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Rapid transit rumours

Rumour in the local blogosphere has it that Mayor Katz will make an announcement regarding rapid transit for Winnipeg sometime after July 31st.

And the possible leaked information points to rail transit as the mode that Winnipeg will choose to build in the next 5 years, as PolicyFrog has said in his post:

For what it’s worth, I’ve heard a few bits and pieces about this from various sources, including that the proposal could focus around…(dramatic pause)…light rail.

Funding sources could include the Building Canada program, where Kitchener-Waterloo has just announced plans for an LRT in their city of 500,000.

Bus-rail integration

When a new rapid transit line is opened to the public, the transit authority will re-route buses to serve the new rapid transit stations. The term for this is bus-rail integration.

The major benefit is to shorten the length of routes.

For example it will longer be necessary or desired for the 64 Lindenwoods Express, the 65 Grant Express and 66 Grant local to travel all the way to downtown Winnipeg and back, saving about 30 minutes round trip on this portion of the route.

Instead it can terminate at the Pembina-Stafford Loop where the 29 Sherbrook, as well as the 84, 86, and 95 feeder buses do so now. It will therefore push some of the surface buses out of the downtown area, where they would normally add to traffic congestion and slow the movement of the bus.

This would improve the immediate neighbourhood itself, and possibly replace one or more of the strip malls in the vicinity with hi-rise condos. or apartment blocks. People would want to live close to Stafford Station.

On this map the blue line represents the above mentioned transit routes, while the red line represents the Pembina-William subway line.

And this in effect will allow for more frequent bus service. Using the 66 Grant as an example, it may be possible then to provide 10 minute headways (or better) rather than the current 15.

People in Winnipeg have been saying for decades that there aren’t enough buses and they don’t operate often enough.

Only rail-based rapid transit like an underground subway will be able to keep buses out of the downtown area and allow them to function as feeders to the stations, just like other cities do.

See Also:

TRB.org - Service Orientation, Bus-Rail Service Integration, and Transit Performance: Examination of 45 U.S. Metropolitan Areas

Charlotte, North Carolina - LYNX bus-rail integration

Developing Integrated Schedules for Urban Rail and Feeder Bus Operation

Let’s See the Letters

The other rapid transit group, the “Coalition”, claims to have the support of 18 groups — NGOs and some BIZ groups:

  • Sierra Club of Winnipeg
  • Resource Conservation of Mantoba
  • Social Planning Council of Winnipeg
  • Climate Change Connection
  • West End BIZ
  • Osborne Village BIZ
  • Downtown Winnipeg BIZ
  • University of Winnipeg
  • Canadian Mennonite University
  • Planners Network Manitoba
  • Manitoba Audio Recording Association (mentioned 2x in their list)
  • Urban Shaman Contemporary Aboriginal Art
  • Cinematheque
  • H.A.S.T.A.
  • Plug In I.C.A.
  • Video Pool
  • ace art inc.
  • Platform: Centre for Digital Art

With the exception of the Downtown Winnipeg BIZ, the West End BIZ, and the Osborne Village BIZ, the remainder of the above list of supporters comes overwhelmingly from the cultural industries, which tend to be left-of-centre politically. Some of the groups, like the Social Planning Council, are more interested in civil rights like “equality”, not making the commute of Winnipeggers FASTER.

Also how can the Coalition prove that they even got written support from these above groups for BRT. If they really have, let’s see the letters. Otherwise anyone can claim support from anyone, but that doesn’t make their case any stronger.

Until then, we remain skeptical.

Time to grow up

City must face reality of rapid transit

Jeff Lowe, Winnipeg Free Press
July 13, 2008

As one who has written extensively on the subject, it has been difficult to fend off the frustration one feels at the small-town tone the “debate” over rapid transit in our city has assumed.

The reportage has been framed as if the only “realistic” choice is between building a short, insufficient initial length of exclusive “bus rapid transit” (BRT) or setting aside bus-only “diamond” lanes on major thoroughfares.

It has been sorrowing to witness the parade of supporters of better public transit clambering to lend their support to an “environmental improvement” which contemplates further defacing our city by pouring hundreds more lane-miles of concrete pavement.

Worse, rail reservation land would be confiscated to create a “freeway for buses”: whereas a rail rapid transit line sympathetic to the context, can be fit into drastically less space.

Air quality and the emission of greenhouse gases would realize scant improvement.

