154,095 - Waterfront Toronto · 2020. 11. 24. · Toronto Inner Harbour Cherry Street Commissioners...
Transcript of 154,095 - Waterfront Toronto · 2020. 11. 24. · Toronto Inner Harbour Cherry Street Commissioners...
154,095
Herb Sweeny, MVVAPresented to the Port Lands Flood Protection Stakeholder Advisory Committee on October 22, 2020
Project FeedbackCommunity (Survey + Consultations)Design Review Panel SAC Meeting #7 - May 28, 2020
● The adventurous, all-ages design for the River Valley Park North play area is exciting, appreciative of the wildness that has been kept there
● The park design, promontory and the MT-35 Commemoration elements, are exciting and appropriate for the site context
● Wayfinding and interpretive signage are creatively thought out. This is a good opportunity to incorporate Indigenous history or culture, and information about natural species and habitats.
● Concern about management of sediment after it is dredged from the river, especially the smell if it is stock piled on land
● Find a role for public art within the design ● Develop signage and way-finding ● Create a family of materials and furnishings ● Consider future conditions in and around
the park, such as the catalyst building and urban massing
● Future-proof the design to accommodate fluctuating lake levels
● Study event programming at the central lawn
● Develop park operations and programming ● Choreograph winter programming and
character ● Consider unique engagement opportunities
between park visitors and site ecology ● Create an inventive, bio-diverse, and
daring planting strategy ● Strongly integrate remnants of industrial
and natural heritage ● Provide renderings of the Esplanade ● Develop the character of Destination Play
● Feeling immersed in nature comes from ability to wander while discovering new views or un-manicured vegetation
● Variation of landscape and ecology was noted as “nice to have”
● People expressed a desire for clear information about access points (lighting and signage indicating formal paths)
● Emphasis on views and variety of landscape types
● Create views of Inner Harbour and City ● All season use support winter programming ● Facilitate public water activities and
connections/access to the water ● Integrate history through preserving local
heritage and culture (adaptive reuse, art)
Fitness Lawn
Lower Don Trail
Promontory Park South and River Valley Park North/South - Updated Design
Picnic Terrace
Picnic Lawn
Central Lawn
Promontory
Esplanade
Canoe Cove
Atlas Crane Peninsula
Future Destination Play Area
Future Play Pavilion/Comfort Station
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4
4
3
3
1
1
2
2 2
7
7
Wetland Viewing Lawn
Dogs Off Leash Area
Nature Play Area
Fire Hall 30 Plaza
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P o l s o n S l i p
D o n R i v e r
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C o m m i s s i o n e r s S t r e e t
F u t u r e P o l s o n S t r e e t
River Valley Park
F u t u r e D e v e l o p m e n t
P a r c e l
F u t u r e P r o m o n t o r y P a r k N o r t h
F u t u r e C e n t r e S t r e e t
Promontory Park South and River Valley Park North/South - Updated Design
P o l s o n S l i p
D o n R i v e r
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C o m m i s s i o n e r s S t r e e t
F u t u r e P o l s o n S t r e e t
River Valley Park
F u t u r e C e n t r e S t r e e t
Support accessibility by all groups of people
Study event programmingat Central Lawn
Protect natural habitats while creating places to engage with water & nature
Consider keeping fishing areas to a harder edge so habitats & vegetation are not trampled
Facilitate public water activities, connections & access to the water
Character of recreational & multi-use trails should be different from commuter trails, including Lower Don Trail
Emphasize views & variety of landscape types
Strongly integrate remnants of industrial & natural heritage
Orchestrating a Complete Ensemble
Promontory Park South ● Event Lawn & Plaza
● Harbour Esplanade
● Marine Terminal 35 Building Commemoration
● Promontory
● Atlas Crane Peninsula
● Entry Plaza
● Destination Play Area (Contingent on Fundraising)
River Valley Park North and South
● Commissioners Street Edge
● Nature Play Area
● Picnic Area
● Picnic Lawn
● Dog Off Leash Areas
● Entry Plaza with Indoor Amenities at FH-30
● Future Polson Street Edge
● Bike Bridges
Park Wide Features ● Gathering Areas
● Art
● Wayfinding and Signage
● Site Furnishings, Lighting and Materials
● Operations and Maintenance
● Planting
Promontory Park South
Promontory Park South - Updated Design
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P o l s o n S l i p
D o n R i v e r
Ch
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S
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C o m m i s s i o n e r s S t r e e t
F u t u r e P o l s o n S t r e e t
River Valley Park
F u t u r e D e v e l o p m e n t
P a r c e l
F u t u r e D e v e l o p m e n t
P a r c e l
F u t u r e D e v e l o p m e n t
P a r c e l
F u t u r e P r o m o n t o r y P a r k N o r t h
F u t u r e C e n t r e S t r e e t
Enlargement Area
