URI Peckham Farm: Community Seeds Silvopasture for Resilient Grazing
TL;DR: URI Peckham Farm successfully integrated trees and livestock in a silvopasture system, demonstrating significant ecological and economic benefits.
- Silvopasture improves livestock health and weight gain.
- Nitrogen-fixing trees reduce feed costs.
- Soil health dramatically improves with integrated grazing.
- Biodiversity and ecosystem resilience are enhanced.
- Agroforestry offers diversified farm revenue streams.
Why it matters: Implementing silvopasture in temperate climates can significantly boost farm resilience, profitability, and environmental sustainability, offering a proven model for regenerative agriculture.
Do this next: Research local grants and community funding options to initiate silvopasture trials on suitable acreage.
Recommended for: Farmers and land managers in temperate regions looking to implement integrated tree and livestock systems for ecological and economic benefits.
This March 2026 case study documents the URI Peckham Farm Silvopasture Project, a real-world implementation integrating trees and livestock for regenerative resilience. The system plants oaks, chestnuts, and nitrogen-fixing honey locust trees in alleys with rotational grazing lanes for cattle and sheep. Specific benefits include 50% canopy shade providing heat relief for livestock during summers, reducing heat stress and improving weight gains by 15-20%. Winter seed pods from honey locusts serve as high-nutrition forage (25% protein), extending grazing seasons and cutting feed costs by 30%. Soil restoration metrics show pH improvements from 5.8 to 6.5 and organic matter rising 2% in year one via manure deposition and root exudates. Ecosystem resilience is enhanced through biodiversity: pollinator habitats from understory forbs, pest control from bird perches, and carbon sequestration estimated at 4 tons/acre annually. Practical details cover site prep (ripping compacted soils, inoculating with mycorrhizae), tree spacing (20x20 ft alleys for 100 trees/acre), and livestock management (daily moves with portable electric fencing, resting paddocks 60-90 days). Community funding from grants and donors enabled 10-acre startup, with phased expansion to 50 acres by 2028. Measured outcomes include water infiltration doubling to 2 inches/hour, runoff reduction by 40%, and farm revenue from agroforestry products like nuts and timber. Challenges addressed: deer browsing mitigated by tube protectors, weed control via initial goat grazing. Expert analysis from URI agronomists confirms alignment with permaculture principles, offering self-sufficiency through diversified outputs (meat, nuts, timber). This project serves as a model for small-to-medium farms in temperate climates, with replicable blueprints for soil health, animal welfare, and climate adaptation.