Papua New Guinea
Papua New Guinea
Why is the reported number of COVID-19 cases rising across Europe now? Many countries ended their full lockdowns at the start of the summer, but it wasn’t until the autumn that most places began to see a significant increase in the spread of the virus again. The re-opening of schools and universities led to greater mixing of individuals from different households, but could the fall in outside temperatures also be playing a part?
We know that more people get colds and flu in the winter (the colds can be caused by types of coronavirus), but there are several potential reasons for this. It’s often attributed to the fact that people spend more time indoors when it’s colder, coughing, sneezing and breathing on each other.
You are more likely to choose the option of travelling on a crowded bus or train than walking or cycling to work when the weather is cold and wet. Another theory is that people produce less vitamin D when there is less sunlight and so have weaker immune systems.
However, studies have shown that the annual increase in colds and flu particularly coincides with when the temperature outside and relative humidity indoors are lower. Flu viruses survive and are transmitted more easily in cold, dry air. So it’s reasonable to think that the same may be true for the COVID-19 coronavirus, SARS-CoV-2, which has a similar size and structure.
Laboratory experiments with coronaviruses and similar viruses have shown that they do not survive well on surfaces when the temperature and relative humidity are high, but comfortable room temperature could be an ideal environment for them to last for several days. And at refrigeration temperatures (4℃) and low relative humidity, they could last a month or more.
As it happens, there have been repeated reports of outbreaks of COVID among workers in meat-packing factories, which operate under these kind of conditions. However, such factories also contain large numbers of people working close together and shouting to be heard above the noise of machinery, which evidence suggests may be more likely to spread the virus. Their shared living conditions may also encourage transmission.
The lessons from the other coronaviruses that have appeared during the 21st century (SARS-CoV and MERS-CoV) also tell a slightly different story. A study tracking the weather during the 2003 Sars epidemic in China suggested that the peak of the infections occurred during spring-like weather conditions. (There was no way of confirming this through follow-up studies since the virus later died out.)
Regular outbreaks of Mers also happen in the spring (March to May) in the Middle East. However, this may be less to do with the weather and more related to camel biology. Humans can acquire Mers from each other or from camels. Young camels are a major source of infection and new animals are born during March.
We can also look at what happened in the southern hemisphere during winter there. South Africa has reported over 700,000 cases and experienced a large peak in July, but New Zealand controlled the infection very well and had fewer than 2,000 cases of COVID-19.
These two countries are very different in many respects, so it’s not that useful to directly compare them. But it does seem like the colder weather during July and August was probably not the main factor in deciding their infection rates. New Zealand seems to have kept the spread of SARS-CoV-2 at bay due to geography, the quality of the healthcare system and the effectiveness of the public health response. It might have been able to do that whatever the weather.
Early data from Australia suggested that low humidity would be a factor to look out for and was a better guide to risk of increases in COVID-19 than temperature. However, in Melbourne, there was a large outbreak in July coinciding with a spell of cold weather. This led to a strict lockdown, although it was only fully eased in October.
In all, it seems like a good idea to be prepared for more COVID-19 cases during the colder months. But the one thing we have learned for sure from SARS-CoV-2 is that new viruses can surprise us.
We also know that coming into close contact with others provides an opportunity for the virus to spread, whatever the weather. So we must keep physical distance between people who do not live in the same household and continue to wear face coverings in enclosed spaces whenever possible.
Unfortunately, we will only learn exactly how changes in the weather affect the pandemic by living through it.
White House advisers have made the case recently for a “natural” approach to herd immunity as a way to reduce the need for public health measures to control the SARS-CoV-2 pandemic while still keeping people safe. This idea is summed up in something called the Great Barrington Declaration, a proposal put out by the American Institute for Economic Research, a libertarian think tank.
The basic idea behind this proposal is to let low-risk people in the U.S. socialize and naturally become infected with the coronavirus, while vulnerable people would maintain social distancing and continue to shelter in place. Proponents of this strategy claim so-called “natural herd immunity” will emerge and minimize harm from SARS-CoV-2 while protecting the economy.
