Cycling in London Ontario: An Island In A Large Sea

Cycling is becoming ever more popular in Southern Ontario. In the City of London Ontario a multi-use trail system provides safe cycling from three connected prones of trail extending from downtown. One segment, approaching 10 kilometers in length, takes cyclists from downtown, westward along the Thames River to the City’s outer edge at Byron. Another arm travels from downtown eastward, another 10 kilometres, along the south branch of the Thames River to the Pottersburg area and then northward through Kiwanis Park. A third arm leaves downtown and takes the north branch of the Thames River to just past Highbury Avenue, a distance approaching 8 kilometres. The sum of the three arms of the trail system form a sideways “Y”  where the junction is the downtown and lower leg of the “Y” in the westward route.

The “sideways Y” of the London Ontario bicycling trail system that generally follows the flow of the Thames River.

Cyclists wanting to ride the complete system of trails in one day have some difficulties. Supposing a starting position in either south-east, north-east, or west London, the inevitable problem occurs as a route must be found in east London that can connect between the end of the trail in Kiwanis Park at Dundas Street and the end of the trail at Highbury Avenue near the bridge over the north branch of the Thames River (i.e. between Pottersburg and Kilally in above map). By travelling through various subdivisions this meandering feat can be completed by those intimately familiar with the local roads. Those wishing some adventure, and the risk of death, may chose to take the straight-line distance of Highbury Ave. This route contains no provisions for cyclists yet offers a sufficiently narrow curb lane to allow various heavy trucks a good opportunity to crush any daring cyclist.

This northward view of Highbury is at the Florence Street intersection. Choosing to cycle along Highbury Ave to connect between the two ends of the multi-use cycling paths in east London means that riders must face narrow lanes, heavy trucks and poor road surface conditions.

Incidentally, just to the north of the Highbury Ave death zone is a newly constructed Fanshawe Park Road which contains wide lanes and a designated cycling lane, but then it connects with virtually nothing and certainly not with the well used multi-use trail system.

View looking east along Fanshawe Park Road approaching Highbury Ave. Although this roadway contains a wide cycling lane it is rarely used because it is not connected to anything.

This view of Fanshawe Park Road in winter conditions shows how the width of the cycling lane is narrowed by snow which is plowed onto it.

Much money in London is being spent piece-meal, creating short lengths of bike lanes along urban streets which do not connect to each other. Cyclists riding these short lengths of bike lanes eventually come to the end of the lane and then they are thrown into a roadway, that is narrow with a high traffic volume, in order to complete the intended journey. The result is that many cyclists give up and do not use these lanes.

In this southward view from July, 2018, on Highbury Ave near the bridge over the north branch of the Thames River, the bike lane simply ends in the background causing cyclists to ride on the busy curb lane where heavy truck traffic is common.

London’s city administration has also not dealt well with the issue of rail trails, unlike other more cycle-friendly cities. A large spiderweb of cycling rail trails has been growing in Southern Ontario that is based on the system of abandoned railway lines. The focal point of this spiderweb would likely be the City of Branford. From Brantford a cyclist need not travel along any roads with motorized traffic. Riding the rail trails cyclists  in Downtown Brantford can travel to Cambridge, a one-way distance of about 19 kilometres. They can also take a southerly trail that takes them through Waterford and then Simcoe and finally to the shore of Lake Erie at Port Dover. Meanwhile the same rail trail connects from Simcoe to Delhi. Leaving downtown Brantford in another direction can take cyclists through Jerseyville and into Hamilton Ontario. Thus Brantford is very much the nucleus of southern Ontario’s rail trail system.

Other well established rail trails exist in areas like Elora where cyclists can ride all the way into Mississauga. Here one can also connect with a Caledon trail that runs south from The Forks of the Credit.

This view is an example of a rail trail located near Elora, Ontario, taken in July, 2018.

Another 200- kilometre trail forms a loop in the Niagara region encompassing cities like St Catharines, Thorold, Welland, Port Colborne, Fort Erie, Niagara Falls and Niagara-on-the-Lake.

Rail trails also exist the the Windsor-Essex area. A trail runs from Leamington into Windsor ( about 42 kilometres one way) and this is intersected with a trail that runs from Essex to Amherstburg (about 27 kilometres one way).

Riding on a rail trail can be a social event. In this example a rider stops to fire up a portable propane cooking stove on the Chrysler trail between Leamington and Windsor.

Meals are easily made on the side of a rail trail and then the riders go on their way.

Further to the north a trail runs from Goderich toward Millbank, Elmira and ends up in Guelph. A one-way distance of about 118 kilometres.

Thus numerous rail trails exist that connect many communities and cities around London, Ontario. Yet London remains as the lonely island with no rail trails that connect it with anything else. An abandoned rail line existed on the west side of the City that travelled to Grand Bend. But the land along that trail has been sold off, no longer leaving an opportunity to form that connection. Even the small community of Grand Bend has a modest length of trail that leads southward into Pinery Provincial Park. A possible rail trail connection could be established between London and St Thomas and possibly leading into Port Stanley but that has never been pursued.

