4.0
STRATEGIES
STRATEGY #3
IMPROVE THE EFFICIENCY OF THE ROAD AND HIGHWAY NETWORK
Most people and goods in the GTHA travel on roads. Only about five per cent of the GTHA’s total daily travel is done on rail (via subway and GO Transit). The rest of the 12 million-plus trips that are made every day – whether by car, truck, bus, streetcar, bicycle or foot – are made on roads and highways. For the GTHA’s rural areas, the regional road and highway network is their mobility lifeline. It is critical to improve the efficiency of the GTHA’s network of road and highways, through better monitoring and planning, strategic improvements to the road network, promotion of ride-sharing and carsharing, and the use of tools that improve traffic flows.
FACT
Currently the average vehicle travelling on the GTHA’s
roads and highways during the morning rush hour
carries less than 1.2 people. Increased use of ridesharing
can have a significant benefit. Increasing the
average number of people per vehicle to 1.4 would
take 344,000 vehicles off the roads every rush hour.
PRIORITY ACTIONS:
3.1 Implement the regional highway network identified in Schedules 1 and 2, and complete studies and obtain federal and provincial environmental approvals for the proposed transportation corridors.
3.2 Identify, prioritize and resolve gaps and bottlenecks in the road network, particularly where they cross municipal boundaries.
3.3 Assess and implement an inter-connected regional network of multi-purpose reserved lanes that builds on existing plans for high occupancy vehicle (HOV) lanes to improve the efficiency of highways and arterial roads for transit and multi-occupant vehicles, with potential for high occupancy toll (HOT) lanes. The use of both existing and new lane capacity as well as shoulders will be explored, with an emphasis on interconnectivity and more efficient use of available capacity.
3.4 Building on highly successful programs such as the Ontario Ministry of Transportation’s COMPASS freeway traffic management system and the City of Toronto’s RESCU traffic management system, create an Intelligent Transportation System strategy for the GTHA, with policies and programs to:
- reduce traffic congestion and delays by implementing or expanding road and highway video and computer-aided monitoring for faster incident detection, management and emergency vehicle or tow truck dispatching;
- implement a coordinated, region-wide system of ramp metering signals at entry ramps to major highways, coordinated with signals on adjacent arterial roads, that monitors cumulative traffic conditions and optimizes traffic flows to reduce congestion;
- improve and coordinate signal controls for more efficient traffic flows, including across municipal boundaries and in response to major incidents on highways;
- provide real-time road and highway traffic information and travel-related weather information directly to travellers; and
- integrate regional traffic management for all 400-series expressways, urban expressways and regional roads with centralized monitoring of traffic flows and patterns, and control over signalization and other traffic management measures.
3.5 Continue to support the Smart Commute CarpoolZone online ride-matching service, and identify and eliminate legal and liability barriers to ride-sharing.
EXAMPLE: CARPOOLZONE
CarpoolZone.ca was launched by Smart Commute in November 2005 to serve as
a region-wide carpooling ride-match service. Users can specify their
home and work locations, whether they would like to be a driver, passenger or both,
and how flexible they are in terms of distance, departure times and other
preferences. CarpoolZone will find them an ideal match. CarpoolZone.ca now has over
5,000 active users and over 400 active carpools.
3.6 Amend the Ontario Public Vehicles Act to allow third-parties such as nongovernmental organizations to provide vanpools to service major trip generators such as employers, postsecondary institutions and tourism destinations and to augment public transit service in low density or dispersed employment areas.
3.7 Continue to develop and expand the provincial carpool lot network to include additional lots at strategic locations, aligned with High Occupancy Vehicle (HOV), rapid transit and interregional bus networks, particularly at the periphery of the GTHA.
3.8 Develop road capacity enhancement pilot projects, such as tidal flow operations, contraflow lanes, dynamic lanes, continuous flow intersections, diverging diamond interchanges, shoulder bus lanes, roundabouts, reversible lanes, and moveable barriers.
3.9 Support driver education programs which encourage more efficient driving practices to reduce fuel consumption and decrease emissions.
EXAMPLE: DRIVEWISER
Drivewiser is a fuel efficiency and driver
training program, administered by the province
of Nova Scotia in partnership with a
not-for-profit organization. In addition to an
online resource, the program also includes
workshops to promote the use of efficient
vehicles and good driving habits to improve
fuel efficiency on the road. The program
focuses on communicating the benefits of fuel
efficiency and the impacts of individual
behaviour on emissions reduction.
SUPPORTING POLICIES:
3.10 Any new additions or major improvements to the provincial, regional or local road network in the GTHA, shall be considered within the context of the transportation hierarchy in Policy 5.11, and shall contribute to meeting the goals and objectives of the RTP.
3.11 New or expanded roads or highways should not undermine the viability of existing or planned regional rapid transit services in the same area, particularly when the transit service operates within the same corridor.
3.12 Planning for new or expanded roads or highways shall consider opportunities to support or improve existing or planned regional rapid transit services or operations.
A High Occupancy Vehicle (or HOV) lane is
a roadway lane designated for use only by
vehicles with a specified minimum number
of occupants — usually two or three. HOV
lanes encourage people to use transit or
carpool rather than drive alone by ensuring
them more reliable and faster trip times.
This increases the efficiency of the road
network as more people are moved in
fewer vehicles, reducing congestion and improving the reliability and speed of travel in the
other lanes, as well.
