II. Methodological considerations and limitations of the study

We conducted a systematic analysis of the Polish regulatory response to the initial phase of the pandemic, seeking to identify its legal and societal characteristics. We focus on the timing of Poland’s regulatory response, its design and the level of adherence by the Polish population, looking at these elements against the experience of other countries (ie France, Germany, Spain, the UK and other V4 states). We chose European states of comparable size to Poland but eliminated Italy, as the surprise factor had had a clear impact on its reaction to the pandemic. Other V4 countries were taken into account due to their existing similarities, both in terms of the progression of their epidemics and their regulatory responses. Next, with reference to these three elements, we attempted to explain why Poland’s initial success descended into a full-fledged public health crisis in October 2020–March 2021.

Data on COVID-19 cases and deaths have been taken, unless stated otherwise, from the COVID-19 Coronavirus Pandemic database run by Worldometer.Footnote ¹¹ Details of how these data are collected, analysed and validated are available on its webpage.Footnote ¹² Data on mobility were obtained from the COVID-19 Projections models developed by the Institute for Health Metrics and Evaluation (IHME).Footnote ¹³ The same source was used to obtain data on face mask use (expressed as a percentage of the population who say they always wear a face mask in public), which are based on information from Premise; Facebook Global symptom survey, Facebook US symptom survey; the Kaiser Family Foundation; and the YouGov COVID-19 Behaviour Tracker survey. We also used the Government Response Stringency Index (GRSI) developed at the University of Oxford.Footnote ¹⁴ This is a composite measure based on nine response indicators including school closures, workplace closures and travel bans, rescaled to a value from 0 to 100 (100 = strictest).

Our analysis covers the first five months of the pandemic in each country, starting on the day when the first case of local transmission was confirmed. This date was chosen to avoid problems arising from the scatter of imported cases, which dominated the beginning of the pandemic. Although the choice of a five-month reference period may be seen as arbitrary, it covers the first phase of the pandemic, characterised by initial exponential growth, followed by a peak (albeit at different levels) and steady decline in the number of daily cases, with stabilisation at the low levels.

It is important to highlight two limitations in this study. First, there are significant differences between the V4 and Western European countries as far as testing for coronavirus is concerned. Generally, the V4 states, including Poland, have performed fewer tests than their Western European peers. For example, as of 21 November 2020, Poland had performed only 155,992 tests per million inhabitants, Hungary 153,427 and Slovakia 185,020, while Czechia undertook 271,093. Meanwhile, Germany performed 315,378 tests per million, France 302,763 and the UK as many as 591,923 (these proportions have not change much to date). Of course, less extensive testing likely means that more cases have gone undetected.

Second, there are also differences in the ways individual countries legally classify COVID-19-related deaths.Footnote ¹⁵ For example, Poland requires as a prior positive test result to qualify a particular death as COVID-19-related and there is no post-mortem testing. On the other hand, Belgium has included in its statistics those patients who died while exhibiting symptoms of the disease (without a need for confirmatory testing). These differences may lead to figures that are either over- or underestimates. However, it should be stressed that the disparities between Poland (as well as the other V4 countries) and its Western European peers are so large in the analysed period (particularly when it comes to the number of COVID-19 deaths) that they cannot be explained solely by differences in testing and reporting. Moreover, during the first phase of the pandemic, the V4 countries did not experience any significant excess of mortality. Their mortality rates ranged from possible small declines to increases of 5% or less in either sex, similar to countries such as New Zealand or Australia.Footnote ¹⁶ On the other hand, almost all Western European countries saw strong increases from their pre-existing mortality trends.Footnote ¹⁷

III. The COVID-19 pandemic and the regulatory response

1. Epidemiology of COVID-19 in Poland

SARS-CoV-2 arrived in Poland later than in Western Europe but at around the same time as in other V4 countries. The first case was identified on 4 March 2020, about a month after France and Germany. The patient was a sixty-six-year-old man who had returned from a visit to Germany. Close contacts of the patient were quarantined and several tested positive in the subsequent days. The first local transmission – involving someone infected on the territory of PolandFootnote ¹⁸ – was registered on 10 March.Footnote ¹⁹ The peak of the first phase of the pandemic occurred on 8 June 2020 (in terms of number of registered new cases – 599) or 17 June 2020 (in terms of number of active cases – 14,474). The number of daily infections started to grow at the end of July but declined again after about a month. Incidence grew once again from mid-September, and rapidly so from 7 October 2020. Since then, Poland has seen an increasing number of cases and COVID-19-related deaths. The highest number of new cases during the second wave was registered on 7 November 2020 (27,875), while deaths peaked on 19 November 2020 (637). Even higher numbers were recorded during the third wave (February–May 2021), with a peak of 35,246 cases per day and 954 deaths. A similar pattern could be observed in the other V4 countries.

