Bonn 2019, 10th Global Forum on Urban Resilience & Adaptation

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Project Results & Tools

Bonn 2019, How Urban Planning Can Drive Climate Action

Transformative climate action in cities requires rethinking urban planning and design. The UCCRN Urban Planning and Design Lab worked with city representatives to test strategies that combine low-carbon development, resilient natural systems, and participatory design. Through a four-phase process—climate analysis, public space evaluation, planning interventions, and post-intervention review—the Lab demonstrated how compact, mixed-use eco-districts can reduce energy use, strengthen resilience, and improve quality of life. Key factors include building design, ventilation, solar exposure, green infrastructure, and human activity.

Bonn 2019, How Urban Planning Can Drive Climate Action

Used Facilitation/Simulation Toolkit

Program & Call to the Event

The UCCRN Urban Planning and Design Lab showed how cities can drive climate action by rethinking planning and design. Through participatory methods and a four-phase strategy—climate analysis, public space evaluation, design interventions, and evaluation—the Lab demonstrated how compact, mixed-use eco-districts can reduce emissions, build resilience, and improve urban quality of life.

Enabling transformative climate action in cities means moving beyond the traditional boundaries of urban planning and design. Today, scientific evidence demonstrates how targeted strategies can guide the transition toward low-carbon, resource-efficient urban forms that integrate resilient natural systems. The goal is not only to reduce environmental impact, but also to create dynamic, desirable, and healthy communities.

In this context, the Urban Planning and Design Lab Session of UCCRN brought together representatives from cities to explore solutions that expand the scope of climate mitigation and adaptation. The Lab focused on three main priorities: reducing energy consumption in the built environment, strengthening community resilience to climate change, and improving comfort and quality of life in urban areas.

Through a participatory approach, city teams discovered how energy-efficient planning and design can foster compact, sustainable districts. By combining high-performance buildings with carefully configured landscapes, cities can create interconnected, attractive, and protective spaces that deliver multiple benefits at once: mitigation, adaptation, resilience, and transformation.

Experts guided participants through a series of interactive exercises, structured around a four-phase strategy:

  1. Climate analysis mapping, to identify risks and vulnerabilities.
  2. Public space evaluation, recognizing their role in inclusion and wellbeing.
  3. Planning and design interventions, aimed at cutting emissions and enhancing livability.
  4. Post-intervention evaluation, to assess results and strengthen learning.

This methodology applied and tested findings from the ARC3.2 report, with the ambition of scaling the model to compact, mixed-use eco-districts—both newly designed and retrofitted. Key factors such as building massing, urban ventilation, solar impacts, green infrastructure, and human activities all shape the outcomes of these transformations.

The message is clear: through evidence-based urban planning and thoughtful design, cities can become not only more sustainable, but also more livable and inclusive—leading the way toward a climate-resilient future.


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