
The Metropolitan Transportation Commission is steering towards a greener future for the Bay Area, as they voted yesterday to take steps for putting a transportation revenue measure on the November 2026 ballot. Reportedly, the measure will seek to transform the regional transportation framework into an environmentally friendly network that ensures safety and ease of access for everyone, from daily commuters to wheelchair users.
Working towards the goal, State Sen. Scott Wiener has introduced a preliminary bill which will act as a conduit to allow voters in the nine Bay Area counties a say in the matter. The bill is expected to be amended starting mid-February, with hopes to refine the current transportation strategies and promote a seamless blend of mobility. "Bay Area residents, businesses and visitors demand a world-class transportation system with safe, frequent, reliable and seamless transit service, smooth streets without dangerous potholes, and safe access for those walking and biking," Wiener said, according to an MTC announcement.
While the specifics of the funding source have yet to be nailed down, the MTC Chair Alfredo Pedroza expressed that exploring multiple tax options is critical to this initiative's success. Though bridge tolls have historically served this purpose, they are off the table for this measure, pushing the commission to craft a plan that doesn't solely lean on regional sales tax.
In response to lessons learned from the pandemic, Pedroza noted the need for a radical overhaul in both the public transit system and the way it's financed. The approach aims to rectify road conditions that can be hazardous while enhancing road safety. Not just focusing on the immediate, the commission acknowledges the looming threat of climate crises, such as rising sea levels and extreme weather events, necessitating infrastructure that can weather such storms, said the official on MTC's website. More information about the proposed 2026 ballot measure and its objectives can be obtained from MTC's online platform.