Water efficient irrigation methods in Tucson, Arizona

The University of Arizona Campus Agricultural Center is a vibrant hub of agricultural research and education located at 4101 North Campbell Avenue in Tucson, Arizona. This center is dedicated to advancing knowledge and innovation in the field of agriculture through hands-on research, experiential learning opportunities, and community outreach. With state-of-the-art facilities and expert faculty, students and researchers have access to cutting-edge resources to explore sustainable farming practices, crop production, water conservation, and more. The center serves as a valuable resource for the local community and beyond, fostering collaboration and partnerships that drive progress in the agricultural industry. Come visit the University of Arizona Campus Agricultural Center to discover the future of farming.

The Controlled Environment Agriculture Center, located at 1951 East Roger Road in Tucson, Arizona, is a cutting-edge research facility affiliated with a university. This institution specializes in innovative techniques for growing crops in controlled environments, such as greenhouses and vertical farms. Researchers at the center work on developing sustainable agricultural practices that maximize crop yields while minimizing environmental impact. Students and faculty have access to state-of-the-art technology and resources to conduct experiments and research in the field of controlled environment agriculture. The center plays a crucial role in advancing the future of agriculture and food production.

20-30 Club Park is a neighborhood park located at 201 North Woodland Vista in Tucson, Arizona. Spanning 1.5 acres, this park is situated in Ward 6 and is adjacent to Highland Vista Park. The park is home to the 20-30 Club Park Water Harvesting Project, a community initiative aimed at reducing stormwater ponding and demonstrating various techniques for harvesting runoff. Constructed in 2008 in collaboration with the Tucson Parks and Recreation Department, the project showcases three water harvesting techniques that can be implemented on different scales and in various settings. These methods, combined with native and drought-tolerant plant species, help reduce water usage for irrigation and prevent excessive runoff into roads and washes during storms.