Tim Vaculik
Landscape architecture porrolio
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Design ethos: I have been interested in nature, culture, and history from since I can remember, this combination of interests have led me to study landscape architecture. The fact is that landscape design always has something to do with these three subjects, but during my studies I began to see how multi-disciplinary a landscape designer must be, and by consequence how varied the topics to study must be depending on the design. I began to think how you can revive a neighborhood by designing an attractive place where people want to meet. Also how we can cope with the altering climate by stopping floods and stocking water to tackle the droughts, and on top of that how to do in it a way so that also nature can benefit from it. I just love to think a place as part of a bigger landscape system and researching what the contributing potential is of that place in his context. And by living in such an urbanized country as Belgium I have been forced to see landscape in the full scala, from natural to agricultural to urbanized. Thanks for your consideration, Tim Vaculik
Contact tim_vaculik@hotmail.com +32 4 74 34 16 06
Education Professional bachelor in garden and landscape architecture Hogeschool Gent - Royal academy for fine arts - School of Arts 2015-2018
Professional experience Intern at Atelier Paysages Graziella Barsacq in Bordeaux 4 seotember 2017 - 28 january 2018
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Skills Adobe photoshop Adobe indesign Adobe illustrator Autocad Autocad 3D Powercadd sketchup pro Languages: Dutch French English German Volunteer accviies: Scout leader in scouts Zellik from 2011 unnl 2017 of wich one year as the group leader.
Content
01 The circular village 02 Reinvigorating and preserving the ’Montagnarde’ identity 03 Real estate project 04 Town square of Destelbergen 05 Chateau l’hospital 06 Parc Ausone 07 Construction design of a pond 08construction design of a street
4 10 14 18 20 21 22 23
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Introduction As a bachelorproject I chose the site of a former electricity plant of 79ha in the agricultural/ natural area of Flanders. On this site the commune of Kluisbergen wished to reinstate a new industrial zone, wich would pollute the landscape again in an esthetic and physical way. This is the reason why I chose to research the possibility of a new industrial type that respects the landscape and can have the possibility to reinvigorate it by reinforcing its landscape identity. The solucion was a biomasse plant that, due to it needs, reforests the area and restores the old agricultural vegetation. Thus the new vegetation has economical use and will be used as fuel for the biomasse plant. From that point I asked myself the question if it would be possible to make the village self-sufficient with energy and water. An artificial marshland by the river would make it possible to filter the sewage water and use the hard material as fuel in the biomasse plant. Gradually the water goes true the marsh wich filters the water ubtil it becomes pure enough to put it in the riverwater. With time the system becomes more efficient and so the water could even become drinkable. LANDSCAPE STRUCTURES: MICRO
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LANDSCAPE STRUCTURES: MICRO
LANDSCAPE STRUCTURES: MICRO
Prospect of the landscape After finding purpose to the site, I started researching the landscape structures to give a logical placement of the projects in the landscape. Hereby it’s important to learn the how the riverflow changed over time and to understand how, later on, people who went living reacted to the geographical situation. For example the village of Berchem (that makes part of the conglomeration Kluisbergen) founded the village on an ancient river island that stands above the regular floodings of the river. This an important property of the landscape. This small hill of Berchem is important to the waterflow in the landscape. There are a lot of streams coming from the big hill kluisberg (Litteraly hermit-mountain) wich flows from to the hill of Berchem that redirects the water into one big stream to river Schelde. The creation of the older industry and power plant disturbed this flow to the river and thus blocked the flow of water and flora and fauna. This research about the landscape made it clear the site has an important place in the landscape system.
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Program of the site After understanding the logic of the landscape, the zoning of the site became clear. The site would get re-naturalized where the streams enter the river forming a big natural march. This has become rare at the riverbank and would therefore attract interesting wildlife. The water-purifying march will form a visual continuum with the natural marsh. In the middle of that marshland lies a former dump that forms a hill who gives an interesting panoramic view over the area. A part of the hill of Berchem will become a recreation parc for the village, connecting it with the marshes and river. This makes the interesting position clear and make a space where the villagers can get the freedom to organize events, play, picknick,... The biomasse plant will be placed on poluted soil and will be incapsulated in greenforms typical to the region. The higher banks outside the natural floodzone are very fertile and could be interesting for innovative agriculture as agro-forestry. The less interesting fields for agriculture are pastures divided by lines of bushes. By the dyke grows a reedland, cut trough by a path. This allows visitors to get close to the animals and be divided by a natural fence wich speaks the language of the landscape.
