Supova Andrea Portfolio 2024

LANDSCAPE ARCHITECTURE PORTFOLIO

ANDREA SUPOVA

Enclosed garden Pond Coastal stairs

TABLE OF CONTENT

01 Linkeroever Groen 02 Co-living 03 New Nykøbing

6-11

Academic project

Year: 2023

Location: Antwerpen, Belgium

12- 23

Professional Project 2024

Location: Vonsild, Denmark

24-29

Academic project 2022

Location: Nykøbing Fælster,

p.

Fælster, Denmark

04 Synergy 05 Biophilic City

p. 30-39

1st prize

Bachelor Thesis

2021

Location: Brezova, Czech

p. 40-47

Awarded project

Competition

2024

Location: Refshaleøen

Nykøbing fælster

In the area there are many different institutions and actors present, having different requirements for the open space design.

a unified park - The Linkeroever groen. Three entrances act as a transition and welcome to the green environment.

Linkeroever Groen

Year: 2023

Project Type: University

Location: Antwerps, Belgium

Team: Andrea Supova, Alicia

Sima

A network of pathways guides users through diverse natural landscapes while redirecting motorized traffic to enhance tranquility within the park.

On the left bank of the Schelde river in Antwerp, a green area is connected to central Antwerp via the Sint Anna tunnel and the Linkeroever ferry. Currently cut in two by a major road, the site has scattered green spaces Linkeroever groen aims to merge these areas into a cohesive green oasis within the city. By adding communal squares and extending city axes into the green area, the project blends urban and green spaces while showcasing Antwerp‘s skyline. With three entrances along infrastructure, the park encourages exploration and community engagement. By enhancing vegetation, the project creates varied experiences within the park

Waaslandtunnel Offices Offices Zeascouts Zeascouts Kiosk Kiosk Butique Shops Residential Residential University Music school Daycare Garage Cafe Metro Sint Anna Tunnel Cafe Retro Belgium fries 6

01

7

PLANTING CONCEPT

To ensure a lush and green character of the left bank in the future, the planting concept aims to support existing vegetation around the created path loop, leaving the heart of the park open. At entering points row trees shift in a common direction towards the riverfront. The implementation of wet

meadows, high meadows and the expansion of wetlands lead to a higher variety of biotops and habitats for many plant and animal species.

slow worm

Anguis fragilis

– common

Triturus cristatus - northern crested newt Apis mellifera – Western honey bee Leucorrhinia pectoralis - large white-faced darter Rallus aquaticus – Water rail Erinaceus europaeus – Common hedgehog Oryctolagus cuniculus – European rabbit Rana temporaria – European common frog Ciconia ciconia – White stork Agrotis exclamationis – Heart and dart Myotis dasycneme – pond bat

8

LINKEROEVER GROEN - BOARD WALK

9

MATERIAL CONCEPT

Within the area urban functions are accumulating around the entrances. In these areas hard surfaces allow various activities to happen, such as large gatherings or bike workshops. Meanwhile the majority of the area consists of green and permeable surfaces providing a sustainable development to climate changes in the future. The implementation of

boardwalks makes it possible for the user to reach nature safely without damaging or disturbing soil, flora and fauna.

01 - Gravel 02 - Cobble stone 03 - Granit tiles 04 - Wood 05 - Yellow brick 06 - Concrete

10

ST ANNA SQUARE - SOUTH ENTRANCE

Coastal stairs Dinning in shared space 1 2 3 4 5 6 Meadow Enclosed garden Coastal stairs Pond 1 2 3 4 5 6 11

Grundareal ca. 30.500 m2

Boliger & fælleshus

Natur

Målgruppe

Co-living

Year: 2024

Project Type: Urban Power

Location: Vonsild, DenmarkTeam: Andrea Supova, Alessia Cool, Reza Mezouri design principles

Dette projekt har til formål at skabe inkluderende kvarterer for forskellige befolkningsgrupper, herunder seniorer, familier, enkeltpersoner og par, med indbydende almene boliger forenet af fælles udendørsarealer. Synergien mellem bygninger, boliger og landskab er orkestreret for at maksimere den kollektive nydelse og skabe et harmonisk miljø for beboerne.