Event Lawn, Plaza and Esplanade - Promontory Park South
HLL 76.09
LLL 74.24
MLL 74.74
0 16m8
C a n o e C o v e
Po
ls
on
S
li
p
T o r o n t o I n n e r H a r b o u r
H a r b o u r E s p l a n a d e
We
st
Co
ve
Fu
ture
P
rom
on
tory
P
ark
No
rth
Pr
op
er
ty
L
in
e
E v e n t L a w n
H a r b o u r L a w n
E v e n t P l a z a
R i v e r V i e wP r o m o n t o r y
G a t h e r i n gS p a c e
G r a v e lB e a c h
U p p e r P r o m o n t o r y
H a r b o u r V i e wP r o m o n t o r y
C i t y V i e wP r o m o n t o r y
10M
8M 5M
5M 2.5M
18M
Metal Kickrail Timber BenchTimber Bench
Existing MT-35 Foundation Wall
MT-35 Light Column
Waste and Recycling Receptacles
Asphalt Path
ConcreteUnit Pavers
Screened Limestone
Limestone Blocks
Stone FacedMSE Wall
Screened LimestoneRocky
Scramble
+77
+77.5
+78.5
+79.5+79.75
+83.25
+82.25 +83.5
+84.25
+82
+77.25
+79
+78
+77
View From Harbour Promenade Looking South Towards Toronto Islands
Promontory - Bird’s Eye View
C a n o e C o v e
H a b i t a t I s l a n d
W e s tC o v e
Po l so n S
l i p
To ro n t o I n n e r
H a r b ou rH
a r b o u r E s p l a n a d e
+77
+77.5
+78.5
+79.5
+79.75
+82.25
+83.25
+84.25
+82
+79
+78
+77
+77.25
E v e n t L a w n
H a r b o u r L a wn
E v e n t P l a z a
F u t u r e P r o m o n t o r y P a r k N o r t h
G r a v e l B e a c h
C a n o eL a u n c h
A t l a sC r a n e
D e s t i n a t i o n P l a y A r e a
G a t h e r i n gA r e a
D e s t i n a t i o n P l a y A r e a
R o c k yS c r a m b l e
Ma
in P
ar k
Pa
t h
We s t W
al l E a s t W a l l
R i v e r V i e w P r o m o n t o r y
U p p e r P r o m o n t o r y
C i t y V i e w P r o m o n t o r y
H a r b o u r V i e w P r o m o n t o r y
View from Polson Slip Overlook looking Northwest to Harbour Promontory
Fu
tu
re
C
he
rr
y
St
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et
L
RT
Park Entrances at Cherry Street - Promontory Park South
F u t u r e C o m m i s s i o n e r s S t r e e t L R T
C o m m i s s i o n e r s S t r e e t
DP indigenous slide
+76.9
+HP 82.25
+78.5
+79
+77.5
+78
+76.5
+HP 80.5
+78.0
20MF u t u r e T r i n i t y
B l v d
A t l a s C r a n e
P e n i n s u l a
W e t l a n d 1
D o g s O f f -L e a s h A r e a
( D O L A )
W e t l a n dV i e w L a w n
L i m i t o f W o r k
L i m i t o f W o r k
L i mi t o f W
o r k
L i mi t o f W
o r k
Ch
er
ry
S
tr
ee
t
At l a
s Cr a n e L a w n
5M
5M
5M
4M
6M
Asphalt Path
Waste and Recycling Receptacles
Park Benches
Dogs Off Leash Area Fence
Screened Limestone
E n t r y G a r d e n
F u t u r e D e s t i n a t i o n
P l a y A r e a
Ma i n
Pa r k P a t h
Ma i n
Pa r k P
a t h
0 15m7.5
T o p o f B a n k
+78.75
+80.25
Waste and Recycling Receptacles
CIP Concrete Stair
Vehicle Gate (PFR/Emergency Access Only)
Wayfinding andSignage
Bike Racks
Park Benches
Bike Racks
Park Benches
Range Fence Type 2Range Fence
Type 2
Range Fence Type 1
Asphalt Service Road
CIP Concrete Stair
River Valley Park North and South
An Integrated Network of Paths and Trails
0 50 100m
P o l s o n S t r e e tF u t u r e P o l s o n S t r e e t
Future V i l l iers
Park
P o l s o n S l i p
S h i p C h a n n e l
L a k e S h o r e B l v d E a s t
Future Promontory Park North
Promontory Park South
Don Greenway
To
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o
In
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r
Ha
rb
ou
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Ch
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C o m m i s s i o n e r s S t r e e t
V i l l i e r s S t r e e t
Do
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wa
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Old
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Do n R i
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River Valley Park
K e a t i n g C h a n n e l
Main Park Path: 4-6m
Secondary Park Path: 2-3m
Recreational Trails: 2.8m
Lower Don Trail: 3.6m
Commuter Bike Lane: 2m
Martin Goodman Trail: 4m
Interim Paths: 4m
City Sidewalks: 3-5m
River Valley Park South Main Entrances - Enlargement plan River Valley Park South Main Entrances - Enlargement Plan
D o n R i v e r
F i t n e s sL a w n
F u t u r e D e v e l o p m e n t P a r c e l
L e v e e P a t h
W e t l a n d 2
We t l a n d B r i d g e
Ri v
er
Va
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y
Br i
dg
e
F u t u r e P o l s o n S t r e e t
B i k e B r i d g e
B i k e B r i d g e
M a i n P a r k P a t h
L o w e r D o n T r a i l
+77.25
+81
+81
+78
+77.25
+77.50
+77.50
0 15 30m
L i m i t o f W o r k / R i g h t o f W a y
R i g h t o f W a y
T o p o f B a n k
Asphalt Path
Waste and Recycling Receptacles
Park Benches
Asphalt PathRaised Stone Feature
E c o - C l a s s r o o m W e s t
4M
4M
4M
RVPS West Bike Bridge - Current Design
82
81.5
8180.580
79.579
78.5
81.5
81
80.5
80 79.5 79
78.5
SIM
1L4-2.1
1L4-2.1
Lower Don Trail
Cut Sectionof MT-35 Girder
Cut Sectionof MT-35 Girder
Cantilevered Sectionof MT-35 Girder
Cantilevered Sectionof MT-35 Girder
Brid
ge W
idth
6134
mm
1L4-2.1
3L4-2.1
82
81.5
81
80.5
SIMSIM
Bridge Span14020mm
C
2L3-9.6
B
Cap Both Ends of RepurposedMT-35 Girders with Metal Plate,Refer to Wayfinding DWGS
Approach SlabBelow, Refer toStructural DWGs
Flush Concrete Threshold, TYP
Expansion Joint, Typ.