Another way to get to herd immunity is through mass vaccinations, as we have done with measles, smallpox and largely with polio.
A population has achieved herd immunity when a large enough percentage of individuals become immune to a disease. When this happens, infected people are no longer able to transmit the disease, and the epidemic will burn out.
As a professor of behavioral and community health sciences, I am acutely aware that mental, social and economic health are important for a person to thrive, and that public health measures such as social distancing have imposed severe restrictions on daily life. But based on all the research and science available, the leadership at the University of Pittsburgh Graduate School of Public Health and I believe this infection-based approach would almost certainly fail.
Dropping social distancing and mask wearing, reopening restaurants and allowing large gatherings will result in overwhelmed hospital systems and skyrocketing mortality. Furthermore, according to recent research, this reckless approach is unlikely to even produce the herd immunity that’s the whole point of such a plan.
Vaccination, in comparison, offers a much safer and likely more effective approach.
Herd immunity is an effective way to limit a deadly epidemic, but it requires a huge number of people to be immune.
The proportion of the population required for herd immunity depends on how infectious a virus is. This is measured by the basic reproduction number, R0, how many people a single contagious person would infect in a susceptible population. For SARS-CoV-2, R0 is between 2 and 3.2. At that level of infectiousness, between 50% and 67% of the population would need to develop immunity through exposure or vaccination to contain the pandemic.
The Great Barrington Declaration suggests the U.S. should aim for this immune threshold through infection rather than vaccination.
To get to 60% immunity in the U.S., about 198 million individuals would need to be infected, survive and develop resistance to the coronavirus. The demand on hospital care from infections would be overwhelming. And according to the WHO estimated infection fatality rate of 0.5%, that would mean nearly a million deaths if the country were to open up fully.
The Great Barrington Declaration hinges on the idea that you can effectively keep healthy, infected people away from those who are at higher risk. According to this plan, if only healthy people are exposed to the virus, then the U.S. could get to herd immunity and avoid mass deaths. This may sound reasonable, but in the real world with this particular virus, such a plan is simply not possible and ignores the risks to vulnerable people, young and old.
The Great Barrington Declaration calls for “allowing those who are at minimal risk of death to live their lives normally … while protecting those who are at highest risk.” Yet healthy people can get sick, and asymptomatic transmission, inadequate testing and difficulty isolating vulnerable people pose severe challenges to a neat separation based on risk.
First, the plan wrongly assumes that all healthy people can survive a coronavirus infection. Though at-risk groups do worse, young healthy people are also dying and facing long-term issues from the illness.
Second, not all high-risk people can self-isolate. In some areas, as much as 22% of the population have two or more chronic conditions that put them at higher risk for severe COVID-19. They might live with someone in the low-risk group and they still must shop, work and do the other activities necessary for life. High-risk individuals will come in contact with the low-risk group.
So can you simply guarantee that the low-risk people who interact with the high-risk group are uninfected? People who are infected but not showing symptoms may account for more than 30% of transmission. This asymptomatic spread is hard to detect.
Asymptomatic spread is compounded by shortcomings in the quality of testing. Currently available tests are fairly good, but do not reliably detect the coronavirus during the early phase of infection when viral concentrations can be low.
Accordingly, identifying infection in the low-risk population would be difficult. These people could go on to infect high-risk populations because it is impossible to prevent contact between them.
Without sharp isolation of these two populations, uncontrolled transmission in younger, healthier people risks significant illness and death across vulnerable populations. Both computer models and one real-world experiment back up these fears.
A recent U.K. modeling effort assessed a range of relaxed suppression strategies and showed that none achieved herd immunity while also keeping cases below hospital capacity. This study estimated a fourfold increase in mortality among older people if only older people practice social distancing and the remainder of the population does not.
