Case Study

Jordan Dryland Revived: 80% Biodiversity, 300% Yields

By Geoff Lawton
Jordan Dryland Revived: 80% Biodiversity, 300% Yields

PermaNews Brief

Key Takeaways

Arid Jordan farm transforms into a thriving ecosystem, showcasing regenerative agroforestry techniques for increased biodiversity, water conservation, and crop yields.

  • Keyline design and swales conserve vast amounts of water.
  • Nitrogen-fixing trees are crucial for soil fertility.
  • Layered planting creates diverse and productive ecosystems.
  • Poultry and bees significantly boost farm health.
  • Significant increases in biodiversity and soil organic matter.

Why It Matters

This case study demonstrates a successful, scalable model for transforming degraded drylands into highly productive and resilient agroecosystems, offering practical solutions for food security and environmental restoration.

What to Do Next

Start by mapping the contours of your land to identify keyline patterns for water harvesting.

Recommended for: Farmers, land managers, and permaculture enthusiasts in dryland regions seeking proven methods for ecological restoration and increased agricultural yields.

Geoff Lawton's 2025 Greening the Desert update from a 5ha Jordan site reports 80% biodiversity increase, 15m³ water savings per ha via keyline swales, and 300% yield jumps in olives/pomegranates. Step-by-step retrofit for arid self-sufficiency: survey contours with bunyip level, plow keylines (true level on contour), plant along them with nitrogen-fixers (acacias, tagasaste). Swales (1-2% grade) infiltrate 90% rainfall, raising water table 2m in 5 years. Layers: canopy (olives, carobs), understory (pomegranates, figs), groundcovers (cereal rye). Poultry/bee integration adds fertility/pollination. Metrics: soil organic matter from 0.5% to 3.5%, insect diversity tripled. Practical details: spacing (olives 7x7m), mulch 20cm deep from prunings, drip retrofits optional. Yields: Year 3 olives 5t/ha vs. baseline 1t. Scalable for drylands, with videos/templates for replication.

Source: greeningthedesertproject.org

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