Asphalt Pavement -Vehicular
PARK
PAT
H
Reinforced ConcreteAbutment Below,
Refer to S3-1.3
Repurposed MT-35Girder
Wood Decking
Asphalt Pavement -Vehicular
5L4-3.2
Armour StoneProfile - D
(Revetment)
1L3-9.7
PavementMarking Details
AsphaltPavement -Vehicular
Wing Wall, Below
Multi-Use TrailLateral Clearance
CIP ConcretePavement
Expansion Joint, TYP
3L4-6.1
Timber Range Fence,Type 2
Concrete Wing Wall,Below, Refer to S3-1.3
82.1681.93 HP 82.2681.86
1L3-9.7
PavementMarking Details
Bik
e P
ath
Cle
ar W
idth
5600
mm
4000mm
1000
mm
5615
mm
1000
mm
Multi-Use TrailLateral Clearance
Multi-Use TrailLateral Clearance
1L3-9.6
3L3-9.6
2:1
2:1
1.5%1.5%
2.6% 1.5% 4.6%
For Structural Beamsand Joists, See
Structural DWGs
Wood Decking Joint E.Q
.E
.Q.
SIM SIMSIM A
Panel A2026mm
Panel B2324mm
Panel B2324mm
Panel C3493mm
Panel C3493mm
Panel C3493mm
Panel B2325mm
Panel B2325mm
Panel A2026mmPanel C
3493mm
2L3-9.6
3L3-9.6
Repurposed MT-35Girder, Behind
1 Asphalt Pavement -
Cap Both Ends of RepurposedMT-35 Girders with Metal Plate,Refer to Wayfinding DWGS
1L3-9.6
2L3-9.6
Bike BridgeGuardrail
A Enlargement Plan02.5m 2.5m 5m
Notes:1. All Steel Structures includ
Repurposed MT-35 Girderecieve High PerformancSystem. Tnemec or Equi
2. For Bridge Lighting, RefeDetails.
N
RVPS West Bike Bridge -Current Design
RVPS West Bike Bridge - Current DesignSIM SIMSIM A
78.47
Panel A2026mm
Panel B2324mm
Panel B2324mm
Panel C3493mm
Panel C3493mm
Panel C3493mm
Panel B2325mm
Panel B2325mm
Panel A2026mmPanel C
3493mm
2L3-9.6
3L3-9.6
Repurposed MT-35Girder, Behind
Concrete Abutment with CustomFormliner on Exposed Surfaces,TYP, Refer to Structural DWGS
Subgrade Fill
Concrete PileFoundation, Referto Structural DWGs
Approach Slab, Refer toStructural DWGs
Finish Grade,Beyond
1L4-2.1
Asphalt Pavement -Vehicular
3L4-2.1
CIP ConcretePavement
5L4-3.2
Armour StoneProfile - D(Revetment)
1L4-2.1
AsphaltPavement -Vehicular
Finish Grade,Beyond
81.9382.16
Cap Both Ends of RepurposedMT-35 Girders with Metal Plate,Refer to Wayfinding DWGS
Cle
aran
ce30
00m
m, M
IN
1L3-9.6
2L3-9.6
Bike BridgeGuardrail
Type L6 Light,Refer toLighting DWGs Field Cut
Stone atAbutment
81.86
HP 82.26
2:1
1.5% 4.6%1.5%1.5%
2:1
5L3-9.6
Stone atSwale
SIM SIMSIM A
Panel A2026mm
Panel B2324mm
Panel B2324mm
Panel C3493mm
Panel C3493mm
Panel C3493mm
Panel B2325mm
Panel B2325mm
Panel A2026mmPanel C
3493mm
2L3-9.6
3L3-9.6
ConcreteAbutment withCustomFormliner onExposedSurfaces, TYP.Refer toStructural DWGS
Cap Both Ends of RepurposedMT-35 Girders with Metal Plate,Refer to Wayfinding DWGS
Girder Stiffeners andFloor Beams Every3rd Web Opening
Girder StiffenerRequired at Bearings
Repurposed MT-35Girder
Fascia Panel
Subgrade Fill
Concrete Pile Type1 Foundation, Referto S3-1.4
Concrete Wing Wall,Refer to StructuralDWGs
Cut Girder at StiffenerCut Girderat Stiffener
3L4-2.1
CIPConcretePavement
5L4-3.2
Armour StoneProfile - D
(Revetment)
78.48Concrete Pile Type 2Foundation, Refer to S3-1.4
Cle
aran
ce30
00m
m, M
IN
1L3-9.6
Type L6 Light,Beyond, Refer toLighting DWGs
2:1
2:1
5L3-9.6
Stone atSwale
Coordinate System Notes:
The project horizontal datum is NAD27The horizontal coordinate system is thMercator (MTM) projection, Zone 10.
The project vertical datum is the Cana1928:PRE1978.
