JULIANA GUEVARA SALAMANCA julianaguevara12@gmail.com
PROJECT 1 Final BArch project: LINEAL PARK YOMASA (PROPAGATION OF THE GREEN STRUCTURE AND RECOMPOSITION OF THE PLACE BY THIS STRUCTURE). BOGOTÁ, COLOMBIA Academic project Professor incharge: Fernando de la Carrera, fdelacr@gmail.com PROJECT 2: VILLA URBANA: DESIGN OF AN EXPERIMENTAL ENSEMBLE. DELFT, THE NETHERLANDS Academic project Professor incharge: Saskia de Wit, S.I.deWit@tudelf t.nl PROJECT 3: NEW DUTCH WATERSCAPES: DESIGN OF A RECREATIONAL LANDSCAPE. DELFT, THE NETHERLANDS Academic project Professor incharge: Inge Bobbink, I.Bobbink@tudelf t.nl, Nico Tillie, N.M.J.D.Tillie@tudelf t.nl PROJECT 4 Graduation project MSc-LA: RIVERSCAPE IN BASEL REGION. DELFT, THE NETHERLANDS Academic project Professor incharge: Inge Bobbink, I.Bobbink@tudelf t.nl, Leo van den Burg, L.P.J.vandenBurg@tudelft.nl
LINEAR PARK YOMASA: Propagation of the green structure and recomposition of the place by this structure
The project is based in two concepts, propagate and recompose. These concepts came out from the analysis of the place and leaded to propose a system of green corridors that form a network that propagate the structure of green, public and open spaces. Thus, the aim is to rebuild and improve both the place and its landscape. This network seeks to restore the natural elements and upgrade them to the fullest. Within these elements we found the creek Yomasa, where the project is developed. This project aims to connect the site, restore the creek, provide quality spaces and improve the landscape. For this, the proposal is a linear park along the creek composed with areas for passive recreation, active recreation and three types of vegetation. Passive recreation is where people can delights, have fun, relax and distract themselves for this the project proposes the following activities: walking, cycling, running, reading, sports and sightseeing. These activities can be found throughout the project in circulations, squares, spaces for games and exercises and residence areas. Active recreation activities are educational or amateur. Sports activities are proposed to complement sector activities such as tennis, volleyball and football. The vegetation is divided in three parts: the plant barrier, sets of flora within the project and the restoration and protection of the creek. There are a total of 39 species of plants used to generate adequate space for 21 species of birds.
LINEAR PARK YOMASA: Propagation of the green structure and recomposition of the place by this structure
DIAGRAM - PROJECT PLAN The project aims for a place where citizens can recreate and have outdoor living. At the same time, this place connects various facilities and helps to improve the landscape by recovering the creek and introducing new green spaces.
PUBLIC FACILITIE
OUTDOOR LIVING PASIVE RECREATION
PUBLIC FACILITIE
OUTDOOR LIVING PASIVE RECREATION
NEW FACILITIE ACTIVE RECREATION
OUTDOOR LIVING PASIVE RECREATION
OUTDOOR LIVING PASIVE RECREATION
LINEAR PARK YOMASA: Propagation of the green structure and recomposition of the place by this structure Visually separate the vehicular road fron the project, has 5938m2 and is paralela to the peripheral circulation .
PLANT BARRIER ABUTILON
ACACIA
CAJETO
HIGUERILLO
MERMELADA
SAUCO
TANGARA AZULEJA
TANGARA ESCARLATA
TANGARA PALMERA
PLANT BARRIER Reduce noise from cars. Increase the singing of birds.
PROTECTION AND RECOVERY OF THE CREEK YOMASA
Show a striking
Showlandscape. a striking landscape.
BOLSERO CUCLILLO DORSIAMARILLO PIQUIOSCURO
Show a striking landscape. ELENIA MOSQUERITO PICOGRUESO MONTAÑERA VENTRIAZUFRADO PECHIROSADO
TANGARA VERANERA
TIRANO TROPICAL
Vegetation for the protection and recovery of the creek Yomasa. The creek usually has a high level of 1m, in times of heavy rain reaches up to approximately 2m above its normal level. Therefore, it is advisable not to plant any kind of vegetation that can be removed with the water growth within this range of 3m. For the recovery of the creek the propousal is to use plants oxigenadoras, these species are those that maintain the biologicaL balance of the aquatic ecosystem. The leaves absorb the minerals and carbon dioxide and produce large amounts of oxygen which hinders the growth of algae. Thanks to these plants water is colorless and crystalline. The marsh, are species that grow in floodplains, puddles or mud.
