WATER CORRIDOR_URBAN DESIGN STUDIO B 2020

Page 1

Water Corridor

A SEMESTER OF RESEARCH THROUGH STUDIO WORK

MASTHEAD

THE PAVEMENT. THE BEACH

004
UNDER

012 Global Elwood, Port Phillip Demographic Design Proposition 028 Precedent Topography & Water Run Off Exploration 044 Methodology & Approach 060 Design Sythesis Soft Infrastructure

viii

The Beach

Research

CONTENT 005
AUTODESK STUDENT VERSION
PRODUCED BY AN AUTODESK
UNDER
THE PAVEMENT, THE BEACH

MELBOURNE UNIVERSITY

MELBOURNE SCHOOL OF DESIGN

FACULTY

STUDIO LEADERS

Leire Asensio Villoria Senior Lecturer in Architecture and Urban Design

MELBOURNE SCHOOL OF DESIGN

Julie Willies, Dean

Andrew Hutson, Deputy Dean

Alan Pert, Director, Melbourne School of Design

Donald Bates, Chair of Architectural Design

Alan Pert, Director of the Master of Urban Design

David Mah, Senior Lecturer

Djodje Stojanovic, Senior Lecturer

Justyna Karakiewicz, Associate Professor

Alan Pert, Director, Melbourne School of Design

Nicole Allen, Lecturer

STUDENTS

Gunali Ajgaonkar Victor Alegria Yang Bai

Tianchen Gao Yitong Guo Runze Ling Scout Morris Nivedita Ravindran Wenxiang Shen Su Sun

Lingas Tran Yu Xia Zhisheng Yin Senqi Yang Zhenyu Yang

Printed by MSD

individuals, for without their efforts this publication wold not have been possible:

Alan Pert & Donald Bates

MASTHEAD
REVIEWERS

Under The Pavement The Beach

“Under the pavement lies the beach”; a rallying cry adopted by the protestors during the May ’68 Paris riots, contrasts the domesticated urban surface of the pavement with the indeterminacy of the beach. The pavement, or the street is characterized as a highly prescribed urban space deployed to designate private property. The beach is its antithesis; an unprescribed, natural and open public space.

Today, the beach as an important public space persists in the collective Australian public imagination. Its capacity to serve as a commons for all is seen to resonate with the national self-image of an open and egalitarian culture. However, the beach, like any vital public space, can often be a contested site. Where conflicts can be made explicit and apparent.

spaces. The studio was invested in exploring urban design and architectural proposals that reinvest in the idea of the beach as an essential public site for the city.

July 2019

In Australia, the role of the beach as a public space is largely presumed. However, this is frequently challenged by its economic value as property. More and more, tensions emerge between private ownership and public access over the right to these sites. Where the pavement threatens to encroach over the beach.

Conversely, these cultivated waterfront developments can also expect to see this contested area reclaimed again by the beach. Frequent flooding and projected sea level rise already threaten many of Australia’s beachfront residential areas including Melbourne’s bayside suburbs.

The studio engaged with the emblematic space of the beach. Its persistent association as a valuable commons may be reconsidered in light of concerns that challenge these

GLOBAL

The impact of climate change has become a growing concern as the rise of sea level continues to rise due to the melting glaciers and land based ice caps (Erin A, 2016). In 20 years it has been estimated to have rise by 762 mm and is estimated to rise upto 2 meters globally by the tear 2100.

Which brings the question to the vulnerabilities of coastal cities and what strategies can be ployed in order to protect our cities.

In Australia costal cities face the threat of tidal flooding, non-tropical storm flooding and stropical cyclone storm surge and it is critical to address these concerns to lower the impact that it will have on people livelihoods and the existing habitats and ecosystem.

012 References: Sea level rise :
UNDER THE PAVEMENT. THE BEACH
2100
762 mm 2000 mm
2000
risk and resilience in coastal cities 2016, Climate Change and Climate Law collection, Climate Institute

Elwood, City of Port Phillip

Elwood is an inner-southern suburb of Port Phillip and is 260ha located 8 kilometres from the Melbourne CBD.