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The biomasse-plant system A biomasse plant that provides the village of power has a certain spacial impact that needed to be understood. The dimensions, functioning and the supply were one big question mark that needed answering. This is why I contacted an industrial engineer and a student of agro- and biotechnologie to provide answers and come up with a solution wich could approach reality. In this collaboration we came to the design as presented in the visualisation on the right. The green mulched waist of the village, agriculture and industries will be stocked in bassins per month. From there the waist will be put in a digester where the gas will be formed that provides the dynamo from energy, wich turns heat into power. On topof that, the digested green waist is an interesting fertilizator for agriculture due to the slow release of nutrients.
The location of the biomasse-plant is more or less the same as the former plant. This is because of the advantage of the existing river port and the proximity of agricultural industries. The river makes it possible to have alternative suppliers from industries and other villages near the river.
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The artificial marshland system Natural processes have always purified water bymeandring through rivers, lakes, streams and marshes. Systems were built based on these principles and nowadays these artificial marshes have a range of applications. They become used to remove water from mines, oil refineries, textile mills, industrial wastewater, ... to be purified. The most used application is on household wastewater and stormwater treatment. However these systems have become very industrial and dont’t always treat all the water during rainy periods, thus polluting the river system. In addition the retention and slower flow of the water during rainy periods is an importants to prvent the many floodings in Belgium. The treatment of wastewater in a more natural way can be a cost, energy and maintenance-friendly process. Much research and practical applications of these systems have given more insight into the design, performance and maintenance of these artificial swamps. So they can be an effective, controllable and reliable water treatment facility. Nevertheless this is only after a comprehensive study of all factors and the system must carefully monitored and maintained. Also there is a great interest in collecting data about the operation of these systems. This is very new and innovative technology that makes use bioligical services, this makes data gathering true intensive monitoring and study necessary.
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Due to its organic nature, the system will fit perfectly by the river banks behind the dyke. This makes not only a esthetically succesfull implementation into the landscape, but also creates habitat for wildlife. Marshlands have become very rare by the river due to the canalisation and industrialisation of the river. this makes that the artificial marshland not only purifies but can also be an important piece in the flora and fauna of the entire landscape.
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Introduction This is a project I worked on during my internship at Atelier Paysages Graziella Barsacq sprl in Bordeaux, France. Under supervision of miss Barsacq I made the all the cartography of the valley in the French Pyrinees that existed of thirteen communes. Following methodology was followed; The objectives and big questions who will result in the landscape plan are divided in three phases. ° Phase 1 - DIAGNOSTIC PROSPECT The landscape will be researched to uncover the actors in the landscape and how they share the values of the landscape system. What is the present identity of the landscape and what story do they tell? What are the enrolling dynamics and evolutions? ° Phase 2 - PLANNING THE LANDSCAPE A prospective vision and co-construction of the landscape project with the different actors and inhabitants. What landscape do we want for tomorrow? What environment and what uses? and what can we do together to achieve it? Identifying levers at the most relevant scale of action, that of the valley and the diversity of its spaces. ° Phase 3 - ACTION PLANS A global strategy of valorization of the territory and concrete actions to act together to give coherence to the evolutions of the landscape of the valley What concrete actions must be carried out on the territory to support its development while respecting the landscape? What special attention should be paid to the links between landscape quality of life and respect for biodiversity?
