Gut&Bösel: Regenerating 7500 Acres in Germany's Dry East
By Groundswell Agriculture
TL;DR: Gut&Bösel transformed a 7500-acre organic farm in a dry German region using regenerative methods for enhanced soil health and biodiversity.
- Regenerative farming restores dry, sandy soils.
- Holistic grazing improves soil and water.
- Syntropic agroforestry diversifies farm income.
- Composting boosts nutrient cycling.
- On-farm research drives adaptive management.
Why it matters: Adopting regenerative agriculture on a large scale can significantly improve soil health, water retention, and biodiversity, offering a viable model for climate change adaptation in challenging environments.
Do this next: Explore how integrating cover crops can enhance your farm’s soil health and resilience.
Recommended for: Farmers, land managers, and researchers interested in large-scale regenerative agriculture in challenging climates.
This video features Benedikt Bösel discussing the transformation of Gut&Bösel, a 7500-acre organic farm and forestry operation east of Berlin in one of Germany's driest regions with sandy soils. Facing climate change challenges like drought, Bösel and his team adapted regenerative agriculture methods including holistic grazing, syntropic agroforestry, and composting to enhance soil health, biodiversity, water uptake, and storage. In 2021, Bösel founded the Finck Foundation on the farm as a living lab for research, education, and nature conservancy projects. Key insights cover integrating cover crops (Cs) for dramatic improvements in soil health, biodiversity, and resilience; these provide biomass, root growth, and risk diversification, buffering against tough summers with liquidity issues for wages. The farm focuses on agroforestry systems with apples, plums, pears integrated with CBAK Thon (likely chicory or similar), and chestnut lines. Practical details include adapting to dry conditions by building soil organic matter through minimal disturbance and living roots year-round, improving water infiltration and retention critical for sandy soils. Bösel notes insane effects on water dynamics, reducing crop stress and enabling consistent productivity. As a prominent advocate, he shares replicable strategies: start with holistic grazing for livestock integration, layer syntropic agroforestry for multi-tiered biomass production, apply composting for nutrient recycling, and establish on-farm research via foundations for data-driven scaling. The talk emphasizes system resilience through diversification, where tough crop years in one area are offset by others. Viewers gain concrete methods for dryland regenerative transitions, including monitoring soil biology metrics and economic risk management via diversified income streams from farm, forestry, and education.