Landscape Architecture Portfolio by Thanh Duong

THANH DUONG BACHELOR OF LANDSCAPE ARCHITECTURE (HONOURS) PORTFOLIO 2023 + PAST WORK EXPERIENCE

TABLE OF CONTENT 2022 01. LISMORE REZONING ECOLOGICAL FRAMEWORK (DESIGN, QGIS, 3D MODELLING)

04.

02. ALTERATION OF WATER MOTION WITH ENGINEERING AMALGAMATION (DESIGN, QGIS, 3D MODELLING)

06.

2021 03. WATER BIRDS WALKING TRAIL (DESIGN, QGIS, 3D MODELLING, RENDERING)

08.

04. CONSTRUCTION: ECOLOGICAL WALKWAY (CONSTRUCTION DETAILLING)

13.

2020 05. TEXTUTALISE FOREST: RECONNECTION OF HUMAN TOWARDS NATURE (DESIGN)

14.

06. COMMUNICATION: ECOLOGICAL SUCCESSION (3D MODELLING, RENDERING)

16.

07. WATER LEVEL ECOLOGIES (DESIGN, QGIS)

17.

08. STUDIO: WATERLOO PRECINCT CULUTRAL PARK (DESIGN)

18.

2019 09. MALABAR NATIONAL PARK: LAND ABOVE THE LAND (DESIGN)

19.

10. CALLAN PARK LINEAR SHOREFORE (PLANTING DESIGN)

21.

11. PRACTICE: FINANCE AND PROJECT MANAGEMENT

23.

PHOTOGRAPHY

24.

SKETCHES

26.

PAST WORK EXPERIENCE

28.

THANH PHONG DUONG ABOUT ME I am a graduate Landscape Architect at University of Technology Sydney. I was born Vietnam and grew up in Sydney, Australia. Growing up, I saw the difference in landscape environment in both countries and how much the gap in conditions where I was born and raised. This had lead me to the path and passion towards landscape architecture of how can we design spaces both in private and public comfortably for people to live in and enjoy. Over the years of my study, I began to search what landscape a bit more and to suit our climate or landscape conditions. I took an interest creating a space or use remaining spaces of researching strategic and policy making and use of water and ecological infrastracture.

PHOTOSHOP

AUTOCAD

ILLUSTRATOR

QGIS

INDESIGN

MICROSOFT EXCEL

PHOTOGRAPHY

EMAIL: phongduong045@gmail.com

RHINO 3D

HAND DRAWING

CLOUD COMPARE

LINKEDIN: https://www.linkedin.com/in/thanh-phong-duong-16232216b/

TECHNICAL SKILLS 3

NAME: BACHELOR OF LANDSCAPE ARCHITECTURE (HONOURS), UNIVERSITY OF TECHNOLOGY SYDNEY (2019 - 2022)

01. LISMORE REZONING ECOLOGICAL FRAMEWORK In 2022, Lismore has been affected by Na Lina Flood event, which caused a massive outburst within Lismore LGA. This comes along with an outdated DCP due to reaction and responses to previous flooding in 2012, which does not anticipate future flood events, until the after affect. Our idea of a resilience city focuses on the Lismore CBD scale of ecological spatial network with the involvement of natural based system and irrigation systems, with the use zonings to plan out our decision making. This is done through re-evaluating and remanding existing DCP 2012 and LEP 2012 to formalise New Proposal DCP strategies and conditions, in introducing Landscape Guidelines Extension as part of DCP requirements which Lismore communities can live and adapt future flooding. This will be included sub-management such as vegetation and soil management, requirements, and water treatment.

FLOOD MANAGEMENT STRATEGY

DESIGN PRINCIPLES

CURRENT FLOODPLAIN RISK MANAGEMENT PROCESS

PROPOSED FLOODPLAIN RISK MANAGEMENT PROCESS

CURRENT 2012 DCP FLOOD RISKS (1 IN 100 ARI IN 12.5M)

EXISTING FLOOD DIAGRAM

NORMAL WATER FLOW

1 IN 100 FLOODING (12.5M)

NEW 2022 DCP FUTURE FLOOD RISKS + IMPACTS ON LAND - USES

NEW FLOOD DIAGRAM

MARCH 2022 FLOODING (14.5M)

Group Credited: Thanh Phong Duong & Rania Martono 4

CURRENT 2012 DCP FLOOD RISKS + IMPACTS ON LAND - USES

PROBABLE MAXIMUM FLOOD (16.5M)

NORMAL WATER LEVEL

1 IN 100 FLOODING (12.5M)

MARCH 2022 FLOODING (14.5M)

PROBABLE MAXIMUM FLOOD (16.5M)

DESIGN CONCEPT 1. WATER MEADOWS Consist of riparian vegetation and grasses, water meadows are located near the creeks and rivers.

