P O R T F O L I O 23
L O U I S E
K A R L S E N
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Marstal by The Sea
Tr a n s f o r m a t i o n S t u d i o 2 0 2 0
0 2
Middelhaven
P l a n t s & Te c h n o l o g y I I 2 0 1 8
0 3
Svanemølle Have
Landscape Studio 2020
0 4
Filmic Explorations in Landscape Architecture
Project Outside of Course Scope 2021
0 1
Marstal by The Sea
Tr a n s f o r m a t i o n S t u d i o 2 0 2 0
0 2
Middelhaven
P l a n t s & Te c h n o l o g y I I 2 0 1 8
0 3
Svanemølle Have
Landscape Studio 2020
0 4
Filmic Explorations in Landscape Architecture
Project Outside of Course Scope 2021
Marstal by The Sea
This project is situated in Marstal, one of the main towns at the small island Ærø in Denmark.
Tr a n s f o r m a t i o n S t u d i o 2 0 2 0
F To
Vi s i o n : t h e c o a s t l i n e a s a s p a c e a n d n o t a l i n e . T h e v i s i o n w i l l be displayed in both a smaller human- and bigger town scale through different interventions.
org .
0m in.
Ærø
C H A N G E I N P O P U LDenmark ATION
SØBY
Southern Denmark
Denmark Southern Denmark
Ærø
2014
2016
2014
2016
endb
95
2018
2018
n.
n.
Ærø
95
W
5 mi
100
N
5 mi
453 Inhabitants
org 7
100
org 7
453 Inhabitants SØBY
endb
.
CHANGE IN POPULATION
To S v
v7
min
min
70
Ellen is a 100% electrically powered ferry launched in 2019. It contributes to promote CO2 neutral and pollution free transport on sea. (el-færgeprojekt.dk, visited 10.03.20).
60
hav
. sha mFi ny n 6 0To
yns
aab
org
F To
aab
F To
Ellen the E-ferry
To S v
0 1
Ærø Nature Park
E S
Established in 2005. Before the implementation of the nature park there was a referendum to get approval from residents. It was a lengthy debate due to a high level of resistance especially from landowners and farmers. (tv2fyn.dk, visited 10.03.20)
Marstal Navigation School
TToo BB iir k r khhoolm l m 2200 m mini n.
.
The institution has had students since 1861. In year 2000 the government threatened to close the school. As a result, 2000 of Ærø’s residents traveled to Copenhagen and demontstrated in front of the Parliament and the institution was saved. (Weirsøe, F., 2001).
D E M O G R A DP EHMY O G R A P H Y 16 % 0-20 years
16 % 0-20 years
BregningeBregninge
ÆRØSKØBING ÆRØSKØBING
45 % 45 % 60-80+ years 60-80+ years
26 % 40-60 years 13 % 20-40 years
. min in. 5 05 0 m g in g
948 Inhabitants 948 Inhabitants
26 % 40-60 years
øb in u d kd k ø b R u Too R
13 % 20-40 years
Characteristic Bath Houses
The bath houses are almost 100 years old. They are placed between two waters, one with calm streams, the other with direct exposure to the Baltic Sea. The rentals are without expiration date and kept within families through generations. Only moderate improvements are allowed.(ærø.dk, visited 15.03.20).
T
Ommel
Ommel
Tranderup
Tranderup
Merging of Two Municipalities
Marstal and Ærøskøbing municipalities were merged in 2006 (https://cpr.dk/cpr-systemet/ kommunesammenlaegninger-opdeling/ aeroe-2006/, visited 27.03.20) Throughout times the island has gradually become more physically and socially connected.
MARSTAL
Rise
2136 Inhabitants MARSTAL
Rise
2136 Inhabitants
Denmark’s First Windmill Park
Established in 1985. They produce 1.3 times as much energy as being used at Ærø per year, meaning that the island is ‘net positive’ and provide the national energy network with the surplus. (Geografisk Orientering, 2019 nr 2).
University of Copenhagen 15 ECTS Asta Reedtz Husted Emil Hessner Louise Karlsen Supervisors Anna Aaslaug
Narratives
SOCIO-ECONOMIC STATUS Ærø (Denmark)
Renewable energy
SOCIO-ECONOMIC STATUS Ærø (Denmark) 2,3 (3,3) %
Temporarily unemployed
2,3 (3,3) % 3,3 (3,0) % Temporarily unemployed Unemployed 3,3 (3,0) % Unemployed
62,1 (71,5) % Employed
15 (8,7) % Pension
15 (8,7) % Pension
Community
World’s Largest Solar Power Plant
7,9 (8,5) % Other without job
7,9 (8,5) % Other without job
9,3 (5.0) % % 62,1 (71,5) Self Employed Employed
9,3 (5.0) % Self Employed
Main Cultural Towns heritage
When it was first carried out in 2004 it became the world’s largest solar installation. Today, it is still amongst the largest solar power plants. The plant covers 55% of energy demand on Ærø. (Pedersen, M., 2010). The inhabitants are strongly involved in the development of renewable energy (https://noah. dk/lokalt-ejet-vedvarende-energi, visited 26.03.20).
Technical plant
MainTowns towns Main
Forests
Technical plant
Technical plants Terrain (2 m curves) Forests
Main Forests Roads
Terrain m curves) Terrain(2 (2m curves) Church N W
Analysis: Settlements by the sea
E S
ÆRØ 1:50 000
Main MainRoads roads Harbour Church Churches Harbour Harbours
0 1
Concept: Reconnection to the sea at human and town scale
“All the streets and alleys of Marstal were main streets. They all led down to the World Sea” (‘We The Drowned’ by Carsten Jensen, p. 224)
Connections to the sea through history 1899
Waterdrains to reconnect to the sea in town scale
2020
The Green Pocket
The Ferry Terminal The School The Water Tower
2.
The Church Motorfabrikken
The Square
Visible Waterdrain 30x30cm
Before the industry was built at Marstal harbour (left) the connections from town to the sea were much more present than today (right) where big buildings blur these connnections. (Old map (left): https://www.kristeligt-dagblad.dk/kultur/ sandheden-bag-søfartsbyen-marstal, visited 12.03.20 )
Interactions between ecologies
One-sided slope 1,3m
1,3m
3.
1.
Skippergade, Marstal 1882 by Albert Kromann.The connection down to the sea underlined with the houses, fence, trees and the waterway in the pavement. (https://www.kristeligt-dagblad. dk/kultur/sandheden-bag-søfartsbyen-marstal, visited 12.03.20)
Concept diagram - T h e f o u r i n t e r v e n t i o n s i t e s
Life in Marstal - I m p o r t a n t P l a c e s a n d C o n n e c t i o n s Public spaces
View over Town and Sea
3,0m 5,6m
Important buildings Landmarks Views Important connections Terrain (2 m curves)
Follow the Water
The Process
The Process
Stage I - By Motorfabrikken
Stage I - By Motorfabrikken
With help from the active entrepreneuers at Motorfabrikken, this will be the first area to develop.
With help from the active entrepreneuers at Motorfabrikken, this will be the first area to develop.
