The Jogging Jeweler #36
| Changing the Flow |
The crosswalk located on Route 9 and Clinton/Oak in Dobbs Ferry is FINALLY getting its pedestrian activated crossing light. This past week they came, did some digging, and planted some new signs.
What does this mean?
Pedestrians that use this crosswalk will be able to push a button that flashes yellow lights alerting oncoming drivers that they are ready to cross. By no means does pushing this button and activating the lights automatically granted you easy and immediate passage. As a pedestrian you must still STOP, LOOK, & WAVE to the driver that has stopped. If the driver(s) return the wave, then by all means proceed - with caution.
The activated the light does not actually mean drivers will feel an obligation to stop, allowing you to cross so expect to still have to wait. This intersection has many approaches from different directions so awareness to turning vehicles as well as further approaching vehicles is key to your safe passage.
What else could be done?
Not going to lie - a lot could be done at this intersection to make it more efficient for drivers and pedestrians. Watching the construction workers was an excellent demonstration of one particular change that could dramatically increase the safety, visibility and efficiency of this intersection. Watch the below video to better understand.
Notice when the cars were unable to turn a few things happened:
- less vehicles actively using the intersection
- less confusion of which cars were going where
- easier to see other vehicles, pedestrians, and the entire intersection
- Bump outs - slows traffic, elevates pedestrians to see and be seen, and eliminates that extra movement
- Move the crosswalk - the current placement of the crosswalk is at the crest of the hill and located at a portion of the intersection that results in pedestrians being placed in the middle of three turn lanes and 3-4 lanes of opposing traffic
Below is a diagram you've likely seen before on my other blogs, but it demonstrates what this intersection could look like...