2. WETLANDS Also called peatlands, have fens and bogs as its design strategy. Manipulating the terrain for maximum water filtration and storage

3. WATER TREATMENT AREAS They are located near industrial zones and the sewage treatment plant. Filtration as the main element of these areas

SYSTEMS AXONOMETRIC

PROPOSED SOUTH LISMORE DESIGN PLAN

LONG SECTION Group Credited: Thanh Phong Duong & Rania Martono 5

SCALE: 1: 10,0000

SCALE: 1:750

02. ALTERATION OF WATER MOTION WITH ENGINEERING AMALGAMATION The aim of this project is to realter the movement of water, using a mixture of natural and man-made engineer component so it won’t reach to Mogo and flood the town. The key strategies we use to alter the water motion is to divert water pressure and splitting them up so they won’t travel at certain point and increase the water pressure rushing through Mogo with the use of embankments, and the other alternative strategies is to create a series of water barriers which shifts the movement diagonally so it will reduce and spread water. As a result, we are lagging the water time to flow down to other coastal towns.

RESULTS OF INTERVENTIONS TO THE THREE CREEKS

MOGO CREEK - FLOOD TIMELINE

MELODIS CREEK - FLOOD TIMELINE

SPLITTING/ DIVERTING WATER

SITE PLAN SCALE 1:2500

TIME FRAME OF WATER LEVEL RISING

SHIFTING WATER LOW FLOOD LEVEL

MODERATE FLOOD LEVEL: LITTLE FLOOD AREAS APPEARS

HIGH FLOOD LEVEL - MULTIPLE FLOOD AREAS EMERGES

SECTION A - DIKE DETAIL SCALE: 1:100

SECTION B -B SCALE: 1:50 PLAN A: WATER DIVERTER TO FLOOD AREAS SCALE: 1:500

PLAN B: WATER SHIFTER TO SLOW WATER MOVEMENT SCALE: 1:100

CABABGE TREE CREEK - FLOOD TIMELINE

03. WATER BIRDS WALKING TRAIL The idea of the Narrative walk is expanding the connections between the wildlife and us local, where we come and respect the wildlife, while admiring the view the beautification of water bodies of the lake, which illustrate to the Landscape painting of ‘Sunday Afternoon on the Island of Grande Jatte’ Georges Pierre Seurat and while remind the local residents of late local resident died during his trip, which the lake is named after him, which I believe it will significant meaning the lake alongside the heritage farm adjacent to the lake.

Swamp Oak (Casurina glauca)

Paperbark tree (Melaeuca quinquenevia)

Mat Rushes (Lomandra longifoila)

STOP 1 The area is very open space with small creek line at the front and small pocket forest in the middle of area. Birds noises increases in the forest area

STOP 5

STOP 2 Walking through this easement, the area is also open and adjacent to it is a small water basin protected from government while very birds appears

STOP 6

STOP 3 Entering the Cecil Hill’s Doujon Lake, where alots of people sits and interact with birds through looking and come closer to it. STOP 4 The area is very clear, with no shadings and very hot. Not much life in this area, for both humans and non- humans

WALKING MAP

ENTRANCE OF WALK

SCALE: 10,000

URBAN STREETS

TRANSECT

TRANSECT: VOCIE OF BIRDS 8

DOUJON LAKE

URABN GREEN AREA

Black Swans (Cygnus atratus)

PYE PARK: HILL LANDSCPAE

Pacific Black Duck (Anas supercillosa)

Small water basin in the area with a few birds life where small amount of people sit and watch.

On top of the easement hill, there is are a scenary across the distance, very shady, cool and windy STOP 7 Walking down the hill, hidden behind the trees, there is Pye Park where few people sit for picnics. STOP 8 Walking through the residenta homes, there is upper stand where you can view the lake from the distance.