1 River Valley Park South Bike Bridge AScale: 1:50
B Section Elevation - Longitudinal
C Elevation - Longitudinal
ay, S
epte
mbe
r 18
, 202
0 11
:16:
23 A
M
Notes:
1. All Steel Structures including Repshall recieve High Performance Cor Equivalent.
2. For Bridge Lighting, Refer to Light
RVPS West Bike Bridge -Current Design
RVPS West Bike Bridge - Current Design
FASCIA PANEL
3A
1AL3-9.5
1AL3-9.4
1.5%
252mm
120mm
Jakob Webnet INVISS-C Meshwith 2mm X 60mm Width Mesh,Stainless Steel (Or ApprovedEqual)
Girder Stiffeners Located atFloor Beams and Every 3rdWeb Opening, BehindRepurposed MT-35Girder, Beyond
Wood Framing,Refer toStructural DWGs
Cut Girder at Stiffener
Finish Grade, Beyond
Concrete Wing Wall,Beyond, Refer toStructural DWGs
Wood Decking
Exposed Concrete Abutment withCustom Formliner, Refer to S3-1.3and S3-2.3
Bearing Pad, Referto Structural DWGs
Approach Slab,Refer to StructuralDWGs
Steel Expansion Joint Plate,Refer to Structural DWGs
1L4-2.1
Asphalt Pavement -Vehicular
1126mm, O.C. Typ.977mm
3B Signage PanelAttachment
977mm
60mm
Attachment
1AL3-9.5
1AL3-9.4
Jakob Webnet INVISS-CMesh Infill with 2mm X 60mm Width Mesh,Stainless Steel (Or Approved Equal)
Eye Nut
38mm x 38mm 3.2mm Angle,
1118
mm
6
EQ
.E
Q.
252m
m
3B
1L4-2.1
AsphaltPavement -
Vehicular
2 River Valley Park South Bike Bridge GuardrailScale: 1:10
Section
1 River Valley Park South Bike Bridge Typical Cross SectionsScale: 1:50
A Cross Section at Bridge Abutment B Cross Section at Midspan of Bridge
3 River Valley Park SouthScale: Varies
A Girder TerminatioScale: 1:10
RVPS West Bike Bridge -Current Design
RVPS West Bike Bridge - Current DesignRVPS West Bike Bridge -Current Design
View From Cherry Street Entrance Looking Southeast into River Valley Park North
View from Commissioners Street Looking Southeast to Fire Hall 30 Plaza
050m 50m 100m050m 50m 100m
SDMA Diagrams Waterfront TorontoMichael Van Valkenburgh Associates, Inc.May 2, 2019
N050m 50m 100m
SDMA Diagrams Waterfront TorontoMichael Van Valkenburgh Associates, Inc.May 2, 2019
N050m 50m 100m
SDMA Diagrams Waterfront TorontoMichael Van Valkenburgh Associates, Inc.May 2, 2019
N050m 50m 100m
SDMA Diagrams Waterfront TorontoMichael Van Valkenburgh Associates, Inc.May 2, 2019
N050m 50m 100m
SDMA Diagrams Waterfront TorontoMichael Van Valkenburgh Associates, Inc.May 2, 2019
N050m 50m 100m
SDMA Diagrams Waterfront TorontoMichael Van Valkenburgh Associates, Inc.May 2, 2019
N050m 50m 100m
SDMA Diagrams Waterfront TorontoMichael Van Valkenburgh Associates, Inc.May 2, 2019
N050m 50m 100m
SDMA Diagrams Waterfront TorontoMichael Van Valkenburgh Associates, Inc.May 2, 2019
N050m 50m 100m
SDMA Diagrams Waterfront TorontoMichael Van Valkenburgh Associates, Inc.May 2, 2019
N050m 50m 100m
SDMA Diagrams Waterfront TorontoMichael Van Valkenburgh Associates, Inc.May 2, 2019
N050m 50m 100m
SDMA Diagrams Waterfront TorontoMichael Van Valkenburgh Associates, Inc.May 2, 2019
N050m 50m 100m
Planning for Future Operations and Maintenance Needs
0 10 20m2024
Cherry Street
Polson Street
Don River
Commissioners Street
River Valley Park North
River Valley Park South
Potential O+M Facility Locations
Potential PFR Administrative/O+M Building Use
Proposed Gardiner 3B Above
Proposed Lake Shore Blvd
Don
Roa
dway
Don
Riv
er
Potential Location for O+M Facility
Potential Location for O+M Facility
HONI Tower
Lower Don Trail
Wilson Yards
Keating Channel
Full Vision
Don River
River Valley Park North - Updated Design
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C o m m i s s i o n e r s S t r e e t
F u t u r e P o l s o n S t r e e t
River Valley Park
F u t u r e D e v e l o p m e n t
P a r c e l
F u t u r e D e v e l o p m e n t
P a r c e l
F u t u r e D e v e l o p m e n t
P a r c e l
F u t u r e P r o m o n t o r y P a r k N o r t h
F u t u r e C e n t r e S t r e e t
Enlargement Area
0 17 34m
F u t u r e C o m m i s s i o n e r s S t r e e t L R T
C o m m i s s i o n e r s S t r e e t
W e t l a n d 1
Nature Play Area - Plan
M a i n P a r k P a t h
Dogs off Leash Area
Cableway Canyon
Green Giant Forest
Badlands Scramble
Fire Hall 30
Gathering Area
3
3
1
11
2
2
4
4
5
5
D o n R i v e r
M a i n P a r k P a t h
R i g h t o f W a y
6
6
T o p o f B a n k
0 5.5 11m
+81.25
+78 +79.5
+77.5
+77
+78.5+76.75
+78.5
+78.75
+78.25
+77
+78.75
Cableway Canyon - River Valley Park North
To-Fro Swing
Large Gated Cablew
ay
Des
ign
H. K
üke
lhau
sC
op
yrig
ht
© R
ich
ter
Spie
lger
äte
Gm
bH
0
7/19
Play valueThe Chain Path consists of carefully mounted running bars which swing harmonically under load. This interesting linking element is a challenge for skills and concentration and is a relaxation for tired feet. The Chain Path is also available as access equipment for slopes.
