Metrobus Transit Study.pdf - City of St. John's
Metrobus Transit Study.pdf - City of St. John's
Metrobus Transit Study.pdf - City of St. John's
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<strong>St</strong>. John’s Transportation Commission (<strong>Metrobus</strong>) 2011<br />
Market Assessment and <strong>St</strong>rategic Directions <strong><strong>St</strong>udy</strong> – Part D: <strong>St</strong>rategic Directions<br />
13.0 STRATEGIES TO SERVICE LOW DEMAND AREAS<br />
With a goal <strong>of</strong> increasing transit usage and providing people with a travel option that is reasonably<br />
competitive, service frequencies beyond 30 minutes and limitations on service hours should be<br />
reduced as much as possible. Yet financial realities and the nature <strong>of</strong> land use and activity patterns<br />
clearly result in some geographic locations and/or service times when transit demand is low and<br />
difficult to serve productively with a fixed route transit service.<br />
Three approaches are outlined in this section for addressing low demand periods, remote/low<br />
density areas and difficult to serve markets. <strong>Metrobus</strong> should examine its approach to Sunday<br />
service and to geographic areas such as Shea Heights, Kilbride, and Goulds which lack the density<br />
required to support 30 minute service. A special industrial service strategy is also recommended for<br />
consideration.<br />
13.1 Zone Bus<br />
A zone bus is a demand responsive service where a bus operates within a defined geographic area<br />
with an established transfer point between all zones.<br />
Passengers are required to phone a dispatcher approximately 1 to 2 hours ahead <strong>of</strong> their desired trip<br />
time to find out a designated spot/time for pick up. The bus driver then picks up and drops <strong>of</strong>f<br />
passengers within each zone during a set interval (i.e. every half hour) before returning to the<br />
transfer point. The route used in the zone is flexible and is based on the scheduled passenger pickups<br />
and drop <strong>of</strong>fs for each time interval.<br />
Zone bus is most effective in areas or during periods <strong>of</strong> low ridership demand. Typically, a zone bus<br />
can carry 15 to 20 passengers per revenue vehicle hour (depending on the overall size <strong>of</strong> the zone).<br />
By operating within a zone instead <strong>of</strong> along a fixed route, the catchment area served by one vehicle<br />
becomes larger, thereby minimizing the number <strong>of</strong> buses required to maintain reasonable coverage<br />
targets.<br />
A dispatcher position would need to be created in addition to the drivers required to operate the<br />
system. Therefore, bus driver savings attributed to a zone bus would need to include the addition <strong>of</strong><br />
a dispatcher.<br />
Areas within <strong>St</strong>. John’s where a zone bus structure could be considered include Airport Heights,<br />
Shea Heights, Kenmount Terrace and Goulds/Kilbride (see also Section 12.2 for other options).<br />
For Sundays a zone bus system, perhaps augmented by fixed route spine services on major arterials<br />
connecting the downtown, Village Shopping Centre, Avalon Mall and Memorial University, may be<br />
a more productive way to serve this low demand period. Figure 23 illustrates the approach<br />
recommended in Guelph for Sunday and Holiday service which would cut the fleet requirement in<br />
half but require an effective dispatch and radio system. The design principle is that people living<br />
close to the spine service would walk to the nearest bus stop along the spine route while others<br />
living in the various zones call in and request the time/location <strong>of</strong> the bus travelling in their zone<br />
which will take them to any destination within their zone or to a transfer point.<br />
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