The University of Arizona

Water Harvesting Demonstration Sites

In 2005 the student club PARASOL was created to work on water sustainability objectives for campus. One of the founding members of PARASOL, Chet Phillips, and Professor James Riley co-authored and received a USGS 104b grant from the Water Resources Research Center (WRRC). The grant funded the design work, student labor, and materials to harvest rainwater in a few select sites. Working in collaboration with the Surface Water Working Group (SWWG), sites were selected, designs developed, and ultimately implemented in the campus locations described below.

AME South Landscape


Micro-basin construction at AME, located at the corner of Speedway and Mountain, was the first major student-implemented rainwater water harvesting project on campus. Facilities staff, faculty, and students worked side-by-side to contour basins around the trees to capture runoff from the roof so that it did not escape into the street.

Meinel North Landscape


Also in the summer of 2006, a portion of the Meinel Building landscape, located on the north side of the building along the main mall, was developed using water harvesting terraces to collect and spread the rainwater throughout the planting area. With the exception of rain water supplied by a roof drain on the west, rain water available for harvesting is only that which falls directly on the landscape, therefore, shallow broad terraces were used to spread the available rainfall (as opposed to deeper discrete basins that might accommodate larger flows from other sources). The crew of students and grounds staff worked through the summer heat to have the project ready in time to capture summer monsoon rain.

Visitor Center Landscape and Water Harvesting Project


The collaborative efforts of students, Facilities staff, and faculty continued into the summer of 2006 with extensive work done on the UA Visitor Center, on the corner of University Boulevard and Euclid Ave. Roof gutters were installed to feed micro-basins and large cisterns. The cisterns are designed to irrigate native vegetation planted on the East side of the building. The cisterns will also provide water for a fruit tree. The landscape around the existing building was completely re-contoured, planted, and mulched in ways to take advantage of rain water harvesting. An area of landscape through which the parking lot drains is redesigned to slow and infiltrate the large volume of water that would otherwise end up on University Boulevard.