Fundamental characteristics- The use of wood provides for a special
tactile experience.- incentive for playing: round timbers
suspended on chains- movement: balancing, swinging,
walking, coordination
Recommended- for children from 4 years- for public playgrounds playgrounds situated near houses children‘s homes school playgrounds outdoor swimming pools leisure areas for those with special
needs
Barrier-free- special exercise experience- with a carer
Chain PathFree-standing Chain Path
Free-standing Chain Path with protecting path through
6.521006.52000
Order No. 6.52000 Chain Path
R I C H T E R S P I E L G E R Ä T E G M B H · D - 8 3 1 1 2 F R A S D O R F · P H O N E + 4 9 - 8 0 5 2 - 1 7 9 8 0 · F A X 4 1 8 0
430429
Chain Path
Bell C
limbing Poles
Slack Line
6.51805
Play valueThe equipment „Climbing Ropes“ is particularly suited to make use of height changes in the landscape. Hills and dales are structured and at the same time, ground and plant are protected from play activities. The simple, but clever rope construction, makes climbing activities in both directions a playful challenge. Aluminium swages on the walking ropes allow for a firm step despite all difficul-ties. The Climbing Ropes represent an attracting basic element of activity trails. The rope length can vary and various connecting elements can be combined as the planning requires. Parallel running climbing ropes, as shown, are particularly attractive.
Fundamental characteristics- unique and original- designed as a plant protecting climbing
element with a strong attraction to children
- incentive for playing: suspended ropes with aluminium swages
- movement: balance, coordination
Suitable- for children from 6 years- for public playgrounds leisure areas youth centres school playgrounds
Climbing Ropesbasic element
Climbing Ropeselement for attachment
L6.51800 basic element and L6.51805 element forattachment with support posts in larch square timber
The standard colour of the ropes is red.
6.51800
Des
ign
an
d C
op
yrig
ht
© R
ich
ter
Spie
lger
äte
Gm
bH
1
0/15
Order No. L6.51800 basic element made of larch
R I C H T E R S P I E L G E R Ä T E G M B H · D - 8 3 1 1 2 F R A S D O R F · P H O N E + 4 9 - 8 0 5 2 / 1 7 9 8 0 · F A X 4 1 8 0
427
Parallel Ropes
M a i n P a r k P a t h
Asphalt Path
Engineered Wood Fibre
Engineered Wood Fibre
Concrete Curb
Snow Fence
Glacial ErraticConcrete Curb
Concrete CurbWood Plant Rail
Engineered Wood Fibre
Engineered Wood Fibre
Asphalt PathPoured in Place Play Surface
Poured in Place Play Surface
20M
40M
3M
3MG r e e n G i a n t
F o r e s t
0 5.5 11m
+81.25
+80.5
+80.4
+81.5
+81.25
+81.75
+77
+81.75+80.75
+80.50
+78
+78
B a d l a n d s
F H - 3 0P l a z a
B a d l a n d s
C o m m i s s i o n e r s S t r e e t S i d e w a l k
Green Giant Forest - River Valley Park North Snowy Owl
Forest Swings
6
WT 109 Pole ClimbersThematic Narrative
In revising the pole climbers, we further explore the dynamics of the forest and the perfect imperfection of natural tree forms. Varying heights, repeatable patterns, and the role of dynamic balance and tension are important aspects of the play experience. Larger steps carved to better match the curves and nobs of the trees will provide a range of climbing heights. The shortest height offers two branc-hing legs and an easier climbing experience. The medium height offers two branching legs and increases the challenge providing opportunity for personal growth and exploration as children test their strength and boundaries. The largest pole climbers add a third branching leg on some elements and provide awe in their size and curiosity and enticement as children wonder what it would be like if they could climb to the lofty peak.
Updated Technical Specifications. (All options are priced in groups of Twenty (20) on Form F2) » Pole Climbers: Twenty (20) Size 1 (Two branches each). Black locust. Galvanized steel pole base to above grade cement footing. 3.5 m
pole height, 61 cm climbing height, 25cm pole diameter. » Pole Climbers: Twenty (20) Size 2 (Two branches each). Black locust. Galvanized steel pole base to above grade cement footing. 4.2 m
pole height, 1m climbing height, 28cm pole diameter. » Pole Climbers: Twenty (20) Size 3 (8 with three branches each and 12 with two branches). Black locust. Galvanized steel pole base to
above grade cement footing. 6.1 m pole height, no climbing height, 51cm pole diameter.
Relevant Safety Code Considerations » Minimum Protective Surfacing Zone required is 1.8 meters. » Protective Surfacing Zone is permitted to overlap another zone assuming the other zone is permitted to overlap. » Grouped pole climbers can be placed together with 14-30 cm separation between them to form one single “structure.” » Individual poles or grouped poles comply with Annex H provided a 1.5 wide path routed between the features and an acceptable
surface material. » Place surfacing by other vendor must have adequate critical height value to meet or exceed fall height. » Tops of poles will be adequately angled or rounded to prevent a having a “play surface.”
SM/MD Base Connection: Bored PipeLG Base Connection: Bored PipeConcept for refined foothold design. Included in pricing on Form F2.