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Plan de Paysage des Véziaux d'Aure u de fo
aste t
ou Ri
eau du C
rt
speyrie u de La Ruissea
ea iss Ru
Maître d'ouvrage : Communauté de Communes Vallée Aure Louron
Vers la Réserve Naturelle Régionale d’Aulon
N
Paysagistes : SARL Atelier Paysages G. Barsacq Art des Villes et des Champs M. Ripoche 25
75
150
JANVIER 2018
250 mètres
Ru iss
Granges de Saradet
AULON ET LURGUES - Carte de Valorisation du Paysage du bourg
S
Eau Relief Bâti Equipements publics Bâtiments agricoles Commerces/ Colonies de vacances / Artisanats Villégiature thermale Routes Limites communales Arbres existants Arbres à planter Haies à planter Signalétique pastorale Points de vue à valoriser Perspectives et vues majeures sur le paysage à valoriser
OPQ 1 Remettre l'agriculture, le pastoralisme et la sylviculture au coeur de l'identité montagnarde de demain
1.1 Préserver les terres agricoles du fond de vallée de la Neste et des vallons secondaires (Trame Verte et Bleue) - Plateau de Payolle
F
ferme
Granges
verger
1.3 Préserver les ceintures boisées, les haies et les ripisylves
Se
point de vue à réouvrir
ie nt rd e
y pe
l’A rb on iz de
n Se
1.4 Limiter les intrusions depuis la route pastorale 1.4 Fermeture des sentiers forestiers
Sen
tier
tie
et s
Zone pastorale à maintenir ouverte
es
1.4 Priviliègier l'usage agropastoral des estives en maintenant le paysage ouvert
Zone pastorale à maintenir ouverte
point de vue à réouvrir
re
m
b ca
Tram
S
espe
yre
es
F
ou
Al
d’ ei
Granges de Lurgues
lh
ea
u
du
Zone pastorale à maintenir ouverte
S
La
ve
Sen
tier
da
n
ges
de L
urgu
2.9 Favoriser le renouvellement urbain des friches touristiques à l'échelle du bourg et de la vallée 2.10 Valoriser les espaces publics en privilégeant l'usage piétonnier sur les flux routiers - Valoriser les places en belvédère
Ra Gr vine ad ud de la e
jardin
ère
s
de tier
Sen
lets
e Ary ins
jard
king
3.12 Associer Tourisme et Economie locale dans le respect des sites ( Ventes directes / Accueils Ecotourisme / Evenements culturels)
Grange
S
Vue panoramique
ie
rB
ou
D30
Maintenir et/ou développer les pôles d'activités en mutualisant les espaces servants de circulations, stationnements, stokages...
OPQ 3 Valoriser la diversité du paysage montagnard habité : transmettre son patrimoine culturel et sa biodiversité
nt
S
2.11 Préserver et renforcer la ceinture de jardins/Vergers en terrasses autour des bourgs 2.11 Préserver les alignements d'arbres le long des voies Planter des arbres le long des grands axes et sur l'espace public
Vue Petit Arbizon
Par
Se
Ruisseau de Rams
bat Ra du
2.8 Proposer un urbanisme dense et favoriser la mixité sociale pour favoriser l'accueil des jeunes sur les nouveaux quartiers
eti
Le Castet
eau
2.7 Réflêchir à l'implantation des zones d'activités à l'échelle de la vallée
Point de Vue sur le bourg à ouvrir
Miel
iss
Définir une limite au bourg pour contenir l'urbanisation dans le respect du paysage agropastoral
Eglise
la baignoire
Ru
Maintenir et renforcer les équipements publics dans les principaux bourgs de la vallée
Commune de Guchen
Cim
la baignoire
Vue panoramique Observatoire du ciel étoilé et des rapaces
Forêt privée
Chaos Rochers et Croix
es
Vue Arbizon Création d’un parking paysager
jeunes et de nouvelles activités pour redonner vie aux bourgs
2.6 Sécuriser la RD929 dans les traversées de bourg Renforcer les liaisons entre bourg ancien et extensions urbaines récentes
S
gran
1.5 Priviliégier la transmission de l'outil agricole, la reprise des exploitations et les modes de gestion agri-environnementale pour assurer le maintien de structures paysagères ouvertes
OPQ 2 Favoriser un urbanisme dense autour du bourg et l'accueil des
Laine
iss
1.4 Valoriser patrimoines culturels ( Granges, courtaous, croix leytes...) et naturels ( Sources, abreuvoirs, rochers, pâtures...) associés au pastoralisme
Point de Vue sur le bourg à ouvrir
Site du réservoir à valoriser
an
Ru
1.2 Préserver et développer les vergers sur les zones intermédiaires ou en périphérie de bourg et les prairies en terrasses associées 1.3 Forêt à gérer dans sa multifonctionnalité
F
ra rT
1.1 Préserver et dynamiser les exploitations agricoles ou les initiatives en faveur de l'agriculture 1.2 Valorisation l'usage agricole des zones intermédiaires pour favoriser leur ouverture prioritairement autour des bourgs
Gestion collective
F
cle
de
D30
pont
fontaine
Arrêt
lavoir moulin
ruisseau
3.13 Protéger et valoriser les structures paysagères remarquables qui font l'identité du paysage ( trame verte et bleue) de la vallée aux vals secondaires 3.14 Préserver et valoriser le patrimoine associé à l'eau et aux systèmes d'irrigation 3.14 Valoriser le pôle d'accueil de La Neste à Grezian ( la plage)
la
3.14 Valoriser les itinéraires touristiques, belvédères, points de vues et patrimoine associé (Chapelles, fours à chaux, fontaines...)
