Description
Each morning when i come to work, I go through Nashboro Village and get to the red light at Murfreesboro Pike. I need to go straight across to get at work. I sit anywhere from 2-3 green lights because traffic going straight down Murfreesboro Pike will block you in. I have dealt with this for over 9 months now and have heard the drivers have done this for years. Why do they not have to sit through a green light, but all the people coming from Nashboro Villages do? We need a police officer out there between the hours of 7am-9am to keep them from running the red lights. Also, placing a camera that snaps photos of cars running the reds at that red light. It will pay itself off within one day. Please help for I am fed up with people blocking me in at my green light because they run their red light.
5 Comments
Rick (Guest)
JKH (Guest)
Disgruntled Nashvillian (Guest)
Genius (Guest)
This is the definition of "gridlock". In New York "blocking the box" is a $500 fine. I believe the only fine Metro can issue is for running a yellow light (which is illegal in Tennessee for some reason). Interestingly, several studies (Cornell U, et. al.) have shown that ONE person began the chain of events that leads to gridlock by unexpectedly slowing down in normal traffic flow.
I can only imagine that a MNPD officer flagging someone over would make traffic even worse considering it takes them about 45 minutes to issue one ticket (for some reason). However, if the public got the hint that they will get cited for "blocking the box" it may help decrease incidence in several years.
From Cornell: "Based of simulations of a stochastic three-phase traffic flow model, we reveal that at a signalized city intersection under small link inflow rates at which a vehicle queue developed during the red phase of light signal dissolves fully during the green phase, i.e., no traffic gridlock should be expected, nevertheless, traffic breakdown with the subsequent city gridlock occurs with some probability after a random time delay. This traffic breakdown is initiated by a first-order phase transition from free flow to synchronized flow occurring upstream of the vehicle queue at light signal. The probability of traffic breakdown at light signal is an increasing function of the link inflow rate and duration of the red phase of light signal. "
Kenneth Gill (Guest)