Rendered here: Sm. and Med. Pole sizes (8’ and 12’ above-ground plus steel pipe base connections)
Rendered here: Large Sculptural Pole Option (20’ above-ground plus ball-joint pipe connections)
SM/MD Base Connection: Bored Pipe
Pole Climbers
Woodland Friends
Round Table
Thrones
Asphalt Path
Asphalt Path
CIP Concrete Stair
Concrete CurbWood PlantRail
Snow Fence
Engineered Wood Fibre
Engineered Wood Fibre
Asphalt Path
Asphalt Path
Asphalt Path
Poured in Place Play Surface
3M
2M
3M
3M
3M
0 5.5 11m
+80.4+81.25
+80
+79.25
+79
+77.25 Top of Sand
+76.75 Bottom of Sand
+80
+81.25 +80.50
+78
+78
+78.5
+77.5
+77.75
+78.25
Badland Scramble - River Valley Park North
Waterworks
Beaver Dam
Wooden Bench
Shade Structure
M a i n P a r k P a t h
F H - 3 0
3M
3.5M
Asphalt Path
Asphalt Path
Play Sand
ShotcreteScramble Landform
CIP Concrete Overlook
CIP Concrete Overlook
CIP Concrete Overlook
CIP Concrete Overlook
Wood PlantRail
Waste and Recycling Receptacles
G r e e n G i a n t F o r e s t
Munition Street Entry
Picnic Terrace
Raccoon Picnic Play
Picnic Lawn
3
1
2
2
3
Picnic Terraces and Picnic Lawn - Plan
1
2
4
2
4
F u t u r e C o m m i s s i o n e r s S t r e e t L R T
R i g h t o f W a y
C o m m i s s i o n e r s S t r e e t
D o n R i v e r
L e v e e W e t l a n d
M a i n P a r k P a t h
M a i n P a r k P
at h
T o p o f B a n k
T o p o f B a n k
Picnic Terrace - River Valley Park North
1.5m1.5
m
1.5m
1.5m
1.5m1.5m
1.5m
F u t u r e C o m m i s s i o n e r s S t r e e t L R T
R i g h t o f W a y
Munitions St. Entry
0 7.5 15m
2m2m
2m
2m
Reac
hing RaccoonBBQ Grill
Picnic Table
C o m m i s s i o n e r s S t r e e t S i d e w a l k
+79.25
+79.50
+79
+79.25
+78.75
+80
Asphalt PathScreened LimestonePavement
CIP Concrete Pavement
CIP Concrete Pavement
CIP Concrete Pavement
CIP Concrete Pavement
AODA Picnic Table
AODA Picnic Table
CIP Concrete Pavement
Entry Gate (PFR and Emergency Access Only.)
Poured in Place Play Surface
Screened Limestone Pavement
Range Fence - Type 1B
Concrete Curb
M a i n P a r k P a t h
Waste/Recycling Receptacles
5M
5M
Bike Racks
Range Fence - Type 1A
River Valley Park South Main Entrances - River Valley Park NorthD o n R i v e r
F i t n e s sL a w n
F u t u r e D e v e l o p m e n t P a r c e l
F u t u r e P o l s o n S t r e e t
B i k e B r i d g e
B i k e B r i d g e
M a i n P a r k P a t h+77.25
+81
+81
+78
+77.25
+77.50
+77.50
0 15 30m
L i m i t o f W o r k / R i g h t o f W a y
R i g h t o f W a y
T o p o f B a n k
L o w e r D o n T r a i l
Bike Bridge
Wet
land Bridge
Rive
r Valley Bridge
Eco-
Classroom
Asphalt Path
Waste and Recycling Receptacles
Park Benches
Asphalt PathRaised Stone Feature
4M
4M4M
High Lake Level Analysis
PLFP - Mean Lake Level (74.74 CGVD:28 Pre 78)
0 50 100m
P o l s o n S t r e e t
F u t u r e P o l s o n S t r e e t
Future V i l l iers
Park
P o l s o n S l i p
S h i p C h a n n e l
L a k e S h o r e B l v d E a s t
Future Promontory Park North
Promontory Park South
Don Greenway
K e a t i n g C h a n n e l
To
ro
nt
o
In
ne
r
Ha
rb
ou
r
Ch
er
ry
S
tr
ee
t
C o m m i s s i o n e r s S t r e e t
V i l l i e r s S t r e e t
Do
n
Ro
ad
wa
y
Old
Mu
nit
ion
St
Old
Ch
er
ry
St
Do n R i
ve
r
River Valley Park
PLFP - 100 Year High Lake Level (76.09 CGVD:28 Pre 78)
0 50 100m
P o l s o n S t r e e t
F u t u r e P o l s o n S t r e e t
Future V i l l iers
Park
P o l s o n S l i p
S h i p C h a n n e l
L a k e S h o r e B l v d E a s t
Future Promontory Park North
Promontory Park South
Don Greenway
K e a t i n g C h a n n e l
To
ro
nt
o
In
ne
r
Ha
rb
ou
r
Ch
er
ry
S
tr
ee
t
C o m m i s s i o n e r s S t r e e t
V i l l i e r s S t r e e t
Do
n
Ro
ad
wa
y
Old
Mu
nit
ion
St
Old
Ch
er
ry
St
Do n R i
ve
r
River Valley Park
Available Pedestrian River CrossingAvailable Cyclist River Crossing
Water Surface Elevation - 76.09 CGVD:28 Pre 78
PLFP - 100 Year High Lake Level - Available River Crossings (76.09)
0 50 100m
P o l s o n S t r e e t
F u t u r e P o l s o n S t r e e t
Future V i l l iers
Park
P o l s o n S l i p
S h i p C h a n n e l
L a k e S h o r e B l v d E a s t
Future Promontory Park North
Promontory Park South
Don Greenway
K e a t i n g C h a n n e l
To
ro
nt
o
In
ne
r
Ha
rb
ou
r
Ch
er
ry
S
tr
ee
t
C o m m i s s i o n e r s S t r e e t
V i l l i e r s S t r e e t
Do
n
Ro
ad
wa
y
Old
Mu
nit
ion
St
Old
Ch
er
ry
St
Do n R i
ve
r
River Valley Park
Planting a Forest Frame
0 50 100m
Park Planting Zones- Diagram
P o l s o n S t r e e tF u t u r e P o l s o n S t r e e t
Future V i l l iers
Park
P o l s o n S l i p
S h i p C h a n n e l
L a k e S h o r e B l v d E a s t
Future Promontory Park North
Don Greenway
To
ro
nt
o
In
ne
r
Ha
rb
ou
r
Ch
er
ry
S
tr
ee
t
C o m m i s s i o n e r s S t r e e t
V i l l i e r s S t r e e t
Do
n
Ro
ad
wa
y
Old
Mu
nit
ion
St
Old
Ch
er
ry
St
Do n R i
ve