fo
rê
t
Forêt communale
3.15 Route touristique à valoriser
Commune de Guchen
3.15 Route touristique aux abords à requalifier 3.15 Chemins et sentiers de randonnée à valoriser 3.15 Point d'entrée de sites majeurs et route touristique à aménager
25
S
75
3.16 Signalétique pour étendre la connaissance et préserver la biodiversité des sites remarquables, ou du patrimoine rural et agropastoral 150
250 mètres
Action plans The action plans are made where the landscape has smaller scaled details, wich are mostly around the villages. The small scaled landscape element gives the cutlural identity and tells the story of humans survived for centuries in this landscape and still do and have thus a great importance. These are also the more fragile elements and must be carted and researched with great care, this happened in collaboration of volonteers who are interested in the history and biology of the valley. The plan localises the these elements and proposes how to restore, preserve or reinstate them. Besides that are also propisitions made to higher the standard of living and to attract visitors.
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03 Real estate project Lotenhulle, Flanders, Belgium School of Arts Ghent
The little village of Lotenhulle is situated in the Flemish countryside, the village wants to increase her population by building 155 houses. The building terrain is 8ha big and is surrounded by existing buildings. The site is charactarized by a little stream and by a soft relief. However there are parts that are less favourable to build upon, this is due to the transision of sandy clay to sandy soils, wich have effect on the permeability of the soil. by consequence there will be a big open space in the centre of the terrain to ensure warter infiltration and prevent floodings in the area. Each building block is positioned to create a square that has a somewhat more private atmosphere. The open space in the centre is formed by typical greenery of the region: oak loanes, the soft relief, little streams and ponds...
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Planting plan Following planting plan reflects my current ideology on ecology, use of exotic plants and their application in design. This plan exists out of a big majority of indigenous plants found in the neighbouring natural areas. The rest exists out of cultivars of indegenous plants and ten percent of exotics. Important in this planting design is to create natural center with cultural patches neir the housing. The more cultural patches has been planted with cultivars and exotics wich represent an idealised image of nature, in this case a flowering meadow. The book ‘Planting in a post wild world‘ was of great inspiration in this project.
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04 Town square of Destelbergen Destelbergen, Flanders, Belgium group design, School of Arts Ghent
Destelbergen is a larger slumbering town on the outskirts of the city of Ghent. The municapilty is marked by busy infrastructure lines and urban sprawl, wich made it lose its central place where people can gather, meet, eat, organize,... However these large infrastructures didn’t destroy the architectural character of the square, the 19th century castle, church and houses remaind intact. The castle has now become the communal house and nearby is a library constructed, this all gives the square a high potential of becoming an interesting central plaza.
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05 Chateau l’Hospital
Portets, departement de Gironde, France Internship project
Chateau l’Hospital is a wine castle built during the romantic period of the 19th century. It is built on the wine terroir of Graves wich is one of bordeaux’s oldest wine region, dating back to the roman period. The castle was constructed in an age when plant collectors brought exotic species from every corner of the world to Europe. Having exotic plants became an expression of taste, knowledge and refinery. They were presented in the english landscape style garden, wich is typical for the romantic period. My task during the internship was to research plants that where imported in that period to France and, of course, select those that can cope with the local environment. After selection the plants could be integrated in the design wich was made under supervision of Graziella Barsacq.
