Growers worldwide are facing increasing water challenges, prompting the adoption of innovative techniques such as advanced irrigation systems and water adjuvants. Among these, Loveland Products has recognized the growing importance of adjuvants in agriculture.

Understanding Adjuvants

Adjuvants are specialized products that enhance the effectiveness of other agricultural inputs. Loveland’s Liberate and LI 700 products, for instance, are nonionic surfactants designed to minimize pesticide drift and maintain droplet size, as explained by Drew Butler, the manager of Loveland’s adjuvant portfolio.

Similarly, the Aqua Force adjuvant improves water distribution, infiltration, and retention. Specifically designed for center pivot irrigation systems, Loveland is exploring the potential for Aqua Force in low-volume drip and flood irrigation systems as well.

Optimizing Water Usage

Butler explained the critical need for precise water penetration in agricultural soils. “Water could either penetrate too quickly, bypassing the root zone, or puddle in areas with tighter soils, leading to losses through evaporation. Our goal is to ensure water is utilized efficiently and retained in the root zone,” he stated.

Preserving Aquifers: A Growing Concern

With agricultural water issues expected to escalate, Aqua Force aims to assist farmers in optimizing water retention and utilization. Alarmingly, a study from the University of California – Santa Barbara reveals that 71% of the world’s aquifers are currently experiencing depletion, particularly affecting major agricultural regions.

Focusing on the Corn Belt and the Ogallala Aquifer, which supplies approximately 30% of the U.S. corn production, Butler noted that depletion rates are concerning, with water levels dropping by one to two feet annually. “This aquifer is being drained faster than it can naturally replenish itself,” he added.

Economic Impact on Farmers

The ramifications of aquifer depletion are significant for farmers, who may face rising costs associated with drilling new wells and maintaining irrigation systems. “Inefficient water management can lead to costly equipment maintenance and repairs, ultimately impacting operational budgets,” Butler explained.

Energy costs for pumping water, whether through solar, electric, or diesel systems, also contribute to the overall financial burden. “While you might not be paying for the water directly, substantial costs arise in getting it where it needs to go,” Butler concluded.