SAN REMO FORESHORE
CONTENTS SITE ANALYSIS LOCATION PLAN EXISTING PROGRAM EXISTING CONTEXT PROPOSAL PROGRAM
MASTER PLAN PROMENADE CIRCULATION TIDE & SEA LEVEL RISE MATERIAL PALETTE AXO DETAIL BUJIL & WAANG
WETLAND
FORESHORE GROUP RACHEL HUI CHI LOK HOYOUNG KIM DOHYUNG KWON
EXISTING STORMWATER PIPE PROPOSED STORMWATER PIPE SITE + SLOPE VOLUME OF WETLAND CELL SYSTEM DEPTH OF CELL WATER FLOW WATER PURIFICATION AQUATIC PLANT HABIT
AMPHITHEATRE STRUCTURE & MATERIAL FABRIC ROOF HORIZONTAL & VERTICAL SECTIONS CAPACITY
VIEWS
NEWHAVEN
WESTERN PORT
PHILLIP ISLAND
PHILLIP ISLAND ROAD BASS STRAIT
SAN REMO
SAN REMO LOCATION PLAN
1. Foreshore 2. Marine Parade 3. Fisherman Cooperation 4. Jetty Precinct 5. Hotel
6. Bank 7. Supermarket 8. Restaurant 9. Goldsmith’s Gallery
4
1
3 2
6 8 5
5
EXISTING PROGRAM
9
7
1. Car park: 143 spots 2. Playground 3. BBQ 4. Green 5. Existing slope
6. Memorial 7. Toilet 8. Balcony 9. Coastal foot path
PH
ILL
IP
IS
LA
ND
RD
9
2 3
4
5
8
PHIL
LIP IS
2 7
6 3 6 1 MARINE PARADE
MARINE
PARADE
EXISTING CONTEXT 0 5 10
20
40m
LAND
RD
REPLACE CAR PARK
RELOCATE RECREATION AREA
MERGE TOLIET INTO RECRATION AREA
RELOCATE EXISTING MEMORIALS
TIDE IN/OUT
FORESHORE IN/OUT
COOPERATION WITH MARINE PARADE GROUP
PAVING PATTERN DEVELOPMENT _ TIDE
PROGRAM RELOCATION
PROMENADE
EXISTING SLOPE FOR MAIN SEATING AREA
AMPHITHEATRE
PLAZA
CREATE GENTLE SLOPE FOR SEATING AREA
LOCATE STAGE IN THE MIDDLE OF SEATING AREA
COVER WITH REMOVABLE FABRIC ROOF
1 ENVIRONMENT: WETLAND 2 EVENT: AMPHITHEATRE 3 PUBLIC REALM: PLAZA + MEMORIAL 4 RECREATION: PLAYGROUND+BBQ AREA 5 LOCAL IDENTITY: PROMENADE
1
2
3
4
5
PROPOSAL PROGRAMS
1. PLAZA 2. AMPHITHEATRE 3. VIEWING DECK 4. PROMENADE 5. PELICAN FEEDING 6. BUNURONG SHELTER 7. BBQ AREA 8. TOILET 9. PLAYGROUND 10. WET LAND
0 5 10
20
MASTER PLAN
5 6
8
7 9
40m
4 PH
ILL
3
6
IP I
SLA
ND
RD
2 10
1
ARADE MARINE P
SAN REMO FORESHORE _ PROMENADE
CIRCULATION
FAST-PACED MOVEMENT FAST/SLOW-PACED MOVEMENT SEATING/RESTING ZONES
MELBOURNE COASTS
Global sea levels are projected to rise between 0.18 to 0.59 m by 2095, with a possible additional contribution from ice sheet melts of 0.1 to 0.2 m. Larger contributions to global sea level rise from more rapid melting of polar ice sheets are possible, although scientists are unable to estimate these increases until they have a better understanding of the processes involved
A path that curves or zig-zags near the seaward edge of the dune can slow erosion and flooding in the back dune.