Locals mainly take walks, ride bikes and played in the surrounding water amd children played in playgrounds, adjacent to the lake, however on the south side, it is quite empty as there’s no seatings, views anything that attracts locals to spend their time there

SITE NTERVENTION 2: SWANS AND DUCKS REHABITAT Exisiting trees contained

ISSUES, OPPORTUNITIES AND CONSTRAINTS

Exisiting trees contained

Propose broadwalk steel grid

Existing pathway

Propose concrete pathway SECTION Propose concrete pathway Existing pathway

DETAIL 1

DETAIL 01

Propose birds observatory Propose broadwalk steel grid Propose birds observatory Propose Casurarina and Paperbark forest Extension

The issues in this area is that there is very less canopies in the area and very less swands and ducks population compare to the northen side SCALE 1:100 AXONOMETRICof the lake. So by creating a habitat for swans and ducks brings allows the area full of life and SCALE 1:50 DETAIL 1 SCALE 1:50 PERSPECTIVE bring people closer to it and be immersive in their environment, and by creating a broadwalk arround the habitat and through water, allow them to have naturalise experience. SITE VISITS AND OBSERVATIONS

Propose Casurarina and Paperbark forest Extension

Existing playground

Existing green space

DETAIL 1

Water

PROPOSE SITE PLAN

SCALE 1:250

PROPOSE SITE PLAN

Water

Existing Green Exisiting Trees Space

Existing Exisiting Trees Green Space

SCALE 1:50

Rubber Soft fall

DETAIL 1

DETIL 02

SCALE 1:50

During the walk at the end of Doujon lake, the area is very open, less canopies, people and local bird species. There are very much less life in this area, as there is no interactions, but there’s only a PERSPECTIVE few locals walk here.

Steel Grid

SCALE 1:250

Rubber Soft fall

Steel Grid

SECTION SECTION

SCALE1:100 1:100 SCALE:

AXONOMETRIC

SITE NTERVENTION 1: BIRDS OBSERVATORY

AXONOMETRIC

SITE PHOTOGRAPGHS

EXISITING SITE ANALYSIS

EXISTING CONDITIONS

SITE ANALYSIS

ISSUES, OPPORTUNITIES AND CONSTRAINTS The issues needs to address in this area are that, quite often locals illgeally entering the water and swimming across the lake to swans’ gooses’ and other local birds habitat, and harming local species. As well as the water quality is poor, which harms the ecology. This all leads the opportunities, where by designing walkway through the lake, encoruages and guiding the locals close to the habitats, which provide interactions with local species and have an immersive experience within the lake Constraaints .HHSLQJ WKH H[LVLWQJ WUHHV LI UHPRYH SODFH LW HOVHZKHUH DORQJ WKH WKH HGJH of the lake

DETAIL 1

RENDER 9

SCALE 1:50

DETAIL 1

SCALE 1:50

LUMION

PERSPECTIVE SITE VISITS AND OBSERVATIONS 'XULQJ WKH ZDON DURXQG WKH ODNH VRPH RI WKH DUHDV DUH ¿OOHG ZLWK ,URQEDUN trees and Casurina, sourrounding the lake, and some are empty green spaces, mostly on the south side of the lake. Locals mainly take walks, ride bikes and played in the surrounding water amd children played in playgrounds, adjacent to the lake, however on the south side, it is quite empty as there’s no seatings, views anything that attracts locals to spend their time there

Existing concrete pathway

SITE NTERVENTION 1: BIRDS OBSERVATORY

Existing Trees contained

Existing green area Proposal swans and ducks habitat

This all leads the opportunities, where by designing walkway through the lake, encoruages and guiding the locals close to the habitats, which provide interactions with local species and have an immersive experience within the lake

Propose Casurarina and Paperbark forest Exisiting Lake

SITE VISITS AND OBSERVATIONS

Propose gravel pathway

During the walk around the lake, some of the areas are filled with Ironbark trees and Casurina, sourrounding the lake, and some are empty green spaces, mostly on the south side of the lake.

Propose Timber Platform

Water

PROPOSED SITE PLAN

SCALE: 1:250

SECTION

SCALE: 1:100

Green Space

Propose green

Timber Platform

DETAIL 01

Propose gravel

AXONOMETRIC

PERSECTIVE 10

LUMION

EXISTING CONDITIONS

SITE ANALYSIS

SITE NTERVENTION 3: BIRDS SWANS CANAL

Natural stone block sourround the water basin for locals to closer to the swans

ISSUES, OPPORTUNITIES The issue of this are is that although the area provide water basin and creek line which connected to the pervious intervention, as well as quite a few birds life in the area, but not alot of people enter or come to this part of the area as the water is very hidden.