ARRAYAN
CHUQUE
CHUSQUE
COLORADO
LAUREL DE CERA
MIMBRE
SIETECUEROS
UVA DE ANIS
ALISO
ARBOLOCO
CAUCHO TEQUENDAMA
CAUCHO SABANERO
ENCENILLO
GAQUE
URAPAN
CABOMBA CAROLINIANA
ORTIGA DE AGUA
MIL HOJAS
PAPIRO
ESQUISETUM
FEBE NEGRUZCO
JIGUERO ANDINO
REINITA ACUATICA
TARANGA VERANERA
CREEK SECTION - LEVEL
RECOVERY OF CREEK
MOSQUERITO MOSQUERITO PICOGRUESO GUARDARIOS LOMILEONADO PECHIRROSADO
LINEAR PARK YOMASA: Propagation of the green structure and recomposition of the place by this structure SECTIONS SECTION A
SECTION B
SECTION C
LINEAR PARK YOMASA: Propagation of the green structure and recomposition of the place by this structure BRIDGES
PROMENADE
They are lacoted over the creek allowing connection with the houses on the edge of the project.
ALISO
CAUCHO TEQUENDAMA
URAPAN
CABOMBA CAROLINIANA
ORTIGA DE AGUA
MIL HOJAS
PAPIRO
EQUISETUM
Edge circulation against the houses. This part of the project not only enables the movement of bicycles, skaters and pedestrians but extends to where the topography permits to generate zones or viewpoints toward the creek and the eastern hills.
FEBE NEGRUZCO
JIGUERO ANDINO
MOSQUERITO
MOSQUERITO GUARDARIOS
REINNITA ACUATICA
PICOGRUESO PECHIROSADO
TANGARA VERANERA
LINEAR PARK YOMASA: Propagation of the green structure and recomposition of the place by this structure CIRCULATIONS ·A-Peripheral circulation, comprising a limiting grove against Boyacá Avenue. ·B-Mixed circulation, it has a space for pedestrians, bicycles and skaters. Is located in the central part of the project due to the limited space. ·C-Pedestrians, with the different levels in the topography these circulations have slow and rested paths.
CIRCULATIONS C
·D-Secondary circulations, are those that connect the main circulation, each with different uses os the park.
CIRCULATIONS C
CIRCULATIONS A
CIRCULATIONS D
CIRCULATIONS B
LIQUIDAMBAR
ABUTILON
CHARNE
HAYUELO
HIGUERILLO
HOLLY
MORA
SAUCO
ZARCILLEJO
CIRCULATIONS D
BOLSERO AMARILLO
CUCLILLO PIQUIOSCURO
ELANIA CAPOTERA
MONQUERO PELTROJO
OJIVIOLETA PICOGRUESO VIENTRIAZUL PECHIRROSADO
TANGARA ESCARLATA
TARANGA PALMERA
LINEAR PARK YOMASA: Propagation of the green structure and recomposition of the place by this structure SPACES FOR PASSIVE RECREATION
SMALL SPACES BETWEEN NATURE AND CLOSE TO THE CREEK
BIG SPACES BETWEEN NATURE AND CLOSE TO THE CREEK
SMALL SPACES BETWEEN NATURE
SMALL SPACES BETWEEN NATURE: Vegetation creates shade and a visual barrier. The permanence zones seek view of the creek, the vegetation barries is staggered.
BIG SPACES CLOSE TO THE CREEK
LINEAR PARK YOMASA: Propagation of the green structure and recomposition of the place by this structure SPACES FOR ACTIVE RECREATION Games for kids: For playgrounds should prioritize dynamic games where children spend energy.
CONTAINER WALL
For children between 2 and 6 years old, should consider games where they can develop muscle mass and interaction with other children.
ACTIVITIES - GAMES
For children 6 to 12 years old, the games must create personal challenges.
