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Arizona Water Resource <br />Special—S),app I~ nt <br />May June 2003 <br />UA Expands Role in Water Research, Education and Outreach <br />The University of Arizona recently announced awards to fac- <br />ulty and staff to support work in water research, education and <br />outreach. UA students also benefitted, with fellowships awarded <br />to undergraduate and graduate students enrolled in water related <br />studies. This boost in water resource support came from the legis- <br />latively authorized Technology and Research Initiative Fund. <br />(TRIF's origin was a November 2000 voter approved in- <br />crease in the state sales tax to support education. A portion of the <br />amount went to the state's university system, to invest in technol- <br />ogy and research -based initiatives. UA uses some of <br />its TRIF funding for the competitive grants program. <br />The four UA water centers involved in TRIF are the <br />Engineering Research Center for Environmentally <br />Benign Semiconductor Manufacturing; Center for <br />Sustainability of Arid and semi -Arid Hydrology and <br />Riparian Areas; Water Quality Center; and Water Re- <br />sources Research Center). <br />A request for proposals was issued in Novem- <br />ber, with 66 proposals submitted to compete for $1 <br />million of TRIF funding. The 21 proposals that were <br />funded represent a broad range of work to be ac- <br />complished by highly qualified UA faculty and staff, <br />all of whom have partnered with agencies outside <br />the university for direct dollar and /or in -kind sup- <br />port. <br />The projects involve 54 UA primary investi- <br />gators from four colleges, and 19 departments/ <br />schools /units across campus. Seventy -two entities <br />are listed as partners, including schools and school <br />districts, municipal, county, state and federal govern- <br />ment agencies, private sector companies and other <br />associations. Over $300,000 has been secured from <br />off campus as direct dollar matches. <br />TRIF funding also is used to support the Water Fellowship <br />Awards. Five outstanding undergraduates studying water resources <br />at UA will each receive a $4,000 award, and four outstanding <br />graduate students will each receive $20,000. These are exceptional <br />students with the ability to make significant contributions to the <br />study of water resources at UA and beyond. <br />Following are brief summaries of TRIF - funded projects. <br />Also listed are the names of students receiving TRIF fellowships. <br />sive remediation of aquifers and soils contaminated with nitrates <br />and Perchlorate. Nitrates from fertilizer application, mine tailings, <br />and sewage effluent, and Perchlorate from explosive manufactur- <br />ing sites are sources of widespread contamination of groundwa- <br />ter in Arizona, which pose a potential health hazard. Trials have <br />shown that microbial denitrification occurs in soils under deficit <br />irrigation of landscape or crop plants and has the potential to <br />both cleanup aquifers and improve surface conditions of numer- <br />ous sites in the state on a large scale. <br />Research, Education and Outreach Projects <br />Microbial Mechanisms for Observed Rapid and Large -Scale Denitri- <br />fication in Irrigated Desert Soils. Potential Loin Cost Methods to Remediate <br />Nitrate in Soil and Groundwater..$49,000. Dr. Edward Glenn, Environ- <br />mental Research Laboratory, Dept. of Soil, Water and Environmental Sci- <br />ence. <br />Work will focus on study and development of management <br />practices using conventional irrigation technology for the inexpen- <br />Evaluation of M&'I Water Conservation Measures Through Actual Water <br />Savings & Cost /BenefitAnalysis. ,$29,400. Val Little, Water Resources <br />Research Center. <br />Project will evaluate municipal and industrial water conserva- <br />tion programs /strategies implemented in Arizona and throughout <br />the West. Analyses will be done to determine actual water sav- <br />ings, costs and benefits for targeted conservation measures, with a <br />comparison between measures worked out as well. The informa- <br />tion generated will be used to produce a needed primary resource <br />and reference document. There will also be an interactive web <br />site for conservation program evaluation for use by decision mak- <br />ers, enabling them to save water and use existing resources more <br />efficiently. The goal is to achieve the greatest water saving per dol- <br />lar spent on water conservation efforts. <br />Water on Wheels — Development of a Mobile Water Laboratory/ <br />Education Center. ,$88,400. Dr. Randall Norton, Graham County Coop- <br />erative Extension; Dr. Lee Clark, Safford Agricultural Center; Sue Martin, <br />