As snowpacks shrink, the Dry Farming Institute in Oregon is teaching farmers how to get by with less irrigation.
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Yale Climate Connections
Farmers learn how to grow crops with dramatically less water
Abatify Summary
Nature & Climate Perspective
**Transitioning to dry farming practices enhances soil organic matter and strengthens soil ecosystem resilience against severe, climate-induced hydrological droughts. **
- Mitigates soil degradation and erosion by fostering deep-rooting crop varieties that naturally optimize subsurface moisture within LULUCF frameworks.
- Enhances long-term soil organic carbon (SOC) retention by minimizing soil disturbance and maximizing organic ground cover.
- Protects local aquatic ecosystem stability and biodiversity by reducing pressure on depleted, snowpack-dependent river basins and aquifers.
Market & Policy Outlook
**Adopting water-scarce agricultural methodologies is becoming critical for de-risking corporate Scope 3 supply chains and aligning with emerging adaptation metrics. **
- Accelerates policy shifts toward water-resilient agricultural subsidies and aligns regional land management with Article 6.4 adaptation objectives.
- Requires carbon market protocols to integrate strict ICVCM Core Carbon Principles regarding permanence and quantification as variable precipitation impacts soil carbon baseline stability.
- Supports corporate commitments under SBTi FLAG (Forest, Land, and Agriculture) guidelines by establishing climate-resilient upstream sourcing models.
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