Stage II - The Ferry Terminal
Stage II - The Ferry Terminal
Since this is an important meeting spot in Marstal, it will be second to develop.
Since this is an important meeting spot in Marstal, it will be second to develop.
Stage III - The Green Pocket
Stage III - The Green Pocket
A place aimed mainly towards the residents’ use.This will be the third spot to be developed.
A place aimed mainly towards the residents’ use.This will be the third spot to be developed.
Stage IIII - The Water Tower
Stage IIII - The Water Tower
To bring together all of the interventions, the fourth spot to be developed is the water tower. From here one can explore the improvement at the harbour and mentally understand the town’s connection to the sea.
To bring together all of the interventions, the fourth spot to be developed is the water tower. From here one can explore the improvement at the harbour and mentally understand the town’s connection to the sea.
Stage V - The Waterdrains
Development of waterdrains in streets within the next 10 years from now. The waterdrains connect the inner town down to the new sites by the sea.
Development of waterdrains in streets within the next 10 years from now. The waterdrains connect the inner town down to the new sites by the sea.
Expected further development
This project aims to create a framework that will encourage a bottom-up process where the residents of Marstal can continue developing the sites fitted to their own needs and values.
Sense the Sea
A town developed on the basis of the sea and connection to the harbour - Map of important buildings, public places, connections and views of Marstal. - Inner Marstal 1:10000
N W
E S
Strengthening of physical and mental connections between town and sea - Concept diagram
Stage V - The Waterdrains
Expected further development
This project aims to create a framework that will encourage a bottom-up process where the residents of Marstal can continue developing the sites fitted to their own needs and values.
N W
E S
0 1
Concept: Reconnection to the sea at human and town scale
2.50
2.00
2.00
1.50 0.50
0.50
1.50 1.00
0.32
0.0
Meetings with the sea at the edge
People of Marstal - R e l a t i o n s o f t h e H a r b o u r a n d t h e S e a
1. The Green Pocket
AN IMA L
S
The edge to the sea in the green pocket will be processed into a soft edge with stones where sea-animals can shelter and humans enjoy the view over the horizon. Birds
2. By the Ferry Terminal
The new construction at the ferry harbour will both faciliate a viewpoint up in height and shelter down in close relation to the water. 2.50
2.00 1.50
1.50
1.00 0.50
0.50
The edge at Motorfabrikken will be modified with different plateaus, which will create a gradually change from land into the water.
2.00
1.50
FE LI
3. By Motorfabrikken
1.50
0.32
D IL W
0.96
0.42
0.00
0.0
1.
Proposed modification
Existing
Proposed modification
Existing
Existing
Proposed modification
Insects
Sea animals
Entrepreneurs Shop owners
MARSTAL
Ærø SUP
Ærø Turist- and Profession
G
OR
Farmers
Earlier residents temporarily home
Marstal Trade
Ærø Fishing
Residents from other parts of Ærø
PE OP
2.00
1.50
LE
1.50
1.50
0.42
1.00
The sea as a meetingplace
Students at the Navigationschool
A general rise in sea level by 2100 of 0.15-0,75 m is anticipated on the west coast and in Danish coastal waters. In exstreme storm surge situations an increase in the maximum water level is expected to be between 0,45-1,05 m on the west coast (https://www.climatechangepost. 1.50 com/denmark/coastal-floods, visited 18.03.20). 0.96
0.0
0.00
+ 0,7 m
H. C. Ch
Ærø Art
2.50
2.00
Adults
Ærø Winterswimming Ærøs Future
When the sea level rise it changes the landscapes
Elderly
Marstal Kayak club
Marstal Sailing Club
NS
ATIO
ANIS
The waters many different functions
Youths Kids
Ærø Diving
Inspiration among others from the natural developed terraces of ‘Vorderup cliff’. (Photo: https://strand-und-steine.de/landschaft/ostseeraum/aeroe/aeroe.htm, visited 16.03.20)
ÆRØ
Marstal Retirees The Ferry Group
Inspiration among others from the cliffs of Ærø such as ‘Urehoved’.
Inspiration among others from the Southern edges of the Island.
Organic Ærø
ris ten se ns ve j
Earlier residents moving back Visitors from Ærø
Ø st
e rg a
de
New comers
In the green pocket temporary and permanent sea level rise will effect the vegetation in a constant dynamic process which people will be able to follow. The vegetation will change depending on the different plants’ tolerance to the salty seawater.
0.7 M
Sea used for calm stay and recreation
International Tourists
Some inhabitants of Marstal, some of other parts of Ærø and finally tourists from all over the world come to visit the maritime heritage - Usergroups of Marstal.
+ 0,7 m
1.50
Development in Usergroups
ad e
The sea used for leisure activities
Ha v n eg
Collection of rainwater from top of tower
V æ rf
Productive use of the sea-water 1.50
0.96
0.42
ts ve
By the plateaus temporary rise of the waterlevel will facilitate different experiences and uses of the construction. Furthermore algae are expected to effect the surface of the plateaus.
j
0.00
Active use of sea for different watersport activities + 0,7 m
The Water Tower
Aestetic use of rainwater
HISTORY
Storaged rainwater used to water municipal plantings around in the town
TODAY Storage of rainwater
Eriks Hale
The Water Tower
Eriks Hale
The long term change of the landscape will be possible to follow in a bigger scale from the water towers new viewpoint plateau at the upper flor. Especially the low wetland landscape of Eriks Hale outside of Marstal are expected to change a lot during the next hundred years. (Map: kortforsyningen.dk, visited 18.03.20)
0 1
Intervention: Motorfabrikken
Shipyard hall
MARITIME MUSEUM
Dinghy shed Asphalt
a de
Association
H av n e g
E ri k s en
New stonepavement along the quay
s P l a ds Exist. grass area
Ha vn eg ad
e
Old slipway
Old slipway sheds
x 1.50
x 1.00
x 2.00
MARITIME HERITAGE Exist. lawn e Sk ol eg ad
Villas
24m 2
Waterdrain
Green roof Motormuseum Stone pavement extended over Havnegade Exist. tree
40m 2
Gravel
Bus stop
F io lst ræ de Waterdrain
THE PLATEAUS
Of reused wood
Lightpoles
Old schooner
Exist. stone pavement
Informal stay
Grasses
The long bench Væ Grasses
rf t s ve j
Motorfabrikken back yard
Exist. Backdoor
New partly open facades
Outdoor working place
Informal stay
Of reused wood
Of reused wood
Asphalt New stonepavement along the quay
Raised beds with vegetables
MOTORFABRIKKEN
2.
x 2.00
Backdoor
Exist. grass area
je n
Ha vn eg ad
e
x 3.00
Væ rf ts ka
1.
x 1.50
3. Main entrance
References
‘Fiolstræde’ continuing with an extention of its stone pavement over ‘Havnegade’ to ‘Værftsvej’. The street view is strongly framed by the new planting along the street as well as the waterdrain which leads people from the inner town all the way to the World Sea - Visualization.