12 02

13

Koncept forslag

Skovkanten og natur-loopet

Grøn Parkering

De små fællesskaber i det store

Fælleshus som attraktor

14

regnvandsbassin

skovpark

ydre vilde parkområde

bolliger private haver

fællesskab garde

lydbarriere

grøn parkering

legeplads på “skrænten”

Fælleshus med grønt tag

adgangsvej parkering

15 masterplan

snit B-B’

snitA-A’

Snit A-A’ - vandbassin, naturlegeplads

(48.81) 92 ‰ 500 ‰ 47.70 47.45 47.70 118 ‰

Sandet Singels Rodspærre Bentonit

48.74 1.00 m 0.1 48.74 48.74 (48.80) 20 ‰ 48.78 Socialt boligbyggeri Plantehul med rodvenligt bærelag 16

Forsinkelsesfordybning

Snit B-B’ - delt plads, løsning med plantebede

Socialt boligbyggeri

Sandet muljord

Singels

Rodspærre Bentonit membran

(48.80) 48.78 30 ‰ 20 ‰ 48.67 GK: 48.78 204 ‰ 48.74

Ren

GK: 49.00 49.00 20 ‰ Socialt boligbyggeri Fleksibelt indre gård 17

50 cm

jord Terrasse i tegl

18x

35x

27x

1x

70 m2

85 m2

90 m2

220 m2

I alt 6.885 m2

to etages

skure (depot)

Arealopgørelse og boligtypologier

Bebyggelsen består af tre grundtyper og størrelser, der i forhold til orientering daglys og ankomstareal, giver et antal varianter af grundtypen. Alle boliger har ankomst mod fællesområdet på indersiden og god udsigt og adgang til skovbæltet på ydersiden.

Mod nord bliver boliger i stueetagen suplleret af 15 boliger i 1.salshøjde med ekstern ankomsttrappe. Depotrum kan placeres omkring parkeringsarealerne, mens fælles depotrum til f.eks. fælles faciliteter og ressourcer er fordelt på passager og i opholdsområderne i skovbæltet.

Affald samles i molokker med storskrald og bytte-rum ved fælleshuset.

BOLIGFORDELING OG PARKERING

18

1,5 p x bolig

120 p-plads i alt

Parkering

Parkeringen er fordelt i klynger, så får et landkabeligt præg samtidig med at det bliver spredt for meget ud og optager plads fra fællesskabet. Alle steder er der små vendepladser, så det er muligt at komme helt til døren til på- og aflæsning.

Erfaringer vider at delebiler med stamplads kan erstatte 5-10 private biler. I denne fællesskabsorienterede boligform er det oplagt at reservere en del af pladserne til delebiler, så behovet for privatbiler formindskes.

18 2 6 6 5 5 10 10 10 9 7 7 12 12

19

20

21

1 6 6 6 6 7 8 8 8 8 6 2 2 4 3 3 5 8 4 Private terrasser Leg på rekreativ støjvold 22 Landskabstypologier

7 3 1 6 5 2 Skovområde og skovlegeplads

Blomstereng Fællesskaber

Regnvandsbassiner Støjvold som rekreativt landskab 23

Passage

SEALEVEL RISE BARRIERS STAIRS TOWARDS THE WATER

BASE FOR WATER ACTIVITIES

VIEW POINT

LAYERS OF TIME

Year: 2022

Project Type: University

Location: Nykøning Fælster

Team: Andrea Supova, Caroline Elkjær Jensen, Emma Kirstine Freiesleben, Frida Søltoft, Olivia Sanner nben, Frida Søltoft, Olivia Sanner,

This project is focused on the reconnection of the town and the waterfront and transformation of an industrial harbour into a socially sustainable area with mixed-use and integrated sea level rise protection Inspired by the scale of medieval town and the industrials materials, shapes and elements.

24

03

25

Collaborating closely with Guldborgsund Municipality, we‘ve crafted a comprehensive proposal to transform Nykøbing Falster. Our design focuses on revitalizing the harbor area and rejuvenating the Tingsted Å surroundings.

Our approach involves three key strategies:

1. Medieval and Industrial Heritage

2. Landscape Integration

3. Climate Adaptation

By synthesizing these strategies, our proposal aims to create a vibrant, resilient, and culturally rich urban space for Nykøbing Falster.

Multitek building New nmixed-use district

26

Multitek stormwater management park

New

Culture

27

New mixed-use area

bridge connection

hub New Industrial park

MATERIALS

Embracing the ethos of reuse, we breathe vitality into steel, wood, and other materials, transforming them into architectural marvels. Each beam, each panel, tells a story of resilience and adaptability, weaving together a narrative of sustainability. We are redefining industrial aesthetics combined with dynamic vegetation thus biodiversity

28

Multitek visualisationn

industry protection wall dwellings pier staircase sitting stairs flower beds green parking public square inner harbour pedestrian street MULTITEK THE BRIDGE 29

The Valley of Silence

1st prize

Year: 2021

Project Type: University

Location: Brezova, Czech

Author: Andrea Supova

The aim was to improve landscape qualitites

The concept includes enhancing water detention and retention, and adding natural playground elements for children‘s development. Additionally, the project aimed to boost local tourism and recreation within the protected area. Water management improvements were made to enhance ecological sustainability and biodiversity.

