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Calgary

Coronavirus & 5G: Is There A Connection?

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As daily information floods the Internet and the line between fact and fiction becomes increasingly blurry, 5G cell towers across Europe have begun to go up in flames. Theories linking 5G networks to the spread of COVID-19 have led to acts of vandalism, with CTV News reporting 50 fires targeting cell towers in Britain during the month of April. 

5G, which stands for Fifth Generation, is the latest development in wireless network technology, designed to travel faster and farther than ever before. Launched in 2019, 5G is currently available in select countries around the world, but has yet to be globally accessible. 

The theories connecting 5G to the Coronavirus spread seem to build on the pre-existing platform that argues the general danger technology poses to human health and the proper function of the immune system. Supporters also highlight parallel timelines between the original cases of COVID-19 in Wuhan, China, and the original launch of 5G across a number of Chinese cities in November 2019. 

The most extreme arguments against 5G technology employ terms such as “population control” and “bioweapon”, and argue COVID-19 is a tool being used to build the “new world order”. 

These arguments, which have been picked up by a number of anti-5G organizations around the world have led to the destruction of a number of 5G cell towers across Europe and the UK. Subsequently, a number of pleas have surfaced from media, mobile carriers, and government organizations asking people to stop interfering with the technology that allows families, friends, and frontline workers to stay connected during this time. 

Experts and organizations around the globe have stepped up to debunk these theories and assure the public that 5G network technology is in no way related to the spread of COVID-19. On February 27, 2020, the World Health Organization (WHO) released a Q&A document regarding 5G networks and health highlighting “no adverse health effect has been causally linked with exposure to wireless technologies” based on existing research. Given the recent launch of 5G networks around the world, however, the WHO is also in the process of conducting a comprehensive health risk assessment from exposure to radio frequencies to be published in 2022. 

The European Commission published a Fighting Misinformation page in March explicitly stating, “There is no connection between 5G and COVID-19. Coronavirus is a virus that is spread from one person to another through droplets that people sneeze, cough, or exhale. 5G is the new generation of mobile network technology that is transmitted over non-ionizing radio waves.” 

On the opposite end of the controversy, certain celebrities and organizations advocating against the global establishment of 5G technology have continued to push anti-5G campaigns. The Center for Electrosmog Prevention (CEP), a nonprofit organization based out of California, advocates for the reduction of “Electrosmog” to promote the health of the general population. Electrosmog is defined as “invisible pollution consisting of electromagnetic radiation”, such radiofrequency radiation emitted from Wi-Fi signals and cell towers. 

The CEP, which had an established “Stop 5G Action Plan” prior to the emergence of COVID-19, recently published an argument stating, “Under the current “state of emergency” in many nations, states and locales, all 5G infrastructure should be deactivated and halted, using an abundance of caution. All 5G satellites being deployed should be deactivated and halted.” 

An international “Stop 5G” Facebook group founded in 2017 with over 34,000 members can be seen republishing articles detailing the 5G tower arson stories with the hashtag #Stop5G. Members of the group are also re-circulating content in support of Woody Harrelson, who is among the celebrities reportedly sharing the 5G COVID-19 theory.  

With terms like “bioweapon” and “population control” rapidly circulating the Internet alongside “conspiracy theory” and “disinformation campaign”, it can be difficult for the public to determine what is credible. As new information emerges and the COVID-19 narrative continues to evolve, the best practice remains to stay informed, follow the advice of medical health professionals, and promote information from authoritative sources.

 

For more stories, visit Todayville Calgary

Alberta

Building a 21st century transit system for Calgary

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From the Frontier Centre for Public Policy

By Randal O’Toole

Calgary Transit is mired in the past, building an obsolete transit system designed for an archaic view of a city. Before the pandemic, transit carried 45 percent of downtown Calgary employees to work, but less than 10 percent of workers in the rest of the Calgary urban area, showing that Calgary Transit doesn’t really serve all of Calgary; it mainly serves downtown.

That would have worked in 1909, when Calgary’s first electric streetcars began operating and most jobs were downtown. By 2016, less than 15 percent of Calgary jobs were downtown, and the pandemic has reduced that number further.

Rather than design a transit system that serves the entire urban area, Calgary Transit light-rail system reinforced its downtown focus. Transit ridership has grown since the city’s first light-rail line opened in 1981, but it was growing faster before the light rail began operating than it has since then. Now Calgary Transit is planning even more downtown-oriented light-rail lines.

Light rail is an expensive form of low-capacity transit. The word “light” in light rail refers not to weight but to capacity: the American Public Transportation Association’s transit glossary defines light rail as “an electric railway with a ‘light volume’ traffic capacity.” While a light-rail train can hold a lot of people, for safety reasons a single light-rail line can move no more than about 20 trains per hour in each direction.

By comparison, Portland, Oregon runs 160 buses per hour down certain city streets. An Istanbul busway moves more than 250 buses per hour. Bogota Columbia busways move 350 buses per hour. All these transitways cost far less per mile than light rail yet can move more people per hour.

Once they leave a busway, buses can go on any city street, reaching far more destinations than rail. If a bus breaks down or a street is closed for some reason, other buses can find detours while a single light-rail breakdown can jam up an entire rail line. If transportation patterns change because of a pandemic, the opening of a new economic center, or the decline of an existing center, bus routes can change overnight while rail routes take years and cost hundreds of millions of dollars to change.