But epidemiologists don’t have to rely on computer models alone. Sweden tried this approach to infection-based herd immunity. It did not go well. Sweden’s mortality rate is on par with Italy’s and substantially higher than its neighbors. Despite this risky approach, Sweden’s economy still suffered, and on top of that, nowhere near enough Swedes have been infected to get to herd immunity. As of August 2020, only about 7.1% of the country had contracted the virus, with the highest rate of 11.4% in Stockholm. This is far short of the estimated 50%-67% required to achieve herd immunity to the coronavirus.
There is one final reason to doubt the efficacy of infection-based herd immunity: Contracting and recovering from the coronavirus might not even give immunity for very long. One CDC report suggests that “people appear to become susceptible to reinfection around 90 days after onset of infection.” The potentially short duration of immunity in some recovered patients would certainly throw a wrench in such a plan. When combined with the fact that the highest estimates for antibody prevalence suggest that less than 10% of the U.S. population has been infected, it would be a long, dangerous and potentially impassable road to infection-based herd immunity.
But there is another way, one that has been done before: mass vaccination. Vaccine-induced herd immunity can end this pandemic the same way it has mostly ended measles, eradicated smallpox and nearly eradicated polio across the globe. Vaccines work.
Until mass SARS-CoV-2 vaccination, social distancing and use of face coverings, with comprehensive case finding, testing, tracing and isolation, are the safest approach. These tried-and-true public health measures will keep viral transmission low enough for people to work and attend school while managing smaller outbreaks as they arise. It isn’t a return to a totally normal life, but these approaches can balance social and economic needs with health. And then, once a vaccine is widely available, the country can move to herd immunity.
One of the most concerning things that happens in any recession is the spike in unemployment. The COVID-19-induced recession in Australia and around the world is no exception – other than perhaps the magnitudes involved.
Being out of work is distressing, even in advanced economies with a social safety net (like Australia). Welfare payments rarely, if ever, replace the full loss of income from employment.
In many countries, such as the US, unemployment benefits expire after a certain period of time. This puts the unemployed at risk of being destitute. In Australia (and other countries) receiving unemployment benefits requires proving you are actively looking for work. These obligations can be quite onerous, even if well-intentioned.
Worse still, being unemployed can tilt the scales against an employer offering you a job.
As MIT and Harvard economists Robert Gibbons and Lawrence Katz noted in a landmark 1991 paper, if employers have some discretion over whom to lay off – as is often the case – the labour market will rationally infer that laid-off workers are less desirable employees.
High unemployment also leads to what economists call “labour-market scarring”. This means all those starting work in a bad labour market can suffer long-term economic effects. Either because they don’t get on the job ladder as early as they would have, or because they start off in a job that doesn’t build their skills as well as would have been the case in a strong economy.
Rarely has Australia’s unemployment rate fallen below 5%
These effects can be significant and are of particular concern during this pandemic, as University of Michigan economist Betsey Stevenson has pointed out in an excellent paper on how to mitigate those effects.
Finally, a job also has non-financial benefits. As US presidential candidate Joe Biden has rightly reminded us, a job is about more than a paycheque:
It’s about dignity. It’s about respect. It’s about being able to look your kid in the eye and say everything will be okay.
All of this points to why policy makers need to make low unemployment one of their core missions.
This involves central banks using monetary policy to reduce unemployment and smooth out the business cycle, and governments using fiscal policy to boost demand when it is flagging.
That said, there are two important imperfections in labour markets that make some amount of unemployment inevitable. The first is that employers and employees need to be matched together. This involves workers searching for the right job – a process that takes time.
As Peter Diamond, awarded the 2010 Nobel prize in economics for his pioneering work on “search theory”, has observed:
We have all visited several stores to check prices and/or to find the right item or the right size. Similarly, it can take time and effort for a worker to find a suitable job with suitable pay, and for employers to receive and evaluate applications for job openings.
Indeed, searching for better matches between employers and employees is an important contributor to labour market efficiency. As Diamond noted, in the US on average 2.6% of employed workers have a different employer a month later. Some people spending some time unemployed is part of a healthy labour market.