360 VISUAL SECURITY
LINEAR PARK YOMASA: Propagation of the green structure and recomposition of the place by this structure SPACES FOR ACTIVE RECREATION Elder Exercise Area: Two types of activities, one more physically demanding than the other. The idea is to help adults maintain, improve or increase there physical activity. Ramps forced to older adults so they do not lose flexibility and balance. Elevated pedestrians for the balance. Wood slats that force elderly people to take a tour. Weights and bicycles to work the cardiovascular, this type of activity is directed to adults.
ACTIVITY AREAS
360 VISUAL SECURITY
CONTAINER WALL
LINEAR PARK YOMASA: Propagation of the green structure and recomposition of the place by this structure SPACES FOR ACTIVE RECREATION The sports area complements the existing activities that are micro, basketball and football. The place is created especially for tennis, soccer and for valleyball.
NOGAL
CAJETO
ACACIA
ARAUCARIA
PINO PATULA
LIQUIDAMBAR
ABUTILON
VILLA URBANA: Design of an Experimental Ensemble
The object of study is the garden: as the most condensed unity in which the historical, functional and spatial complexity of the landscape is made manifest. Here the implicit qualities of landscape are made explicit and are given form and expression. The relationship between landscape, architectonic space and interior, in terms of time and space are central themes. The goal is not only to investigate the influence landscape can exert on architecture, but also what architecture does with the landscape, exposing how the point of departure for a genuine design culture lies in a merger of the two. The design of the project followed the concept of transition. Then the uses, vegetation, shapes, forms and heights dependen on the place of location inside the area of the project. Different strategies where use to incorpore the transition between the elements of the project. In the form and positioning of the house, the vistas and relation with the sorroundings determined the height and the distibution of the spaces. The implemention of vegetation follow the concept as well. The garden represented the transition area from the house to the quarry. Leaving the private and entering the public through smells and colors position alogn the paths increased the charectistic of the space. On the other hand several spaces were created taking into account the element of time. How the space will be developed and the roll that plays the use of vegetation to change the experinces and the transition of the place.
VILLA URBANA: Design of an Experimental Ensemble SENSORIAL ANALYSIS - TRANSITION
THREE VIEWS
1. Quarry
2. Landscape +Dense +Texture
3. Landscape -Dense -Texture
ROUTING TRHOUGH THE QUARRY 1. ROUTING QUICK ACCESS RESIDENTS
ROUTING QUICK ACCESS RESIDENTS
2. ROUTING FOR VISITORS
3. ROUTING FOR RESIDENTS
THREE POSSIBLE ROUTINGS FOR THE QUARRY. ·One for visitors where they can see differents parts of the place.
1.1
1.2
·Two for the residents, one through the quarry and the other a quick access in case of emergency.
ROUTING FOR VISITORS
2.1
2.2
2.3
2.4
ROUTING FOR RESIDENTS
1
3.2
3.3
3.4
3.5
VILLA URBANA: Design of an Experimental Ensemble TRANSITION = CONNECTION OF SPACES - The forest dessipate gradualy into the open space by the restricted vegetation. -Connection between high and low areas by terraces. -Connection to the paths of the quarry. -Transition of +dense to -dense, from close to open, from +texture to -texture. -The house and garden are the space where the opposite merge. -The form of a rectangule, for the hiuse, gives better views over the quarry / visual connection. -The garden merge the form of the highline and the rectangule of the house.
DEVELOPMENT OF THE QUARRY THROUGH TIME
TRANSITION IN HEIGHT IS DEVELOPED BY TERRACES AND BY A GRADIENT OF VEGATATION. FOREST LOW VEGETATION QUARRY CLOSE TERRACES OPEN +DENSE
+/- DENSE
-DENSE
VILLA URBANA: Design of an Experimental Ensemble
The long sides of the house present different hieghts for the relation with the soroundings. Open and high windows for better views and less boundaries between spaces. And small and big frames for a more compact and dense experience. The Garden is the point where the rigid lines and form of the house merge with the loose lines of the terreine and nature. The border of the garden made by lavanda plants to create a smell boundary for the girl. The species where placed to formed a height gradient that starts from the house and vanishes with the tarrain.