Elwood was once a swampy land and a dumping ground for waste and was later transformed into a popular beach

destination during the summer during the post war period as a means to escape the hot uninsulated cottage suburban homes.

The beach became a popular place for residents and Elwood Surf Life Saving Club was one of the first of its kind in Victoria.

016
UNDER
THE
THE PAVEMENT.
BEACH
017 WATER CORRIDOR

UNDER THE PAVEMENT. THE BEACH

018

Population Projection Port Phillip Bay

2016 - 108,627 2031 - 142,883 2041 - 177,890 2051 - 215,905 2061 - 251,106

Age 30 - 39

Population Projection Bayside

2016 - 102, 912 2031 - 118,038 2041 - 127,839 2051 - 139,190 2061 - 151,880

Population Density 64.94

Family 30% Single 70%

Single dwelling 13 / 8.4%

Medium density 42.4 / 37.7%

High density 44.4 / 52.2%

Elwood, VIC 3184

Part of: Port Phillip Council

• Elwood is approximately 2.6 square kilometres

• It has 8 parks covering nearly 13.2% of total area

Population Growth from 2011 - 2016 is 6.2%

Predominant age group in Elwood is 30-39 years

Households in Elwood are primarily childless $4000 per month on mortgage repayments 42.4% of the homes in Elwood are owned compared with 41.9% in 2016

(source: Australian Bureau of Statistics)

019
WATER CORRIDOR

THE PAVEMENT. THE BEACH

020
UNDER

Elwood has two geographic features: the Elster Creek (Elwood Canal), with headwaters in Bentleigh, flows north-easterly to the flat landscape of Elwood, and now enters Port Phillip Bay by a stream and Point Ormond, a little south of the canal.

Elwood Canal is a man-made watercourse and drains forty square kilometres of southeast Melbourne, including Prahran, Glen Eira and Kingston.

021
15 m 1 m 2040 2070 2100
WATER CORRIDOR
022 40YEARS SEA LEVEL RISE AEP FLOOD AREA WATER VOLUME KM2 200 mm 200 mm 1.8 m 2.1 m 104,000 km3 70YEARS UNDER THE PAVEMENT. THE BEACH
023 YEARS 100YEARS Storm tide & water surge prediction 1% AEP Flood Level (m) Area Subject to Flood Water Vol to accmodate (m3) 1% AEP Flood Level Extent (ha) 2040 1.8 x 13 = 104,000 2070 2.1 x 66 = 726,000 2100 2.4 x 123 = 1,722,000 Source: Melbourne Water 2017, Planning for sea level rise guideline, https://www.melbournewater.com.au/sites/default/files/Planning-for-sea-levels.pdf. WATER CORRIDOR 200 mm 2.4 m 726,000 km3 1,722,000 km3

UNDER THE PAVEMENT. THE BEACH

Sea - Island Barrier

Amphibian Landscape Wetlands + Contentions

024

Landscape Contentions

Urban Fabric Canals / Porosity

025
CORRIDOR
WATER

UNDER THE PAVEMENT. THE BEACH

Sea - Island Barrier

Amphibian Landscape Wetlands + Contentions

026

Urban Fabric Canals / Porosity

027 WATER CORRIDOR

Precedent

028
UNDER
THE PAVEMENT. THE BEACH
029 WATER CORRIDOR
Mine at Tom Price, 1979 Fred WILLIAMS

UNDER THE PAVEMENT. THE BEACH

Moray, Peru 50km northwest of Cuzco (3500m)

030

Moray, Peru 50km northwest of Cuzco (3500m)

Moray is an archeological site in Peru northwest of Cuzco on a high plateau at an altitude of 3,500 metres above sea level. These Inca ruins consist of several terraced circular depressions, one of the largest being 30m deep. These terraces were designed as irrigation systems for farming.

