Climate Change, The Pandemic and Multi-Use Pathways (MUPs)

The greatest long term threat to humankind is undoubtedly climate change. While the planet can no doubt survive anything short of a collision with a planet sized meteorite or asteroid, climate change has the potential to be be disastrous to human habitat.

In the short term the greatest threat to humankind is the COVID-19 pandemic.

While both of these threats are said to be non-discriminatory and many claim “we are all in this together”, that clearly is not true because while the threats may not discriminate, our societies and dominant economic system certainly do. Both climate change and the pandemic have a greater impact on the developing world than the developed world, and within the developed world a greater impact on poor and marginalized communities.

But what does this all have to do with multi-use pathways (MUPs).

Climate change has created multiple freeze-thaw cycles every year, rather than one each spring, causing excessive damage to cycling infrastructure, in particular MUPs. At the same time the pandemic has created an increase in outdoor activity and in particular much greater demand for bicycles putting much greater demands on cycling infrastructure including MUPs.

This is is the impact on a typical Ottawa MUP in Kanata.

Bridlewood Small Hydro Corridor Multi-Use Pathway (MUP)

We need to improve our multi-use pathway standards so that they do not completely deteriorate after one winter and connect the MUPs together to create a city wide system for recreational and utilitarian use, commuting, shopping, etc.

While considering this we need to keep these important facts in mind. Improving cycling infrastructure increases the number of people using bicycles for utilitarian purposes like commuting and shopping, which reduces the strain on roads and automobile infrastructure and reduces road traffic congestion. At the same time improving cycling infrastructures costs considerably less improving automobile infrastructure. Leaving the only reasonable conclusion that the most cost efficient way to reduce road traffic congestion is to improve cycling infrastructure.