The bottom line is that, although London has a reasonably good trail system within the City that follows the Thames River, it remains a barren island when it comes to connections with other cities and communities in Southern Ontario. Anyone in London wishing to pursue a longer cycling ride must take the risk of riding on roadways leading out of the City that are not designed to accommodate both cyclists and motorized traffic.

Gorski Consulting has conducted numerous collision assignments in the past involving cyclists and the dangers of travelling on such unsupported roadways is well known. A principal problem is that the lower volume roads that cyclists would normally choose are also those with the lowest standard of design. Lanes are narrower. Sight lines of shorter. The road surface is often a tar and chip which is more prone to heaving and changes in friction. Because these roads are less travelled drivers do not expect as many vehicles to exist and they particularly do not expect the presence of cyclists who are even less common.

A northbound cyclist riding on Wonderland Road near Medway Road north of the City of London, Ontario on August 2, 2016. This ride could have been accomplished in safety on a rail trail if an abandoned rail line to Grand Bend had not been sold off.

Knowing the meandering paths of cyclists, it is not uncommon to see cycles moving left and right in a lateral range of half a metre. These motions may occur to avoid various road edge irregularities or simply due to a lack of attention while maintaining their balance. Combining this with similar lateral movements of motorized vehicles it is inevitable that conflicts would occur between the right edges of a motor vehicle and the left side of a cycle and cyclist. When contact occurs it is often that the left edge of a handlebar is the first portion of the cycle that is struck. This causes a very violent, clockwise rotation of the handlebars. Because the cyclist is holding the handlebar this leads to a similar, violent rotation of the upper body of the cyclist and this pulls the cyclist’s head toward the side of the striking motor vehicle. This is why it is so critical that a cyclist wear a proper cycling helmet. While it is true that even the best cycling helmet cannot prevent a cyclist’s death when a head impact is made to one of the motor vehicle’s roof pillars, the benefit, never-the-less, is large and the percentage of cyclists surviving such head impacts is vastly improved versus no helmet. Even so such an impact, although survived, results in major head injuries that are often life-changing. Thus much like the collisions of motorcyclists, the riders of bicycles almost always sustain major injuries when struck by motor vehicles. Therefore the best option is to simply avoid cycling on roadways where there are motor vehicles and riding on rail trails is ideal.

There could be a great benefit to society if we could reduce the number of severe cyclist injuries, and their associated large health costs, by taking cyclists away from highway-speed traffic and putting them on rail trails. For riders in the vicinity of the City of London that prospect is unlikely in the near future.

Boeing Software Problems Await Autonomous Motor Vehicle Age

Well Cindy, the obvious problem is right here in the Maneuvering Characteristics Augmentation System module. But we didn’t need that anyway.

Did we really believe that surrendering vehicle control to a complex of bits and bytes was going to solve all our motor vehicle safety problems? Just look in the air for a clue as to what’s too come.

In grandpa’s days, when the steering wheel did not turn the wheels we simply took our Model-T to Joe the mechanic. He tightened the screw and the steering was perfect again. And when the hand brake was loose Joe just tightened the wire and we could stop again. Joe knew everything.

Now, when our vehicle stalls we take our vehicle to a manufacturer’s dealer. He pugs a computer into the diagnostic link connector and tells us that there is nothing wrong, except that a faulty wheel speed sensor, that is unrelated to the stalling, needs replacement. When our vehicle continues to stall and we continue to receive notice that everything is OK we continue to drive. Thankfully we will not fall out of the sky. But we could be struck by a high speed semi while we’re stopped in the middle of the freeway. Or many of our safety features like airbags may not function even though we are involved in a major crash. As other vehicles also continue to stall we remain puzzled but have no help or solution. Fatalities begin to mount as the stallings continue. Joe is now 105 years old and his tightening the screw or wire will not solve the dilemma.

Little do we know that the manufacturer has located a problem in the size of a little screw in the ignition switch. An item of minimal cost. The screw is quietly replaced at the dealership during regular maintenance activities and suddenly the stallings begin to disappear. Leaving many unexplained deaths, many that are not publicized and remain unknown to the general public. We move on.

Now comes the dawning of the driverless vehicle. Everything becomes surrendered to sensors, modules and computers. Steering wheels and brakes are not connected to the wheels. A sensor detects an issue of concern and the calculations inside a module are sent to a central brain that  controls what actions are required. As guests inside our hotel vehicle we simply sit and read our newspaper on our tablet while wondering if the coffeemaker is supposed to pop out of the side of the left or right door. With that annoying human driver gone there will no longer be any mistakes as the electronic software will replace the human brain. This is the vision that propaganda has delivered to the travelling public.

Yet earlier this year a very sophisticated Boeing 737 Max 8 came crashing to the ground in Ethiopia. A Maneuvering Characteristics Augmentation System, or MCAS, is preliminarily believed to be the problem due the appearance of a battle between the pilot and MCAS causing an unusual pattern of motion and speed just before the plane came down. A similar pattern was found in an earlier, Lion Airlines crash in October of 2018.