CONCRETE CONCRETE
FORMIO GLASS
FORMIO
WOOD
WOOD CONCRETE
FESTUCA
CONCRETE
WOOD LANUDA
ALISON
GRAVEL ALISON + FESTUCA
ALBORADA
ALISON
AGAPHANTUS
ALISON
FORMIO
LANUDA
LAVANDA
NEPETA
SERPENTINA
BIRCH
ALBORADA
LANUDA
STONE GRANITE
AGAPHANTUS FORMIO
NEW DUTCH WATERSCAPES
The constructed polder spaces of delta regions, both within and beyond urban areas, are the origin and instrumentation of a unique Dutch landscape and architectonic repertoire. The articulation between architectonic form, water management system, and the programmatic transformation of the polder landscape, are central themes not only of the Dutch Lowlands but also include worldwide current themes. One of the most pressing problems facing the Dutch (urban)landscape at present is the question of fragmentation and disintegration of Delta regions and the task to modernize the water system for a sustainable future. The solution to many spatial problems can be solved in the landscape itself. By investigating and understanding the Dutch landscape from a design point of view, the project was shaped taking into account new strategies for integrating the current land uses with a proper water system. The project of the public landscape was emphasize in the understanding of landscape architecture as a process. Composing routings, new architectonic elements for recreation and water management and planting material were proposed.
NEW DUTCH WATERSCAPES
NEW DUTCH WATERSCAPES
RIVERSCAPE IN BASEL REGION The Rhine River transformations brought a large number of consequences. The natural environment of the river system lost several ecological qualities; habitats were deteriorated or destroyed, causing a fragmentation of the river . The built environment has new challenges, diverse land uses are expanding and the resources are reducing. The need of public green spaces and the aim of providing a better quality of life are growing . The imbalance between the natural and the built environments keeps rising in such a way that the built environment is consuming the resources and the natural environment is diminished. We face a situation, clearly exemplify in the area of Basel, where increasing potentials for people and nature are becoming limited. To obtain a balance we should consider a new phase centred on the current situation. Based on a positive interpretation of the widely diverse functions like industry, agriculture, residence, recreation and nature to allow and benefit the involvement an evolvement of both environments. Then the concern is how we, as landscape architects, can provide a spatial balance where opportunities for people and nature can develop in the Rhine, reinforcing the relation of the river with its surroundings through the river borders in the region of Basel? We see nature as an element that needs to be protected from further devastation. This made us create untouchable areas, but will this help to develop and increase our natural environment? Planning in a large scale, allows the formation of cohesive structures that unify the regions. The natural elements can act as the backbone of such structures and grant possibilities of evolvement. This arising nature aims for networks that not only disused sites and decayed landscapes but also the protected areas and new areas, such as industrial, living and agriculture. Then Basel, with a new green structure that connects the Rhine River and the green spaces through agriculture and industrial areas, will have a new riparian zone that will develop and benefit both environments. River edges and riparian zone are redefined and provide the ecosystem restoration and accessibility to the river. The natural environment must be set in our context and be part of our daily dynamics. It can contribute to the human welfare and provide health and wealth. A change in the human understanding of the concept of nature will recognize that it not only brings personal benefits but also economical benefits.
RIVERSCAPE IN BASEL REGION
Fragmentation of the river in Basel
Inaccessibility to water blocked by industry
Green fragmented
Looking for the integration of the built and the natural environments
PROJECT AIMS 1-ECOSYSTEM RESTORATION:
NO RELATION BETWEEN THE RIVER AND THE SURROUNDINGS LOW BIODIVERSITY - FRAGMENTED GREEN STRUCTURE
1-ECOSYSTEM RESTORATION 1.1 RIVER EDGE 1.2 CONNECTION WITH SURROUNDINGS – RIPARIAN ZONE 2-ACCESSIBILITY TO THE RIVER
-Create a functional river and riparian zone that provides habitats for plant communities, birds, mammals, amphibians, reptiles, invertebrates and fish.-Reducing the flow velocity: Opportunities for selective expansions for the river . Opportunities of water storage adjacent or connected to the river. -Connect the river with other significant habitats.To accomplish these objectives some modifications on the river edges should be made. Space for an easy adaptation of the species and more places where small habitats and biotopes can develop. Modifying the artificial edge can provide more opportunities. 1.1-CONNECTION – RIPARIAN ZONE SETTINGS: Within the new uses found in the riparian zone create an emerging green space system. -Conceiving the countryside, industrial areas and the river as a functional unity. -Strengthening existing ecological potentials.
