Rivulis Climate Program

Good for farmers, good for the planet.

Drip delivers water slowly and precisely to the root zone, avoiding soil compaction and runoff that comes with overhead irrigation. Since the soil surface stays intact and aerated, beneficial microbial life thrives, and organic matter builds up rather than eroding. Healthier soil holds water and nutrients better, which means stronger root systems and, over the seasons, a living soil that stores more carbon.

Central Pivot and Rain Gun irrigation and diesel-driven pumping move large volumes of water at high pressure, burning fuel and running pumps far longer than necessary. Micro Irrigation requires less water and operates at lower pressure, pumps run shorter and draw less energy. In practice that means lower operating costs every season, less equipment wear, and a smaller emissions footprint. Those reduced emissions aren’t just a saving; they can become a measurable part of the carbon project itself.

A cover crop is a plant grown between cash crops to protect and feed the soil rather than to harvest. While it grows, it shields the surface from erosion, suppresses weeds, and keeps living roots in the ground that feed soil microbes year-round. When it’s terminated, it breaks down into organic matter that improves structure, water-holding capacity, and fertility, potentially reducing how much fertilizer you need next season. For a carbon project, cover crops are one of the most impacts we have: they pull carbon from the atmosphere and lock it into the soil as stored organic carbon, which is exactly what generates verified, sellable carbon credits.

By adopting the suite of regenerative agriculture practices like drip irrigation, cover cropping, and reduced tillage you can do more than grow a better crop, you can build soil carbon and cut emissions, adding immense value to both the soil and your pocket. Through a carbon credit project, the measurable carbon your farm stores and the emissions it reduces can be verified and sold as credits, creating a new income stream that’s separate from what you earn at harvest. At the same time, these practices lower your input costs; less water, fuel, and fertilizer, turning sustainability into a monetary return.

Every time soil is tilled, its structure is broken up, and stored carbon is released into the atmosphere as CO₂. Reducing or eliminating tillage keeps that carbon in the ground, preserves the networks of roots and fungi that hold soil together, and protects the moisture and microbial life near the surface. The benefits stack: healthier, more resilient soil that needs less water; fewer passes across the field, which cuts fuel, labor, and machinery costs; and far less carbon lost from disturbance. For a carbon project, low tillage is one of the clearest, most verifiable ways to protect and grow the carbon your soil holds.