Propose Casurarina and Paperbark Creek line extened for swans to move through the moving water connected from constructed lake

This all leads the opportunities, where by designing walkway through the lake, encoruages and guiding the locals close to the habitats.

Existing water basin Exteded

- Provide interactions with local bird species - Immersive experience within the lake SITE VISITS AND OBSERVATIONS

Existing trees contained surrounding water basin

Water

PROPOSED SITE PLAN

SCALE: 1:250

SECTION

SCALE: 1:100

PERSECTIVE 11

LUMION

Green Space

Stone

Concrete Path

DETAIL 01

During the walk in the sourthern part of the park, the water is hidden within the green space and there is no people entering the area. Within the green space the area provides large water bodies within the surrounding of trees and creekline connected to the previous area.

AXONOMETRIC

EXISTING CONDITIONS

SITE ANALYSIS

04. CONSTRUCTION: ECOLOGICAL WALKWAY HISTORY The ecological wetland project, Green and Golden Bell Frogs Ecological Habitat in Lower Hunter River, Newcastle, New South Wales, Australia, investigated the shifts of the landscape’s typological attributes, in creating a more driven approach between wet, semi-wet and dry ecology, with a device of walkable weirs filters and biorention basin which control and detain the release of rain and flood water, thus allows to maintain the water bodies for frogs and migratory bird breeding, while producing a distrubtion of vegetation growth which adapt to shifting of water levels and rehabitating frogs species. This due to, the response to the unsuitable and unstable landscape conditions where the site’s large open space has been removed andbeen covered in concrete and asphalt for Newcastle’s container terminal, and cargo infrastracture at Kooragang Island’s southern tip and adjacent to the west edge Newcastle coal terminal, as well as heavy rainfall, which floods the area. PROJECT The project site is located near the edge of the Lower Hunter River where the area has a heavy rainfal which causes flooded in the area. The area consists with constructed weirs which filters the rainfall water and the remaining water and flows onto the wetlands, which is being marked in blue arrow where frogs inhabitat close to the edge of the water underneath the shrubs hiding is prediators. The red mark demonstrates the highly pedestrain and vehicle access due to the current trains transportation which still continues and that vehicles has the chance of disrupting the endangered frogs species.

05. TEXTUTALISE FOREST: RECONNECTION OF HUMAN TOWARDS NATURE

This project investigates the tacticle experiences in which people journey through the forest and how these tacticle experience encourages adults and children to reconnect with nature and various plant species and that it benefit human’s mental and physical wellbing. During the COVID pandemic, the world becomes more isolated and disconnected to the natural realm, and that we spend more indoors which place more stress and pressure to the human’s mind and body. However when human interact with nature and spend more time in a desne forest, this relieve our stress and pressure within us and by touching and breathing through the forest, it boosted and improve our mindset/ mental health and our physical heath, as well as, it calm us down and allow us to feel peacefulness under the dense forest. Through this project, it explores various texture of plants which encourages humans to fully ineract with plant species and feel immersive within the fores along with different height variations of ground conditions that brings us closer to the canopies

GREEN COVERAGE PLAN

GROUND PLAN

PRECEDENTS

PLANTING PLAN 14

URBN SITE PLAN

SITE ANALYSIS

LONG SECTION

SCALE: 1: 300

TEXTURE TAXNOMONY

DRY

ROUGH

SLIPPERY

WARM

COOL

HUMAN INTERACTION

INTERACTION 01 SMOOTH

ROUGH

SCALY

GLOSSY

INTERACTION 02

SILKY

THREE TYPES OF SELECTION

SILKY

SMOOTH

SCALY

INTERACTION 03 15

06. ECOLOGICAL SUCCESSION RENDERING MODEL Large amount of heat wave swirling in the sky.

Dead branches and leaves falling to the natural grass from the overgrown fruit tree.

In this event, my model demonstrates new life such as natural grass and soils emerges through the concrete as they cripple away from the surface, as well as counted towards the existing lawn area, as they will be replaced by natural grass which then overruns it. This also includes that the vegetation such as the fruit tree, as it continues to grow overtime, with the support of the soils which occurs during the secondary stages of ecological succession.