-Developing new scenes:Including recreational spaces throughout the river.and including the built elements to provide a green and built arterial connection with the river. To accomplish this objective: Typologies for industrial buildings, Typologies for residential buildings, Green corridor through agriculture land with few spatial obstacles, Green corridors-streets between settlements with multiple spatial obstacles, Green corridors-streets between industrial areas with multiple spatial obstacles. 2-ACCESSIBILITY TO THE RIVER Reshaping the river corridor to create open spaces with public amenities: Increase visual and pedestrian accesses to the river, Improve public awareness of the river andIncrease recreation related with the river. Some of the solutions to provide more space for people along the river are: Promenades, observation points, platforms.
RIVERSCAPE IN BASEL REGION
ECOSYSTEM RESTORATION - ARISING NATURE - CONNECTIONS
Position - ventilation
Buldings - vegetation
Industry
Agriculture
LARGE FRONT
ROOF - LH, WR
lLINE - PA, c
SHORT FRONT
FACADE - LH
WATER - WR, CW, RW
EDGE - C, PA
INSIDE
INSIDE - VB, LH
HABITAT - WT,RW, CW
PATCH - C, SS, FG,PA
GROUND FLOOR
GROUND FLOOR - VB, AP
HABITAT - WT,RW, CW
INSIDE + FACADE
TROUGH BUILDING
HABITAT - AP
Link between parcels
Depends on the street width
Streets riverbanks
Streets perpendicular Settlements
LINE - S, v, SS, PA
LINE - V, AP, c
WATER - V, SR, LH
TUNNEL
PATCH - SH, LV, AP, PA
STRIPE - S, AP, C
LOW - V, SR, LH
GROUNDLEVEL
LEVELS - TH, AP, PA
PATCH - LP, AP, AP, LH, C, SH
MEDIUM - v, SR, LH, AP, c
CANOPY
Industry
Industry
LINE - LH, C,
LINE - OP, V, c
PATCH - LV, C, AP
PATCH - LP, C, LH, SH
WR, RW, VB, AP, LH
THROUGH LARGE FRONT
THROUGH SHORT FRONT
Streets, vegetation, ventilation
PATCH - v, SR, LH, AP, C
RIVERSCAPE IN BASEL REGION ECOSYSTEM RESTORATION - ARISING NATURE Current river edges situation:
Artificial
Movement along the edge. No relation with surroundings, fragmentation of the riparian zone.
Current river connections situation:
Natural
Movement across the edge. More opportunities for ecological connections and accessibility for people.
New river edges situation:
Alternated
Natural and artificial dynamics can take place but due to the processes and functions is not easy to develop on the same space. Although, they can create a cycle system where they can benefit from each other. Involving the processes and making them codependent is a way of evolvement.
Poor
No connections
New river connections situation:
Integrated
Natural and artificial dynamics can take place in the same space. Both dynimcs dependent of each other and function mutually as a unity.
Industry / Settlements
Multiple spatial obstacles. such as trafic infrastructure.
Agriculture
Few spatial obstacles
RIVERSCAPE IN BASEL REGION NEW RIPARIAN ZONE
SECUNDARY STREET CONNECTION ·Water retention ·Water treatment ·Green corridor PRINCIPAL STREET CONNECTIONS ·River experince ·Green corridors SETTLEMENTS
INDUSTRY
·Capture of CO2 ·Cooling water ·Water treatment ·Access to river
Chemical and research industry Logistic industry Mixed industry
·Water retention ·Access to river ·Green corridors
AGRICULTURE
·Biomass ·Agroforestry
Wetland Meadow Forest Green connections 2
HABITATS - GREEN SPACES ·Wetlands ·Forest ·Grassland
Green connections 1 Biomass Agroforestry