Fraxinus
AMENAGEMENT PAYSAGER DU CHATEAU L'HOSPITAL à Portets
Acacia
Acer
ièr
e
CHATEAU L'HOSPITAL Monsieur BATTISTELLA
C av al
MAITRE D'OUVRAGE :
12.50
OPERATION :
160 chemin du Coquillat
Ulmus
0
6.5
Quercus
0
7.0
VISA
DET
AOR
Cercis
9.0 0 0
9.5
Plantation de laurier pour cacher la Clim 8u L
Modifications projet
.81
.84
12 .50
Le Château
Platanus Platanus
Abies
.81 13
.34
Platanus
13
.35
.89
Platanus
13
.40
.44
.33
.03
Morus
La cour
Morus
.82
Cupressus
Morus
A
13
.39
13
.12
Cedrus Prunus
.44
.42
13
.46
Pa
Al
.30
N
Catalpa
13
Mp
Juglans nigra
B Mk
Liste des plants: Arbres à planter:
.25
13
.29
13
.29
Mp M
.34
Mg Au mélange : 35u rosa Gertude Jeckill rose 40/60 25u Rosa fleurette 40/60 30u Aronia arbutifolia
11.5 0
11.00
20 m
0 12.00
N
Mk
13
K
Prunus
Le potager Verger conservatoire
Mp
Mp
42m2 50 u Salvia macrophylla Sauge de gragham
Gleditsia
0
12.5 13.00
20
Mp
E
13 3u leycesteria formosa 60/80
Pp
13m2 massifs vivaces et hortensias Pp
.38
O Cl
Pp
de l'Orangerie
Ap
13
28u Cornus sericea 'kelse' 40/60 8u Paeonia suffruticosa rose 40/60 13 .42 120u rosa Lavender dream 40/60 123m2 100u godet Anemone blanche automne 8/10 123 m2
Quercus
Le Jardin
13
13
.33
13
Pp K
Ct
C
Le Verger - parking
12u Hm
13
Cc Ca Ca.38 Lc Cf CaCa
.34
.46
Lf Lf Lf
.34
Hs Hs
13
13
Quercus
13
Cl
Morus
12
.38
Hs
d'Honneur
13
Fraxinus
Quercus
13
13 13
12
Quercus
Quercus
Tilleul
12
13 .00
Platanus
Platanus
Abies
Laurier
.00
12
.50
Acacia
Platanus
126m2 massif arbustif 378uHedera Bellecourt 3/m2
12
11
11 .00
10 .50
.00
DATE
14/11/17
Noisetiers
Tilleul
12
10
B
Cedrus
0
INDICE
MODIFICATIONS
Cedrus
Taxus
Platanus
8.5
Plantations et Engazonnement PARKING / L'ALLEE CENTRALE
m
ACT
0
DCE
AVP
PHASE 1 : PLAN D'AMENAGEMENT
LA COUR D'HONNEUR / LE JARDIN DE L'ORANGERIE / LE VERGER
1,5
EP
Acacia
Fraxinus
8.0
P 03
0
février 2017 1/200°
DOCUMENT N°
7.5
ECHELLE
L 'A
Acer
m
6.0 0
DATE :
Fraxinus
Platanus
0
5.5
Tilia
10
e1 as
0 Phase 1 Ck
3u leycesteria formosa 60/80
Phase 2
0
Ph
Platanus
Platanus
5.0
Salix
13.0
Noisetiers
SARL ATELIER PAYSAGES Graziella BARSACQ 77ter chemin des plateaux 33270 FLOIRAC Tél: 05.56.32.22.95 graziella.barsacq@orange.fr
ll ée
33 850 LEOGNAN
PAYSAGISTE
Corylus
1u 4u 3u 5u 4u 1u 1u 11u
Liste des plants: Arbres à planter: 1u B Broussonetia papyfera Murier à papier 16/18 1u Cb Catalpa bignoïdes Catalpa doré 14/16 1u Mg Magnolia grandiflora 'Exmouth' Magnolia persistant 16/18 3u Ma Magnolia Kobus magnolia de kobé 16/18 8u Mp Malus perpetue 'Everest' Pommier d'ornement 12/14 5u Pp Prunus padus Cerisier à grappes 14/16 N Ps Prunus serrulata Nyssa sylvatica Le Gommier Noir 16/18 1u 'Kanzan' Cerisier du Japon 14/16 M
Morus alba
T
Tillia euchlora
Ma Magnolia Kobus 4u Aesculus hippocastanum 18/20 Mp Malus perpetue 'Everest' 1u 300/350 Pp Cedrus libanii Prunus padus 1u 18/20 Ps Quercus rubra Prunus serrulata 'Kanzan' M Tillia euchlora Maclura pomifera 3u 18/20