Natural grass emerges to the lawn, which then overruns it Lawn grass layer High heat stress cause damages to the lawn grass and increasing weed infection. A

Individual bricks shift overtime

Overtime the soil will increase and developmenting communities of soil bitotiaConcrete weakening from dehydration causing

PLAN DETAIL

to expand and crippling away into the soil. Nautral grass emerges through the damage concrete

Fruit Tree grows overtime

Overgrown fruit tree

Damage concret wall

Concrete wall will crack and crumble from the rise of temperature, causing to dehydrate.

Natural grasses

SECTION B

Small parts of concrete sinking beneath the soils EXPLODED AXONOMETRIC

COMPONENTS 16

DETAIL 1:50

DETAIL 1:150

07. WATER LEVELS ECOLOGIES Large amounts of open area has been removed and overed wih concrete and asphalt for Newcastle container terminal, as well as for other cargo infrastracture at Kooragang Island’s southern tip. We speculae that the focus site adjacent to the west edge of Newcastle coal terminal will be modified by the Newcastle government into endangered frog habitat; namely the Green and Golden Bell Frog, to offset the reduction in open space. The focus site has reminants of previous attempts, which were haited due to unstability of site conditions and uncertainity around the construction of another coal terminal on site. With stabilising coal demand, our project eplores how water body permancence and different water levels during dry and wet conditions on the site’s tiered topology creates diverse ecologies suitable as habitats for different species. This is framed by site’s still functioning infrastrcture, intermittently crossed by tiered topology creates diverse ecologies suitble as habitats for different species. This is framed by the site’s still functioning infrastracture, intermittently crossed by coal trains and pedestrains. Bioretention basins and weirs filter, detain and control the release of rain and flood water, allowing for the maintenance of water bodies for frog and migratory bird breeding, while creating a spectrum of emergent vegetation constantly adapting to shifting water levels. Shifting of land furthers the basins’ capacity for generating these dynamics, and emphasises existing topological features in the landscape, creating yet more dynamic thresholds between wet, semi-wet and dry ecologies.

Group Credited: Thanh Phong Duong & Thomas Ng 17

08. WATERLOO PRECINCT: CULTRUAL SPACE The key opportunities I found was the precinct provided less pedestrain crossing/access and as well multiple intersections, which is concerning to locals as children travel the road without looking and as well as sharestreets which can confuse the users. The proposal develpment of Waterloo precinct aim to design a series green network across the precinct to provide easier and safer access for both pedestrains and cyclists, travelling to and from the Waterloo Metro station, Waterloo park and residences. By taking adavantge of using the polciies such as ‘Walking Strategies’ ‘Sustainable Greener Streetscape’ and Greener Place, benefits the site as they provided more green, shades, secure from canopies and secure access for the users for all ages from childre to elderly. In terms of connection of the Waterloo Park, Metro station and residence, the proposal development was bringing two green corridors from the metro station and residnce buildings to have nice, easy and safe acess to Waterloo Park. ENVIRONMENTAL STRATEGIES

Road Green Corridors Cyclist Track

Brush Box (Lophostemon confertus)

Natural Grass Lawn Grass

Port Jackson Fig (Ficus rubiginosa f. glabrescens)

Medium- Value Trees High- Value Trees

WATERLOO MASTERPLAN

Red Box (Eucalyptus Polyanthemos)

Australian Blackwood (Acacia melanoxylon) 18

PRECEDANT KEY ASPECT: CHANGES OF LEVELS

PRECEDANT KEY ASPECT: CIRCULATION

PRECEDANT KEY ASPECT: GEOMETRICAL GARDEN

09. MALABAR NATIONAL PARK: LAND ABOVE THE LAND

The site plan shows the location the locations of the gardens, which sits at the centre of the nationa aprk. The gardens is sub divided into four symmetrical, geometrical shapes at differnt depression and elevated, which allow users to experience different opportunities when entering. ITERATION 1: SKETCH DIAGRAM ITERATION 1: SKETCH DIAGRAM PRECEDANT KEY ASPECT: GEOMETRICAL GARDEN

ITERATION 2: SAND MODEL DIAGRAM ITERATION 2: SAND MODEL DIAGRAM

7KLV GLDJUDP VKRZV WKH SDUN SURYLGHV GLႇHUHQW YDULRXV H[SHULHQFHV ZKLFK WUDYels throughout the park.Some paths allows to experience a longer journey while enjoying he site and some are which takes shorter.