Notwithstanding the later deterioration, the initial phase of the pandemic in Poland was very mild as compared to most Western European states. Table 1 presents data on the cumulative number of infections, cases per million, death toll and deaths per million in the V4 countries and selected countries of Western Europe.

Table 1. Number of infections and deaths in selected European countries in the first phase of the COVID-19 pandemic.

Source: Worldometer statistical database, own calculations by the authors.

2. The regulatory response to the first phase of the COVID-19 pandemic in Poland

The Polish government quickly enacted a series of strict public health measures designed to limit the spread of the virus. Initial voluntary recommendations rapidly gave way to command-and-control measures (except for those related to individual hygiene, which remained only as guidance). These efforts were coupled with a gradual intensification of laboratory testing (the first testing centres were established in March 2020, increasing thereafter), contact tracing, quarantining and monitoring of those isolating. Although Poland has never come close to the levels of effectiveness in testing and tracing seen in some Western European countries, this deficiency was compensated in the first phase of the pandemic by other restrictions. Most of the measures introduced during that time had a proactive rather than reactive character. A detailed timeline of regulatory actions taken by the Polish government is presented in Table 2.

Table 2. Timeline of regulatory actions introduced in Poland in the first phase of the COVID-19 pandemic.

Source: Government Centre for Security (https://rcb.gov.pl/en/), own compilation by the authors.

Although most of these measures were not unique to Poland, in their totality they constituted a particularly strict and wide-ranging regime compared to Western European countries. The restrictions were also introduced very early, with social distancing requirements virtually from the beginning. The first cases of COVID-19 in Poland were recorded on 4 March 2020, while the first restrictions were imposed on 10 March, when Poland only had twenty-two cases and no registered deaths. Although the initial restrictions were mild, they were quickly tightened (eg on 12, 15 and 24 March), culminating in a comprehensive lockdown by 24 March 2020. At that time, there were only 890 COVID-19 cases and ten registered deaths in the country. Thus, Poland effectively instituted a lockdown within eighteen days from the first diagnosed coronavirus case and fourteen days from the first local transmission. The difference is striking when one compares this timeline with those of many Western European countries. Spain’s lockdown was declared on 14 March 2020,Footnote ²⁰ when the country already had 46,652 diagnosed COVID-19 cases and 196 deaths. France’s lockdown was declared on 17 March 2020, when the country had 6953 recorded COVID-19 cases and 175 deaths. The UK’s lockdown came into effect on 23 March 2020, with 6030 diagnosed COVID-19 cases and 331 deaths (which suggests that the number of actual cases was much higher). Germany was the only country that did not introduce any nationwide lockdown. Instead, on 22 March 2020, it imposed strict social distancing measures, with only two Lands opting for lockdowns.Footnote ²¹ At that time, Germany had 24,873 registered cases and ninety-four COVID-19-related deaths. On the other hand, other V4 countries adopted similar approaches to that of Poland. Czechia and Slovakia introduced full lockdowns on 16 March 2020 (384/0 and 72/0 cases/deaths, respectively),Footnote ²² while Hungary did so on 28 March (343/11 cases/deaths).Footnote ²³

In several respects, the Polish government decided to go beyond international good practice and apply measures that were not recommended by international institutions and whose effectiveness only became accepted later. For example, on 16 April 2020, Poland made the wearing of face masks mandatory in all public places. This was defined broadly to include not only public transport, public buildings and shops, but also streets and workplaces.Footnote ²⁴ In the UK, the government only advised people to wear face coverings on 1 May and mandated face masks on public transport on 15 June and in shops and supermarkets on 24 July.Footnote ²⁵ France was equally late, as it required people to wear face masks starting from 11 May (schools and public transport) and 20 July (indoor spaces).Footnote ²⁶ In Spain, this obligation was introduced on 4 May (on public transport and in all public spaces – both open and closed – where social distancing is not possible).Footnote ²⁷ Germany was earlier; the nationwide requirement (covering travelling on public transportation and while shopping) was introduced on 27 April 2020, when the country had 158,758 identified cases and 6126 deaths. The WHO only issued its non-binding recommendations on wearing masks in public spaces on 5 June 2020.Footnote ²⁸ Since then, the requirement has become a globally accepted standard.Footnote ²⁹

