The Arizona Youth Tobacco Survey is a series of biannual school-based tobacco-focused surveys first implemented in the spring of 2000. The survey is designed to help monitor trends in tobacco use among public school students in grades 6 through 12 and to compare changes in rates over time. The survey also collects data on topics including: tobacco use; tobacco-related knowledge, attitudes and beliefs; access to tobacco products; exposure to environmental tobacco smoke; initiation and cessation; influence of family, friends and the media; and social, school and community interventions.

Adult tobacco use represents an important and ongoing morbidity, mortality and health care cost problem. The Arizona Department of Health Services Office of Tobacco Education and Prevention Program has been working since 1996 to reduce tobacco use in Arizona. This report presents data from the Adult Tobacco Survey on adult tobacco use prevalence rates, cessation behaviors, and Arizonan’s beliefs and attitudes about smoking hazards and tobacco policies. It also provides trends over time on Arizonans tobacco use and other related behaviors, using comparable data from surveys conducted previously in 1996, 1999, and 2002.

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.