROUND FLOOR

600 390 â&#x2030;&#x2C6;20000 sqm

COMPONENT 10: RECEPTION & INFO CENTRE, 1ST FLOOR

FLOOR PLANS PLANS 1:5000 1:500 FLOOR

BUILDING MASS

CIRCULATION

PATHS

SECTION 1:800 SECTION AAAA1:800

SECTION 1:500 SECTION BB BB 1:500

OM E L A S. 05. 奥姆拉斯 OMELAS 69

ZHOUYUAN CHANG

A1654459

ZIYAN QI

A1682771

MINXU YU

A1680125

LOCATION PLAN 1:3000

About OMELAS... Omelas is a term describing a Utopian city which offers people abundant joys, sense of freedom and tender atmosphere. The reborn of Gawler Place North is inspired by the word to re-create a joyful theme for people walking by and keep them on the place for longer period by providing various attractions in both physical and mental ways. Currently Rundle Mall, as the most glorious shopping street in Adelaide, people can rarely find a place especially for meeting up, grabbing some food and enjoying a view together because of the busy lifestyles. ‘Omelas’ is designed to create a relatively private and relaxing corner that can be a landmark for dating, gathering, eating and chatting. So that a pause can be pursued in the urban life.

8:00 A.M -SUMMER

8:00 A.M -WINTER

The site is fully covered by building shading in the morning.

The site is fully covered by building shading in winter mornings.

ORIGINAL SITE CONDITIONS

12:00 NOON -SUMMER The site is exposed to the sun because of direct sunlight.

18:00 P.M -SUMMER The shading coverage on the site is 100% again at 18:00 in the afternoon.

SHADOW CONDITION

12:00 NOON -WINTER The site is exposed to the sun at 12:00.

18:00 P.M -WINTER The shading coverage on the site is 100% again because of sunset.

8:00 A.M -SUMMER The site is fully covered by building shading in the morning.

12:00 NOON -SUMMER The site is exposed to the sun because of direct sunlight.

18:00 P.M -SUMMER The shading coverage on the site is 100% again at 18:00 in the afternoon.

SITE SURVEY Main features on the site: • No plantation • Downwash wind with high wind speed & ‘micro wave oven’ effect caused by narrowness and smooth light painted facades • Unpleasant thermal experience • People show no interests in staying because of strong winds and no attractions • Slight changes of temperature during day time in winter. • Air temperature is relatively stable • No sustainable equipment is in use Shading Condition • Except for 12:00 at noon, the shading coverag es on the site are almost 100% in both summer and winter time.

SHADOW CONDITION

During summertime, In the noon the average air temperature on the site increases dramatically to 29.32°C. The speed of wind between the buildings is still the highest.

During summertime, at 20:00 A.M the 8:00overall temperature -WINTER goes down to around 30°C andThe the air temperasite highest is fully by turecovered remains in the buildings. building shadin winter wind speed reThe ing highest mornings. mains in the area between.

12:00 NOON -WINTER

During wintertime, in the The site is exnoon the average air temposed to the sun at 12:00. perature on the site increases to 13°C. The speed of wind on the north of the site is still the highest. 18:00 P.M -WINTER The shading coverage on the site is 100% again because During wintertime, of sunset.

at 20:00 the overall temperature decreases to around 12.5°C and the highest air temperature remains in the buildings.

Shading Condition • Except for 12:00 at noon, the shading coverag

During summertime, at 20:00 the overall temperature goes down to around 30°C and the highest air temperature remains in the buildings. The highest wind speed remains in the area between.

During wintertime, in the noon the average air temperature on the site increases to 13°C. The speed of wind on the north of the site is still the highest.

During wintertime, at 20:00 the overall temperature decreases to around 12.5°C and the highest air temperature remains in the buildings.

AIR TEMPERATURE & FLOW SIMULATION

Main features on the site: • No plantation • Downwash wind with high wind speed & ‘micro wave oven’ effect caused by narrowness and smooth light painted facades • Unpleasant thermal experience • People show no interests in staying because of strong winds and no attractions • Slight changes of temperature during day time in winter. • Air temperature is relatively stable • No sustainable equipment is in use

During summertime, In the noon the average air temperature on the site increases dramatically to 29.32°C. The speed of wind between the buildings is still the highest.

AIR TEMPERATURE & FLOW SIMULATION

About OMELAS...

Omelas is a term describing a Utopian city which offers people abundant joys, sense of freedom and ender atmosphere. The reborn of Gawler Place North is inspired by the word to re-create a joyul theme for people walking by and keep them on the place for longer period by providing various attractions in both physical and mental ways.

Currently Rundle Mall, as the most glorious shopping treet in Adelaide, people can rarely find a place especially for meeting up, grabbing some food and enjoying a view together because of the busy festyles. â&#x20AC;&#x2DC;Omelasâ&#x20AC;&#x2122; is designed to create a relativey private and relaxing corner that can be a landmark for dating, gathering, eating and chatting. So that a pause can be pursued in the urban life.

