Matching Items (4)
Filtering by

Clear all filters

43586-Thumbnail Image.png
ContributorsHoffman, Dennis L. (Author) / Hogan, Timothy D. (Author) / L. William Seidman Research Institute (Publisher)
Created2005-02
Description

For those interested in one of the most extreme state tax and expenditure limitations, TABOR – Colorado’s initiative that limits the funding of most expenditures to annual revenue growth restrained by the sum of annual population growth and inflation rates – would seem to be exactly the right choice. To

For those interested in one of the most extreme state tax and expenditure limitations, TABOR – Colorado’s initiative that limits the funding of most expenditures to annual revenue growth restrained by the sum of annual population growth and inflation rates – would seem to be exactly the right choice. To some, the initiative simply limits government to spend within its means. However, the analysis in this paper reveals that, true to the language in the 1992 Colorado initiative, TABOR limits government growth, and over time the public sector, as a share of the overall economy, declines sharply – crowding out opportunities for investments in strategic initiatives or opportunities for tax reform that may be popular with large voter constituencies or the business community. Advocates point out that provisions in TABOR do allow for voter overrides, but these are costly in both time and money, and until the overrides take place, government is
hamstrung. A simpler, more efficient alternative would be to elect fiscally conservative legislators and hold them accountable for prudent fiscal decisions that strike the right balance between a tax base conductive to economic growth and strategic investments that provide public sector infrastructure, nurturing the business climate and promoting the health and well-being of the citizenry. The paper first outlines the TABOR amendment in Colorado and examines its fiscal consequences for that state. It then examines the potential impact of a TABOR in Arizona.

43589-Thumbnail Image.png
ContributorsRex, Tom R. (Author) / L. William Seidman Research Institute (Publisher)
Created2005-06
Description

The best way to evaluate job quality would be to analyze a dataset that presents both occupational and industrial data, but the only dataset of this nature available by state comes from the decennial census. It is severely limited by small sample size, the latest data are for 1999, and

The best way to evaluate job quality would be to analyze a dataset that presents both occupational and industrial data, but the only dataset of this nature available by state comes from the decennial census. It is severely limited by small sample size, the latest data are for 1999, and the 1999 data are not consistent with the 1989 data. Thus, the initial work by the Seidman Institute on job quality ("Job Quality in Arizona", March 2005, presented data on Arizona job quality from several sources of either industrial or occupational data. "Job Quality in Arizona Compared to All States" is an extension of the March 2005 report. Arizona’s job quality in the latest year and its change over time is compared to the national average and is ranked among the 51 “states” (including the District of Columbia).

43567-Thumbnail Image.png
Created2008-11
Description

The demand for new workers in STEM (science, technology, engineering and mathematics) occupations in Arizona is a function of net job growth in these occupations in the state and the number of workers leaving STEM jobs in Arizona. Employees may leave their position for various reasons, including to retire, to

The demand for new workers in STEM (science, technology, engineering and mathematics) occupations in Arizona is a function of net job growth in these occupations in the state and the number of workers leaving STEM jobs in Arizona. Employees may leave their position for various reasons, including to retire, to move out of the state, or to change their profession. The supply of new workers in STEM occupations in Arizona is a function of the number of new college graduates in related majors, the number of workers moving to the state who are qualified to fill STEM jobs, and the number of Arizonans who are qualified to fill STEM jobs moving from a non-STEM to STEM occupation.

43531-Thumbnail Image.png
Created2006-05-19
Description

The population of all golf course facilities that existed in Arizona in 2004 was identified and basic information regarding city, county, number of holes, and year established were collected for all 338 Arizona golf facilities. In addition, the economic impacts from revenue, tourism, and real estate premiums attributed to the

The population of all golf course facilities that existed in Arizona in 2004 was identified and basic information regarding city, county, number of holes, and year established were collected for all 338 Arizona golf facilities. In addition, the economic impacts from revenue, tourism, and real estate premiums attributed to the Arizona golf course industry were estimated for 2004 based upon a survey of all Arizona golf course facilities. Seventy-seven golf course managers returned either partially or fully completed questionnaires, representing an overall response rate of 22.8 percent. Unbiased mean-based estimates of various impacts and other types of information contained in the survey were obtained through use of both the sample and population data. The estimates are reported for all golf courses in Arizona in 2004.