To truly serve the entire region, Calgary Transit must recognize that buses are faster, more flexible, and can move more people per hour to more destinations at a lower cost than any rail system. It should also recognize that modern urban areas have many economic centers and use buses to serve all those centers.

Besides downtown, Calgary’s major economic centers—the airport, the University of Calgary, Chinook Center, the Seton health center, and others—are mostly located near freeway on- and off-ramps. Calgary Transit should identify ten or so such centers geographically distributed around the region. It should locate transit centers—which need be no more than curbside parking reserved for buses with some modest bus shelters—near the freeway exchanges closest to each center.

It should then operate frequent (up to five times per hour) non-stop buses from every center to every other center. A few secondary transit centers might have non-stop buses operate to just two or three other centers. Local bus routes should radiate away from each center to serve every neighborhood of the Calgary urban area.

Since non-stop buses will operate at freeway speeds, the average speed of this bus system will be more than double the average speed of Calgary’s current bus-and-rail system. Transit riders will be able to get from any corner of the urban area to any other part of the urban area at speeds competitive with driving.

Such a polycentric system will serve a much higher percentage of the region’s workers and other travelers than the current monocentric system yet cost no more to operate. It will cost far less to build than a single rail line since most of the necessary infrastructure already exists. While some may worry that buses will get caught in congestion, the solution is to fix congestion for everyone, not spend billions on a slow rail system that only serves a few people in the region.

It is time for Calgary Transit to enter the 21st century. A polycentric bus system may be the best way to do it.

Randal O’Toole is a transportation policy analyst and author of Building 21st Century Transit Systems for Canadian Cities. 

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Alberta

Calgary Ring Road opens 10 months early

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Christmas comes early for Calgary drivers

The Calgary Ring Road is now ready to be opened to public traffic, several months ahead of schedule.

Calgary’s ring road is one of the largest infrastructure undertakings in Calgary’s history and includes 197 new bridges and 48 interchanges. The 101-kilometre free-flowing Calgary Ring Road will open to traffic Dec. 19, completing a project decades in the making.

“Calgary’s ring road is a project that has been decades in the making and its completion is a real cause for celebration. This has been an important project and our government got it done. With this final section completed, travelling just got a little easier for families and for workers. This will not only benefit Calgarians and residents in the metro region, it will provide a boost to our economy, as goods can be transported more easily across our province.”

Danielle Smith, Premier

Although construction of the entire ring road project began in 1999 under former premier Ralph Klein, discussions on a ring road around the City of Calgary began as early as the 1950s. In the late 1970s, under former premier Peter Lougheed, high-level planning and land acquisition started and a transportation utility corridor was established to make the Calgary Ring Road a reality.

“The final section of the Calgary Ring Road is now complete, and I’d like to acknowledge the work done by former premiers and transportation ministers and their vision to build Alberta. I’m proud to announce that the final section was completed on budget and months ahead of schedule.”

Devin Dreeshen, Minister of Transportation and Economic Corridors

“I’m thrilled to see the Calgary Ring Road project completed. It was something I have helped shepherd through the process since 2014. Finally, all the hard work put in by everyone has become a reality. The Calgary Ring Road will provide travellers with over 100 kilometres of free-flow travel, create new travel options for the City of Calgary and surrounding area and provide improved market access across the region.”

Mike Ellis, MLA for Calgary-West

Opening the ring road means new travel options for Calgarians, which will draw traffic away from heavily travelled and congested roads such as the Deerfoot Trail, 16th Avenue, Glenmore Trail and Sarcee Trail. For commercial carriers, the ring road provides an efficient bypass route, saving time and money for the delivery and shipment of goods and services.

“The ring road investment generated thousands of local jobs and will now play an integral role in keeping Calgarians and the economy moving. This important transportation link will ease congestion on city routes and greatly improve connectivity and access for businesses transporting goods.”

Jyoti Gondek, mayor, City of Calgary

The ring road is a critical component to growing economic corridors in Alberta and Western Canada, as it connects the Trans-Canada Highway to the east and west, and the Queen Elizabeth II Highway and Highway 2 to the north and south. It is also part of the CANAMEX corridor, which connects Alberta to the highway network in the United States and Mexico.

The completion of the ring road is a major boost for Calgary, opening new business opportunities and supporting key components of the Calgary economy. It sends a signal to businesses and investors that Calgary has a strong highway infrastructure, providing economic corridor connections through the entire region.

“With one of the smoothest commutes in Canada and the capacity to reach 16 million customers by road within a single day, Calgary offers unmatched quality of life and economic opportunities. The triumphant completion of the Calgary Ring Road further improves our capacity to attract even more companies, capital and talent to our city.”

Brad Parry, president & CEO, Calgary Economic Development and CEO, Opportunity Calgary Investment Fund

“This is an exciting step forward for the Calgary Metropolitan Region. This key artery will not only improve the quality of life for the residents of the region, it is also a key economic enabler and we are thrilled to see its completion.”

Greg Clark, chair, Calgary Metropolitan Region Board

Quick facts

  • Stretched into a single lane, the highway is 1,304 kilometres long, the distance from Calgary to Winnipeg.
  • Other sections opened in 2009, 2013, 2020 and 2023.
  • The West Calgary Ring Road is the final piece of the ring road project.
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