Final Design Aspect: Changes of Levels

ITERATION 3: SAND MODEL DIAGRAM

This diagram shows the asymmetrical, geometrical shape of the garden and how HDFK RI WKHP H[SHULHQFH GLႇHUHQWO\ WR RQH DQG WKH RWKHU

FINAL DESIGIN ASPECT: CIRCULATION

FINAL DESIGIN ASPECT: CHANGES OF LEVELS

ITERATION 4: SAND MODEL DIAGRAM ITERATION 4: SAND MODEL DIAGRAM

This diagram shows the asymmetrical, geometrical shape of the garden and how HDFK RI WKHP H[SHULHQFH GLႇHUHQWO\ WR RQH DQG WKH RWKHU

This diagram shows the changes of levels throughout the park. Thw Dark tone represent the highest garden, the secondary tone represent the medium level and the lightest tone represent the lowest garden.

ITERATION SANDDIAGRAM MODEL DIAGRAM ITERATION 3: SAND3: MODEL

THANH PHONG DUONG, 13590118

FINAL DESIGIN ASPECT: GEOMETRICAL GARDEN

FINAL DESIGIN ASPECT: CIRCULATION

THANH PHONG DUONG, 13590118

FINAL DESIGIN ASPECT: GEOMETRICAL GARDEN

Final Design Aspect: Circulation ITERATION 4: SAND MODEL DIAGRAM

LEGENDS 1. Car Park 2. Entrances 3. Broad Walk 4. Elevated garden 1 5. Depression garden 1 7. Elevated garden 2 8. Depression garden 2

This diagram shows the asymmetrical, geometrical shape of the garden and how HDFK RI WKHP H[SHULHQFH GLႇHUHQWO\ WR RQH DQG WKH RWKHU

FINAL DESIGIN ASPECT: GEOMETRICAL GARDEN

THANH PHONG DUONG, 13590118

Final Design Aspect: Geometrical Garden

SCALE: 1: 20,000

Sand Modelling Experiment: Entrance View

Sand Modelling Experiment

Section A - A

Sand Modelling Experiment: Borad Walk View 19

Site Location

Transect A - A

Scale 1:200

Scale 1:400

Section D - D

Scale 1:200

Transect D - D

Scale 1:400

Section B - B

Scale 1:200

Transect B - B

Scale 1:400

Section C - C

Scale 1:200

Transect C - C

Scale 1:400

Final Design Aspect: Circulation

Final Design Aspect: Geometrical Garden

Final Design Aspect: Changes of Levels

10. CALLAN PARK The one key aims of designing Callan Park is to design a rich aesthetics landscape which allows the experience throughout the park, which includes activities where families and friends to spend quality time with each other and the beautiful scenery of the landscape. On the shore line of the coast, aims to reveal the exotic, colourful species within the landscape and brings forth the inner beauty of the landscape where as the inner side provides shades and rest for families who journey through the landscape endlessly and experiencing the under canopy of the trees around the area.

Plant Schedule Plants Trees

Shrubs

Grass

Ground Cover

Conditions: Sunny yet breezy from the north, slightly moist soil under the shades and towards the shore the soil is highly wet.

Qty

Common Name

Latin Name

Schedule Size

9 7 17

Golden Wattle Grey Mangroves Wolly Pomaderris

Acacia pycnantha Avicennia marina Pomaderris lanigera

8m high 9m high 2m high

11 45 870+ 6

Austral Seablites Petty Spruge Beaded Glasswort Boobialla

Suaeda australis Euphorbia peplus Sarcocornia quinqueflora Myoporum boninense

1m high, 40cm long 40cm high 30cm high 2m high

1150+ 27

Panic Veldtgrass Ehrharta erecta 0.6m high, leaves 7mm long Slender Bamboo Austrostipa verticillate 2m high Grass Hairy Brassica Hirschfeildia incana 1m high, 20cm long leaves PROJECT Basket Grass CALLAN Lomandra 100cm Long PARK longifolia LINEAR FORESHORE Plantain Plantago lanceolata 20cm long

27 51 7 50 132 7

PROJECT

CLIENT

New Zealand SASKIA Tetragonia SCHUTtetragonioides Spinach DWGS Wall Furnitory Furnaria muralis sond PLANTING PLAN Frosted Goosefoot Chenopodium dersertorum

10cm long leaves, 12mm diameter fruit Flowering 20mm long 20mm long, 2 diameter flowering

CLIENT

SASKIA SCHUT

DWGS

P.d. Landscape

PROJECT NO#

CALLAN PARK LINEAR FORESHORE DATE:

