In field trials with lengths in excess of 600 feet, the Eco-Ag membranes outperform all other forms of irrigation. In this trial, the yields of the Eco-Ag runs were greater than 120 percent of the standard practice. In addition, water savings were greater than 50% with fertilizer savings greater than 95% of standard practice.

In field trials with lengths in excess of 1200 feet long, the Eco-Ag membranes provided for consistent growth through out the run length. In this trial the radishes grown with the Eco-Ag membranes provided yields greater than 250% versus standard practice and simultaneously run control groups.

These pepper plants grown with the Eco-Ag technology grew full and robust plants. These plants required frequent trimming due to rapid growth and expansion. Even during the times of high growth, minimum water and fertilizer were used by the pepper plants.

These pepper plants grown with the Eco-Ag technology grew full and robust plants. These plants required frequent trimming due to rapid growth and expansion. Even during the times of high growth, minimum water and fertilizer were used by the pepper plants.

This 100 foot pepper bed was grown to full development under a full cover greenhouse in Manatee County Florida. The pepper plants grew heavy thick stalks supporting the full canopy of leaves and peppers. Even the stalky plants and roots did not constrain the Eco-Ag membrane as the roots approached and surrounded them.

To grow cabbage in this sandy crushed shell would normally require large quantities of fresh water and fertilizer. These cabbage grew with less than 50% of the water and fertilizer that would be required to grow this cabbage in arable soil with a subsurface drip system.