Why, too (given our adverse winter climate) would we for one moment consider staking our transit future on a system whose mainstay remained shackled to rubber-tired vehicles?

Consider Ottawa’s experience. Instead of BRT serving as a transportation “lifeline,” the inevitable winter storms and snow-packed conditions turn “transitways” into obstacle courses littered with jackknifed articulated buses.

Whatever the weather, Ottawa’s transitways discharge buses by the dozens onto streets designated for them spewing clouds of diesel fumes.

Opponents of urban sprawl, too, should be given pause by spiels that BRT “is perfect for this city because we lack the density of development to support a rail system.”

In other words, entrench a deplorable status quo, a tacit admission that bus rapid transit is an arrangement designed to serve sprawl, not curb it.

Rail-based rapid transit, by contrast, acts as an impetus for a denser urban form by creating the structural framework to attract and nourish intensive development. Only rail has demonstrated that it can attract development; the bus, no matter how gaudily you dress it up, is a bust.

This last point is illuminating in that within it lurk two clashing visions as to the optimal role of mass transit.

The bus vision contends that most people will normally shun transit and drive almost always. This option (which unfortunately seems to have buy-in from Winnipeg Transit) assumes that even an upgraded bus system’s ordained place is to supplement the almighty, owner-driven automobile.

The better rail vision projects a scenario under which a greatly enlarged and enriched transit system is outfitted to credibly offer an urban transportation experience superior to the car.

In this view, rail and bus are not antithetical, but function together within a citywide network. It seeks to move decisively “beyond petroleum” and render Winnipeg Transit fully and aggressively competitive with all other urban transport options.

Every city in Canada the size of Winnipeg or larger has either built rail-based rapid transit or pledged to do so. Likewise for the U.S. Even cities smaller than Winnipeg — Hamilton; Quebec City; Waterloo Region; Victoria — have recently joined the ranks.

In most that possess both bus corridors and rail rapid transit, the BRTs function strictly as adjuncts to rail lines — the “South Busway” delivers commuters from the far reaches of Dade County to the southern terminus of Miami’s MetroRail; the Orange Line BRT to the northern terminus of the Los Angeles Red Line subway).

It has become a popular expedient for cities endlessly debating rapid transit to break the logjam by building a greatly less costly and complicated downtown streetcar circulator as a sort of prototype.

These include: Indianapolis, Providence, Birmingham, Cincinnati, Spokane, Omaha and Columbus (Ohio).

(Winnipeg Transit and The Forks North Portage Partnership commissioned a $75,000 feasibility study of just such a downtown streetcar circulator for Winnipeg. But they’ve kept it from the public since 2003.)

The streetcar system connecting Portland’s downtown to a de-commissioned docklands and railway-yard area is an oft-cited example of the power of a rail transit line to generate handsome economic paybacks.

The streetcars attracted $2.2-billion in new construction within a two-block radius of the tracks in just nine years.

In cities where rail rapid transit has been built, it usually been the case that the local Chamber of Commerce (keenly aware of the huge dividends for the business community) led the charge. The Winnipeg Chamber of Commerce, meanwhile has never publicly expressed the slightest awareness of the issue.

The ever-expanding LRT systems in oil-soaked Alberta’s two major metropolises run on electricity; indeed, the “juice” that powers Calgary’s C-Trains is entirely wind-generated.

It beggars belief that the principal city of hydro-rich Manitoba could, against economic and environmental logic, cling to a transit policy that requires an all-bus fleet that is 100 per cent diesel-dependent. Why does our provincial government tolerate this?

It’s a source of shame that of the five major hydro-electric-producing provinces, only Manitoba and Newfoundland have not taken advantage of their clean, abundant and renewable energy to power big-city transit.

Curiously, in Winnipeg the original hydro-electric system was created as a subsidiary of and, initially, underwritten with profits from, the private street railway company. (Assiniboine Credit Union — so named because the central streetcar barn stood on the site now occupied by Bonnycastle Park — was founded by employees of the Winnipeg Electric Company that ran both.)

But whereas elsewhere that laudable linkage was maintained, in Winnipeg the two were wrest apart and the streetcars were scrapped.

In the 1950s, Toronto and Winnipeg (at the time, Canada’s second- and third-largest cities by population) faced similar decisions.

Both commissioned plans that recommended subway systems be built.

Toronto kept its surface streetcar lines and installed its first subway: Winnipeg tore out its streetcar tracks (building no subways to take their place) and substituted buses.