1. Concrete surface interacting with algae and water, Ofelias plads. (Own picture) 2. Materialityinspiration from the old slipway at Eriksens plads. (Own picture) 3. Maritime gardening. (https://www. kristeligt-dagblad.dk/liv-sans/nyttehaven-gror-under-vandet, photo: Leif Tuxen, visited 23.03.20)
Sa nd pl ad
se rn e
The framing with the vegetation creates different spacial qualities such as Motorfabrikken backyard, informal sunexposed stay at the long bench and open spaces in direct contact to the water - By Motorfabrikken Plan 1:500
New planting to restore framed views to the Sea E.g. ‘Pinus’, ‘Tilia’ and ‘Salix’
Street with framed view towards the Sea Extended cobblestone from Fiolstræde through the crossing
Green roof Platform for unprogrammed activities
Residential area - Fiolstræde 40 M
Havnegade 9.6 M
Open space 7.5 M
From the residential area down at ‘Værftsvej’ to the plateaus - Section at Motorfabrikken 1:250
Existing building 26.6 M
Pathway with framed view towards the Sea 42.2 M
5M
Intervention 3M 3M
5M
The Sea
Isometric of the area around Motorfabrikken.
N W
E S
0 2
I n t e r v e n t i o n : T h e W a t e r To w e r
Private garden Asphalt Bus stop
Bike parking
Vi
ew
to
Th
e
Gr
n ee
Po
ck
et
Nørre
væng
et
Gravel
THE WATER TOWER
V ie w
to T h e
F e rr y
Te rm i
nal
View platform Entrance
Stone path in the grass
Exist. trees
Vie
wt
Edible bushes
Lawn
j
to M
ot
he
o to r
chu
fa b r
rch
ik k e
tow
n
er x 14.50
x 15.50
Private garden
Ve s te
rgade
e B a rk v
V ie w
Outdoor exhibition
x 15.00
Villas
Terrace houses
Kong
1.
ensg
ade
Waterdrain
2.
References 1. Natural daylight inside building. (https://jsa.no/Mortensrud-Church-1)
A central green public space in the town of Marstal and a visible waterdrain along the sidewalk all the way through Kongensgade conecting the tower with the church and further down to the ferry harbour - The Water Tower Plan 1:250
2. View platform at a lighthouse. (https://www.tripadvisor.com/ LocationPhotoDirectLink-g42519d1778168-i262447841-Crisp_Point_ Lighthouse-Newberry_Upper_ Peninsula_Michigan.html) 3. Water reflections. (Own picture) 4. Aestetic use of water.(https://www.
4.
N W
Remove bricks to bring in natural daylight (reference 1 and 3)
View from the top of the tower overlooking the roofs of Marstal and the always present sea in the horizon supporting a mental understanding of the towns relation to the sea - Visualization.
EXHIBITION
Cultural events
Water drip through building after rain - sounds and experiences depending on the weather New planting edible bushes and high grasses - increase biodiversity Edible bushes
E.g. ‘Rubus fructicosus’, ‘Aronia melanocarpa’, ’Vaccinium corymbosum’
View platform Exist. trees ‘Betula pubescens’
Visible waterdrain leading to the Ferry Terminal
Water mirror
Collecting water
Residential area
Isometric of the water tower.
Bus stop Path 4M
The Water Tower 14 M
Residential area 17.3 M Two central landmarks of Marstal standing out among the low residential houses - The Water Tower section 1:250
Kongensgade 7.5 M
Residential area - Vestergade
Water Tower 7M Cultural meetingspot inside the tower - Section 1:100
E S
0 1
Marstal by The Sea
Tr a n s f o r m a t i o n S t u d i o 2 0 2 0
0 2
Middelhaven
P l a n t s & Te c h n o l o g y I I 2 0 1 8
0 3
Svanemølle Have
Landscape Studio 2020
0 4
Filmic Explorations in Landscape Architecture
Project Outside of Course Scope 2021
0 2
Middelhaven Sea Scout Camp P l a n t s & Te c h n o l o g y I I 2 0 1 8
The former military island has lost its form as the terrain has eroded. The future of the site is planned for youth sea scouts.
Middelhaven
Copenhagen N W
E S
Overview map
Middelg r u ndsfor tet today
Middelg r u ndsfor tet histor ical plan
C o n c e p t : We a r e a d d i n g a n e w l a y e r t o University of Copenhagen Gehl Architects 15 ECTS Anna Røtzler Lind Louise Karlsen Malene Fogh Heidemann Mette Væde Lykkebo Supervisors Peter Raaschou-Nielsen Jan Støvring
Ungdomsøen by f rami ng the island with a cont i nuous, cli mate -robust veget at ion, t h a t s h i e l d s t h e i s l a n d f r o m t h e c i t y. W h e n e n t e r i n g t h e i s l a n d t h r o u g h t h e p i e r ’s a r m s , you a re welcomed to t he yout h pa rad ise, “ M i d d e l h a v e n ”.
N
1: 1000
W
E S
Gårdhave, Kote-, belegening- og beplantningsplan SIGNATURFORKLARING, GENERELT
0
0 14.0
14.0
SIGN.
BESKRIVELSE Planområde 1 m højdekurver
x.xx
14.00
Terrænkote, projekteret
(x.xx)
Eksisterende terrænkote, bevares ikke
(x.xx)
(14.00)
14.00
14.10
SIGN.
15.00
15 cm
(12.00)
Jernplade
KA5b
Krog til opsætning af sejl sat fast i betonvæg så tæt på kote 14.00 som muligt
ZONE F (hvor der er blevet gravet ud)
Bålkomfur: Opfyld af slotgrus som underlag til bålkomfur til niveau i kote 12.00.
BB
2,10 m høj pæl fra gulvet, til opsætning af sejl, sat fast i betongulv
14.00
Renoveret trappestige
BB
Jernplade
15 cm
Afstand: 70 cm
14.00
Afstand: 70 cm
BB
Betongulv og betontrapper: Revner repareres - jævnfør ingeniørprojekt
PB4
Plantebed, se DT-1-41
PB5
Plantebed, se DT-1-41
PB6
Plantebed, se DT-1-41
KA5a
Kanttype, se DT-1-41
KA5b
Kanttype, se DT-1-41
KA6
Kanttype, se DT-1-41
TR1
Trappe, se DT-2-53
TR2
Trappe, se DT-2-53
SIGNATURFORKLARING, BEPLANTNING
Terrænmur
SIGN.
BB (12.00) (14.00)
Afstand: 87 cm
14.00
14.50
14.00
(13.00)
14.0
0
(13.00)
PB5 KA6
Værn monteret på trappe
(12.00)
Afstand: 80 cm
(12.00)
Værn monteret på trappe
Betontrappe BB
.00
20 cm
KA5a
KA5a
PB4
PB4
40 %
Phacelia tanacetifoli
Honningurt
Frø
0,3
30 %
Cichorium intybus
Almindelig Cikorie Frø
1,3
30 %
a
%
FORDELING I BLANDING
DANSK NAVN
STR.
ANTAL
Mentha Spicata
Grøn mynte
A CO
5 / m2
20 %
Allium Schoenoprasum
Almindelig purløg
Løg
12 / m2
20 %
SORT
PROCENTFORDELING
Origanum vulgare
'Compacticum' Merian
A CO
6 / m2
20 %
Thymus serpyllum
'Albus'
Smalbladet timian
A CO
7 / m2
20 %
Almindelig rosmarin
A CO
4 / m2
20 %
Rosmarinus officinalis ZONE F
Græsplæne, se bilag 1 i Beplantningsentreprisen
KA5a
12.00
PB5 KA6
KA5
a
PB5 KA6
TEGN.NR.