CHOICE OF MATERIAL SELECTION
CONCRETE
ROCKS
TIMBER
STEEL
VINYL
TIDE & SEA LEVEL RISE
YEAR 2100 HIGH TIDE CURRENT HIGH TIDE CURRENT LOW TIDE
YEAR 2100 LOW TIDE
Soldier Pile Bolt Waler Fill Sheathing Filter Cloth Anchor Pile Tie-rod
Year 2100 High Water Level
Year 2100 Low Water Level
Current High Water Level
Current Low Water Level
MATERIAL PALETTE
DARK TIMBER
LIGHT TIMBER
GRASS
ROCKS
SAND
A LIGHTING
A
LARGE STEPS FADED TIMBER (RAMP) TIMBER
B
ROCKS
C
AXO DETAIL
B
C SHELTER
GRASS LIGHTING
STEPS TO BEACH FADED TIMBER (RAMP) LIGHTING GRASS
SEATING AT DIFFERENT ANGLES ROCKS
SHELTERS INSPIRED FROM TRADITIONAL ABORIGINAL HUTS
FADED TIMBER (RAMP)
WAANG THE RAVEN BUNJIL THE EAGLE
TWO MOIETY TOTEMS OF THE BUNURONG: BUNJIL AND WAANG, PROTECTOR OF THE WATERWAYS
WAANG (THE RAVEN)
BUNJIL (THE EAGLE)
SAN REMO FORESHORE _ WETLAND
EXISTING STORMWATER PIPE LOW
HIGH
500MM CONTOUR STORMWATER PIPE WATER FLOW
WET LAND
PROPOSED STORMWATER PIPE LOW
HIGH
500MM CONTOUR STORMWATER PIPE WATER FLOW WETLAND
SITE + SLOPE LOW
HIGH
500MM CONTOUR STORMWATER PIPE WATER FLOW WETLAND
WETLAND
1/300 UPWARD SLOPE WETLAND UNDERGROUND PIPE 1/300 DOWNWARD SLOPE
VOLUME OF WETLAND
b edroom house 33bedroom house
10 0 sqm .m. w etland 100sq wetland
Speculation of wetland volume
2000sq m. wetland
waste water from 20 of 3 bedroom houses
CELL SYSTEM
SEDIMENT POND
CELL1
heavy sediment collection basin
CELL2
treatment cell plants: mixture including iris, sweet flag, cattaila, arrowhea and patterdock
CELL3 treatment cell plants: woolgrass
soil: native soil
CELL4
CELL5
treatment cell plants: soft stem, buirush soil: sized gravel
DEPTH OF CELL 9
INFLOW
OUTFLOW SEDIMENT POND 1M
CELL1 1.2M
CELL2 1.4M
CELL3 1.6M
CELL4 1.8M
CELL5 2M
WATER FLOW
ANCOR TRENCH
45mil REIN POLYPROPLENE
INFLOW MAX RISE
OUTFLOW
TOP OF GRAVEL SANDY LOAM AND GRAVEL
COMPACTD SUBCRADE PVC PIPE
PVC BOOT
25MM ROCKS
WATER PURIFICATION CO2
CO2
CARBON CYCLE IN WETLANDS
DIFFUSION AIR WATER
INFLOW
LEAF LITTER
PHOTOSYNTHESIS AND RESPIRATION
AEROBIC SOIL LAYER
CARBONATE SYSTEM
POC, DOC
AEROBIC SOIL LAYER
HCO3 CO3
N2CO3 CO2 CO2
FERMENTATION DOC LOCTIC ACID, ETHONOL
SULFATE REDUCTION
H2CO3
NITRATE REDUCTION METHANOGENESIS
CH4
TREATED EFFLUENT
DOC = DISSOLVED ORGANIC CARBON POC = PARICULATE ORGANIC CARBON PHYSICAL/ CHEMICAL PROCESSES
AQUATIC PLANT PALETTE
BACTERIAL/ PLANT PROCESSES
Ranunculus aquatilis common water crowfoot
Nymphaea alba white water lily
Hydrocharis morsus-ranae frogbit
Typha angustifolia lesser bulrush
Butomus umbellatus flowering rush
Caltha palustris kingcup
Hottonia palustris water violet
Polygonum amphibium water smartweed