04 30

31

The concept aims to enhance access and permeability in the pastoral landscape, considering local needs, agricultural land use, and ecological balance

The design addresses functional and aesthetic aspects while respecting the character of the landscape.

PROPOSAL 32

DESIGN

33

34

35

Apis mellifera – Western honey bee Rallus aquaticus – Water rail Erinaceus europaeus – Common hedgehog Oryctolagus cuniculus – European rabbit Leucorrhinia pectoralis - large white-faced darter Ciconia ciconia – White stork Agrotis exclamationis – Heart and dart Galanthus nivalis Acer campestre Anguis fragilis – common slow worm Triturus cristatus - northern crested newt Rana temporaria – European common frog Urtica dioica Caltha palustris Carex elongata Allium ursinum Corydaliscava Salix alba

PLANTING SHEET + BIODIVERSITY 36

Alnus glutinosa

Alopecurus pratensis native wet localities - wet meadows humid soil

Calamagrostis canescens native wet meadows, stream banks, alder forests

0,5-1 m

0,6-1,4 m

Calystegia sepium native river banks, alongside the path in the landscape humid-wet soil 1-3 m

Cardamine amara native river banks, alongside the path in the landscape

Carex acuta native wet localities - wet meadows wetlands soil

Carex acutiformis native wet localities - wet meadows, river banks wet, seasonable flooded localities

Carex canescens native wet localities wet, well-nutried soil

Carex elongata native wet localities - wet meadows

Carex panicea native wet localities - wet meadows

Carex paniculata native wet localities - wet meadows, river banks, alder forests wet, well-nutried soil

Carex riparia native wet localities - wet meadows, river banks, alder forests wet, seasonable flooded localities

Carex vesicaria native wet or humid localities shadow and bright localities

0,1-0,6 m

0,3-0,7 m

0,4-0,1 m

0,2-0,5 m

0,3-0,7 m

0,1-0,4 m

0,4-1 m

0,5-1,5 m

0,3-1,2 m

Cicuta virosa native alder forests, wetlands wet, seasonable flooded localities silně ohrožený taxon 0,6-1,2 m

Calystegia sepium native river banks, alongside the path in the landscape humid and wet soils 1-3 m

Cerastium

holosteoides subsp. triviale native pastureland, meadow ( wet meadow) 0,4 m

Deschampsia cespitosa nativewet meadows, pastureland, riverbanks, alder forests

Eleocharis palustris native wet localities (wet meadows)

Filipendula ulmaria nativewet meadows, pastureland, riverbanks, alder forests

Galium palustre native pastureland, meadow ( wet meadow) wet, well-nutried soil

Geranium palustre native wet localities - wet meadows, river banks, alder forests wet, well-nutried soil

Geranium sylvaticum native wet localities - wet meadows, river banks, alder forests

Glechoma hederacea native wet localities - wet meadows, river banks, alder forests wet, well-nutried soil

Glyceria maxima native wet or humid localities wet, well-nutried soil

Iris pseudOcorus native wet localities

Lathyrus pratensis native wet meadows, pastureland, riverbanks, alder forests

Leucanthemum vulgare nativewet meadows, pastureland, riverbanks, alder forests

0,3-1,5 m

0,2-0,6 m

0,5-2 m

0,2-0,6 m

0,3-0,7 m

0,3-0,6

0,15-0,4

0,8-2,5 m

0,6-1,2 m

0,4-1 m

0,3-0,8 m

NAME ORIGIN LOCALITY REQUIREMENTS NUTRITIONAL REQUIREMENTS PROTECTION HEIGHT I. II. III. IV. V. VI. VII. VIII. IX. X. XI. XII.

A) Wet meadow communities 4-6 g/ m 2 37

MATERIAL: oak

DIMENSIONS: 200x150x2300 mm

(š x v x d)

DISTRIBUTION: 2000 mm on the outer circle

NUMBER: 70 pc/ wooden sidewalk 1

58 ks/ wooden sidewalk 2

r5=2m

r6=3,3m

r7=7,3m

r8=8,6m

r9=2m

r10=3,3m

r11=4,5m

r12=5,8m

The proposed solution is based on minimalistic construction solutions due to an existing tree vegetation and its root zone value.

Material solution takes into consideration giver environmental conditions proving occasional flooding in the location. For a long term durability of the wooden sidewalks was proposed the oak wood as a main material. Considering its suitability to the humid or wet environment and resilience in heavy rain events Larch was proposed as an alternative solution, performing similar abilities.

r3=6m

r4=7,3m

r5=2m

r6=3,3m

r8=3,3m