Poland was also one of the first European Union (EU) countries to decide to shut down its external borders, including those with other EU Member States. This was done despite opposition from the European Commission, which earlier also rejected the idea of re-establishing border controls with Italy (arguing that it was too early for such a move that went against one of the fundamental freedoms),Footnote ³⁰ and it later warned Member States against imposing unilateral travel restrictions. As summarised by the President of the Commission Ursula von der Leyen in her speech on 12 March 2020 (ie two days after the Polish borders were closed for foreigners), “[C]ertain controls may be justified, but general travel bans are not seen as being the most effective by the World Health Organization. … Moreover, they have a strong social and economic impact, they disrupt people’s lives and business across the borders”.Footnote ³¹ Indeed, at that time the WHO did not recommend such restrictions. For example, in its advice from 29 February 2020, the WHO stated that it “continues to advise against the application of travel or trade restrictions to countries experiencing COVID-19 outbreaks”.Footnote ³² As with face mask wearing, there is now evidence supporting strict border controls, and such controls are attracting growing support as a pandemic response measure.Footnote ³³

These early interventions in Poland reduced the mobility of the population, with a marked reduction in economic and social life. However, the drop in mobility, as measured by mobile phone data, was much smaller in Poland, and in the other V4 countries, than in Western Europe. For example, for Poland, the maximum divergence from typical mobility was 55% (13 April), and for Hungary it was only 43% (23 March). In France we saw an 85% reduction, in the UK 70% (31 March), Spain 83% (4 April) and Germany 56% (26 March).Footnote ³⁴ However, what was different was the time when mobility started to decrease. Although this happened at around the same time in all of the countries we reviewed (between 5 and 10 March), all V4 countries were still in the initial phase of their epidemics, while the Western European countries already had significant levels of community transmission.

The expediency of the regulatory reaction in Poland is apparent in the GRSI, which makes it possible to compare the strictness and timing of COVID-19-related governmental interventions in different countries.Footnote ³⁵ On 4 March 2020, when the first COVID-19 case was identified in Poland, the GRSI was at the low level of 11.11 points. Six days later it rose to 25, while on 14 March it was already at 41.67, reaching 81.48 points by 31 March. On 9 April, the GRSI for Poland moved to 83.33 points (the highest position during the first phase of the pandemic in Poland), and it started to decrease from 25 May 2020.

If one compares this trajectory with those of Western European countries, two things can be observed. Although the ultimate strictness was very similar for all European states, Poland reacted earlier than all Western European countries discussed here. It also moved much faster from an unrestricted regime to a rigorous one. Poland started to strengthen its restrictions substantially (an increase of the initial GRSI of 100% or more) on the first day of registered local transmission. In France this took thirty days, fourteen days for Spain, twenty days for the UK and thirty-one days for Germany. Moreover, it took Poland only twenty-one days from the detection of the first case of local transmission to advance from almost no restrictions to a very strict sanitary system (above 80 points). In France this took forty-seven days, Spain needed thirty-four days, while the UK and Germany never reached this level. In the UK the highest recorded level was 79.63 points, and this was reached on 24 March 2020, twenty-seven days after the first registered local transmission. Germany reached a peak in stringency of 76.85 points on 22 March 2020, fifty-four days after its first case of local transmission. In contrast, the other V4 countries acted as rapidly as Poland. They introduced restrictions early and increased their stringency over a short period of time. For example, Hungary went from 5.56 to 76.85 points in thirty-two days (but it reached 67.59 points in only seventeen days), while the steepest increase in restrictiveness occurred only four days after the first detected local transmission.Footnote ³⁶

While some of the regulatory measures introduced by the Polish government in March and April 2020 appear to be unnecessarily restrictive (eg a ban on entering forests, an absence of exemptions for people exercising outside their homes, a requirement for physical distancing when outside even with people living in the same household), taken together the measures adopted seemed to be successful in limiting opportunities for transmission of SARS-CoV-2 in the Polish population.

