Arizona is one of the nation’s most urban states, and now it includes one of 20 “megapolitan” areas in the U.S. People have predicted for 50 years that Phoenix and Tucson would grow together into a giant desert conglomerate. That possibility has been seen as exciting, intriguing, and distressing. While a solid city along Interstate 10 is unlikely given the diverse land ownership in central and southern Arizona, the two metro economies are already merging.

Megapolitan: Arizona’s Sun Corridor, one of the first reports on a single megapolitan area, recognizes a more sophisticated technique for analyzing urban growth—that shared economic and quality of life interests are more important than physically growing together.

Scholars at Virginia Tech defined the megapolitans based on economic and growth patterns.
The Sun Corridor, which cuts across six counties from the border with Mexico to the center of Yavapai County, is the home of eight out of 10 Arizonans. In the next several decades, two out of three Americans will live in a megapolitan accounting for 60% of the population on only 10% of U.S. land.

Megapolitan offers a bold new picture of Arizona’s geography and its future opportunities and “megaton” challenges. This report presents a scenario for 2035 based on current trends. It analyzes the Sun Corridor and provides insights into the region’s global potential, water, governance, sustainability, and “trillion dollar questions.” It discusses the “tragedy of the sunshine” and asks the indispensable question: In 2035, do you want to live in the Sun Corridor?

This publication updates the January 2004 study, New Returns on Investment in the Knowledge Economy: Proposition 301 at Arizona State University, FY 2003. Both works were launched by the report, Seeds of Prosperity: Public Investment in Science and Technology Research (2003), by Morrison Institute for Public Policy. Morrison Institute will periodically publish new material to keep you informed of the status of Proposition 301 investments at Arizona State University.

Almost every state hopes to capitalize on the tremendous wealth and job creation that can be generated by high tech science research-and billions of public dollars are being spent. But everyone is just speculating about the lasting value of these investments. While traditional assessments of return on public investment in science and technology tend to track short-term impacts, such as salaries, patents, and licensing revenues, the main foundations for long-term development of a knowledge economy appear to rely on a number of less tangible accomplishments. For example: Connections - the networks that develop between researchers, entrepreneurs, and venture capitalists; Attention - the publicity generated by the research and its networks that attract businesses and talent to locate in a region; and Talent - the highly skilled workers that such research attracts and trains.

These three indicators of economic success-henceforth called the CAT measures-have yet to be quantified and applied in a useful manner. That is the purpose of this study. It will be conducted in three parts, each with a culminating report. The first part will analyze the FY03 science and technology research activities and results for ASU's Proposition 301 initiatives. The second will develop a methodology for quantifying and utilizing the Institute's CAT measures. The third will field test the CAT methodology on a selected aspect of ASU's Proposition 301-funded research, and analyze results to provide Arizona decision-makers with recommendations to guide future policy.