Urban Agroforestry: Food Forests & More Tipsheet

PermaNews Brief
Key Takeaways
Urban agroforestry goes beyond food forests, offering diverse practices like alley cropping and silvopasture to boost urban sustainability.
- Implement diverse urban agroforestry systems for multifaceted benefits.
- Prioritize zoning, utility checks, and soil testing pre-implementation.
- Plan for perpetual maintenance, addressing urban-specific challenges.
- Manage complexity to create multifunctional, space-efficient systems.
- Utilize tools for site assessment, regulation, contamination, and weed control.
Why It Matters
Implementing urban agroforestry transforms underutilized spaces into productive ecosystems, enhancing biodiversity, improving soil health, and providing local food and resources.
What to Do Next
Check local zoning laws and permitting requirements for agroforestry projects in your area.
Recommended for: Urban planners, community organizers, and individual landowners looking to implement sustainable and productive agroforestry systems in city environments.
This tipsheet offers practical guidance for implementing agroforestry in urban settings, extending beyond food forests to practices like alley cropping, multistory cropping, riparian forest buffers, windbreaks, and silvopasture. It highlights benefits such as shade provision for crops and people, maximized production in limited spaces, stream protection with food or medicinal yields, and animal fodder in silvopasture. Key pre-implementation steps include zoning and permitting checks, locating utilities to avoid conflicts, soil testing for heavy metals and contaminants, developing remediation plans for pollution or debris, securing insurance—especially near public land—and planning perpetual maintenance. Maintenance strategies address urban challenges like invasive grasses from surrounding lawns, recommending solarization, biosolarization (using sunlight and heat), occultation (light blocking), mulching, sheet mulching, and tillage. Food forests require intensive hand labor due to dense, diverse structures, necessitating trained workers. The guide stresses complexity management in urban contexts, where space constraints demand multifunctional systems. It provides concrete tools for site assessment, regulatory navigation, contamination handling, and weed control, enabling urban practitioners to establish resilient, productive agroforestry that enhances biodiversity, soil quality, and community access while mitigating environmental risks. These specifics equip landowners with actionable protocols for safe, sustainable urban greening projects.
Source: attra.ncat.org
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