The Inca used wall systems used retaining walls to absorb heat during the day and radiated it back out at night to keep the crops from freezing at night time. Each terrace was filled with a base level of gravel and topped with sand or soil.

WATER CORRIDOR 031

UNDER THE PAVEMENT. THE BEACH

032
Rice fields on terraced of Mu Cang Chai, Yen Bai, Vietnam

Rice fields on terraced of Mu Cang Chai, Yen Bai, Vietnam

Terrace farming makes the best of poor soil conditions which supports civilization’s increased needs for crops, livestock and poultry. Terraced fields also decreases both erosion and surface runoff, and may be used to suport growing crops that require irrigation, such as rice.

Terrace farming consists of building a series of steps like benches. These are supported by sod or stone walls. Each level slows the flow of the water run, off and erosive processes. This method of farming can be found in other Southeast Asian countries such as Thailad, Phillipines and some now are been perserved or protected as national heritage sites.

033
WATER CORRIDOR

UNDER THE PAVEMENT. THE BEACH

034
East Branch Aquaduct, Southern California by State Water Project

Plumes National Forest

Upper Miocene Canal Hiking Trail

Lime Saddle Memorial Park Trail

Phantom Falls

Spillway

Recreational Area Feather River

Mother Orange Tree

Feather Falls & Overlook

Big Bald Trail

9 Mile Trail

String Town Bidwall Canyon Orovillw Dam

East Branch Aquaduct, Southern California by State Water Project

Kelly Ridge Visitor Centre

Lake Oroville is a State Water Project and runs 70 mile north of Sacremento where the tallest Dam in the world sits which provides water storage, flood control and recreational facilities are built in and around the other area such as: fishing, camping-grounds, trails, boating activities and other wildlife viewing areas.

Recreational activities includes:

Bike Trail/40 mile loop, Boating, Boat House, Boat-In-Camping, Campfire Center, Campground, Equestrian Trail/17.5 mile loop, Hatchery Self-Guided Tour, Hiking, Hunting (check with Dept. Fish & Game), Lighting, Marina Nature Study, Swimming & Wildlife Area

WATER CORRIDOR 035

Topography & Water Run Off Exploration

036
UNDER THE PAVEMENT. THE BEACH
037 WATER CORRIDOR

UNDER THE PAVEMENT. THE BEACH

EPERIMENTAL MORPHOLOGIES

038

Parabolic

Long walled - long trailing ridges and extensive deflation basins.

Elliptical

Shorter form, often with more semi-circular or elliptical deflation basins.

WATER CORRIDOR 039

UNDER THE PAVEMENT. THE BEACH

EPERIMENTAL MORPHOLOGIES

040

Transgressive

Flat to undulating barchans (crescentic shaped with wings pointing downwind)

Transverse

Formed at right angles to the wind.

WATER CORRIDOR 041

UNDER THE PAVEMENT. THE BEACH

Mounds & Depressions

042
WATER CORRIDOR 043
Mounds & depressions tested with grasshopper water flow script.

Methodology

044
UNDER THE PAVEMENT. THE BEACH

47,200 m3

32, 700 m3

21,000 m3

11,780 m3

5,200 m3

1,300 m3

045 WATER CORRIDOR
Ø 300 Ø 250 Ø 200 Ø 150 Ø 100 Ø 50
046 Ø150
UNDER THE PAVEMENT. THE BEACH
Ø100 Ø50 Water Park Square
047 Ø300 Ø250 Ø200 Wetland Sports Facility c o n v e x m o u n d s c o n c a v e d e p p r e s s i o n s WATER CORRIDOR
048

47,200 m3

32, 700 m3 WATER CORRIDOR

21,000 m3

11,780 m3

5,200 m3

Ø 300 Ø 250 Ø 200 Ø 150 Ø 100 Ø 50

Modulating Depressions:

Base on the existing contour the measurements are estimated that most depressions will be roughly 2m in depth.