IV. If it was so good, why has it gone so bad?

We have reviewed above the regulatory measures taken by the Polish government in the first phase of the COVID-19 pandemic – in particular (1) their design, (2) their timing and (3) adherence by the Polish population. Their design and timing differed significantly from the approach taken in Western European countries. There is also some evidence suggesting that levels of adherence were higher in Poland than in Western European countries. We argue that these differences might help explain the different levels of progression in Poland (and the other V4 countries) and the worse-affected Western European states. Nonetheless, other potential explanations need also to be considered. In particular, contextual and pre-existing structural factors could have played a role in slowing down the progress of the initial phases of the pandemic, limiting its adverse impact on the Polish population.

First, the demographic structures of the Central and Western European populations are different. This is particularly true for Poland and Slovakia, which have younger populations than many of Western European states. The proportion of the population aged sixty-five and over is 16% in Slovakia and 17.7% in Poland.Footnote ⁵⁴ On the other hand, in Germany it is 21.5%, in France 20.1%, in Spain 19.4% and in the UK 18.4%.Footnote ⁵⁵ While demographic structure does not have any impact on the spread of the disease, it may have a direct bearing on the number of severe COVID-19 cases and deaths, which are higher among older age groups.Footnote ⁵⁶

Second, there are significant differences in population density and connectivity. Poland has a higher proportion of its population living in rural areas as compared to most Western European countries, with only one city of over one million inhabitants and few metropolitan areas. The average share of the rural population in the EU is 25.27%. This figure is much higher in Poland and currently stands at almost 40%. On the other hand, Western European countries are well below this average, with Germany at 23%, France and Spain at 19% and the UK at only 16%.Footnote ⁵⁷ Equally, Poland has weaker connectivity, both within the country as well as with the external world. For example, the largest airport in Poland was ranked in thirty-third place in Europe in 2019 by passengers, just after London Luton Airport.Footnote ⁵⁸ The same is true for public transport between Polish cities and villages, which is less developed than in most Western European countries, forcing people to use private cars. Traffic, as measured in train kilometres in 2017, was 283.2 million (Poland), while in France it was 458.3 million, in Germany it was 1.1 billion and in the UK it was 566.5 million.Footnote ⁵⁹ Early research clearly indicates a correlation between density and connectivity and spread of disease, as dense/well-connected areas encourage more face-to-face interactions.Footnote ⁶⁰

Third, cultural factors relating to the character and intensity of social interactions also could be important. In general, Poles remain less mobile, both domestically and internationally, than their Western European peers. They tend to spend their time either at work or at home (including their free time). For example, in 2018, as many as 24% of Poles did not visit any restaurants, 44% did not go to the cinema and 55–74% did not attend any concerts or sport or theatre events.Footnote ⁶¹ Social contacts are mainly limited to families, friends and co-workers. Polish society also retains the custom of caring for the elderly at home rather than in nursing and care homes (which constituted the epicentres of COVID-19 infections in many Western European countries, including in France and Spain).Footnote ⁶² For example, according to the latest available data Poland has only 255 beds in nursing and residential care facilities per 100,000 of the population. The average for the EU is 848 beds per 100,000 of the population, with the figure in France being as high as 994.Footnote ⁶³

It has also been suggested that the significant differences between the countries may be a consequence of different genomic variations of SARS-CoV-2 prevailing in specific regions.Footnote ⁶⁴ While there is no evidence to confirm this theory (during the period under investigation), it should be noted that in Europe several similar variants of the virus were dominant in the first phase of the pandemic.Footnote ⁶⁵ Moreover, the first Polish cases of SARS-CoV-2 were imported from Italy and Germany. Finally, it was hypothesised that the existence of compulsory bacillus Calmette–Guérin (BCG) vaccination programmes in certain countries may have slowed down the spread of COVID-19Footnote ⁶⁶ and decreased the chances of severe COVID-19 cases, thus lowering the mortality rate.Footnote ⁶⁷ Poland has had such a vaccination programme in place since the early 1950s. The relevant research is, however, still at the preliminary stage, and the results remain contradictory.Footnote ⁶⁸

Arguably, some of these elements (ie population density/connectivity and cultural factors) could have slowed down the spread COVID-19 in the Polish population, limiting the number of new infections, helping to flatten the curve and preventing deaths in overloaded hospitals. These need further scholarly scrutiny. However, the importance of regulatory factors is apparent in developments observed in Poland and other V4 countries in the later stages of the COVID-19 pandemic.