Schoenoplectus lacustris common clubrush
Sagittaria sagittifolia arrowhead
Acous calamus common swet flag
Veronica beccabunga brooklime
Nuphar lutea yellow waterlily
Stratiotes aloides water soldier
Phragmites australis common reed
Calla palustris bog arum
Alisma plantago-aquatica common water plant
Myosotis palustris common forget-me-not
growth height in cm
oxygenation 10-20
x x
shallow
Hottonia palustris water violet
Ranunculus aquatilis common water crowfoot
20
x x x x
x 5
x
Myosotis palustris common forget-me-not
Veronica beccabunga brooklime
Caltha palustris kingcup
Alisma plantago-aquatica common water plant
Acous calamus common swet flag
Butomus umbellatus flowering rush
Calla palustris bog arum
Sagittaria sagittifolia arrowhead
Typha angustifolia lesser bulrush
Phragmites australis common reed
Schoenoplectus lacustris common clubrush
Hydrocharis morsus-ranae frogbit
Stratiotes aloides water soldier
Polygonum amphibium water smartweed
x Nymphaea alba white water lily
30 Nuphar lutea yellow waterlily
semi deep
shore area 0-10 -20 -30 -40 -50 -60 -70 -80 -90 -100 -110 -120 -130 -140 -150 growth height in cm (above water level) purification effect deep
AQUATIC PLANT HABIT
200 60-250 200 40-70 20-30 80-100 60-100 30-80 30 20-30 20-40
x x x x x x x x x x x
SAN REMO FORESHORE _ AMPHITHEATRE
STRUCTURE & MATERIAL
Western Red Cedar timber Cladding
Solid Veneer Lumber
Prefabricated Steel Structure
Portable Modular Stage
Concrete Footings For Canopy Structure
UV / Water Proof Fabric
Prefabricated Steel Structure
Western Red Cedar timber Cladding
WEATHER PROOF ROOF RAINY
DRY
HORIZONTAL & VERTICAL SECTIONS
NATURAL SOUND BARRIER
SPECIFICATION A + 3000
+ 2500
B C D
+ 2000
+ 1500
E F
+ 1000 + 500
AREA SPECIFICATION AREA / SQM
+ 0.00
G CAPACITY ( COUNTING AT 1.5 SQM PER PERSON )
PURPOSE
HEIGHT / mm
A
148
95
SEATING
+ 3000
B
113
75
SEATING
+ 2500
C
113
75
SEATING
+ 2000
D
114
75
SEATING
+ 1500
E
114
75
SEATING
+ 1000
F G
115
75
SEATING
+ 500
608
400
STAGE
+ 0.00
H
480
350
MULTI PURPOSE
+ 1500
TOTAL
1805
1220
+ 1500
H
+ 1500
H
D
114
75
SEATING
+ 1500
E
114
75
SEATING
+ 1000
F G
115
75
SEATING
+ 500
608
400
STAGE
+ 0.00
H
480
350
MULTI PURPOSE
+ 1500
TOTAL
1805
1220
AREA SPECIFICATION AREA / SQM
CAPACITY ( COUNTING AT 1.5 SQM PER PERSON )
PURPOSE
HEIGHT / mm
A
148
95
SEATING
+ 3000
B
113
75
SEATING
+ 2500
C
113
75
SEATING
+ 2000
D
114
75
SEATING
+ 1500
E
114
75
SEATING
+ 1000
F G
115
75
SEATING
+ 500
608
400
STAGE
+ 0.00
H
PUBLIC USE WITHOUT480 EVENT
TOTAL
1805
350 1220
STAGE & FABRIC INSTALLATION MULTI PURPOSE FOR MINOR EVENT
+ 1500
STAGE & DOUBLE FABRIC INSTALLATION FOR MAJOR EVENT