A second important friction was pointed out by another Nobel laureate, Joseph Stiglitz (joint winner of the economics prize in 2001 for his work on asymmetric information).
That is, employers might not want to pay their workers the bare minimum they can get away with. Paying above market – what is called an “efficiency wage” – can induce workers to work harder and more efficiently, because the prospect of losing their job is even more painful.
Another way to think about this was offered by George Akerlof (co-winner of the 2001 Nobel economics prize with Stiglitz and A. Michael Spence).
Akerlof brought insights from sociology into economics by viewing the contract between employers and employees as, at least in part, about “gift exchange”. As he put it:
According to this view, some firms willingly pay workers in excess of the market-clearing wage; in return they expect workers to supply more effort than they would if equivalent jobs could be readily obtained (as is the case if wages are just at market clearing).
These frictions in the labour market mean full employment, practically speaking, is not zero. It’s almost surely not 1% or 2%, either. The level depends, in part, on how brutal we are willing to make being unemployed. It also depends on the level of the minimum wage.
I, for one, am glad Australia does not cut off unemployment benefits after 16 weeks
(as in the US state of Arkansas) and consign the jobless to abject poverty. I’m also glad Australia’s national minimum hourly wage is A$19.84 (about US$14) – double the US federal minimum of US$7.25.
Does that make unemployment higher here than in countries that take a harsher approach? It does. But it also makes us a more compassionate and empathetic society that takes human dignity seriously.
So when federal Treasurer Josh Frydenberg said a few weeks ago that once Australia’s unemployment rate is “comfortably below 6%” the task of “budget repair” should begin, I gasped.
If “comfortably below” means something like 4%, then fine.
Because of the labour market frictions mentioned above, and our approach to unemployment benefits, it’s going to be hard to get unemployment much below that in Australia.
But the idea we should tolerate unemployment of, say, 5.5% in normal times is, frankly, intolerable. Monetary and fiscal authorities should use all the firepower at their disposal to avoid that outcome.
It’s no secret the COVID-19 pandemic has changed many aspects of our lives. One is how often we access health care.
We’ve conducted what we believe is the first systematic review on this topic, bringing together studies documenting changes to health-care use during COVID-19 from around the world.
We found a 37% reduction across all parts of the health system, from February to May this year, compared to the same period in previous years.
Many people will suffer as a result of having missed out on lifesaving care, such as for heart disease or cancer. But others may benefit, by avoiding care they did not need in the first place.
Together with a global team of researchers and doctors, we identified 81 studies from 20 countries, including Australia. It’s important to note our work is currently undergoing peer review, although in keeping with much pandemic-related research, it’s available as a preprint.
Between February and May 2020, those studies reported on around 7 million health services, such as having a scan or an operation, compared to roughly 11 million in the same period the year before.
Overall, there was a 37% median reduction across all categories of health care. Visits to seek care, such as going to a GP or the emergency department fell by 42%; admissions to hospital dropped 28%; the use of diagnostic tests fell 31%; and the use of treatments, such as procedures to treat heart disease, dropped by 30%.
One of the biggest individual studies in our review found a 42% reduction in visits to all United States emergency departments during April. Weekly visits fell from 2.1 million in 2019 to just 1.2 million in 2020. For visits among children the drop was 72%.
A smaller study in Australia found a 37% fall in emergency department visits at two hospitals in Victoria during April.
There are many possible reasons for these trends. For example, people may have stayed away from hospitals for fear of contracting COVID-19. People have also been unable to access some types of health care, as services like elective surgery were suspended.
Rates have bounced back in many places, but some remain significantly lower than previous years. Total admissions to hospitals in New South Wales, for example, were still down in the most recently available figures (up to the end of June).
In a small number of studies we also found some things increased, including treatments for acute stroke. And future studies will likely find large increases in services such as telehealth.
Many of the studies in our review found reductions in use were greater for people with milder illness. That US study found the biggest fall in emergency department attendance was for people with abdominal pain.