Cepées à planter: Al Amelanchier Lamarckii Acer davidii Ap Aesculus parviflora Amelanchier Lamarckii Aesculus parviflora Cv Chionanthus virginies Chitalpatrichotomum tashkentensis Ct Clerodendron Clerodendron trichotomum Cc Cornus controversa vriegata Euodia danielli Cf Cornus floride 'Rubra' Cercis forest Pansy Ck Cornus kousa 'Chinensis' Koelreutaria paniculata Df Dipelta floribunda Ostrya carpinifolia Prunus serrulata acolade Ge Garrya elliptica Broussonetia papyfera Hm hamamelis mollis 'Palida' 1u Pa Prunus serrulata acolade Arbustes à planter: Cepées à planter: 1u 1u A 1u 2u Al 1u Ap 1u 1u C 1u 1u Ct 1u 1u E 1u 1u Cf 1u 1u K 1u 1u O 1u Pa 1u 1u B 1u
30u Aa Aronia arbutifolia Aronie feuilles d'arbousier 2u Cl Calycanthus floridus à planter: Arbre aux anémones Arbustes 4u Ca Cletha alnifolia Clèthre à feuilles d'aulne 30u 'paniculata' Aa Aronia arbutifolia 28u Cs Cornus sericea 'Kelseyi' Cornouiller stolonifère 2u Cl Calycanthus floridus 3u Hs Hydrangea sargentiana Hortensia sargentiane 4u macrophylla Ca Cletha alnifolia 'paniculata' 12u Hm Hydrangea Romance Hortensia 28u Cs CornusLaurier sericea 'Kelseyi' 8u L Laurus nobilis sauce 3u Lf Leycesteria aux faisans 3uformosa Hs HydrangeaArbre sargentiana 1u Lc Loropethalum 3u chinense Lf LeycesteriaLoropétale formosade Chine 8u Pu Paeonia suffruticosa Pivoine arbustive 1u Lc Loropethalum chinense 35u Rosa Gertrude Jeckill Rosier 8u Pu Paeonia suffruticosa 25u Rosa fleurette Rosier 35u dreamRosa Gertrude 120u Rosa lavender RosierJeckill 50u Salvia mycrophylla Sauge de Gragham 25u Rosa fleurette 1u Vm Viburnum plictaum 'Mariesii' Viornedream de Chine 120u Rosa lavender 6u Vp Viburnum plicatum 'shasta' Viorne de Chine 50u Salvia mycrophylla 3u vo Viburnum Sargentii 'Onandaga' Viorne
Murier blanc 16/18 Magnolia de Kobé 16/18 Marronnier D'inde Pommier d'ornement 12/14 Cédre du Liban 14/16 Cerisier à grappes Chênedurouge Cerisier Japon 14/16 Oranger Tilleul des Osages 14/16 Tilleul 18/20
Amélanchier de Lamarck 250/300 250/300 Erable de David Pavier blanc de Lamarck 250/300 150/200 Amélanchier Pavier blanc 150/200 Arbre à neige 150/200 150/200 ArbreChitalpa du clergé 250/300 Arbre du clergé Cornouiller discuté panaché250/300 250/300 Arbre à miel 250/300 Cornouiller fleurs 250/300 250/300 Arbre de grandes Judée pourpre Cornuiller du Japon 250/300 Savonnier 250/300 Dipelta Charme florifère à Houblon 250/300 250/300 Cerisier de Japon 250/300 Carrya à feuilles elliptiques 250/300 Murier à papier 250/300 Noisteier de sorcière 80/100 Cerisier de Japon 250/300 40/60 60/80
60/80 Aronie feuilles d'arbousier 40/60 40/60 Arbre aux anémones 60/80 60/80 Clèthre feuilles d'aulne 60/80 Touffeà C7 Cornouiller 40/60 125/150 stolonifère 60/80 Hydrangea sargentiane 60/80 40/60 aux faisans Arbre 60/80 60/80 Loropétale de Chine 40/60 40/60 Pivoine 60/80 40/60 arbustive Rosier 40/60 40/60 40/60 Rosier 40/60 60/80 Rosier 40/60 60/80 Sauge de Gragham 40/60 80/100 1u Vm Viburnum plictaum 'Mariesii' Viorne de Chine 60/80 6u Vp Viburnum plicatum 'shasta' Viorne de Chine 60/80 Couvre -sol à planter 378u Hedera Lierre 30/40 3u Bellecourt vo Viburnum Sargentii 'Onandaga' Viorne 80/100 Couvre -sol à planter Vivace à planter: 378u Hedera Bellecourt Lierre 30/40 100u Anemone Blanche automne Anémones du japon Godet 8/10 Vivace à planter: 10u Vitis cognatiae 30/40 100u Anemone Blanche automne Anémones du japon Godet 8/10 Engazonnement 4300m2 Engazonnement soignée Engazonnement 400m2 Gazon fibré
