The primary purpose of this paper is to examine the educational achievement and attainment of Latinos living in Arizona. In short, the educational performance and attainment of Hispanics lags considerably behind that of the state’s non-Hispanic white residents. Moreover, the growth in the number of Hispanics, especially children, has far outpaced that of the non-Hispanic white population, raising the importance of this educational gap. This issue was highlighted in the 2001 Morrison Institute report Five Shoes Waiting to Drop on Arizona’s Future.

The specific goal of this report is to assess the future of Hispanic educational performance and attainment in Arizona, but this outlook is dependent to a very sizable extent on the characteristics of the Hispanics living in Arizona. In particular, the educational achievement and attainment of Hispanic immigrants has been substantially less than that of Hispanics born in the United States. Forecasting Hispanic immigration specifically and the characteristics of the Hispanic population generally is extremely difficult for two reasons: severe data limitations, and recent legal and policy changes related to immigration.

In support of the Climate Assessment Project for the Southwest, a review was conducted of the current state of weather, climate, and hydrologic forecasting for the Southwest. A key element of the review was a workshop that examined the availability, use, accuracy, and value of forecasts, with participants consisting primarily of agency personnel involved in operational forecasting via directly issuing forecasts, providing key data for making forecasts, or serving as a key link for communicating forecasts. The broad range of forecast products encompasses myriad variables, time-scales from minutes to seasons, and lead-times from minutes to over a year. Current forecast products and techniques are reviewed, and implications for use in decision making are discussed. The forecast review identified needs for additional research to be addressed by the CLIMAS Project, including local evaluation of monthly and seasonal climate outlooks, retrospective evaluation of operational water supply outlooks, hindcast reanalysis of probabilistic water supply outlook techniques, and incorporation of climate outlooks into statistical water supply outlook techniques.