Likewise, the Australian study found bigger falls among those with the least acute problems. For example, attendance was lower than expected for people with gastroenteritis and wrist fractures — but there was no change in category 1 triage patients (the most severe who require urgent attention).
Notably, several studies found larger reductions in admission for milder forms of heart attacks than for more severe forms. A large English study in late March found national admissions for the more severe form dropped 23%, while admissions for the milder form dropped 42%.
In terms of mental health, a study from Paris found a 55% reduction in emergency visits in the first four weeks of lockdown, but with greater reductions in visits for anxiety and stress, and smaller reductions for psychotic disorders.
At the height of the pandemic, doctors in Northern Italy found a 68% drop in presentations to children’s emergency departments. The reduction in attendance for the “white” triage category, the minor conditions which don’t require a doctor, was 89%.
Clearly many people will have been harmed by missing out on needed care. As the authors of the English study on heart attack admissions made clear, public campaigns are important to assure people that visiting hospital is safe. Reluctance to call an ambulance when experiencing severe symptoms, they write, results in “unnecessary deaths and disability”.
But many experts around the world are also seeing this crisis as a potential opportunity to wind back unnecessary care, and to free up resources for those most in need.
The Italian doctors who found significantly fewer children presenting to hospital with mild complaints suggested this has freed resources to “provide critical services to patients suffering from medical emergencies in a timely manner”.
There’s already a lot of evidence about overuse of medical services and overdiagnosis, also known as low-value care. Examples include the inappropriate use of antibiotics and opioids, unnecessary diagnoses of prostate cancer, and the overuse of CT scans for children.
As health systems continue responding to the pandemic and deal with the urgent backlog of care, addressing this harmful waste becomes even more pressing.
The tragedy of the pandemic has underscored the importance of reducing unnecessary and harmful care, and offers us a real opportunity to address this problem.
On Halloween this Saturday, it won’t be just trick-or-treating children who are wearing spooky costumes. Adults handing out sweet treats may also be sporting Halloween-themed face masks, which are now readily available online.
Come the festive season, you will also be able to wear a Christmas-themed face mask as you unwrap gifts with family and friends. You may even find some handmade cloth masks as part of your present haul.
As social researchers completing a book on face masks during COVID, we are keeping a close eye on the social trends and popular culture related to these simple objects.
We have observed increasing evidence masks are becoming normalised and part of everyday life, noting they are currently compulsory in Victoria. They are now commonly seen in public places around Australia and a thriving industry has sprung up to cater for every possible face mask need.
Pre-COVID, face masks are commonly worn in parts of Asia for a variety of reasons — including protection from pollution and the sun, personal privacy, and warding off seasonal flu and the common cold.
But in countries such as Australia, masks were rarely seen. A year ago, few Australians would not have given much thought to the humble surgical face mask, or ever considered buying, much less wearing one. Face masks were only for healthcare professionals.
But with the arrival of the COVID-19 pandemic, the face mask has taken on a new significance. Even though we were initially advised against wearing them to reduce the spread of coronavirus, state health authorities in NSW and Queensland now recommend face masks should be used in situations where physical distancing is not possible.
The Victorian government has also mandated the use of face coverings for its citizens since the second lockdown in August. Earlier this month, fitted face masks (not bandanas or scarves) were made compulsory every time people leave their homes.
As Victoria opened up earlier this week, Premier Daniel Andrews noted, “masks need to be with us across the whole state for some time to come”.
In Australia, we haven’t seen the intense political debates and activism around face masks that have emerged in the United States. Compared with the US, Australians tend not to see preventive health as a political issue. In fact, there is evidence of a growing acceptance face masks are becoming part of our everyday lives.
Australian Bureau of Statistics figures show the proportion of Australians wearing face masks has steadily increased over the past few months.
Back in April, only about 17% of Australians reported wearing a face mask as part of their precautions against COVID-19.
By September, this number had increased dramatically. In total, 66% of Australians reported wearing a face mask “in the past week”.
