The study was conducted in response to concerns from state leaders about the perceived shortage of construction workers and the impact that this shortage may be having on the industry’s ability to meet the growing residential and commercial demand for construction. The purpose of this study is to document the state of the industry, its workforce, and its capacity to prepare skilled workers to meet a growing demand.

The information in this report is based on telephone interviews with 700 registered voters. One random sample of 500 registered voters was selected from all registered voters living in Arizona. This sample was proportionately stratified so that voters in each of Arizona’s 15 counties were included in the sample. An additional sample of 100 interviews with registered voters living in Pima County was also interviewed. A third random sample of 100 registered voters living in the more rural counties also was interviewed. The purpose of selecting the two smaller samples was to create sub-samples of Pima County and rural voters that could be compared with the opinions of voters in Maricopa County.

The purpose of this analysis is to identify supplier gaps in Arizona based on secondary data as well as a statewide buyer survey. The buyer survey includes results from a web-based questionnaire, as well as personal interviews. The analysis is structured around twelve industries of opportunity identified in “Arizona’s Economic Future,” prepared by Economy.com in August 2002.

One of the ways that buyer supplier relationships in Arizona could be strengthened is through a statewide program that would provide resources to allow buyers and local suppliers to identify each other more easily to and provide better feedback to suppliers enabling them to compete more effectively with nonlocal vendors. This study includes reviews of three such programs: AZBusinessLinc used in Tucson; Connectory which is a similar program used in California; and FOCUS which is used for government procurement in California.

The theory of factor market distortions deals largely with taxing inputs. However, input subsidies are not only common in manufacturing. For example, U.S. agriculture is heavily dependent on input subsidies.
If water subsidies in the production of California cotton were removed, along with commodity payments, production of cotton in California would likely cease. Likewise, transportation subsidies were common in both the U.S. and Canada, and still prevail in the U.S.

Contains a dynamic programming algorithm for projecting policy parameters based on a storage model of international markets featuring uncertainty, forward-looking rational expectations and non-negative storage. This algorithm is motivated by the need for a non-analytical solution to the competitive equilibrium in a storage model of U.S. and foreign cotton policy regimes. Obtaining an analytical solution is difficult, except in a limited number of special cases. The numerical solution algorithm essentially consists of multiple nested numerical approximations that reach convergence simultaneously when the relationship between domestic storage and expected farm price achieves stationarity. Given the stationary relationship between storage and expected farm price, we then run the model forward in time (given a sequence of annual realized yield disturbances) under alternative policy regimes representing FACT and FAIR.