Rowville-Rail-Study-Final-Stage-1-Report-FINAL
Rowville-Rail-Study-Final-Stage-1-Report-FINAL
Rowville-Rail-Study-Final-Stage-1-Report-FINAL
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<strong>Final</strong> <strong>Stage</strong> 1 Feasibility <strong>Report</strong><br />
Travel demand effects<br />
feasible to provide parking for all of the demand indicated by the model (especially at<br />
<strong>Rowville</strong>), although some would be ‘kiss-and-ride’ rather than park-and-ride. However access<br />
by other modes (especially bus and bicycle) could be further improved to reduce the amount<br />
of access by car.<br />
The high proportion of car access suggested by the model is also probably overstated due to<br />
VITM’s underestimation of the shift from car to public transport in general, which would apply<br />
to access trip legs as well.<br />
7.4 Mode shifts<br />
Table 12 summarises changes in travel by time period due to the <strong>Rowville</strong> rail line in 2046.<br />
Table 12 – Change in modelled trips in 2046 with <strong>Rowville</strong> rail line<br />
Morning<br />
peak<br />
(7-9am)<br />
Inter<br />
peak<br />
(9am-3pm)<br />
Afternoon<br />
peak<br />
(3-6pm)<br />
Off<br />
peak<br />
(6-10pm)<br />
Total<br />
Car trips To/from <strong>Rowville</strong> -2,500 -3,600 -3,600 -3,200 -12,900<br />
Melbourne-wide -2,500 -5,000 -4,400 -3,400 -15,300<br />
PT trips To/from <strong>Rowville</strong> 2,900 4,000 3,800 2,500 13,200<br />
Total<br />
trips<br />
Melbourne-wide 2,500 4,300 3,700 2,300 12,800<br />
To/from <strong>Rowville</strong> 400 400 200 -700 300<br />
Melbourne-wide 0 -700 -700 -1,100 -2,500<br />
The model overall produces 13,000 more public transport trips and 15,000 fewer car trips on<br />
an average weekday when the <strong>Rowville</strong> rail line is added. A significant proportion of the<br />
68,000 daily <strong>Rowville</strong> rail line users are predicted to transfer from the Dandenong, Glen<br />
Waverley and Belgrave lines, as shown below. However in our estimation the transferring<br />
passengers would probably not give rise to significant reductions in crowding on those other<br />
lines; most of them would be using park-and-ride so it is likely that they would be replaced by<br />
other users if parking space at stations is freed up.<br />
As stated earlier we consider that VITM tends to underestimate the potential shift from car to<br />
public transport that could result from a public transport improvement like the <strong>Rowville</strong> rail<br />
line in future years.<br />
7.4.1 Load and relief effects<br />
Public transport<br />
Figure 31 shows the change in passenger flows on public transport routes in the area due to<br />
the <strong>Rowville</strong> rail line, in the 2-hour morning peak in 2046.<br />
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