Not surprisingly, the figures were much higher for people in Victoria, with 97% of reporting they wore a face mask. Even in New South Wales, where there have been sporadic but well-controlled outbreaks of COVID-19, most people (78%) were masking up.
It is notable that in all other states and territories, 23% reported wearing a mask in the past week at the time of the survey. This shows significant normalisation of mask-wearing, even when it’s not recommended by health authorities.
Other surveys have also shown significant levels of support for mask wearing.
An ABC survey conducted in September found two-thirds of Australians agreed mask use should be mandatory in all public places. Meanwhile, an August Australian National University study revealed some interesting findings when it comes to different social groups.
It found 39% of surveyed Australians said they mostly or always wore masks indoors in public places, while 37% did so outdoors in public places. Younger Australians (aged 18 to 24 years) and older Australians (aged 75 years and over) were more likely to be mask wearers, as were those who spoke a language other than English at home, had a university education, and lived in a capital city.
In the course of writing our book, we have noticed some fascinating developments in how face masks are portrayed in popular culture. In addition to being available in a range of prints and fabrics (including Australiana themes), there are face masks for every occasion and milestone.
Masks are promoted as a new form of bridal wear, with luxury face masks embellished with beads, diamantes and lace. Wedding guests may also find customised face masks as gifts to wear as part of the celebrations.
These new ways of presenting and decorating masks demonstrates they are becoming not only part of everyday life, but also central elements of special occasions during COVID times.
Wearing a mask is more than showing the wearer is taking a responsible, caring approach to protecting others’ health. Masks are now also part of a culture of decoration and fashion. So they are not just a preventive health device but a mode of self-expression.
Of course COVID and its path through our society is unpredictable. But it is highly likely COVID outbreaks will continue to occur well into 2021 and possibly beyond, and mask wearing will continue to be promoted as one of the key measures to contain the spread in these situations.
In some countries pre-COVID, face masks had already become part of everyday life. Our research suggests the widening meanings, purposes and diversity of face masks could support a normalisation of masking in Australia, even once the critical phase of the pandemic has passed.
This will not necessarily mean that people will automatically wear them every day. But they are likely to have a selection of different styles waiting, ready to be used for higher-risk public activities or even special occasions.
Deborah Lupton, SHARP Professor, Vitalities Lab, Centre for Social Research in Health and Social Policy Centre, UNSW; Ash Watson, Postdoctoral Fellow, Vitalities Lab, UNSW; Clare Southerton, Postdoctoral Fellow, Vitalities Lab, UNSW, and Marianne Clark, Postdoctoral Fellow, Vitalities Lab, UNSW
The central business district has historically been the beating heart of metropolitan regions across Australia. The polished glass and steel high-rise offices, hotels and apartment complexes stand as monuments to architectural, construction, engineering and, of course, economic success.
CBD-based workers and visitors, plus increasing residential densities, have played a major role in sustaining the diversity and vibrancy of retailing in our capital cities. The COVID-19 pandemic has changed that. The impacts on CBDs across Australia’s capital cities have been devastating.
We explore these impacts city by city in this article. In a second article, we consider the implications of the loss of CBD activity for our cities.
In urban planning terms, CBDs have long stood at the apex of the activity centre hierarchy. They are key nodes of employment and consumption for the services, hospitality and retail sectors. Most CBD workers and shoppers travel from middle and outer suburbs.
In Australia, CBD-based retailing has been on life support for most of 2020. At times Australian CBDs, especially Melbourne, and some shopping centres have resembled ghost towns.
Data from Google’s Community Mobility Reports provide insights into visitor trends to retail/recreation places at a range of scales – national, state and local government area. The Google data show percentage changes in visitor numbers from a baseline day: “the median value from the 5-week period Jan 3 – Feb 6, 2020”.
For the two weeks from February 15-29, average visitor numbers to retail/recreation places across all major capital cities were above their baselines. Adelaide led the way with numbers up by 23.2%. Melbourne (8.5%) and Sydney (5.8%) were performing relatively well. Brisbane’s footfall was up by only 0.7%; below the national average of 1.3%.