As of 19 October 2021, Poland had 2,945,056 registered COVID-19 cases and 76,179 COVID-19-related deaths. This put Poland at the top of the most affected countries in the world (currently ranking sixteenth). The number of infections started to grow rapidly in October 2020 and reached 20,000 cases per day by the end of the month. In early November, Poland surpassed Spain and the UK in daily new confirmed cases of COVID-19 per million inhabitants (as a rolling seven-day average).Footnote ⁶⁹ After a drop in the number of infections at the beginning of 2021, the number started to grow again, reaching yet another peak in March. In fact, all of the V4 countries have seen an unprecedented acceleration in infections between autumn 2020 and spring 2021.

Given these developments, it is important to ask why we observed such a huge change in the impact of the pandemic in Poland, from a relatively well-contained initial phase to rapid growth, especially as all of the contextual and structural factors (ie demographic structure, population density/connectivity and cultural factors) remained in place. What has changed, however, are three regulatory components (discussed above) that characterised the initial, successful response to COVID-19 in Poland.

As indicated earlier, most of the restrictions in Poland were either withdrawn or watered down between May and June 2020. Those changes were necessary to restart the economy and limit the associated economic crisis. There were also political reasons for loosening these measures. According to the electoral calendar, the presidential elections were planned for 10 May 2020. The ruling party Prawo i Sprawiedliwość (Law and Justice, PiS) was committed to maintaining that date. Eventually, due to opposition from one of their coalition partners, the date was postponed to 28 June 2020. Political analysts speculated that the attempts of PiS to create an appearance of a “return to normality” by quickly dismantling pandemic control measures was a political decision to increase the popularity of the incumbent president ahead of the vote. Indeed, in June 2020, Prime Minister Mateusz Morawiecki declared at a rally: “I am glad that we are less and less afraid of this virus, this epidemic. This is a good approach because it is on the retreat. You don’t need to be afraid of it now. You have to go to the elections on July 12 [NB: when the second round of the elections took place – the authors]. Everyone, especially seniors, do not be afraid, go to the elections”.Footnote ⁷⁰ Similar opinions were expressed by other senior figures from the ruling coalition, including the head of the ruling party.Footnote ⁷¹ Some experts actually warned that the sanitary regime was being loosened too quickly.Footnote ⁷² Indeed, although no sharp increase in the number of new cases was observed immediately after the completion of the four phases of easing of the restrictions (as well as after the presidential election), the number of daily cases stabilised at a higher level (between 200 and 600) than in most Western European countries. During that period, the GRSI for Poland decreased from 83.33 points (April–May 2020) to just 39.81 (10 July 2020), and this figure declined further in September 2020 to only 19.44. Most Western European countries have retained a more stringent regime. For example, the lowest value recorded for France was 38.34, for Germany it was 46.76 and for Spain it was 39.35, while for the UK it was 60.19.

As the number of cases began to grow again in Poland in September 2020, restrictions were reintroduced. However, this was done more slowly than in other EU countries, and much more slowly than during the first phase of the pandemic. The first substantial measures were taken only on 8 October 2020 when the government, among other things, classified the whole country (as of 10 October) as a yellow zone. Such requalification resulted in a number of new, minor restrictions pertaining to public transport, the operation of service outlets, public gatherings, etc.Footnote ⁷³ On the day that these measures were announced, Poland reported 4280 new cases and 76 COVID-19-related deaths. Another package of measures was introduced on 23 October 2020, when the whole country was classified as a red zone (meaning, for example, obligatory face masks in all public places).Footnote ⁷⁴ On the same day, Poland saw 13,632 new cases and 153 COVID-19-related deaths. The process of strengthening the Polish sanitary regime is reflected in the GRSI. The index increased from 33.33 on 10 October 2020 to 71.30 on 23 October. This time, however, Poland was behind other EU countries. Although the countries of Western Europe introduced restrictions at about the same time as Poland, they moved from a much higher base (all of them above 40 points and in some cases above 60 points).