HT-12-22
BB
Note Dræn i gulv jf. ingeniørprojekt
(10.00)
TR1
a
PB4
PB4
KA5
Afstand: 80 cm
0,75
LATINSK NAVN
KA5
PB4
g / m2 I BLANDING
Frø
Beplantning med følgende artssammensætning af flerårige krydderurter:
Plateau
PB4
STR.
Blodkløver
TR2, , se DT-2-53 trinflade: 29 cm trinhøjde: 18 cm
13
(10.00)
DANSK NAVN
Udsæd: 1,35 g / m2
(12.00)
Afstand: 80 cm
LATINSK NAVN Trifolium incarnatum
Værn monteret på trappe
12.00
PB4
BESKRIVELSE
Beplantning med følgende artssammensætning:
(14.00)
(12.00)
BESKRIVELSE
Stolper til nyt værn
17 cm
PB6
Eksisterende terrænkote, bevares Bygning
SIGNATURFORKLARING, KOTE- OG BELÆGNING
Afstand: 86,5 cm
Renoveret trappestige
Koteangivelse til kurver
x.xx
Kompostboks indrammet i træ KA5a
Tegningshenvisning(er)
DT-1-41 DT-2-53 Bilag 1 i Beplantningsentreprisen
Værn monteret på trappe
PB5
6
KA
Afstand: 108 cm
BB
Indgang (11.00)
(11.00) (12.00)
N
12.00
BYGHERRE:
00
13.00
Middelgrundsfonden
TEGNESTUE:
17.00
14 .
Heidemann, Malene Karlsen, Louise
.00
Gruppe 7
15
Lind, Anna Røtzler
0
Lykkebo, Mette Væde
16.0
0
SAG:
17.0
0 2
N
1: 100
W
EMNE:
E S
FASE:
Middelhaven Kote-, belægnings- og beplantningsplan, Gårdhave Hovedprojekt
ETABL. DATO:
REV. DATO:
KONTR.:
GODK.:
15-01-2018
XX.XX.XX
XX
XX
0 2
Kajgade, Kote- og belegeningsplan
Kanonstilling
Amfiteater
13.00 12.00
.00
13
11.00
.00
12
10.00 13.00
0
(RK 1.41)
(1.66)
(RK 1.46)
Kajkant
o
p2
KA10
1.65
Spisehuset
o
<- 23 o/o
(1.66)
1.60
(1.60)
RK 1.55 (1.55)
(1.67)
(1.60) 1.60
(1.66)
RK 1.35
CH
1.36
1.42
.00
12
10.00
.00
11
.00
10
9.00 8.00
Eksisterende terrænkote, bevares ikke
RK x.xx
Ristkote
DK x.xx
Dækselkote
10.00 Spisehuset
PB3
KA8
p1
RK 1.51
1.65
OB
Vej
Kajkant (1.65)
p2
CH
RK 1.50
PB3
RK 1.35 p1
RK 1.35
p2
p2 Kran 1.65
KA10 1.46
(1.45)
1.55
(1.66)
o
p1
PB3
RK 1.35
p1
1.52 1.42
1.81 1.69 1.57
p1
1.94
PB2
Plantebed, se DT-1-41
PB3
Plantebed, se DT-1-41
Kanonstilling
3m
CH
1.45
KA2
Kanttype, se DT-1-41
KA3
Kanttype, se DT-1-41
KA7
Kanttype, se DT-1-41
KA8
Kanttype, se DT-1-41
KA10
Kanttype, se DT-1-41
RK x.xx
Ristkote
DK x.xx
Dækselkote
0
KA10
Promillefald
0
7.0
Nyanlagt granitkant
0
5.0
CH
Eksisterende chaussésten
CH
Nyanlagt chaussésten, se DT-1-42
OB
Overfladebehandling med slotsgrus, se DT-1-42
KL1
Klinker, se DT-1-42 og DT-2-51
BYGHERRE:
TEGNESTUE:
Spisehuset
1.60
(1.60)
Karlsen, Louise
1.60
(DK 1.60)
(RK 1.46) (1.66)
1.60
1.99
KA7
1.94
<- 40 o/oo
KA7
1.46
OB
Havnebassin
RK 1.35
CH
1.36
Kran 1.46
RK 1.35
<- 25 o/oo
<- 25 o/oo
(1.45)
1.42 RK 1.35
(1.47)
Lind, Anna Røtzler
SAG:
1.93
1.81 1.69 1.57
PB2
1.45
1.99
p1
1.94
Middelhaven
Lyskilde, fritstående
KA2 PB2
p2
p1
PB2
2.00
2.00
KA2
1.60
Heidemann, Malene
Gruppe 7
Granit pullert
(1.60)
Middelgrundsfonden
Lykkebo, Mette Væde
Bygninger Betonbænk med træbeklædning, se DT-1-41
(1.47) (1.66)
o
<- 23 o/o
Terrænkote, projekteret
Eksisterende terrænkote, bevares
Eksisterende granitkant
8.0
0 6.0 p1 Areal til påfyld af ekstra 10 cm sandblandet muld, se DT-1-41 p2 Areal til påfyld af ekstra 10 cm sandblandet muld, se DT-1-41
1.93
RK 1.55 (1.55)
(1.67)
(DK 1.48)
(DK 1.57)
40 o/oo ->
1.55 (RK 1.46)
RK 1.46
1.49
1.58
CH
8
KA
1.56 1.36
1.93
PB2
1.61
OB
(DK 1.68)
KA8
1.94
(1.70)
KA7
(DK 1.68)
1.59
1.65
KA10
(DK 1.64)
1.72
KA7
1.99
Eksisterende terrænkote, bevares ikke
<- 25 o/oo
p2
1.60
KA10 1.46
<- 25 o/oo
p2
KL1
p1
1.59
<- 25 o/oo
1.56
1.70
p2
1.99
<- 40 o/oo
1.60
1.70
p2
p1
PB2
x.xx (x.xx) (x.xx)
<- xx o/oo
0
Lyskilde, indbygget i betonbænk 9.0
<- 25 o/oo
<- 25 o/oo
0
1.58
1.52
p1
KA1
<- 25 o/oo
1.68
KA2 p1 PB2
<- 25 o/oo
PB2
KA7
1.68
p1
1.60
(DK 1.60)
(1.67)
KA7
KA2 (1.66)
(1.60)
KA2 PB2
40 o/oo ->
8.00
KA2
1.60
.00
(DK 1.57)
7
1.60
(1.60)
Planområde
13
<- 25 o/oo
(1.66)
<- 25 o/oo
o
<- 23 o/o
2.00
2.00
KA 7
9.00
BESKRIVELSE
1 m højdekurver
KA10
RK 1.55 (1.55)
(1.68) (1.67)
Klinker, se DT-1-42 og DT-2-51
se DT-1-41 Betonbænk med træbeklædning, .00 12 .00 Granit pullert 11 .00 Lyskilde, fritstående 10
(RK 1.46)
11.00
KL1
SIGN.