Adelaide’s numbers were 56% and 50% above the city baseline on February 29 and March 7. Two factors explain this: the Adelaide Festival was on; and March 6-9 was a long weekend public holiday in South Australia.
The arrival of COVID-19 in late February and government responses had a dramatic impact on visitors to retail/recreation places across all capital cities. CBD-dominant local government areas (LGAs) – Adelaide, Melbourne, Perth and Sydney – were more badly affected than Hobart and Brisbane whose metropolitan regions are defined by a single LGA.
As can be seen below, visitor numbers began to decline in early March. Perth’s numbers fell by 42% on March 2. A week later, March 9, numbers in Brisbane, Melbourne and Hobart fell by 10%, 19% and 34% respectively. Sydney experienced its first double-digit decline (19%) on March 14.
From mid-March the numbers went into free fall across all state capitals.
Nationally, retail/recreation visitors were down 76% by April 10. CBD-dominant LGAs were even more dramatically affected. Perth was down by 95%. Melbourne, Adelaide and Hobart were close behind at -93%, -92% and -90% respectively. Brisbane (down 80%) was the least affected capital city.
All these capitals began to experience a rebound in visitor numbers from mid-April through to late July. Brisbane led the way as numbers climbed back to their highest levels, 3% below its baseline, on July 19. Perth was 12% below baseline on the same day.
The return of retail/recreation visitors in Sydney has been a slow, bumpy process and lagged well behind the national trend. The city’s best visitor numbers for the April-July period were on July 4 with -32%. Sydney did not surpass these numbers until October 4 when visitors were 30% below its baseline.
Melbourne’s best day since its low of -95% on April 10 was June 20 when footfall was down by 53%. The second lockdown in early August sent Melbourne’s visitor numbers plummeting again, to -90% on August 22. As of October 16, the city had made a small recovery with numbers down by 85%.
As a result of many people, especially casuals, losing their jobs and large numbers of office-based CBD workers working from home, the suburbs have emerged as the dominant space of retail/recreation activity in metropolitan Australia.
The data clearly show retail/recreation numbers in outer-suburban LGAs were much less affected than CBD-dominant LGAs. In other words, a new sense of “localism” has emerged.
The table below provides an overview of the changes (average, median, minimum and maximum) in visitors to retail/recreation places nationally and for 30 LGAs from across the capital city metropolitan regions from February 15 to October 16.
Nationally, numbers were down almost 20% on average, with a low of -76% on April 10. Nineteen LGAs performed above the national average. Most of these were traditional outer-suburban LGAs in Adelaide, Perth and Sydney.
Unsurprisingly, average visitor numbers in Melbourne’s outer suburban LGAs were well below the national trend. But so too were numbers for the Gold Coast (-22.45%) and Parramatta (-24.16%), Sydney’s so-called second CBD.
The charts below provide detailed overviews of daily trends for CBD-based and outer-suburban LGAs across Adelaide, Melbourne, Perth and Sydney.
Overall trends in CBD and outer-suburban LGAs across the state capitals have followed similar trajectories. However the fall in numbers has been much more severe in CBD-dominant LGAs, while recovery has been more rapid in outer suburban LGAs.
Perth and Adelaide have fared better than Australia’s two powerhouse CBDs – Sydney and Melbourne. This is largely due to a combination of factors including: more effective management of COVID-19; smaller and less dense populations; and fewer international and interstate visitors.
The rebounds in Adelaide and Perth, albeit still below baseline, and the upcoming Christmas shopping period offer a glimmer of hope for CBD retailers in Sydney and Melbourne.
Now that the hard lockdown in Melbourne has ended, we are likely to see an immediate rebound in visitor numbers. However, given how low numbers have fallen, a return to “normality” – a dominant CBD – seems a long way off.
CBD retailers will likely continue to endure the legacy impacts of COVID-19 when this pandemic eventually passes. And they face wider structural challenges from within the wider retail sector, which we discuss in our second article.
