The COVID-19 crisis is exposing the shortcomings of Canada’s economy, particularly when it comes to supply chains and the development of value-added products that would keep the country competitive, innovation experts say.
Dan Breznitz, the co-director of the innovation policy lab at the University of Toronto, said he expects global trade in raw commodities to decline as the novel coronavirus makes it more difficult to move people and goods around the world.
It’s a wake-up call for Canada’s resource-based industries, he said, noting Canada “will have a problem just selling wood and unprocessed oil.”
The country must rebuild its capacity to produce sophisticated goods through innovation in those sectors and beyond, said Breznitz, who is also the chair of innovation studies at the Munk School of Global Affairs.
“We no longer can actually produce the basic things we need in order to survive under (a) pandemic, and we cannot count on global production networks to do that in times of crisis.”
Alan Winter, British Columbia’s former innovation commissioner, agrees, saying COVID-19 has further exposed Canada’s dependence on purchasing goods and technology offshore with profits from primary resource industries.
“The issues that we see today around (personal protection equipment) and getting stuff out of China is all illustrative of the fact that our economy, to some extent, has been totally submerged into other countries in terms of supply chains,” he said.
“Our strategy of selling raw natural resources doesn’t make a lot of sense. We need to have the capability of developing more finished goods ourselves.”
Canada lags behind other members of the Organization for Economic Co-operation and Development for investing in research and development on new products and technology, said Winter.
In his final report to the B.C. government, released last week, Winter pointed out that about 1.4 per cent of the province’s GDP goes towards research and development, while the OECD average is about 2.4 per cent. Several of Canada’s competitors make investments in the 3.5 per cent range, he added.
Breznitz said Canada lacks policies aimed at creating more small- and medium-sized enterprises and then helping them grow, particularly when it comes to access to capital in the early stages before investments from venture capitalists.
“Right now in Canada, it will be almost impossible to get the finance, just the basic finance for you to be able to scale up,” he said, using an example of a family owned, medium-sized business with an idea for a new product or technology.
Canadian entrepreneurs also face regulatory red tape in selling newly developed products in Canada, said Breznitz.
“It expensive and each province has its own little quirks. So, it’s actually easier to sell to the whole United States.”
He said the federal government should provide targeted grants and loans directly to entrepreneurs and companies, rather than funnel money into more innovation “superclusters,” accelerators and incubators.
The “silver lining” is that Canada’s workforce is much more sophisticated than it was 15 years ago, with the proven potential for innovative ideas, Breznitz said.
Others are commercializing those ideas, said Breznitz, pointing to large multinationals that have ramped up operations in Canada including Facebook and Google.
“The question is what kind of policies would allow more Canadian entrepreneurs, small businesses and big businesses, old and new, to do exactly what the multinationals are doing.”
Private companies operating in Canada have also failed to invest in research and development because innovation is costly and risky, he said.
“You can make easy money with less risk by being less sophisticated.”
The need for economic support and opportunities is even more pronounced in rural communities, where Breznitz said the lack of investment has been “catastrophic.”
Ken Coates, Canada Research Chair in Regional Innovation, said many residents lack access to a reliable internet connection, let alone access to start-up capital and training opportunities in science and technology.
“We should be delivering basic services at a national level to all Canadians. And we’re not even close to there right now.”
The pandemic may mobilize rural residents to demand the same essential service standards available in urban areas, said Coates, who also teaches at the graduate school of public policy at the University of Saskatchewan.
He said Canada’s natural resources have made the country rich and complacent.
The irony is that much of Canada’s resource development happens in and around rural and remote communities that should have become prosperous as a result, Coates said.
Economic development in rural and remote areas should capitalize on local strengths, he said.
For example, the capital of Sweden’s northernmost county was well-suited to become the host of Facebook’s European data servers. The city of Lulea has cheap and abundant hydro electricity and cold temperatures for the hot servers, much like parts of B.C., said Coates.
But it takes a lot of nerve, enthusiasm, commitment and support for a rural or remote community to decide to stand up and fight for new jobs, investors and residents, he said.
“There’s no easy solution whatsoever.”
This report by The Canadian Press was first published May 20, 2020.
Ontario, Quebec account for more than 90% of national COVID-19 cases: federal data – CBC.ca
While new federal figures show the emergence of new cases of COVID-19 is slowing in some parts of Canada, the pandemic continues — and some regions and age groups are being hit particularly hard.