The average passenger sitting in the seat of a Boeing 737 has absolutely no clue as to what anything is or how it works nor does he/she know anyone who knows anything. It is only a handful of specialists, primarily at Boeing, who know. Or who think that they know.

When motor vehicle collisions occur in the future this is what we can expect. A society where no one knows what caused a collision. In the mass of commuters there will only be a very few specialists working at a manufacturer’s lab who will have some idea. Government regulators will have to develop ways of calming the public with assurances that they have everything under control and are conducting deep studies that cannot be fully explained.

Whether such a horror develops and the degree to which it is tolerated depends largely on how  we decide to move forward. There are huge hypothetical benefits in cost savings and life savings that can be achieved with various automation of transportation  systems. There are also great challenges that are emerging with respect to public monitoring of how those changes evolve.We if are unwilling to accept that nothing is infallible and are willing to publicly expose those failings, we can achieve our solutions much quicker and earlier. Unfortunately our history of hiding whenever something goes wrong can make this transition far more difficult than it needs to be.

Lack of Proper Sight Lines At Humboldt Broncos Site Being Ignored

There is no question that Jaskirat Singh’s mistake of driving his truck through a stop sign was a major causal factor in the deaths of the multiple occupants of the Humboldt Broncos bus on a Saskatchewan intersection on 6 April of 2018. That point has been the focus of almost all discussion about the tragedy. What is remarkable is how an equally important causal factor has been ignored.

The intersection sight lines were clearly inadequate. A simple reference to any roadway design manual would illuminate that point. It is also undeniable that, if the sight lines had been as recommended then a collision would likely have been avoided, even though Singh’s truck travelled through the stop sign. These facts are clear.

The Saskatchewan Ministry of Transportation employs educated specialists in transportation safety like any other government agencies. Undoubtedly they would have been aware of the standards regarding intersection sight lines. They most certainly would have been aware that the sight lines at the Humboldt Broncos intersection were improper. Yet they did nothing to correct that defect.

So here lies the paradox: There has been a year’s worth of demonizing Mr. Singh for the mistake he made. Yet the conscious decision made by unknown persons with the Saskatchewan Ministry of Transportation not to correct the safety hazard at the Humboldt Broncos intersection has been meet with silence. So why is it that one individual whose actions caused multiple fatalities receives an eight year prison sentence, yet another individual whose actions also caused multiple fatalities is not even identified? Is it because those unidentified persons in the Saskatchewan Ministry of Transportation are employed by a powerful agency that is part of the Saskatchewan government? There is no other explanation that can explain these unjust circumstances.

Automatic Emergency Braking Voluntarily Installed By Manufacturers

Federal Safety Agencies claim that is it is faster to get Automatic Emergency Braking (AEB) installed voluntarily than by being forced by legislation.

Could this fatal rear-end impact of two trucks on Highway 401 near Chatham earlier this month have been avoided if trucks were equipped with Automatic Emergency Braking?

According to a 2015 voluntary agreement among twenty manufacturers, ten of those manufacturers installed AEB technology in more than half of the vehicles that were manufactured between September, 2017 and end of August, 2018. Tesla has reported that all of its vehicles are equipped with the technology. Yet some manufacturers have fallen far behind. Ford, Mitsubishi and Porsche equip less than 10% of their vehicles with AEB and General Motors is only at 24%.

There is still no word about equipping large trucks with AEB. Such an installation would be expected to see the largest benefit. Given the difficulties that large trucks have in braking compared to light vehicles, and given the number of instances on major expressways where heavy trucks end up crashing into stopped vehicles, it would be expected that AEB could be very effective in reducing major, fatality producing collisions.

Although the technology is in its early stages it could be that AEB might make a very large improvement in road safety. What remains are questions about its ability to reliably detect instances where automatic braking is required. We may not see those instances of technology failure until enough vehicles are so equipped and instances of its use are better known. There are well known previous instances where tweaking of a safety feature was required after it had enveloped a large percentage of the vehicle population. The most notable is the required depowering of airbags in the late 1990s where many fatalities occurred before changes could be made. Hopefully such a problem will not recur with AEB.

Vehicle In Ditch Causes Massive Police Reaction

There must be some further reason why a massive police presence was required when a vehicle was found stopped in a Highway 3 ditch near Windsor yesterday.

The Windsor Star newspaper reported that two occupants fled after their vehicle “rollover” in a ditch of Highway 3 near Walker Road near Windsor, Ontario. The newspaper showed that a massive presence of police, including search dogs and  an emergency response team, was engaged in locating the fleeing persons.

The problem is that photos of the vehicle did not show that it had rolled over. There was no damage to the typical areas of the vehicle that would signify such a rollover. If a rollover occurred it would have to be a very minor, low-speed incident. If such a massive response was needed for every situation where a single vehicle travelled into a ditch we would certainly run out of police to handle any other incident.

It would seem that the reason for the large police response was something beyond the simple traffic mishap. But that fact has not been disclosed.

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