NSL – Netzwerk Stadt und Landschaft ETH Zürich
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      • Projects of the Chairs
        • Prof. Dr. Bryan T. Adey | Infrastructure Management
        • Prof. Dr. Tom Avermaete | History and Theory of Urban Design
        • Prof. Dr. Kay W. Axhausen | Traffic and Transport Planning
        • Prof. Dr. Francesco Corman | Transport Systems
        • Prof. Teresa Galí-Izard | Chair of Being Alive
        • Prof. Dr. Adrienne Grêt-Regamey | Planning of Landscape and Urban Systems (PLUS)
        • Prof. Dr. Eva Heinen | Transportation and Mobility Planning
        • Prof. Dr. David Kaufmann | Spatial Development and Urban Policy
        • Prof. Hubert Klumpner | Architecture and Urban Design
        • Dr. Anastasios Kouvelas | Traffic Engineering and Control
        • Prof. Dr. Christian Schmid | Sociology
        • Prof. Milica Topalovic | Architecture and Territorial Planning
        • Dr. Jennifer Duyne Barenstein | ETH Wohnforum – ETH CASE
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          • E-Bike City
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          • Urban Potential and Strategies in Metropolitan Territories
 – The Zurich Metropolitan Region as an Example (NFP65)
          • Large-scale Virtualization and Modeling Lab (LVML)
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      • Bachelor and Master Degree Programmes, Department ARCH
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      • MAS in Housing
      • Doctoral Programme in Landscape and Urban Studies
      • The teaching component of the NSL seeks to impart the knowledge and skills needed to develop the standard strengths of spatial planning and their interaction as well as the ability to develop strategies for the solution of spatial problems. These are central prerequisites for a responsible and successful exercise of planning functions in the service of the public commonwealth and of private companies. Especially important in fufilling these prerequisites is the quality of university-level education: graduate and post-graduate work as well as professional development in spatial, urban and landscape planning. The ETH Zurich has offered programmes such as continuing education courses and post-graduate programmes (NDS, now MAS) since 1965. The NSL (Network City and Landscape) is responsible for these courses and programmes.
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  • Publications
    • NSL Newsletter – The NSL brings the experts at ETH Zurich together and also maintains a dialogue with other groups that deal with or are interested in issues relating to cities and landscapes.
    • Cover of the brochure: "The E-Bike City. Designing Sustainable Streets"Publications of NSL Chairs – A complete list of publications can be reached via the following link, which also includes advanced search capabilities:
      • ETH Zürich Research Collection
    • Cover of the journal disP, Volume 60, Issue 4, December 2024disP – The Planning Review – The interdisciplinary scientific journal covers the topics of spatial development, urban planning, landscape and environmental planning, landscape architecture, traffic planning, and regional and environmental economics, as well as special issues on specific themes.
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    • DELUS Cover Issue 1DELUS – Journal for Landscape and Urban Studies – DELUS is an annual publication by the Institute of Landscape and Urban Studies at ETH Zürich.
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DJI_0246 Paulownia tree mountain luthe

Resilience in a contemporary understanding is about adaptive, innovative and transformative capacities. The designerly component of deliberate transformation, here in a mountain real-world SES context, entails prototyping new types of economic land use. The photo shows Paulownia trees on 1500m asl, one of the fastest growing tree species with a type of wood that due to is light weight yet high e-module (flexibility) is of high economic interest for various composite material uses, i.e. together with hemp fibers. Paulownia and hemp can be part of a climate adaptive, innovative and thus resilient future mountain economy. © Tobias Luthe / MonViso Institute

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Chairs

Resilience in a contemporary understanding is about adaptive, innovative and transformative capacities. The designerly component of deliberate transformation, here in a mountain real-world SES context, entails prototyping new types of economic land use. The photo shows Paulownia trees on 1500m asl, one of the fastest growing tree species with a type of wood that due to is light weight yet high e-module (flexibility) is of high economic interest for various composite material uses, i.e. together with hemp fibers. Paulownia and hemp can be part of a climate adaptive, innovative and thus resilient future mountain economy. © Tobias Luthe / MonViso Institute

Prof. Dr. Bryan T. Adey
Prof. Dr. Kay W. Axhausen
Prof. Dr. Tom Avermaete
Prof. Maria Conen
Prof. Dr. Francesco Corman
Dr. Jennifer Duyne Barenstein
Prof. Teresa Galí-Izard
Prof. Dr. Adrienne Grêt-Regamey
Prof. Dr. Guillaume Habert
Prof. Dr. Eva Heinen
Prof. Damian Jerjen
Prof. Dr. David Kaufmann
Prof. Hubert Klumpner
Dr. Anastasios Kouvelas
Prof. Freek Persyn
Prof. Dr. Christian Schmid
Prof. Milica Topalovic
Prof. Martina Voser

Contact

Resilience in a contemporary understanding is about adaptive, innovative and transformative capacities. The designerly component of deliberate transformation, here in a mountain real-world SES context, entails prototyping new types of economic land use. The photo shows Paulownia trees on 1500m asl, one of the fastest growing tree species with a type of wood that due to is light weight yet high e-module (flexibility) is of high economic interest for various composite material uses, i.e. together with hemp fibers. Paulownia and hemp can be part of a climate adaptive, innovative and thus resilient future mountain economy. © Tobias Luthe / MonViso Institute

Address
ETH Zürich
NSL – Netzwerk Stadt und Landschaft
Stefano-Franscini-Platz 5
HIL H 44.2
8093 Zürich

NSL Director
Director: Prof. Dr. David Kaufmann
Deputy Director: Prof. Milica Topalovic

NSL Coordination
Claudia Gebert
Telephone: +41 (0)44 633 36 33

 

Register for the NSL Newsletter

disP Publication Office

Resilience in a contemporary understanding is about adaptive, innovative and transformative capacities. The designerly component of deliberate transformation, here in a mountain real-world SES context, entails prototyping new types of economic land use. The photo shows Paulownia trees on 1500m asl, one of the fastest growing tree species with a type of wood that due to is light weight yet high e-module (flexibility) is of high economic interest for various composite material uses, i.e. together with hemp fibers. Paulownia and hemp can be part of a climate adaptive, innovative and thus resilient future mountain economy. © Tobias Luthe / MonViso Institute

Editor-in-Chief
Dr. sc. techn. Martina Koll-Schretzenmayr, Spatial planner ETH/NDS,
Telephone +41 (0)44 633 29 47

Mailing address
ETH Zürich
Redaktion disP
NSL – Netzwerk Stadt und Landschaft
Stefano-Franscini-Platz 5
HIL H 33.3
8093 Zürich
E-Mail

 

NSL Archive (gta)

Resilience in a contemporary understanding is about adaptive, innovative and transformative capacities. The designerly component of deliberate transformation, here in a mountain real-world SES context, entails prototyping new types of economic land use. The photo shows Paulownia trees on 1500m asl, one of the fastest growing tree species with a type of wood that due to is light weight yet high e-module (flexibility) is of high economic interest for various composite material uses, i.e. together with hemp fibers. Paulownia and hemp can be part of a climate adaptive, innovative and thus resilient future mountain economy. © Tobias Luthe / MonViso Institute

Research and Bequest Archive for
Swiss Landscape Architecture and Spatial Planning

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Mailing address
ETH Zürich
NSL Archive (gta)
Stefano-Franscini-Platz 5
HIL C 65.2
CH-8093 Zurich

 

 
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