Brief

Building a Climate-Resilient City: Agriculture and food security

This policy brief focuses on measures related to agriculture and food security that cities can take to build their resilience to climate change.

By Jennifer Temmer on April 23, 2017

This policy brief focuses on measures related to agriculture and food security that cities can take to build their resilience to climate change. 

It examines ways to build resilience in urban agriculture and the food system as a contribution to urban resilience building. Its purpose is to identify elements of local food systems that can be strengthened, highlight best practices in the field and suggest interventions that local governments can use to build a more resilient food system. 

Key Messages

  • Strengthening local food systems increases resilience to supply shocks from climate change impacts on international supply chains.
  • Cities should protect available agricultural land both within and around municipal boundaries for food production using innovative methods such as aquaponics and vertical agriculture.
  • Small-scale food production and processing can bolster food security and provide employment, thereby strengthening local food systems and community cohesion, and should be encouraged through municipal policies, including procurement. 

The Building a Climate-Resilient City series was prepared for the City of Edmonton and the City of Calgary by the International Institute for Sustainable Development and the University of Winnipeg. This series looks makes recommendations for steps that cities can take as part of their municipal adaptation planning to build their resilience to climate change. It explores three key principles of resilience building: robustness (strong design), redundancy (building extra capacity into systems to act as fail-safe networks) and resourcefulness (citizen empowerment).

Brief details

Topic
Climate Change Adaptation
Region
Canada
Project
Building a Climate-Resilient City
Focus area
Climate
Publisher
IISD and the University of Winnipeg
Copyright
IISD and the University of Winnipeg, 2017