GREEN WALL EVAPORATIVE POOL STAIRS

PRECEDENTS

LINE SHADING PARKING LOT

ARY, ALY

PLANPLAN 1:100 1:100

elaide, people can rarely find a place or meeting up, grabbing some food g a view together because of the busy melas’ is designed to create a relativend relaxing corner that can be a landating, gathering, eatingDECORATION, and chatting. S.F.O AIRPORT INTERIOR SAN FRANCISCO ause can be pursued in the urban life.

GREEN WALL DARLING QUARTER WATER PLAYGROUND, SYDNEY

CHEONGGYECHEON, KOREA

EVAPORATIVE POOL

LINE SHADING

WINTER

STAIRS

BRION FAMILY TOMB&SANCTUARY, ITALY

PARKING LOT SITE SIMULATIONS -- WINTER

ORIGINAL SITE CONDITIONS

8:00 A.M -SUMMER

12:00

T FEATURES

The site is fully covered by building shading in the morning.

8:00 A.M -WINTER

During summertime, In the noon the average air temperature on the site increases The site is fully dramatically to 29.32°C. The covered by Fabric Shading Devices. Line building shadspeed of wind between the ing in winter still theand highest. • Temporary, easy to assembly destruction (forbuildings differentisweather specific shading conditions). mornings. • Creating sense of flexibility, and is associated with dynamic flow of the water below. • Lightweight materials instead of solid shading system to avoid danger when the high speed wind • Provide alternative preferences of the visitors to choose place to stay (with sunlight/shade). 12:00

During summertime, at 20:00

occurs.

PLAN 1:100 SUMMER SITE SIMULATIONS -- SUMMER Water Pool • • • •

Dynamic systems: filled up with water only in hot weather and without water in winter. The waves of the pool providing low reflection of the sun. The light colour ground surface would be exposed during the winter time, used as an open space for retailing and activities. Pop-up carts could easily enter using slopes.

PROJECT FEATURES

Line Fabric Shading Devices. • • • •

Temporary, easy to assembly destruction (for different weather and specific shading conditions). Creating sense of flexibility, and is associated with dynamic flow of the water below. Lightweight materials instead of solid shading system to avoid danger when the high speed wind Provide alternative preferences of the visitors to choose place to stay (with sunlight/shade).

occurs.

Misting Spray System • • • • •

Efficient and effective system to provide the air temperature reduction of 5-15 °C in the immediate area. Regarded as a “Moisture Provider”. Suit for the current humidity of the site. (Under 25%) Creating diffuse reflection and dispersion with the function of direct sunlight reduction + colourful light pro jection on the ground, which could attract more people to stay. Reducing heat waves.

Dark Timber Façade • • •

Rough texture to reduce albedo and stabilize air temperature. Sustainable materials. Ventilation between the gaps of the buildings and timber boards.

Water Pool • • • •

Dynamic systems: filled up with water only in hot weather and without water in winter. The waves of the pool providing low reflection of the sun. The light colour ground surface would be exposed during the winter time, used as an open space for retail ing and activities. Pop-up carts could easily enter using slopes.

Cool Paving • •

Light grey concrete blocks on the centre area: improve thermal experience (people won’t feel too freezing to sit on the ground in winter time + in summer time it won’t be too hot). Dark concrete blocks on the pavement area: the original albedo can be reduced and the general air tem perature keeps stable.

Green Wall

• • • • • • •

Providing shades on the north side of the site. Supporting the Line Fabric Shading Devices. Heart-leaf philodendron: low requirements for full sun, easy to grow and maintain. Providing extra moisture by evapotranspiration effect. The hollow-out area in the middle can be used for display like posters and advertisements. Providing tenderness and green to the whole site. Blocking the noise from the vehicles like a physical and psychological barriers.

•

ities. Pop-up carts could easily enter using slopes.

Cool Paving • SYSTEM Light grey concrete blocks on the centre area: improve thermal experience (people won’t feel too freezing to sit on the COOLING EFFICIENCY & CONSTRAINTS ground in winter time + in summer time it won’t be too hot). • Dark concrete blocks on the pavement area: the original albedo can be reduced and the general air temperature keeps stable.

MISTING/MOISTRIZING

MISTING MOISTRI

Green Wall • • • • • • •

TIMBER WATER CYCLING (dark colour) Reduce reflection of direct sunlight and shrink downwash winds.

PV PANEL Provide cover to high-reflective facades and support the energy use EVAPOTRANSPIRATION in nighttime with assitance of solar panel optimizers.