That Toronto has since risen to “world city” status — and Winnipeg declined in stature — in retrospect can be explained to some degree by this starkly contrasting valuation of public transit.

If this city could somehow afford (at the turn of the 20th century) to assemble the far-flung and well-patronized streetcar system it once boasted, it can manage in the year 2008 to display similar moxie and foresight.

Full-fledged cities — cities that court admiration by acting with a firm belief in their abilities and potential and revel in their urbanity — all have rail rapid transit.

Let’s grow up.

Jeff Lowe is an expert on urban transit and its relation to land use, economic development and the environment.

Subways and streetcars in Toronto

This video clip was broadcast on Treehouse Tv (I can tell by the logo at the bottom right corner).

It shows the operation of both the TTC subway and the TTC streetcar (regular, and articulated)…

At 2:50 into the video clip the narrator says “this is a tranfer station. It’s always busy”. That must be Bloor-Yonge hub station, or the one to the west on the University line.

Rob Dyck’s Rapid Transit Plan for Winnipeg

Rob Dyck, who identifies himself as part of the Elmwood Liberals, designed his own rapid transit system for the metropolitan Winnipeg area. Rob is part of the federal Liberal of Canada (Manitoba) executive.

Thread didn’t come up in the first 3 or 4 pages when searching “rapid transit Winnipeg”, though I believe the reason for that is Google uses popularity of pages based on page views.

His plan involves some subway, such as underground along Osborne St. between Confusion Corner and Portage, east on Portage and to the Baseball Stadium and then surfacing at grade and onto the CN rail right-of-way, and then to Transcona.

He says that maybe instead of the Federal government paying for the extension of the Spadina subway in Toronto to York University, that the $700 M funding should be directed as so-called “new start” project for Phase I of rapid transit right here in Winnipeg. That I can agree on because I have travelled four times to Toronto this decade, three of them on Via Rail. I can say that the distance between York University and downtown Toronto is so far away that a GO Train may be more effective in serving this area than extending the TTC subway out that far.

However, Mr. Dyck’s plan misses a few opportunities to serve some areas of relative high density. For example, the West End, which exists between Memorial Boulevard and the Empress Overpass, is totally ignored and bypassed. Instead he envisions rapid transit “serving” the CPR subdivision northwards to McPhillips.

The line that terminates in at Leila Ave. West Kildonan doesn’t serve the nearby Kildonan Park, where people take nice long walks and perhaps attend live plays at Rainbow Stage during the summer season. If Rob’s north-south line were more effective it would travel east-west along Leila and there would be a station on Main St. at the entranceway to the Park.

So in the end, how does this compare to the Wilson plan of ‘59 and the City’s BRT plan from 1973? Rob’s plan, while choosing to go underground through fairly good portions of the route (Osborne St. , downtown Portage Ave.), altogether misses clusters of population neighbourhoods like the West End, and tries to accommodate right-of-way by path of least resistance, therefore it will in some places still be ineffective at transporting passengers to and from where they actually want to go.

JIM JAWORSKI

Thousands of people pass through here

The video below is from Line 1 in Paris, France. Every 30 seconds during rush hour a new train arrives at La Defence Station, where several hundred people get off the train at a time.

What to do with groundwater

So after the groundwater is taken out of the subway tunnels, what to do with it?

Well, this afternoon I read that some of it is used to fill the fountains at Buckingham Palace Park in London England.

http://www.ens-newswire.com/ens/jan2001/2001-01-25-10.asp

London Turns Rising Groundwater Into Liquid Asset

LONDON, United Kingdom, January 25, 2001 (ENS) - Engineers are finding innovative uses for London’s rising groundwaters, including filling lakes at Buckingham Palace.

London lies in a natural basin. Water drains into the lower aquifer underneath London from the surrounding hills, the North Downs and the Chilterns.

For two centuries, engineering works and breweries drew millions of liters through their own wells and pumps, lowering the level of water below the ground. Levels are estimated to have dropped 90 meters (293 feet) between the mid-19th century to the 1960s.

But in the last 40 years, those industries have slowed and groundwater levels have risen by about 50 meters (162 feet).

Now groundwater levels under central London are rising by more than two meters (six feet) a year, threatening subway train stations, deep structures and the foundations of tall buildings in the capital.

Every day, London Underground, the city’s subway train operator, has to pump out 27 million liters (six million gallons) of water to stop it flooding, more than four and a half million litres (one million gallons) out of Victoria Station alone.