In some Australian states, kids have been back on slides, swings and monkey bars for months. But in Victoria, many families are only now getting back to playgrounds, after they were closed for much of the second lockdown.
With lots of kids running around, and parents looking on, how can you ensure your trip to the playground is COVID-safe for you, your children and others?
A good place to start is to understand how COVID-19 spreads, and what you can do to interrupt it.
According to the US Centers for Disease Control and Prevention, the main way SARS-CoV-2 (the virus that causes COVID-19) spreads is by droplet transmission.
Droplets containing virus particles are released from the mouth or nose when someone who is infectious coughs, sneezes, laughs, talks or even breathes. The more vigorous the activity, the greater the volume of droplets and spread (so, for example, laughing releases more droplets than breathing).
Larger droplets fall to the ground relatively quickly and within a short distance of where they were released. But you can inhale them if you’re standing close to an infected person.
Smaller droplets, or aerosols, can travel further and hang around for longer in the air. Scientists are still working to understand the importance of this form of transmission — commonly termed airborne transmission — in the spread of COVID-19.
Another possible route of transmission is contact with contaminated surfaces. This happens when infectious droplets fall onto surfaces, or contaminated hands touch surfaces. If an uninfected person touches the contaminated surface and then touches their face or food, they may ingest virus particles and become infected.
A recent laboratory study found SARS-CoV-2 particles can remain both detectable and viable (able to cause infection) on surfaces for many days, particularly if the surfaces are smooth, such as metal or plastic. As with airborne transmission, scientists are still figuring out how common this mode of transmission is for COVID-19.
The good news about playgrounds is they’re generally outdoors in parks. The risk of inhaling infectious droplets is reduced because the large volume of air has a dilution effect, compared with being in a confined space indoors with other people. Outdoor breezes can also disperse particles.
The temperature also appears to influence the risk. Warmer temperatures have been shown to reduce the viability of SARS-CoV-2 more quickly than cooler temperatures, while sunlight may also help inactivate the virus. In Australia, of course, we’re now heading into the warmer and sunnier summer period.
On the other side of the coin, public playground equipment may not be cleaned regularly. So there could be some risk of transmission via contaminated surfaces.
And while warmer weather and particularly being outdoors may protect us to a degree, as with anything during the pandemic, a small level of risk remains.
Check the restrictions and requirements in your state around mask wearing, how far you can travel, and the number of people permitted in a space before heading to a playground.
Don’t go to the playground if you or your child is sick or has any COVID-19 symptoms (fever, cough, sniffles, upset tummy).
Keep your distance (at least 1.5 metres) from anyone not in your household. While it’s tempting to socialise with other parents, avoid congregating closely with others.
Take disinfectant wipes or wet wipes with you and wipe down areas little hands frequently touch (such as swing chains) before your kids use the equipment, particularly if they’re too young to understand instructions.
Take hand sanitiser with you (minimum 60% alcohol). Ensure your children sanitise their hands before getting on the equipment, after playing, before eating and before leaving the playground. Supervise young children when they use alcohol-based hand sanitiser. Parents should regularly sanitise too.
Avoid using shared taps or water fountains; instead, bring bottled drinks. Frequently touched surfaces such as taps are more likely to be contaminated.
Remind children to avoid touching their face while using the play equipment.
Avoid physical contact between your kids and other kids in the area.
Avoid sharing toys with other children. If you bring toys, make sure they’re washable.
Use the playground outside of peak use periods to reduce the amount of contact with others.
While younger children may not understand or follow instructions well about keeping away from other children or touching their face, fortunately, they appear to have a lower risk of being diagnosed with COVID-19, and of developing severe disease if they are infected.
The focus with young children should be on frequent hand hygiene and preventing physical contact with non-family members as much as possible.
With little COVID-19 transmission in Australia now, and most playgrounds being outdoors, a trip to the playground is fairly low-risk, and we know physical activity carries many benefits for children and adults alike. But we can all do our part to minimise any risk of transmission.