MISTING/MOISTRIZING

EVAPORATING

ROUGH CONCRETE Reduce reflection and strengthen thermal capacity on ground surface inWATER winter.CYCLING GREEN WALL

MISTING/ MOISTRIZING

MISTING FAN EVAPORATING

GREEN WALL (heart-leaf Philodendron) Provide shading and moisture to the site Can be also used as natural decoration without requiring full sun. The entire water cycling system connects the timber boards, the pool, the misting system and the green walls together to achieve efficient cycling and sustainablility without too much constraints and maintainance.

FILTER POOL

The entire water cycling system connects the timber boards, the pool, the misting system and the green walls together to achieve efficient cycling and sustainablility without too much constraints and maintainance.

MATERIALITY & DETAILS

TIMBER (dark colour) Reduce reflection of direct sunlight and shrink downwash winds.

PV PANEL Provide cover to high-reflective facades and support the energy use in nighttime with assitance of solar panel optimizers.

ROUGH CONCRETE Reduce reflection and strengthen thermal capacity on ground surface in winter.

MISTING/MOISTRIZING

GREEN WALL MISTING/ MOISTRIZING

MISTING FAN EVAPORATING

connects the timber boards, the pool, the misting system and the green walls together to achieve efficient cycling and sustainablility without too much constraints and maintainance.

FILTER POOL

GREEN WALL (heart-leaf Philodendron) Provide shading and moisture to the site. Can be also used as natural decoration without requiring full sun.

TEXTURED GLASS Used as boundary against the pool to guarentee safety and to shrink intense reflective lights.

MISTING SYSTEM Effectively improve thermal comfort by providing moisture and reducing thermal temperature.

DESIGN OBJECTIVE: TO SAVE THE FUTURE THE ISSUE: OVERPOPULATION THE RESPONSE: 'PROSPERITY' Substaintial growth of the human race will provide new exciting opportunities. It is at the foundation of our future, but the question is how we deal with an influx of pressure on our infrastructure. We must ask how we maintain a healty society and provide opportunities for longer lives.

06. çš č?Ł PROPERITY 79

Consider a scenario that is either good or bad, sad or happy,but rather realistic and something that would perhaps be evident in the lifetime of Pultney Grammar Year 4 students. This is an opportunity for their hopes, and the dreams of third year architectural students to have a say in Adelaide's near and distant future. Through exploring the forms, the solution for overpopulation is met but more importantly social and cultural issues are understood and appreciated by the new generation. The new focus will encourage change and is what could make the future floushing.

STEP 01. 'THE HOPE' -- FILLED WITH ASPIRATIONS, EXCITEMENT AND INNOCENCE OF WHAT THE FUTURE'D HOLD

STEP 02. THE IDEA -- INTERPRETING HOPE WITH ABSTRACTION & INTENTION

STEP 03. THE 'CLASH' -- THE INTERACTION OF HOPES AND IDEAS AND THE OUTCOMES

STEP 04. THE REFORMATION -- ADDING CONTROL TO THE CONSIDERATION AND INTERPRETION OF CLASH

STEP 05. THE REASON -- RECAPTURING THE HOPES OF STUDENTS WITHIN THE DEEPER ASPECTS WITH HYPOTHESISING A FUTURE REALITY

STEP 05. THE REPRESENTATION -- THE FINAL PRESENTATION OF DESIGN SCHEME THRU MIXED MEDIA, INCLUDING PHYSICAL MODEL MAKING/ASSEMBLING AND PHOTOMONTAGING.

The Aim: To save the future The Problem: Overpopulation The Reaction: Prosperity Substantial growth of the human race will provide new exciting opportunities and it is at the foundation of our future. But the question is how we deal with an influx of pressure on our infrastructure. We must ask how we maintain a healthy society and provide opportunities for longevity. Consider a scenario that is neither good or bad, sad or happy but rather realistic and something that will perhaps be evident in the lifetime of Pulteney Grammar’s year 4 students. This is an opportunity for their hopes, and the dreams of third year architecture students to have a say in Adelaide’s near and distant future.

“The solution for overpopulation is met but more importantly societal and cultural issues are understood and appreciated by the new generation, encouraging change” - Design Team The design delves on a deeper level into literal and metaphorical translation of concepts, and at every stage offers more questions than answers. As the student’s artwork spoke a lot about nature supporting the world the design begins to unravel the literal translation which provoked the opportunity to suspend more space and more people through natural elements. Referring back to the hopes of the students once again it was questioned how these natural components could offer more obvious health benefits, questioning the depth of literal once again. This began to require further understanding of the effects of overpopulation and it was decided that overpopulation = more destruction of air and the earth. To assist with this impact, a natural crystal form with the capacity to purify the air became a problem solving design concept in a form that aimed to question. Consider a scenario that is real, an opportunity that is full of life and an Adelaide that can continue to grow and prosper.

REPRESENTATION 3 Caitlin Roy Fereshteh Asadoliahi Georgina Warren Yi jun Yan Ziyan Qi