London’s subterranean infrastructure could be threatened in the next decade unless action is taken.

Almost two years ago, London’s water authority Thames Water launched a five stage plan involving 50 or more new boreholes at strategic locations across London. When built, the boreholes will extract up to 70 million liters (18.5 million gallons) of water a day, thereby halting the rise, says Thames Water.

Among the more unique sites chosen for boreholes are Queen Elizabeth’s London residence, Buckingham Palace, and the Millennium Dome complex in Greenwich.

A 150 meter deep borehole sunk at Buckingham Palace can supply up to 2.5 million liters of water a day, some of which is used to fill the Palace lakes and water the gardens.

“The Royal household has taken a welcome lead in developing environmentally friendly uses for the rising groundwater in the heart of the capital,” said John Sexton, Thames Water’s environment director.

By the end of 2001, a 135 meter borehole in Brixton, south of the Thames, is expected to provide up to four million liters a day, for use as drinking water.

“We expect that the water from the Brixton site will be of good quality, and are confident that we can treat it and use it for drinking water,” said Stuart Shurlock, Thames Water’s rising groundwater project manager.

Thames Water’s initial £8 million investment in the plan includes other boreholes on the outskirts of London, and opening up water supply to several inner London communities.

Perhaps the most innovative use of rising groundwater was at the Millennium Dome. A borehole combined rising groundwater with rainfall from the Dome’s 20 acre roof and recycled wash hand basin water to flush 177 toilets around the Dome complex.

Sadly, those toilets stopped flushing New year’s Eve 2000, when the Dome closed its doors for the last time after failing to live up to original business expectations.

Thames Water says it will continue to control groundwaters by using a groundwater model in conjunction with the Environment Agency to identify the most effective locations in central London for a strategic network of new control boreholes.

Set up by the 1995 Environment Act, the Environment Agency is a public body with legal duties to protect and improve the environment.

Part of Thames Water’s strategy allows companies and groups to use the groundwater for private borehole sources. Water abstracted by private individuals is often used for a variety of non-potable purposes, including irrigation, cooling and other processes.

Hey, what a neat idea, eh? And Winnipeg just so happens to be seriously considering an urban water park… Hmmmm, what if we built underground subway stations, and used the ground water to source the water park.

And we could build downtown apartments, condos, and office buildings that use cleaned ground water under Winnipeg as a source.

Winnipeg Transit, or its successor, could also use this groundwater to wash the subway trains and surface buses.

Underground Resources

Can we move ahead now?

During The Great Canadian Talk Show dual interview that Dallas and I had with Marty Gold on Tuesday a caller had brought up the issue of the rising water table.

They said that our water table has risen 12 metres in the past 40 years, and that would make going to an underground subway for Winnipeg very costly or impossible. So?

After doing some simple research I found that other cities that built underground rapid transit — like New York City, and Seoul Korea also had high water tables too.

subsoil diagram

Does that mean that we let the water take us hostage and let that be our excuse now for not building a good quality rapid transit system for Winnipeg that’ll move several hundred thousand of people in the city per day? I say not.

I’m no hydrologist and I don’t want to be, but to explain this as easily as possible so that the common “man on the street” can understand here goes…

Cities that have underground rapid transit systems like the ones mentioned above sometimes have water underneath the level of the subway station platforms. If nothing is done about it, the water will eventually overtake the station and everything will be under water.

To counteract this, water pumps are set up to move a certain amount per day, sometimes in the 100,000 litre range, to keep the water table below the level of the subway platform.

Also, one other TRUWinnipegger said that the tunnel and station would have to be air pressurized. I’m not exactly sure what is meant by this and how it relates to keeping the water OUT.

But if this is what is necessary to get real rapid transit in Winnipeg, then it’s just a necessary evil that we MUST spend on.

If we don’t central Winnipeg will continue it’s decline, while the city grows and congestion gets much, much worse.

Regarding the TTC leak link at the bottom of this post. CUTA, that’s the Canadian Urban Transit Association has a “best practices” sharing program and I suppose that if Winnipeg would build a few underground subway tunnels and if/when they started to leak or even before that happens that Winnipeg Transit (or its successor) could learn from the TTC’s exprience in keeping the water out.

See also:

Wikipedia - Water table

Gothamist - So What The Hell Happened With the Subways? (keep in mind tho that NYC is at sea level, while Winnipeg is 760 ft. above)

The Toronto Transit Commission’s Subway Tunnel and Station Leak Remediation Grouting Program