GENERAL MAP
RIVERSCAPE IN BASEL REGION NEW RIPARIAN ZONE - HABITATS GREEN AREAS
Wetland
Populus nigra
Salix alba
Aesculus hippocastanum Tilia cordata
Phalaris
Linum usitatissinum
Thylia latifolia
Quercus robur
Ulmus minor
Tuftted duck
Common merganser
Kingsfishers
Eurasian beaver European tree frog
Deciduous Forest
Alnus glutinosa
Fraxinus excelsior
Ptelea trifoliata
Eurasian nuthatch Eurasian blackcap
Boar
Meadow
Agrostis zizanoide Dianthus superbus
Leucanthemum vulgare
Grass snake
European green European tree frog lizard
European badger
Roe deer
RIVERSCAPE IN BASEL REGION NEW RIPARIAN ZONE - AGRICULTURE
Agroforestry
Populus alba
Populus canadensis
Populus nigra
Quercus robur
Robina pseudoacacia
Biomass crops
Brassica napus
Beta vulgaris
Miscanthus
Maize
Rhine
Deciduous forest
Agroforestry
Biomass
Hemp
EXAMPLE OF AGRICULTURAL DEVELOPMENT
RIVERSCAPE IN BASEL REGION NEW RIPARIAN ZONE - INDUSTRY
Health and chemical / Logistic and transportation
Air pollution
Capture CO2
High temperature on water
Retention
Horticulture
Industry
River
cooling - celaning
Mixed industry
High temperature on water
Retention
River
cooling - cleaning
Water strorage for reuse
Surface water treatment / habitats Water strorage for reuse
Rainwater retetntion on the roofs. Possible reuse
EXAMPLE OF INDUSTRIAL DEVELOPMENT
RIVERSCAPE IN BASEL REGION NEW RIPARIAN ZONE - SETTLEMENTS
Buildings
Add vegetation
Retain water
Materials
system
Streets
Green connection
BUILDING CYCLE
Coniferous
Deciduous
WATER RETENTION IN CITY
RIVERSCAPE IN BASEL REGION
ZONE 1 - NATURE TAKING OVER - Water
ZONE 2- BUILT TAKING OVER - Industry, Future development
ZONE 3 - STITCHING BUILT AND NATUR - Basel
ZONE 4 - CONTRAST - Forest
RIVERSCAPE IN BASEL REGION Ecological aim
Agriculture connection
Wetland park Modification of the river edge
Large patch + finger New dynamics in the border and connections
Green connection
Expansion inland marsh
Alternated
Agriculture
River edges Improve edge: more accessible to poeple Agriculture connection
Boat connection
STRATEGY ZONE1
Typologies
PATCH
EDGE - C, PA
CANOPY
RIVERSCAPE IN BASEL REGION PHASE 1
Modification border Excavation
Passive recreation new paths
Modification border Sleeping riverbank reinforcement
Entrance Recreation spots
Agroforestry Biomass
RIVERSCAPE IN BASEL REGION PHASE 2
Natural development Wetland
Passive recreation -
new paths following the older agriculture paths
New recreational areas
Agroforestry Entrance
Inland water Deciduous forest expansion
RIVERSCAPE IN BASEL REGION PHASE 3
Natural development Wetland
New recreational areas
Deciduous forest expansion
Entrance Built spot in nature
RIVERSCAPE IN BASEL REGION
ZOOM BUILT SPOT Agroforestry made by annual crops combine with oaks, at the same time they function as stepping stone for the species to reach the river .
RIVERSCAPE IN BASEL REGION ZOOM AND SECTION BUILT SPOT
Quercus robur Eurasian blackcap
Ptelea trifoliata
Populus nigra Eurasian nuthatch Ulmus minor Salix alba
Fraxinus excelsior
RIVERSCAPE IN BASEL REGION
ZOOM NATURAL DEVELOPMENT The river will have a free flow. In high level seasons can flood and expand enriching the habitats and the experince for people. Beaver can built their dama and help with the water processes and regluation. Atlantica salmons can breed near the beaver dams and have resting spaces before the breeding.