Bygninger
<- 25 o/o
Kanonstilling
Overfladebehandling med slotsgrus, se DT-1-42
11.00
<- 25 o/oo
1.65
<- 25 o/oo
<- 25 o/oo
KA10
OB
SIGNATURFORKLARING
12.00
p1
1.55
12.00 CH
PB3
Nyanlagt chaussésten, se DT-1-42
p2
p2
KA3
1.65
OB 13.00
13.00
<- 25 o/oo
p2
RK 1.50
1.52
p1
PB3
p1 RK 1.46
1.49
8
KA
1.56
CH
0 5.0 Amfiteater
Kanonstilling
<- 25 o/oo
KA8
1.59
1.58
1.61
(DK 1.68)
<- 25 o/oo
L1
(DK 1.68)
Eksisterende chaussésten
KA
o
(DK 1.64)
CH
Kanonstilling
<- 25 o/oo
1.60
6.0
<- 25 o/o
1.72 <- 25 o/oo
1.70
KA10
1.59
Nyanlagt granitkant
0
(1.70)
1.70
p2
<- 25 o/oo
0
KA2 p1
DT-1-41 DT-1-42 DT-2-51
Eksisterende granitkant
KA3
KA7
p1
KA1
PB2
<- 25 o/oo
(1.67)
KA7
PB2
Tegningshenvisning(er)
Promillefald
0
8.0
E S
Eksisterende terrænkote, bevares
0
p1
W
Terrænkote, projekteret
7.0
KA2
1.45
1: 400
x.xx (x.xx) (x.xx)
<- xx o/oo
0
9.0
CH
N
.00
3m
HT-1-21N
1 m højdekurver
13
1.93
TEGN. NR.
Planområde
11.00
(DK 1.57)
p1
1.94
(1.47)
BESKRIVELSE
13.00
1.99
<- 25 o/oo
Kran 1.46
SIGNATURFORKLARING Amfiteater
1.81 1.69 1.57
PB2
RK 1.35
RK 1.35
<- 25 o/oo
(1.45)
SIGN.
1.93
OB
Havnebassin
12.00
1.94
<- 40 o/oo
KA7
1.46
Kanonstilling
1.99
KA7
1.60
KA2 PB2
p2
p1
PB2
2.00
2.00
KA2
1.60
(DK 1.60)
(RK 1.46)
(1.65)
(1.62)
<- 25 o/o
<- 25 o/oo
p2 KA10
1.55
CH
PB3 p1
7
1.55
(RK 1.49)
(1.58)
KA7
OB
Vej
1.55
p2
1.65
RK 1.50
1.52
KA
CH
1.49
1.58
1.65
p1
PB3
p1
8 KA
1.56
1.59 RK 1.46
0
5.0
1.61
(DK 1.68)
KA8
<- 25 o/oo
1.55
(DK 1.68)
40 o/oo ->
1.55
RK 1.51
KA10
<- 25 o/oo
OB
p1
p2
1.65
(DK 1.64)
<- 25 o/oo
1.49 1.65
p2
KA10
1.59
1.60
6.0 Kanonstilling
<- 25 o/oo
RK 1.48
KL1
p1
PB3
1.72
KA3
1.56
KA8
1.52
1.70
p2
<- 25 o/oo
1.69 RK 1.58
PB3
p2
1.58
1.58
1.65
1.65
0
0
(1.70)
1.70
<- 25 o/oo
p1
RK 1.50
<- 25 o/oo
KA8
KA10
1.65
PB2
p1
KA1
<- 25 o/oo
1.76
1.54
1.48
RK 1.47
p1
p1
PB3
p1
1.68
KA2 p1 PB2
(1.67)
<- 25 o/oo
KA3
1.68
<- 25 o/oo
<- 25 o/oo
KL1
1.68
<- 25 o/oo
PB3
1.68
KA10
1.50
KA10
(1.68)
p1
1.61
<- 25 o/oo
KA8
KA7
KA7
KA7
PB2
<- 25 o/oo
(1.67)
KA2
(1.68)
Bygningsfacade
KA7
PB2
p1
0
8.0
7.0
11.00 KA2
0
9.0
8.00
12.00
KA2
.00
10
<- 25 o/oo
Kanonstilling
.00
11
9.00
Kanonstilling
Lyskilde, indbygget i betonbænk
(DK 1.48)
PB2
Plantebed, se DT-1-41
PB3
Plantebed, se DT-1-41
1.93
p1 Areal til påfyld af ekstra 10 cm sandblandet muld, se DT-1-41 p2 Areal til påfyld af ekstra 10 cm sandblandet muld, se DT-1-41
3m
CH
EMNE:
FASE:
Kote- og belægningsplan, Kajgade Hovedprojekt
KA2
Kanttype, se DT-1-41
ETABL. DATO:
REV. DATO:
KONTR.:
GODK.:
KA3
Kanttype, se DT-1-41
15-01-2018
XX.XX.XX
XX
XX
KA7
Kanttype, se DT-1-41
MÅL:
TEGN NR:
GENEREL NOTE:
KA8
Kanttype, se DT-1-41
1:200
HT-1-21
XX
KA10
Kanttype, se DT-1-41
(DK 1.48)
0 2
Mole og forland, Beplantningsplan
Projektørstilling Fyrtårn øst
Havnebassin Spisehus ZONE C
Sti
Voldmagasin
ZONE B ZONE D ZONE F
Brændeskjul ZONE D
ZONE D
Vandpost Sti Plads
Sti
ZONE F
ZONE E
ZONE A
ZONE A ZONE B
Sti
ZONE E
TEGN. NR. TEGN. NR.
SIGNATURFORKLARING, GENERELT GENERELT SIGNATURFORKLARING, SIGN. BESKRIVELSE SIGN.
Projektørstilling Projektørstilling
BESKRIVELSE
Planområde
HT-2-30N
1: 400 W
Planområde 1 m højdekurver
1 m højdekurver
HT-2-30 E
S
Bygninger
Bygninger
SIGNATURFORKLARING, BEPLANTNING SIGNATURFORKLARING, BEPLANTNING
ZONE C ZONE C
Eksisterende træ (tjørn) Eksisterende træ (tjørn)
Voldmagasin Voldmagasin
ZONE D ZONE D
ZONE A Rammebeplantning
Rammebeplantning
ZONE A
ZONE B Molebeplantning
Molebeplantning
ZONE B
ZONE C
Skråning ZONE D Stævningsskov
Stævningsskov
ZONE D
ZONE E Birkeskov
Birkeskov
ZONE E
ZONE F
ZONE D
ZONE D
ZONE C
Sti Sti ZONE F
Skråning
N
ZONE D
N
ZONE F
ZONE D
ZONE F
Tegningshenvisning(er) Tegningshenvisning(er) DT-2-52 DT-2-52 Bilag 1, 2 og 3, se Beplantningsentreprisen Bilag 1, 2 og 3, se Beplantningsentreprisen
BYGHERRE:
ZONE A ZONE A
Sti
ZONE A ZONE A
ZONE F ZONE F
BYGHERRE:
Græsplæne
Græsplæne
BEPLANTNINGSPRINCIPPER BEPLANTNINGSPRINCIPPER Herunder ses beplantningsprincipper for ZONE A-E. Rækker (grå) kan følge stier, bed- og voldkanters slyngning, og de står i halvforbandt.