27/09/2019

SCALE@A1:

1:100

PROJECT NO#

NORTH POINT

PLANTING PLAN

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6KRUW 6HFWLRQ

LONG SECTION

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LONG SCTION Avicennia marina

January

Acacia pycnantha

Suaeda australis

brua

Euphorbia peplus

Ehrharta erecta

brua

Austrostipa verticillata

Sarcocornia quinqueflora

Pomaderris lanigera

Januar Fe

brua

Tetragonia tetragonioides

Fumaria muralis sond Chenopodium desertorum M

Hirschfeldia incana Lomandra longifolia

DATE:

LASCALE@A1: 001 THANH PHONG DUONG, 13590118

LONG SECTION

11172_ASSIGNMENT TASK 2

Fe b

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27/09/2019 1:100 NORTH POINT

mb ve No

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Fumaria muralis sond

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rua

Tetragonia tetragonioides Chenopodium desertorum

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rch

Fumaria muralis sond

Plantago lanceolata

Fe b

Lomandra longifolia

Januar

Tetragonia tetragonioides

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Hirschfeldia incana

August

September

rch

Myoporum boninense

Januar

Austrostipa verticillata

Myoporum boninense

rch Ma

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Sarcocornia quinqueflora

Pomaderris lanigera

August

Sarcocornia quinqueflora

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Ehrharta erecta

rch Ma

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bru

FeHirschfeldia incana br ua Lomandra longifolia ry Plantago lanceolata

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Avicennia marina marina Avicennia

Suaeda australis Suaeda australis

to b

Austrostipa verticillata

Acacia pycnantha Acacia pycnantha

Januar

September

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August

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Ehrharta erecta Januar

Ju ne

FLOWERING SEASON

Chenopodium desertorum

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Decem

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September

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ptember

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September

August

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May

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August

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Septemb

rch

Fumaria muralis sond Chenopodium desertorum

rch Ma

April

GRASS

May

April

ber

GROUND COVER Decem

April

GROUND COVER

Decem

r be m ve No

m De er ce

mb ve No

r be

Septembe

tob

August

to b

August

cto be

Wolly Pomaderris (Pomaderris Austral Seablites (Suaeda lanigera) australis) ly

m ve No

September

August

Goldern Wattle (Acacia pycnan- Grey Mangroves (Avicennia tha) marina)

m ve

May

ber

May

GRASS

rch

Plantago lanceolata

rua

Chenopodium desertorum Tetragonia tetragonioides

Lomandra longifolia

Ju ne

Fe b

Fumaria muralis sond

Hirschfeldia Plantago lanceolataincana

Tetragonia tetragonioides

ary

Ju ne

Januar bru

May

Ju ne

May

Lomandra longifoliaverticillata Austrostipa

GROUND COVER

May

Ju n

May

GRASS

SHRUBS

Ehrharta erecta Hirschfeldia incana

GRASS

SHRUBS

Januar

Ehrharta erecta Januar PLANTING PALLETE y Austrostipa verticillata

April

TREES

rch

April

TREES

September

tob

Oc August

Septemb

Beaded Glasswort (Sarcocornia quinqueflora)

Boobialla (Myoporum boninense)

Panic Veldtgrass (Ehrharta erecta)

Basket Grass (Lomandra longifolia)

Plantain (Plantago lanceolata)

New Zealand Spinach (Tetrago- Wall Furnitory nia tetragonioides) (Furnaria muralis sond)

Petty Spruge (Euphorbia peplus)

Slender Bamboo Grass (Austrostipa verticillate)

DESIGN ITERATION 1

DESIGN ITERATION 2

DESIGN ITERATION 3

FINAL DESIGN ITERATION

Hairy Brassica (Hirschfeildia incana)

Frosted Goosefoot (Chenopodium dersertorum)

11. PRACTICE: FINANCE AND PROJECT MANAGEMENT

PD LANDSCAPE

PHOTOGRAPHY - URBAN AND STREET PHOTOS

SKETCHES - ITERATIONS and MIND MAPPING LISMORE REZONING ECOLOGICAL FRAMEWORK

ALTERATION OF WATER MOTION WITH ENGINEERING AMALGAMATION

Identifying bottleneck issues

WATER BIRDS WALKING TRAIL

TEXTURAL FOREST

LANDSCAPE ARCHITECTURE

THANH PHONG DUONG PORTFOLIO 2023