Nous entreprenons le plus vaste programme d'infrastructure de transport en commun dans l'histoire du Canada afin de maintenir la région en mouvement aujourd'hui et demain.
This upcoming public consultation will be an opportunity to give us your feedback on our updated plans for a western pedestrian access point to Maple GO Station along Lindenshire Avenue. We made some changes to the design of the pedestrian access point based on your feedback, and we’d like to show you the results.
Assessing new projects related to the rail-rail grade separation at the Scarborough Junction
Le croisement de Davenport constitue l’intersection du corridor GO de Barrie et des voies du CP. Il s’agit de l’une des intersections ferroviaires les plus achalandées en Amérique du Nord. Pour régler ce problème d’engorgement, Metrolinx doit construire une voie surélevée pour les trains de GO, par-dessus les voies du CP.
Assessing the grade separations or road closures at seven crossings related to the expansion of the Stouffville rail line.
Assessing new rail layover and train storage facilities at Burlington, Unionville, and Toronto and electrification of the lower Richmond Hill rail corridor.
Assessing additional electrification infrastructure required for new tracks and layover facilities proposed across various portions of the GO rail network that were not previously examined as part of the 2017 Environmental Project Report (EPR).
Assessing additional road-rail grade separations and crossing improvements not examined in the previously approved Barrie Rail Corridor Expansion Project Environmental Project Report (2017).
A TPAP is an environmental assessment that studies the environmental impacts or effects of transit projects, and provides proposed mitigation. This streamlined approach helps to protect the environment, and allows for feedback through regular consultation from communities and stakeholders. The scope of this environmental assessment study includes electrification of the rail corridor starting from west of Georgetown to Kitchener.