r
River Valley Park
K e a t i n g C h a n n e l
Garden
Grove
Glade
Hedgerow
Mixed Forest
Lawn
Stage 2 - Early Closed Canopy
Stage 3 - Mature Canopy
V2 - 22 V2 - 23 PLFP O+M Manual | Volume 2 Upland | 30% Submission January 30, 2020PLFP O+M Manual | Volume 2 Upland | 30% Submission January 30, 2020
Adaptively Managed AssetsOverview: Anticipating Plant Growth Over Time
2.1
Fast FactsDynamic
. The dynamic landscape types are: Mixed Forest, Grove, Glade, and Hedgerow.
. The groundplane in the dynamic areas is dominated by grasses that will limit erosion and reduce weed invasion during early conditions.
. As shade develops, shade-tolerant species will spread and additional shade-tolerant perennials will need to be added.
. Certain species of woody plants will thrive in early conditions and others will be more successful as the forest matures.
. When shaded and sheltered conditions occur, tolerant woody species can be added.
Fixed . The fixed landscape types are: Lawn and Garden
(Entry Garden, Play Garden and DOLA Garden) . The groundplane consists of species that prefer full
sun mixed with species that tolerate sun to part shade.
. As shade develops, shade-tolerant species will spread and additional shade-tolerant perennials should be added to fill in bare patches.
. Certain species of woody plants will thrive in early conditions and others will be more successful as the forest matures.
. When shaded and sheltered conditions occur, tolerant woody species can be added.
Dynamic Ecological Benefits . The groundplane of the dynamic landscape types
provide food and cover for animals and insects while the forest grows. These landscapes will primarily transition to a forest community following a natural progression. The grass-dominated initial groundplane will persist in sunny edges and gaps and will continue to provide habitat value.
This section provides guidance on how to adaptively manage the upland vegetation communities as plants grow. The character of the planting will evolve as the park matures, but not all landscape types will change equally. The landscape types are divided into two types: dynamic and fixed. The dynamic areas are designed to evolve in accordance with natural processes. Fixed areas will also change, but their overall character will remain consistent. Refer to Fig X.X for Dynamic vs Fixed areas.
. Fixed landscape types will contribute to the overall forest frame. The mixture of native and non-native species in the Garden landscape type will contribute to a diversity of fruiting and flowering times.
Maintenance DriversDynamic
. The dynamic landscape types require adaptive management to respond to changing site conditions.
. Adaptive management begins with monitoring the performance of vegetation and responding to changes in order to guide the landscape to a desired state.
. The following sections provide guidance on the adaptive management of the dynamic landscape types.
Fixed . The fixed landscape types also require adaptive
management in order to respond to changing site conditions, unexpected situations, and human use.
. While recognizing that these landscapes will evolve, the overall character of the lawn and garden landscape types will remain constant.
. Maintaining these areas in a more fixed manner is labor intensive, and as a result these landscape types require the most maintenance.
. Though written for the dynamic landscape types, some of the information in the following sections applies to the fixed types as well.
. The maintenance required by the fixed landscape types aligns with standard horticultural practices.
Figure 2.12 Dynamic landscape plant growth over time
Handoff: 2024
5-9 Years
10-20+ Years and Beyond
Stage 1 - Initial Development
Stage 2 - Early Closed Canopy
Stage 3 - Mature Canopy
V2 - 22 V2 - 23 PLFP O+M Manual | Volume 2 Upland | 30% Submission January 30, 2020PLFP O+M Manual | Volume 2 Upland | 30% Submission January 30, 2020
Adaptively Managed AssetsOverview: Anticipating Plant Growth Over Time
2.1
Fast FactsDynamic
. The dynamic landscape types are: Mixed Forest, Grove, Glade, and Hedgerow.
. The groundplane in the dynamic areas is dominated by grasses that will limit erosion and reduce weed invasion during early conditions.
. As shade develops, shade-tolerant species will spread and additional shade-tolerant perennials will need to be added.
. Certain species of woody plants will thrive in early conditions and others will be more successful as the forest matures.
. When shaded and sheltered conditions occur, tolerant woody species can be added.
Fixed . The fixed landscape types are: Lawn and Garden
(Entry Garden, Play Garden and DOLA Garden) . The groundplane consists of species that prefer full
sun mixed with species that tolerate sun to part shade.
