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~recautiOnS taken by children when crossing the main line and it will cost <br />about $1,000 to establish, <br /> In Hebron, a fenc~ will be installed along the railroad right of <br />way to inhibit chtldre~ and other pedestrians from crossing the main lime <br />at locations other than at the depot or at the signalized crossings. The <br />fencing will cost $10,000 to install. Safety patrols for school children <br />also will be established at the crossings at minimal additional cost. <br />Safety improvements are expected to result from these actions, but the <br /> magnitude of the improvement is uncertain. <br /> Installation of fzrude cr°sstn---qJkpredict°r~ (GCPs) is an action <br /> that will be implemented in all six case study communities. At crossings <br /> where current protection is provided by flashing lights or crossbucks, <br /> automatic a~a~will be installed along with the GCPs. <br /> GCPs will effect reductions in rail/community conflicts through <br /> the elimination of early signal activation. Currently, grade crossing <br /> warning signals in the communities are activated by circuits located set <br /> distances from the crossings- As the train enters the section of track <br /> containing the circuit, the crossing warning signals are activated. The <br /> distance of the circuit from the crossing is determined by the maximum <br /> allowable train speed through the crossing. That is, the Interstate <br /> Commerce Commission requires that crossing signals be activated at least 25 <br /> seconds prior to the time the fastest train would arrive at the crossing-. <br /> This means that trains moving slower than the maximum allowable speed will <br /> activate signals in excess of 25 to 30 seconds before train arrival. For <br /> example, a train moving at 5 mph may activate the signals in excess of 6 <br /> minutes before it enters the crossing. Also, trai~S that enter the track <br /> <br />21 <br /> <br /> <br />