During a briefing in Ottawa this morning, Canada’s Chief Public Health Officer Dr. Theresa Tam and her colleague Dr. Howard Njoo walked Canadians through their updated modelling on the number of COVID-19-related illnesses and deaths Canada could see over the next few weeks.
The new figures show that Canada could see between 97,990 and 107,454 cases and between 7,700 and 9,400 deaths by June 15.
The report highlights how different provinces are experiencing the pandemic.
Ontario and Quebec have accounted for more than 90 per cent of national COVID-19 cases in the past 14 days, according to Tam and Njoo.
There has been no community transmission in Prince Edward Island, the Northwest Territories and the Yukon, and no cases have been reported to date in Nunavut.
The numbers show COVID-19 is still disproportionately hitting Canadians in long-term care and seniors’ homes; they represent 18 per cent of all cases and 82 per cent of Canada’s 7,495 deaths.
It’s the third time Canada’s leading public health officials have given an update on the expected impact the novel coronavirus will have on the Canadian population. It comes as some provinces have reported a downturn in cases and are beginning to reopen their economies, including some schools, stores and parks.
The doctors said the evidence shows health measures have been effective in controlling the epidemic. They also warned that lifting those measures without strengthening other public health measures likely would cause the epidemic to rebound.
‘Not out of the woods:’ Trudeau
“The data shows that we are continuing to make progress in the fight against this virus. In many communities, the number of new cases is low and we can trace where there came from. That’s an encouraging sign that the virus is slowing and in some places even stopping,” Trudeau told reporters outside his home at Rideau Cottage Thursday morning.
“But I want to be very clear, we’re not out of the woods. The pandemic is still threatening the health and safety of Canadians.”
As of Thursday morning, Canada has 93,085 confirmed and presumptive novel coronavirus cases, with 51,048 of the cases considered recovered or resolved, according to data compiled by The Canadian Press.
Ontario reported 356 additional cases of COVID-19 on Thursday as the province’s network of labs processed a record number of tests for the novel coronavirus.
The 1.2 per cent jump in cases brings the total in Ontario since the outbreak began in late January to 29,403.
The federal projection figures don’t always pan into reality.
At the end of April, the government estimated that Canada was on a path to between 53,196 and 66,835 cases of COVID-19, and between 3,277 and 3,883 deaths, by May 5.
According to CBC News figures, as of May 5 there were more than 62,000 confirmed and presumptive coronavirus cases and 4,166 people had died.
Cross-Canada lab network tracking COVID-19 mutations – CBC.ca
A network of laboratories across Canada is studying mutations in the genetic footprint of COVID-19 to track patterns of transmission across the country and internationally.
Led by the Public Health Agency of Canada’s National Microbiology Laboratory, along with Genome Canada, the research is working to identify as many genetic sequences as possible.
The goal is to understand which sequences are circulating in Canada and compare those to others around the world.
“Monitoring interprovincial or international spread of the virus will become increasingly important as public health measures are slowly lifted and cross-border travel resumes,” said Natalie Mohamed, a spokesperson for the Public Health Agency of Canada, in a written response to questions.
“Genetic variants may also impact the sensitivity and performance of the current COVID-19 diagnostic methods. By comparing viral genome sequences, we will be able to monitor the spread of these established lineages in Canada.”
The agency said most genetic mutations in the virus are “silent,” meaning they do not modify the virus’s function or make it more dangerous. However, these genetic differences can be used to identify different variations that form a lineage, with a common ancestor and descendents.
Identifying source of new cases
Understanding the variations circulating in Canada will help to identify the source of new cases as travel restrictions are lifted.
It can also help identify links between cases when investigating outbreaks, which is particularly useful when contact tracing is not available or inconclusive.
The agency said it is too early to tell whether Canada has distinct virus lineages.
It said monitoring of viral and genetic variants will be key to ensuring the effectiveness of any vaccines and treatments, and can help make sure testing for the virus is accurate.
“We need to continuously monitor their effectiveness, otherwise we risk missing positive cases,” Mohamed said in reference to testing methods.
The research is being carried out through the Canadian COVID-19 Genomics Network (CanCOGen), a consortium of public health and academic institutions, hospitals and large Canadian sequencing centres.
The project has been funded for two years with $40 million from the federal government, announced in April.
“We are already submitting our virus sequence data to the public domain databases and will make study findings available to the public as they become available,” said Mohamed.
Individual virus sequences submitted to open source databases
Although the findings will be released at a later date, the data itself is being shared to open-source databases, like the NextStrain website, as it is generated.