TEGNESTUE:
SAG: 125 cm
125 cm
150 cm
150 cm
100 cm
100 cm
Bedkant
Lykkebo, Mette Væde
Middelhaven Middelhaven
125 cm
Beplantningsplan, Beplantningsplan, Mole/forland Mole/forland FASE:
FASE:
ETABL. DATO:
Skråningskant Jordvoldene, der plantes på, harpå, varierende bredde. RækkeJordvoldene, der plantes har varierende bredde. afstanden Række- er den samme. afstanden er den samme.
Lind, Anna Røtzler
Lind, Anna Røtzler
EMNE:
EMNE:
Rækkerne placeres med 75 cm ud75 til bedets kanter. cm Rækkerne placeres med ud til bedets kanter.
Skråningskant
Karlsen, Louise
Karlsen, Louise
Lykkebo, Mette Væde
Bedkant
125 cm
100 cm
75 cm 75 cm
100 cm
Gruppe 7
SAG:
100 cm 100 cm
Heidemann, Malene
Gruppe 7
og birkeskov ZONE C: Skråning ZONE D & E: Stævningsskov og birkeskov 100 cm
Heidemann, Malene
TEGNESTUE:
spredes som hovedregel. samme fra de Individer og i Beplantningsentreprisen. og 3stier, 1, 2følge i bilagkan ses (grå) fordeling ogA-E. Artssammensætninghalvforbandt. står i art bed- og voldkanters slyngning, Rækker for ZONE Herunder ses beplantningsprincipper Artssammensætning- og fordeling ses i bilag 1, 2 og 3 i Beplantningsentreprisen. Individer fra samme art spredes som hovedregel. ZONE D & E: Stævningsskov ZONE A: Rammebeplantning ZONE B: Molebeplantning ZONE A: Rammebeplantning ZONE B: Molebeplantning ZONE C: Skråning Bedkant Skråningskant Bedkant 100 cm 75 cm Skråningskant 100 cm 100 cm 75 cm
Middelgrundsfonden Middelgrundsfonden
15-01-2018 MÅL:
1:200
Hovedprojekt
Hovedprojekt
ETABL. DATO: REV. DATO: 15-01-2018
REV. DATO: KONTR.: XX.XX.XX
MÅL: TEGN NR: 1:200
TEGN NR: GENEREL NOTE: HT-2-30
XX.XX.XX
HT-2-30
XX
XX
KONTR.: GODK.: XX
XX
GODK.:
XX
GENEREL NOTE:
XX
0 2
Prinsipp for plantebed
PB1 PLANTEBED
PB4 PLANTEBED
KA1 KANTTYPE
20 cm sandblandet muldjord 0,05 cm fiberdug 2 cm drænlag, 6 l / m2 3 cm beskyttelseslag 0,1 cm membran I alt: 25,15 cm
KA4 KANTTYPE
Vandtæt beskyttelsesprofil: Betondæk
KA6 KANTTYPE TEGN. NR.
Cortenstålskant, 1 cm tyk, 40 cm høj
DT-1-41
Træklodser, 2 cm høje
Grundmursplade, 0,05 cm tyk Galvaniseret stål, 0,4 cm tyk, 100 cm lang
Galvaniseret stål, 0,04 cm tyk, 100 cm lang
PB5 PLANTEBED
KA7 KANTTYPE
85 cm sandblandet muldjord 0,05 cm fiberdug 6 cm drænlag, 13,7 l / m2 3 cm beskyttelseslag 0,1 cm membran I alt: 94,15 cm
30 cm højbedsmuld, sandet lerjord 0,05 cm fiberdug 2 cm drænlag, 6 l / m2 3 cm beskyttelseslag 0,1 cm membran I alt: 35,15 cm
KA2 KANTTYPE
KA5a KANTTYPE
Vandtæt beskyttelsesprofil: Bygningsfacade
Cortenstålskant, 1 cm tyk, 30 cm høj
Grundmursplade, 0,05 cm tyk
Træklodser, 2 cm høje
Cortenstålskant, 1 cm tyk, 20 cm høj
Spyd til montering
Membran, 0,1 cm tyk
PB6 PLANTEBED
Beskyttelseslag, 3 cm tyk
KA8 KANTTYPE
Fiberdug, 0,05 cm tyk
PB2 PLANTEBED
Cortenstålskant, 1 cm tyk, 15 cm høj
Drænlag af knuste sten, 15 cm dybt
KA5b KANTTYPE KA3 KANTTYPE p2: 10 cm sandblandet muldjord p1: 10 cm sandblandet muldjord 15 cm sandblandet muldjord 0,05 cm fiberdug 2 cm drænlag, 6 l / m2 3 cm beskyttelseslag 0,1 cm membran I alt: 20,8-40,8 cm
25+ cm højbedsmuld, sandet lerjord lagt direkte i kanonstilling uden underlag
Cortenstålskant, 1 cm tyk, + 30 cm høj
Vandtæt beskyttelsesprofil: Bygningsfacade
KA9 KANTTYPE
For vandtætte bygningsprofiler gælder, at sammenkoblingen mellem mur og grundmursplade skal udføres uden at beskadige den fredede bygningsfacade. Den samlede beskyttelsesprofil skal slutte mindst 15 cm over jordoverfladen. Optegnigner er principielle. For montering af kanter, se ingeniørtegning.
Tegningshenvisning(er) HT-1-20 HT-1-21 HT-12-22 DT-1-42
Grundmursplade, 0,05 cm tyk
BYGHERRE:
Membran, 0,1 cm tyk
Beskyttelseslag, 3 cm tyk
Fastsættes i kanten af kanonstillingens åbning
Fiberdug, 0,05 cm tyk
PB3 PLANTEBED
Spyd til montering
Note Grundet de mange forskellige typer plantebede, er kombinationer af kanter og lagdeling i bede her opstillet som "samlesæt". På hovedtegningerne ses kombinationerne.
