Examining generalization of motorist yielding at an adjacent crosswalk with variations of the gateway sign configuration
Offset gateway signs at one crosswalk can boost driver yielding at a neighboring crossing too.
01Research in Context
What this study did
Hochmuth and team tested a new sign setup at two crosswalks. They placed gateway signs in the street at the edges and lane lines. Then they watched drivers at both the treated crosswalk and a nearby crosswalk with no signs.
The goal was to see if yielding would spread to the untreated crossing.
What they found
Drivers yielded more when the full gateway was in place. The good news: when only half the signs were used at the first crosswalk, yielding stayed high there and also rose at the second, untreated crosswalk.
A partial setup can give you two safer crossings for the price of one.
How this fits with other research
Houten (1988) got 80% fewer pedestrian-vehicle conflicts by adding advance stop lines and a roadside sign. Hochmuth keeps the sign idea but moves the cue into the travel lane and checks generalization—an update, not a clash.
Van Houten et al. (2005) also played with sign timing and saw smoother driver choices. Both studies show small layout tweaks beat big infrastructure spends.
Bennett et al. (1973) proved a simple handbill can nudge grocery shoppers; Hochmuth shows a simple sign can nudge motorists. Same low-tech theme, new road setting.
Why it matters
You can make crossings safer without painting the whole block. Ask your city to install gateway signs at one high-risk crosswalk and track yielding at the next crossing over. If the partial setup works, you just doubled safety for the cost of a few sign panels—easy data, fast win.
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02At a glance
03Original abstract
The gateway sign configuration has been effective at increasing motorist yielding and reducing speeds at crosswalks. A gateway configuration uses in-street signs at a crosswalk on each edge of the roadway and on each lane line. Although this intervention is effective at increasing motorist yielding at uncontrolled crosswalks, the limits of the intervention have yet to be tested. The present study examined if 1) the effects of the gateway intervention on one crosswalk would generalize to an untreated adjacent crosswalk, and 2) if the effects of an offset configuration of signs which partially treated each crosswalk could maximize the effects of that generalization. Experiment 1 showed that less yielding occurred at the untreated crosswalk than at the treated crosswalk, though yielding was higher than baseline. In Experiment 2, results showed that an offset gateway configuration could produce comparable levels of yielding at both crosswalks.
Journal of Applied Behavior Analysis, 2020 · doi:10.1002/jaba.735