Ranking Local Economies: How Do Primary Employers Shape America’s Economic Landscape
Earlier this week, I stumbled upon an article titled Australia has become lazy. We rested on our laurels which led me to explore the Country & Product Complexity Rankings from the Harvard Growth Lab. These rankings offer a fascinating insight into the current state of a country’s productive knowledge, as measured by the Economic Complexity Index (ECI).
The ECI assesses how diversified and complex a country’s exports are. Essentially, it measures the sophistication of what a country is capable of producing and exporting. Countries that score higher on the ECI typically have economies that are capable of producing a wide range of complex products, indicating a deep and broad base of productive knowledge. Improving a country’s ECI means expanding the diversity and complexity of its exports, moving from simpler products to more sophisticated ones.
It got me thinking about the role of exporting in the United States. While exporting might not be a dominant component of the overall U.S. economy, contributing only a small fraction to the total GDP, it is crucial to many local economies. This importance is often seen through the lens of primary employers—businesses that generate goods or services primarily for markets outside their local area. These companies effectively bring in external income, which then circulates within the local economy.
The influence of primary employers is significant. The revenue they generate from exports sustains not just their own operations but also supports a wide array of secondary businesses—ranging from local suppliers to retail stores and services—thereby bolstering the broader local economy.
But this raises an intriguing question: Could we build a model to rank every city, town, county, and state based on the influence of these primary employers and their impact on the local economy through exports?
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Let’s think about it. Such a model would need to consider various factors:
Is it feasible?
The answer is potentially yes, but it would require substantial data gathering and analysis. We’d need access to detailed export data at a granular level, as well as economic, employment, and demographic statistics for every region in the country. Additionally, developing a methodology to accurately measure and compare the local economic impact of exports across such diverse regions would be challenging but not impossible.
The potential impact of such a model could be transformative. By identifying the regions where exports are most effectively driving economic growth, policymakers, businesses, and economic developers could better target investments and strategies to boost local economies.
It might even reveal unexpected “hidden gems”—small towns or counties where primary employers are punching above their weight, contributing more to the local and national economy than previously recognized.
Republished from the Econ Dev Show.
Data-driven, data-inspired
3 个月Whenever I was working for the City of San Antonio I had the idea of utilizing historical business information from Data Axle for a variety of interesting, granular analyses: business survival by industry & geographic section of the city, cross-tabbed against diversity, income, etc. It could also be used to evaluate the impact of policies like grant programs, infrastructure investment, et cetera. I think one could potentially use the same data to examine the growth in goods & services providers following the opening (or contraction after a closing) of a large primary industry in an area. A fun natural experiment.
Urban Planning and Economic Development Leader
3 个月With the right data, it wouldn't be complicated. However, it would be very time consuming. I usually start with a Location Quotient analysis and then proceed to identify businesses within highly concentrated industries.
Economic and Community Development | Serial Migrant | Motorcycle Enthusiast
3 个月I would love to see a list of "unexpected “hidden gems”—small towns or counties where primary employers are punching above their weight." A whole podcast theme right there. Thanks for taking me down the rabbit hole today :)
Born at 340.36 ppm. Applied Economics Specialist. All content shared here reflects personal views.
3 个月I used IMPLAN to model Utah’s landscaping industry for the final research report for my applied econ masters. There is published research summarizing the impact of individual state landscape industries nationwide. As far as I know, IMPLAN is the only existing software modeling exactly the parameters you mention here. What you’re suggesting could probably be done with their existing models, with beefed up AI computing capacity. The issue might be accessing all the data; I don’t know how their licensing works.