A spokesperson from the Roy Romanow Lab in Saskatchewan said mutations shown on NextStrain, such as one identified in that province, are “extremely small.”
“The majority of these changes happen randomly and do not affect the virus in any way,” it said.
“It’s important to note that currently none of the mutations have been shown to increase infectivity.”
It said coronaviruses mutate very slowly compared to viruses like influenza or HIV.
The National Microbiology Lab has centres in Winnipeg, Man., Guelph, Ont., St. Hyacinthe, Que. and Lethbridge, Alta.
These Canadian species are found nowhere else on Earth – CBC.ca
What species are more Canadian than moose or beavers? We now have an answer. A new report has catalogued 308 species, sub-species and varieties of plants and animals found in Canada — and nowhere else on the planet.
They include mammals such as the eastern wolf, Vancouver Island marmot, wood bison and Peary caribou; birds such as the Pacific Steller’s jay; and fish such as the Banff longnose dace, Atlantic whitefish and Vancouver lamprey.
But 80 per cent of them are plants and insects — ones you probably haven’t heard of, like the Maritime ringlet butterfly and the Yukon goldenweed.
“Really, I mean, these are the most Canadian species because they are uniquely Canadian — they only live here,” said Dan Kraus, senior conservation biologist with the Nature Conservancy of Canada and a lead author of the report on endemic species released Thursday.
Most have small ranges and populations, making them vulnerable to extinction. Only 10 per cent are considered “globally secure.”
Nevertheless only 20 per cent have been assessed by the Committee on the Status of Endangered Wildlife in Canada to determine just how threatened they are.
But they’re species that only Canadians can protect, Kraus said.
“It’s sometimes easy to kind of think that there’s nothing we can do about the global extinction crisis, as Canadians,” he added. “But these are species where their fate is directly in our hands. And if only Canadians will decide if they go extinct or if they survive in the future.”
The Nature Conservancy of Canada is a non-profit organization whose goal is to protect natural areas that sustain plants and wildlife and, in looking for areas to protect, it prioritizes endemic species. It decided to compile a list of such species after realizing that no such comprehensive list existed, Kraus said.
It partnered with the NatureServe Canada, part of an international network that collects and distributes conservation data. By comparing Canadian and U.S. data, Kraus and NatureServe Canada’s Amie Enns came up with a list of species that exist in Canada and not the U.S. They then checked to make sure none of them were found in places like other parts of the Arctic, and consulted with dozens experts across the country.
In the process, Kraus was surprised to discover how many endemic species live in northern parts of Canada and how many we know very little about. In fact, new endemic species were discovered over the course of the two-year study, including a beetle in the Yukon and a new species of quillwort (a type of aquatic or semi-aquiatic plant) in the freshwater estuary of the St. Lawrence.
Both were found in “hotspots” with lots of endemic species.
“It may be that some of those hotspots are much larger than what we’ve mapped or there may be additional endemic species in Canada,” said Kraus, adding that excites him as a Canadian biologist. “There’s all these new discoveries that are still waiting to happen in our own country.”
Most hotspots are in unique ecosystems, such as the Athabasca sand dunes of Alberta or the Great Northern and Avalon peninsulas of Newfoundland, along with isolated islands such as Vancouver Island, Sable Island or Haida Gwaii, and the few areas of Canada that weren’t covered in ice during the last ice age. Many are already known as hotspots for biodiversity in general, and some are protected.
B.C., Quebec, Alberta and Yukon had the highest numbers of endemic plants and animals.
Kraus hopes the list of endemic species will help prioritize species and habitats for conservation and raise awareness about what Canadians can do about the global extinction crisis.
“But these are species where it’s our piece of that problem and we can we alone are the ones that can solve it,” he said. But that can be good thing, he suggests: “There’s no reason why we need to lose any of these species in the future.”
Fangliang He is a professor at the University of Alberta who holds a Canada Research Chair in Biodiversity and Landscape Modelling and wasn’t involved in the study.
He said he wasn’t aware of any other projects like this cataloguing endemic species in Canada. He noted that there aren’t very many, compared to the overall number of species, as many tend to cross the border into the U.S., either to the south or in Alaska. For example, the new report found 64 endemic plant species (not including mosses and liverworts) or 109 species, subspecies and varieties, while He estimates there are about 4,000 plant species in Canada.
But he said studies like this are useful.
“It’s fundamental information — very important, critical for conservation,” he said, adding that especially when resources are limited, “Endemic [plants and animals] in general should really be the priority in terms of conservation.”
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