The adherence of Poles to public health measures has also deteriorated over the summer. A growing number of people questioned the effectiveness of these measures or the seriousness of the situation. In one survey (22–24 September 2020), only 53% of respondents considered the epidemic to be a serious threat, 55% believed that everyone should comply with face mask requirements and social distancing measures and only 26% were planning on getting vaccinated against COVID-19.Footnote ⁷⁵ Poland was not the only European country to experience what has been termed “pandemic fatigue”.Footnote ⁷⁶ However, the decline in adherence in Poland appears to be more significant than in other EU countries. Again, the face mask mandate may serve as a good example. The government initially introduced it on 16 April 2020 and significantly modified it on 30 May by loosening the applicable restrictions. According to the revised rules, face masks were still mandatory in closed spaces (eg public transport, shops, churches), but in open spaces only if achieving two meters of social distance was not possible. At the same time, the adherence rate had started to decline on 30 April 2020, and within a month it fell from 78% to 60%. By 6 July 2020, only 37% of the population was using face masks, and this trend was only reversed on 5 October 2020. This is a significantly lower figure than in many Western European countries. For example, Spain saw an adherence level of above 80% for most of July and August, while Germany maintained a consistent 50% adherence level throughout this period. It is also likely that, in addition to waning enthusiasm, Poles were discouraged from following the rules due to the narrative of the Polish government before the presidential election in June and July 2020 and afterwards. Note that the government maintained until the end of September 2020 the narrative of a successful management of the pandemic. For example, the Polish President, in an interview given on 25 September 2020 (just eleven days before the first sharp increase in the number of cases), said that “the pandemic is not in retreat, but it is under control in our country … [T]here is an increase in infections, but we still control this pandemic, there is no risk of an explosion today, there is an increase that was expected and we can probably expect some further increase by mid-October”.Footnote ⁷⁷ Such reassuring opinions were not uncommon among governmental officials, including the Minister of Health.Footnote ⁷⁸ There is ample evidence that consistency in risk communication influences popular risk perception.Footnote ⁷⁹ At the same time, people with a higher perception of risk are more likely to adopt preventative measures and to adhere to rules.Footnote ⁸⁰

Poland’s experience in the later phase of the COVID-19 pandemic was therefore drastically different from its successful initial management of the disease, despite the underlying structural and contextual factors remaining unchanged. Meanwhile, the public health measures became more lax and were adopted more slowly, and the level of adherence to them was lower than in the spring of 2020.

V. Conclusion: what lessons can be learned from the Polish experience?

This article recognises that the observed differences between countries in the progression of the COVID-19 pandemic are the result of a multitude of complex and interrelated reasons, including structural, pre-existing factors. At the same time, it argues that the design and timing of regulatory responses, as well as the adherence of the population, can have crucial impacts on the number of infections and COVID-19-related deaths, as the example of Poland shows.

Those elements (or the lack of them) can also explain, at least partially, the public health crisis that occurred in Poland during the second phase of the COVID-19 epidemic. In particular, it is argued that the health restrictions have been too lenient for this stage of the pandemic and that they were adopted too late, while the level of adherence with relevant rules by Poles has been lower than in the spring of 2020.

In a situation where there is widespread misinformation, the Polish case study provides a valuable practical illustration of certain characteristics of infectious disease epidemics that, while well known to public health professionals, have been questioned by others during the pandemic. First, it is possible to reduce transmission using well-designed public health measures enacted by governments. Contrary to what some argue, these measures are not at all futile. Second, they should be implemented early. This is a simple mathematical fact when faced with exponential growth, yet, too often, governments have delayed. Third, and linked to the second point, agility is important. A proactive strategy that anticipates and reacts quickly to changing circumstances produces better results than a strategy based on incremental steps that are stretched out over time. Fourth, the precautionary principle applies, pointing to the importance of action even where there is uncertainty. This is especially so for those measures that impose minimal cost and risk (eg mandatory face masks in public places), even if others (eg border closures) require more deliberation. Fifth, in seeking to understand why some countries have done better than others, all of these factors (ie design, timing and adherence) should be considered.

While each country is different, some of the characteristics of the Polish response can be seen in the other V4 countries, each showing similarities in the progression of the pandemic. The numbers of COVID-19 cases and related deaths in the first phase of the pandemic throughout the region were low. None of these countries experienced rapid and prolonged exponential growth in infections. Their regulatory responses were also similar – each government decided to intervene early and introduced very strict measures. Moreover, all of these countries are similar in terms of their demographic structure, population density and culture – the elements that we classified as the contextual and structural factors. Nevertheless, before making any definitive conclusions, additional empirical research is needed in these countries. This article may provide an appropriate conceptual framework that could be used for such analyses.