Cortenstålskant, 1 cm tyk, 30 cm høj
Middelgrundsfonden
TEGNESTUE:
Drænlag af knuste sten, 60 cm dybt
Heidemann, Malene Karlsen, Louise
Betonfod til montering
Gruppe 7
Lind, Anna Røtzler Lykkebo, Mette Væde
KA10 KANTTYPE Træsæde, 50 cm bredt, 1,5 cm høj Træliste, 3 cm høj
Betonfliser, 53 cm høje
SAG:
EMNE:
FASE: p2: 10 cm sandblandet muldjord p1: 10 cm sandblandet muldjord 60 cm sandblandet muldjord 0,05 cm fiberdug 6 cm drænlag, 13,7 l / m2 3 cm beskyttelseslag 0,1 cm membran I alt: 69,8-89,8 cm
Belægningsoverflade, så bænken bliver 43 cm høj i alt
Betonfod til montering
Middelhaven
Princip for plantebede Hovedprojekt
ETABL. DATO:
REV. DATO:
KONTR.:
GODK.:
15-01-2018
XX.XX.XX
XX
XX
MÅL:
TEGN NR:
GENEREL NOTE:
1:10
DT-1-41
XX
0 1
Marstal by The Sea
Tr a n s f o r m a t i o n S t u d i o 2 0 2 0
0 2
Middelhaven
P l a n t s & Te c h n o l o g y I I 2 0 1 8
0 3
Svanemølle Have
Landscape Studio 2020
0 4
Filmic Explorations in Landscape Architecture
Project Outside of Course Scope 2021
0 3
Svanemølle Have: A walled garden on the harbour Landscape Studio 2020
A distinct post industrial walled structure will set the framework f o r t h i s p r o j e c t t h a t a c c o m o d a t e s c l i m a t e a d a p t i o n a n d b i o d i v e r s i t y, bringing people closer to nature. This project has a traditional format in plan, yet a contemporary approach at eyelevel.
Svanemøllen Copenhagen
N W
E S
Overview map
Vizualisation of The Sensory Garden in Svanemølle Have
A s s i g n m e n t : Svanemøllen, the former power plant, has contributed
to pressure on the current climate situation. The municipality plans f o r a r e n e w a l o f t h e b u i l d i n g a s a M u s e u m o f S c i e n c e a n d Te c h n o l o g y. S i m u l t a n e o u s l y, d e m a n d i n g a s u s t a i n a b l e s o l u t i o n f o r t h e f u t u r e o f t h e s i t e .
University of Copenhagen Landscape Studio 15 ECTS 2020 Mette Væde Lykkebo Louise Karlsen Supervisor Peter Lundsgaard
Svanemølle Have
ade to d Promneenmølle S tran Sva
AXIS, GRID AND CONNECTIONS
SPATIAL STRUCTURES
DYNAMIC GARDENS
MAIN AXIS
SPATIAL SEQUENCES
BOUNDARIES WILL CHANGE OVER SEASONS
Closed canopy
Svanemølle Harbour
4
2
Open canopy
6 7 5
3
1 Closed boundary
Plan of Scampston Hall Walled Garden, England.
Closed boundary
Spatial Spatial Spatial gradation gradation gradation are are spatial spatial are situations spatial situations situations enclosed enclosed enclosed inside inside each inside each other. each other. The other. The observer The observer observer willwill often will often recognize often recognize recognize more moremore thanthan one than one space one space and space and boundary and boundary boundary at the at the same at same thetime same time because time because because the the boundary boundary the boundary often often are often are transparent, transparent, are transparent, semi-closed semi-closed semi-closed or or or open. open. By open. By opening opening By opening some some ofsome the of the walls of walls theand walls and useand use low,use low, transparent low, transparent transparent plantings plantings plantings we we create create wedifferent create different different spatial spatial experiences spatial experiences experiences andand qualities and qualities qualities inside inside the inside the gardens. gardens. the gardens.
Plan of Beijing, China. Axis promenading from the Imperial palace- The Forbidden City.
Semi Closed boundary
Open boundary
Pr i
Experience a space Spatial gradation spatial situations enclosed inside each other. The observer will often recognize more SpatialSpatial gradation gradation are spatial spatial areare spatial situations situations enclosed enclosed inside each inside each other. each The other. observer The observer will often often will recognize often recognize more more gradation are situations enclosed inside other. The observer will In theSpatial text called “Opening Spaces”, Stefan Bernard argues, that landscape architecture create spacerecognize between more than one space and boundary same time because boundary often transparent, semi-closed than one one than space one and space boundary and boundary the same at at thethe time same because time because the boundary thethe boundary often are are often transparent, areare transparent, semi-closed semi-closed or or or than space and boundary atat the because the boundary often semi-closed or an area, a vertical boundary and the sky.same Thesetime spatial experiences are linked to thetransparent, people being in the open. opening some the walls and use low, transparent plantings create different spatial experiences open.By By open. opening ByBy opening some of some the walls of of theand and walls useand low, use transparent low, transparent plantings plantings wecreate create wewe different create different spatialexperiences spatial experiences experiences open. opening some of the walls transparent plantings we different spatial space. The spatial impact depends highly onuse thelow, height difference between the human eye-level and the and qualities inside the gardens. and qualities qualities insideTo the inside gardens. theand gardens. and inside the gardens. height ofqualities theand boundary. define understand a space you need to understand the boundaries in humanscale.
va t ow
rkin
er
Pa
GRID
PLANTING AND STRUCTURAL BOUNDARIES
BOUNDARIES WILL CHANGE OVER THE YEARS
ing
h to sva øl le s tr and e pa
Bush
DENSE, CLOSED LOW HEDGE Semi closed boundary
The sensory garden
LOOSELY CLOSED BUSH Transparent boundary
LOOSELY CLOSED GRASS Semi closed boundary
OPEN TREE Transparent boundary
Young tree
Older tree Hedge
nem itim
OPENING OP THE WALLNEW ACCESS Open boundary
Spatial sequences are connected spatial situations that are linked to each other through their access. The boundary between these spaces are closed and only one space can be perceived at one time. This is a way we work with the garden in a bigger scale. We use the existing closed walls and dense closed plantings to create these spatial situations
The forest garden Local maritime sailclub
TAKING DOWN SOME OF THE WALL Semi closed boundary
In this project we work with the industrial walls and the plantings as a boundary, to create distance, connections and different experiences in the gardens. With a morphological approach we study how these boundaries can effect differently. To do that we work with the bondaries in two ways; as a spatial sequence and a spatial gradation.
The kitchen garden
M ar
WINDOW IN THE WALL Transparent boundary
Wall
pa t
Wall
bs
en
c lu Path
Path
Scenario after some years
Scenario of new planted trees
Grid from pillars inside the museum
The coal plaza
th
bræn
derih
av n e
n
Point of orientation
Kalk
ot
Gre
gl
WALL Closed boundary
Harbour park
Hedge
0 3
Museum of Science and Technology
The rain garden
2.0
Entrance
2.25
3.0
2.5
Green parking
N W
E S
SVANEMØLLEN 1:2500
Kitchen garden semi closed boundaries
16M
Main axis to the Sea 2M
Forest Garden closed boundaries
16M
SECTION BB 1:100
0 3
Svanemølle Have
GRID STRATEGY MATRIX OF SPECIES
OPENING THE GRID
THINNING OUT
Clearings
Betula pendula
Betula pendula Prunus avium Salix alba Populus tremula Cleared trees
Salix alba
Terrain tops with soil from the Sensory Garden Previous water tank repurposed as water mirror Gardens divided by 3m tall industrial wall Forest Garden with edible plants Water playground
Main entrance area
Populus tremula
Silo used as wind shelter
Marina area
Café
2.5
Street Entrance 4M 13.5M
Prunus avium
Svanemølleværket 126M
Tree grid 16M
3.0
1.7
Coal Plaza 46M
Wall Path 0.4M 1.5M
2.0
2.5
Path 7M
Path Wall 10M 0.4M
Silo 20M
1.5
Quay 7M
0.0
The Sea SECTION AA 1:500
0 1
Marstal by The Sea
Tr a n s f o r m a t i o n S t u d i o 2 0 2 0
0 2
Middelhaven
P l a n t s & Te c h n o l o g y I I 2 0 1 8
0 3
Svanemølle Have
Landscape Studio 2020
0 4
Filmic Explorations in Landscape Architecture
Project Outside of Course Scope 2021
0 4
Filmic Explorations in Landscape Architecture Project Outside Course Scope 2022
Samples taken from site
University of Copenhagen 15 ECTS 2020/2021 Louise Karlsen Mette Væde Lykkebo Supervisor Rikke Munck Petersen
This project presents our exploration and investigation of sensorial imprints by using film as a method in landscape a r c h i t e c t u r e . M e t t e V æ d e Ly k k e b o a n d I d e c i d e d t o c r e a t e our own project outside of course scope, supervised by professor Rikke Munck Petersen.
