The Opportunity Corridor, a 3-mile surface road built in Cleveland at a cost of $331 million, is a notable example. While it has eased traffic in the city, its primary goal was to stimulate economic development. Contrary to Sandor's viewpoint, such investment in a city experiencing economic and demographic decline might seem excessive, especially given that, to date, it has only directly led to the relocation of a police station.
In contrast, Corridor D (OH Route 32/US Route 50) and Corridor B-1 (US Route 52 and OH Route 823) offer a different perspective. These routes, despite their construction, haven't significantly boosted population growth or driven major industrial or commercial development, particularly outside of Clermont and Brown counties in the Cincinnati metro area.
This discussion highlights that highways are constructed for various reasons in every state. The Appalachian Development Highway System (ADHS) corridors, for example, aim to enhance access to markets and foster growth in Appalachia. These corridors often receive specific funding from Congress. It's therefore unreasonable to single out West Virginia for receiving federal funding when Ohio benefits similarly.
Furthermore, without counterarguments or data from Sandor on the inefficacy of these corridors, it's important to consider the broader impact of the ADHS. According to a 2017 analysis, the ADHS has significantly boosted the regional economy, including job creation, worker income, business sales, and reduced travel time. This analysis estimates over 168,000 jobs created or maintained, a $9 billion increase in the gross regional product, and a saving of 231 million travel hours annually. The completion of the ADHS is projected to create an additional 47,000 jobs and add $8.7 billion in goods and services annually across 13 Appalachian states."
For more detailed information on the economic impact of the ADHS, refer to the technical report by the Appalachian Regional Commission:
https://www.arc.gov/wp-content/uploads/2020/07/ADHSEconomicAnalysisTechnicalReportJuly2017.pdf