049
1,300 m3
050 104,000 m3 300,000 m3 6% UNDER THE PAVEMENT. THE BEACH 40YEARS
051 WATER CORRIDOR 726,000 m3 800,000 m3 42% 70YEARS
052 1,712,00 m3 1,750,000 m3 UNDER THE PAVEMENT. THE BEACH 100YEARS 98%

1,712,00 m3 1,750,000 m3

053
WATER CORRIDOR
98%
726,000 m3 800,000 m3 42% 70YEARS 104,000 m3 300,000 m3 6% 40YEARS 100YEARS
N 0 65 130 100
UNDER THE PAVEMENT. THE BEACH
55 WATER CORRIDOR
0 25 50 100 200
UNDER THE PAVEMENT. THE BEACH
57 WATER CORRIDOR

THE PAVEMENT. THE BEACH

UNDER
59 WATER CORRIDOR 0 25 50 100 200

Design Systhesis

060
UNDER
THE PAVEMENT. THE BEACH
061 WATER CORRIDOR
N 0 65 130 100 062 UNDER
THE PAVEMENT. THE BEACH
WATER CORRIDOR 063

UNDER THE PAVEMENT. THE BEACH

064
WATER CORRIDOR 065

UNDER THE PAVEMENT. THE BEACH

Terrain Depressions and hills. Wetland ecologies.

Roads Network Functional connections and leasure

002

Buildings Terrace houses and communitary programs

003
leasure paths WATER CORRIDOR

UNDER THE PAVEMENT. THE

BEACH

Active roofs

Urban agriculture and community gardens.

Public space

Intimate public spaces next to houses.

004

Housing diversity

Different configuration of terrace house typology

Communitary spaces

Viewpoints to wetlands and beach landscape.

005
WATER CORRIDOR
006
UNDER THE PAVEMENT. THE BEACH
WATER CORRIDOR 007

Soft Infrastructure

066
UNDER THE PAVEMENT. THE BEACH
067 WATER CORRIDOR
Elwood Open Space Costal Area 40 ha Inland Area 67 ha 068 UNDER THE PAVEMENT. THE BEACH

Elwood Open Space

Elwood open space 107 ha

Government Schools 6.8 ha

Natural and semi-natural open sapce 6.8 ha

Non-goverment schools 27.8 ha

Parks and gardens 30.8 ha

Services and utilities reserves 2.2 ha

Sportsfields and organised recreation 38.2 ha

WATER CORRIDOR 069
Viewing Deck Cycling Trail Walking Trail Elwood Community Hall Elwood College
St Columba’s Primary 070
Residential UNDER THE PAVEMENT. THE BEACH

Housing Density

6 floors (24m)

4 floors (16m)

3 floors (12m)

2 floors (10m)

071
College Columba’s Primary School Residential Residential Residential Information Centre Picnic Site Residential

40YEARS 70YEARS

072 UNDER
THE PAVEMENT. THE BEACH

YEARS 100YEARS

WATER CORRIDOR
073
074 UNDER
THE PAVEMENT. THE BEACH
075

rocks logs waterbirds frogs

Carex appressa (Tall Sedge)

Lomandra longifolia (Bluedale)

Terrestrial : indigenous walking Juncus flavidus Rush)

076
UNDER THE PAVEMENT. THE BEACH

Terrestrial planting indigenous tree walking flavidus (Yellow Rush)

shrub ground cover species

bird watching picnic

Goodenia ovata (Hop Goodenia) Melaleuca ericifolia (Swamp Paperbark) WATER CORRIDOR 077
078 UNDER THE PAVEMENT. THE BEACH
WATER CORRIDOR 079
080
UNDER THE PAVEMENT. THE BEACH
WATER CORRIDOR 081

Turn static files into dynamic content formats.

Create a flipbook
Issuu converts static files into: digital portfolios, online yearbooks, online catalogs, digital photo albums and more. Sign up and create your flipbook.