4300m2 Engazonnement soignée 400m2 Gazon fibré
06 Parc Ausone Bruges, Bordeaux, France Internship project
Parc Ausone is a parc wich will be created on a an old rubble dump, wich was neglected for a period. By consquence a specific plantation started growing here wich people normally avoid or regard as hostile and ugly, Atelier Paysages Grazielle Barsacq decided to put this natural world in contrast to plantations and parc-esthetics that we regard as normal. At the hart of the parc will be a new allotment created, wich try to be as eco-friendly as possible. Bioswales lets rainwater infiltrate locally, hedges and plantations without fences creates a visual barrier without being one for animals. Also plantation are selected in a way that ensures flowers true the whole season. My task was to select plants and trees by their flowering season and esthetics. After selection I integrated them in a planting-plan (under).
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07 Construction design of a pond Acedemical project School of Arts Ghent
Opdracht IX 1. Een architectonische vijver (2 x 8 m) gedicht met rubberfolie, met een waterdiepte van 70 cm, gesitueerd in een verharde context, heeft een opstelling van 4 fonteinkoppen op de lange middellijn van zijn oppervlak (fonteinbeeld zelf te kiezen). De verharding bestaat uit een combinatie van blauwe hardsteen en gebakken klinkers. wo 2. Deze fonteinen worden gevoed door één circulatiepomp (mail mij voor info over de manier van installeren), nat geplaatst buiten de vijver. Elke fontein heeft een onderwaterverlichting. 3. Een vijfde fonteinkop (zonder verlichting), in het midden tussen de 4 andere, doet dienst om de vijver bij te vullen en wordt dus gevoed door een waterlei waterleiding. Deze aanvoer wordt geregeld met een vlottersysteem. De pomp en het vlottersysteem van de aanvoer zitten samen in een controleput. 4. Afvoer en reukloze overloop zitten in een tweede controleput onder de verharding. 5. Elektriciteitsaansluiting voor pomp en verlichting (ter informatie: met schake schakelklok) gebeurt in een kleine, bovengrondse schakelkast, vlakbij de
Berekeningen: 12,3m PE 1” met 0,19mwk wrijving=2,3 3,27m PE2” met 0,08mwk wrijving=0,264 opvoerhoogte fontein= 0,8m totale opvoerhoogte=336,4cm Het benodigde debiet voor een spuitkop is 75L/min. Het nodige debiet is dus 300L/min. Men heeft dus een pomp nodig met een debiet van 300l/min met een opvoerhoogte van 336,4L/min.
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08 Construction design of a street Acedemical project School of Arts Ghent
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