Yan Yan Gurt West: 230-Hectare Sheep & Agroforestry Success
By ForestLearning
TL;DR: A 230-hectare Australian farm integrates sheep grazing and agroforestry, demonstrating enhanced productivity, ecological restoration, and diversified income streams over 30 years.
- Agroforestry boosts lamb production and overall farm resilience.
- Strategic tree planting transforms degraded landscapes effectively.
- Rotational grazing integrates well with young tree establishment.
- Diverse income from timber, seeds, and carbon credits possible.
- Careful planning supports machinery access and livestock flow.
Why it matters: Integrating trees into livestock systems can profoundly improve farm ecology and economic viability, offering solutions for climate resilience and sustained productivity.
Do this next: Explore how varied tree species can enhance microclimates and soil health on your land.
Recommended for: Farmers and land managers interested in combining livestock and tree systems for ecological and economic gains.
This video case study explores the fifth-generation Yan Yan Gurt West farm in Victoria, Australia, showcasing a multi-faceted regenerative system integrating sheep grazing with agroforestry over 230 hectares. The Stewart family raises approximately 1,500 prime lambs annually while managing diverse enterprises including wool production, timber, seed harvesting, and biodiversity markets. Over 30 years, they've transformed the landscape from 3% woody vegetation to 19%, planting more than 55,000 trees and shrubs on 42 hectares—22 ha in production-focused agroforestry and 20 ha in biodiverse corridors. Practical methods highlighted include paddock tree retention (including dead trees for habitat), direct seeding techniques with species mixes for resilience, and belt planting for shelterbelts that protect livestock from winds and heat. The video details climate-resilient species selection, such as local eucalypts and nitrogen-fixing shrubs, establishment protocols like ripping and mounding for root penetration in degraded soils, and integration with rotational grazing to trample weeds and deposit manure around young trees. Benefits covered: sustained lamb production with improved weights due to shaded pastures; drought tolerance via deeper roots accessing subsoil water; erosion control on slopes; salinity mitigation through transpiration; and full emissions offset via sequestration (verified carbon credits). New income from timber thinnings every 10-15 years, native seed sales to restoration projects, and ecotourism/biodiversity offsets. Insights for practitioners: design tree lines 20-50m wide for machinery access and grazing lanes; time plantings post-autumn rains for 80% survival; use GPS mapping for even distribution; combine with pasture cropping for year-round forage. The immersive VR elements demonstrate spatial planning, showing how trees enhance pasture productivity by 20-30% under shelter. This resource provides actionable visuals for farmers adapting livestock systems to regenerative principles, emphasizing monitoring via soil tests and drone imagery for adaptive management.