. As shade develops, shade-tolerant species will spread and additional shade-tolerant perennials should be added to fill in bare patches.
. Certain species of woody plants will thrive in early conditions and others will be more successful as the forest matures.
. When shaded and sheltered conditions occur, tolerant woody species can be added.
Dynamic Ecological Benefits . The groundplane of the dynamic landscape types
provide food and cover for animals and insects while the forest grows. These landscapes will primarily transition to a forest community following a natural progression. The grass-dominated initial groundplane will persist in sunny edges and gaps and will continue to provide habitat value.
This section provides guidance on how to adaptively manage the upland vegetation communities as plants grow. The character of the planting will evolve as the park matures, but not all landscape types will change equally. The landscape types are divided into two types: dynamic and fixed. The dynamic areas are designed to evolve in accordance with natural processes. Fixed areas will also change, but their overall character will remain consistent. Refer to Fig X.X for Dynamic vs Fixed areas.
. Fixed landscape types will contribute to the overall forest frame. The mixture of native and non-native species in the Garden landscape type will contribute to a diversity of fruiting and flowering times.
Maintenance DriversDynamic
. The dynamic landscape types require adaptive management to respond to changing site conditions.
. Adaptive management begins with monitoring the performance of vegetation and responding to changes in order to guide the landscape to a desired state.
. The following sections provide guidance on the adaptive management of the dynamic landscape types.
Fixed . The fixed landscape types also require adaptive
management in order to respond to changing site conditions, unexpected situations, and human use.
. While recognizing that these landscapes will evolve, the overall character of the lawn and garden landscape types will remain constant.
. Maintaining these areas in a more fixed manner is labor intensive, and as a result these landscape types require the most maintenance.
. Though written for the dynamic landscape types, some of the information in the following sections applies to the fixed types as well.
. The maintenance required by the fixed landscape types aligns with standard horticultural practices.
Figure 2.12 Dynamic landscape plant growth over time
Handoff: 2024
5-9 Years
10-20+ Years and Beyond
Stage 1 - Initial Development
Stage 2 - Early Closed Canopy
Stage 3 - Mature Canopy
V2 - 22 V2 - 23 PLFP O+M Manual | Volume 2 Upland | 30% Submission January 30, 2020PLFP O+M Manual | Volume 2 Upland | 30% Submission January 30, 2020
Adaptively Managed AssetsOverview: Anticipating Plant Growth Over Time
2.1
Fast FactsDynamic
. The dynamic landscape types are: Mixed Forest, Grove, Glade, and Hedgerow.
. The groundplane in the dynamic areas is dominated by grasses that will limit erosion and reduce weed invasion during early conditions.
. As shade develops, shade-tolerant species will spread and additional shade-tolerant perennials will need to be added.
. Certain species of woody plants will thrive in early conditions and others will be more successful as the forest matures.
. When shaded and sheltered conditions occur, tolerant woody species can be added.
Fixed . The fixed landscape types are: Lawn and Garden
(Entry Garden, Play Garden and DOLA Garden) . The groundplane consists of species that prefer full
sun mixed with species that tolerate sun to part shade.
. As shade develops, shade-tolerant species will spread and additional shade-tolerant perennials should be added to fill in bare patches.
. Certain species of woody plants will thrive in early conditions and others will be more successful as the forest matures.
. When shaded and sheltered conditions occur, tolerant woody species can be added.
Dynamic Ecological Benefits . The groundplane of the dynamic landscape types
provide food and cover for animals and insects while the forest grows. These landscapes will primarily transition to a forest community following a natural progression. The grass-dominated initial groundplane will persist in sunny edges and gaps and will continue to provide habitat value.
This section provides guidance on how to adaptively manage the upland vegetation communities as plants grow. The character of the planting will evolve as the park matures, but not all landscape types will change equally. The landscape types are divided into two types: dynamic and fixed. The dynamic areas are designed to evolve in accordance with natural processes. Fixed areas will also change, but their overall character will remain consistent. Refer to Fig X.X for Dynamic vs Fixed areas.
. Fixed landscape types will contribute to the overall forest frame. The mixture of native and non-native species in the Garden landscape type will contribute to a diversity of fruiting and flowering times.
Maintenance DriversDynamic
. The dynamic landscape types require adaptive management to respond to changing site conditions.
. Adaptive management begins with monitoring the performance of vegetation and responding to changes in order to guide the landscape to a desired state.
. The following sections provide guidance on the adaptive management of the dynamic landscape types.
Fixed . The fixed landscape types also require adaptive
management in order to respond to changing site conditions, unexpected situations, and human use.
. While recognizing that these landscapes will evolve, the overall character of the lawn and garden landscape types will remain constant.
. Maintaining these areas in a more fixed manner is labor intensive, and as a result these landscape types require the most maintenance.
. Though written for the dynamic landscape types, some of the information in the following sections applies to the fixed types as well.
. The maintenance required by the fixed landscape types aligns with standard horticultural practices.
Figure 2.12 Dynamic landscape plant growth over time
Handoff: 2024
5-9 Years
10-20+ Years and Beyond
Stage 1 - Initial Development
Planning for Planting Evolution Over TimeHandoff: 2024Stage 1 - Initial Development
5-9 YearsStage 2 - Early Closed Canopy
10-20+ Years & BeyondStage 3 - Mature Canopy
View from Cherry Street Park Entrance looking Southwest towards Canoe Cove
View from River Valley Park South Lawn looking West Towards Promontory Park South