0 4
Assignment & approach
Approach
Nordhavn
PROJECT SITE
In this project we analyse site conditions, formulate future scenarios by the use of filmic explorations and construct an urban intervention that responds to the current spatial qualities, while simultaneously setting out a potential trajectory for the future of Benzinøen.
Refshaleøen
Frederiksberg
BENZINØEN
Prøvestenen Naturpark 2035
KØBENHAVN
602.481 Inhabitants Amager Strandpark Sydhavn
Kastrup Amager
We want to investigate a filmic methodology in relation to landscape architecture: study multi sensory imprints by using film as a tool in the design process. The aim is to capture more living and dynamic aspects of a site, such as movement, sound, vision, space and human-site interrelationships in order to explore Landscape Architectural design in new affective ways. As well as, to study how a film perspective can lead to new knowledge about spatial surroundings and the interwoven sensorial aspects of experience in the design process.
Method Research Define and present Benzinøen and its landscape in a one minute film, model and initial analysis. Movement Define a concept for recording the movement on site in film and a plan drawing. Supplement the presentation with a diagram of your concept for recording. Sound Define and present the soundscapes of Benzinøen in a film/sound collage and through 1:1 physical samples taken of site. Supplement with diagrams locating sounds and samples. Bodily gaze Define and present spatial typologies of Benzinøen in film and in a physical model of site. Supplement with diagrams of the various spatial typologies defined.
N W 4 km
E S
A s s i g n m e n t : Renewal of Benzinøen, owned by the municipality of
C o p e n h a g e n . To d a y, t h e u s e o f t h e p r o j e c t s i t e , B e n z i n ø e n , i s m a i n l y r e s e r v e d f o r i n d u s t r y. I n 2 0 3 5 t h e c o n t r a c t w i t h t h e i n d u s t r i e s t e r m i n a t e s a n d t h e municipality plans for a nature park.
Concept of intervention Develop the concept of the intervention based on our filmic site explorations. We intend to enhance and/or change the spatial conditions through a prototype. The intervention will affect space, function and materials. Final proposal Formulate a final proposal that consists of a mix of one or more of the following media: Film (introduction, analysis), Intervention (prototype), plan drawing, zoom in, sections, model, 1:1 samples, etc.
0 4
Research - Emergence
E m e r ·g e n c e / ɪ ˈ m ə ː d ʒ ( ə ) n s / : the process of coming into existence or prominence
Stills from film 1: Research - Emergence: https://www.youtube.com/watch?v=9NwjHv9ilw8&list=PLRaZq7lvZFWnRuI1t07oNfI5WU6jPsIQH&index=1&t=20s 1:15000 1954
© COWI
Målforhold Dato
1:15000 1999
1:15000 17-11-2020 © COWI
Målforhold Dato
1:15000 2005
The Sea Battery 1713
The Industrial Scape 1934 The oil and gas industry
1954
1999
The Marina 2005 Construction cancelled due to financial crisis in 2008
© COWI
1:15000 17-11-2020
1:15000 2008
The ruderal grassland 2020 The left-over land from marina turned into ruderal grassland © Geodatastyrelsen
Målforhold Dato
Målforhold Dato 1:15000
1:15000 17-11-2020
17-11-2020
Asking ourselves, how does the history of the place inform when we see it now? B e n z i n ø e n h a s m a i n l y t h r e e t r a n s i t i o n p e r i o d s t h a t h a s d e t e r m i n e d i t s c h a r a c t e r. T h e m i l i t a r y s e a b a t t e r y, t h e i n d u s t r i a l t r a n s i t i o n a n d t h e d e f e r r e d m a r i n a , t h a t h a s turned into ruderal grassland.
0 4
Proposal - Framing shelters Vi s i o n : A n e t w o r k o f s h e l t e r s t o s t a r t a c o n v e r s a t i o n o f h o w t h e city has evolved The film camera captures what is in motion at present. Thus, our emphasis has been on the current narratives, qualities, and the traces that still remain from the past. As a result, the proposal does not retell history or create what it will be in the f u t u r e . H o w e v e r, i t h i g h l i g h t s a n d f r a m e s e x i s t i n g q u a l i t i e s t h a t are already present. Thus, enhance the visitors awareness of their surroundings.
A vizualisation of The Sea Shelter 2021 The Sea Shelter
A vizualisation of The Reed Shelter 2021 The Reed Shelter
A vizualisation of The Sea Battery 1713
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Future scenario
From studying the emergence of Benzinøen we became aware that, through time, it has had the role of a post in a larger network. 1 7 1 3 : a s a s e a b a t t e r y, a s o n e o f s e v e r a l m i l i t a r y p o s t s . 1934- 2021: as an industrial port, that is part of a web of ships that come and go. A place that changes over time. 2050: Benzinøen would transition, as part of a network of shelters connected through Prøvestien, Den Blå Sti and Amarminoen.
NORDHAVN
NATURE PARKS
Naturpark 2025
Nordhavn
2050: FUTURE SCENARIO
CONNECTIONS
Refshaleøen
REFSHALEØEN
PRØVESTIEN
Connection from Prøvestenen to Den Blå Planet
BENZINØEN
KØBENHAVN
Prøvestenen Naturpark 2035
602.481 Inhabitants
Naturpark
Connection through Amager Nature Park, from the inner city to Dragør
Moderne Kunst
BRØNDBY STRAND
Amager Strandpark
AMARMINOEN
ARKEN
AMAGER NATURPARK
602.481 Inhabitants
Blue connection from Amagerstrand to inderhavnen
DEN BLÅ PLANET
Prøvestenen Naturpark
KØBENHAVN
DEN BLÅ STI
AMAGER STRANDPARK SYDHAVNSTIPPEN
Frederiksberg
Kastrup Amager
DRAGØR
14.494 Inhabitants
N W 4 km
N E
W 4 km
S
N E
W 4 km
S
E S
Culture
Future hiking routes
Framing shelters
Nature Park
Existing hiking routes
Hiking routes
Future Nature Park
Future blue routes
Blue routes
Existing blue routes
Louise Karlsen + 47 9 8 4 2 8 4 6 2 karlsenlouise@g mail.com Sa nd a ker veien 29E 0 47 3 O s l o Norge