RIVERSCAPE IN BASEL REGION
SECTION NATURAL DEVELOPMENT
Deciduous forest
Wetland Ptelea trifoliata
Populus nigra
Atlantic salmon
Alnus glutinosa
Tuftted duck
Tilia cordata
European tree frog
Common merganser
Aesculus hippocastanum
Eurasian beaver
Kingsfishers
Phalaris arundinacea
JUVENILE Salix alba
Quercus robur
Eurasian blackcap
Fraxinus excelsior
Ulmus minor
Eurasian nuthatch
Salix alba
Thylia latifolia
Populus nigra
Linum usitatissinum
SPAWNING
VIEW ZONE 1 DECIDUOUS FOREST
BIOMASS
AGROFORESTRY
RECREATION
WETALND
RECREATION
DECIDUOUS FOREST
RIVERSCAPE IN BASEL REGION
RIVERSCAPE IN BASEL REGION
Ecological aim
Linear edge + steppingstones New dynamics in the border and connections
River edges
Integrated Modification of the river edge
Boat connection Park + new edge Housing
Typologies Meadow park Recreational water WATER
STRATEGY ZONE 2
Industry
MEDIUM
TROUGH BUILDING
RIVERSCAPE IN BASEL REGION
Lineal park Local biotopes
Active recreation
extension over th river
Water retention - streets connected with the river
Water selected expasion with the development of local biotopes
New residential areas
RIVERSCAPE IN BASEL REGION
Water retention
Beach - inflitration and recreation area
Open spaces: wind flow and experince of the river
Recreational expansion over the river. Skycoaster, jetski, canoening Water selected expasion with the development of local biotopes
Open flow for water and wind
RIVERSCAPE IN BASEL REGION
Betula pendula
Atlantic salmon
Tuftted duck Acer campestre
Alnus glutinosa
Phalaris arundinacea European tree frog
Acer pseudoplatanus
Malus sylvestris
Thylia latifolia
Kingsfishers
JUVENILE salmon habitat
VIEW ZONE 2 NEW GREEN BUILDINGS
TERRACES RIVERFRONT
CONNECTION BRIDGE
RECREATION
GREEN SURFACES
SMALL WETLANDS
RESTAURANTS
RIVER SQUARE
RECREATIONAL BEACH
WATER RETENTION
NEW GREEN BUILDINGS
RIVERSCAPE IN BASEL REGION
RIVERSCAPE IN BASEL REGION Ecological aim
Steppingstones New dynamics in the border and connections
Pedestrian axis
Connect path
Integrated
Settlements
River edges
Improve edge
Green belt
STRATEGY ZONE1
Typologies
LINE
LEVELS
STRIPE
RIVERSCAPE IN BASEL REGION
Water retention street and bridge
Green connections using the buildings
Continuing the path
WATER OVER BRIDGE
BALCONIES
TOLERATING
Incorporing vegetation even to the buildings or the street to create connections
Improving the border,extending the pedestrian space and adding resting biotopes for species
RIVERSCAPE IN BASEL REGION SECTION TOLERATING Populus canadensis
Tilia cordata
Thylia latifolia
Populus nigra
Atlantic salmon
Celtis occidentalis
European tree frog
SECTION BALCONIES
Aesculus hippocastanum
Ulmus minor
Fagus sylvatica
Ptelea trifoliata
Alnus glutinosa
Eurasian blackcap
Euonymus europeaus
Eurasian nuthatch
VIEW BORDER BALCONIES 2 CONTINUING THE PATH OVER WATER
PEOPLE BALCONY
GREEN BALCONY
RIVERSCAPE IN BASEL REGION
CAN BE FLOODED IN HIGH WATER LEVEL
SMALL HABITATS RESTING SPACES FOR SPECIES
GREEN TERRACES
RIVERSCAPE IN BASEL REGION
VIEW BORDER TOLERATING
RIVERSCAPE IN BASEL REGION Ecological aim
Linear edge + steppingstones New dynamics in the border and connections
Green connection Green connection Improve edge for accessibility
Alternated
Industry
River edges
Green connection
Typologies
STRATEGY ZONE 4
LINE
PATCH
RIVERSCAPE IN BASEL REGION
Green conectionsteppingstones Logisct and transportation industry - space for water retention
Accessibility to edge by hidden pedestrina paths
Green connection , breaking the edge to allow the passage of amphbious
RIVERSCAPE IN BASEL REGION
HIDDEN PATHS FOR PEOPLE
AMPHIBIOUS PASS - BRIDGE TRAIN
RIVERSCAPE IN BASEL REGION SECTION BRIDGE
Ptelea trifoliata
Roe deer
Ulmus minor European badger Alnus glutinosa
Boar
Quercus robur Eurasian blackcap Fraxinus excelsior
Eurasian nuthatch
Atlantic salmon
European tree frog
HIDDEN PASSAGES FOR PEOPLE
AMPHIBIOUS PASSAGE
RIVERSCAPE IN BASEL REGION
HIDDEN PATHS
VIEW ZONE 4
JULIANA GUEVARA SALAMANCA MAT: A413202011-1032419156 Phone:(+57-1) 8060338 Mobile: (+57)3168675742 Address: Carrera 57 #134-20, Bogotรก . Colombia julianaguevara12@gmail.com