Australian Economy

Job Mobility in Australia during the COVID-19 Pandemic | Bulletin – June Quarter 2022

Photo: skynesher – Getty Images


The COVID-19 pandemic has led to large disruptions to the Australian labour
market. Initially, workers were less likely to change jobs because of the uncertain economic environment, the
decrease in advertised jobs and the JobKeeper program that helped workers remain attached to their employers.
More recently, job mobility has increased as workers have caught up on planned job changes or been encouraged
by the strong labour market to change jobs, particularly in high-skilled roles experiencing strong labour
demand. This article reviews developments in job mobility in Australia through the pandemic, and compares
these outcomes to other advanced economies. It also examines the potential implications for wages; a high
rate of job mobility tends to be associated with higher wages growth in a tight labour market, as employers
in sectors with high demand for labour compete for new staff or raise wages to retain staff.


Job mobility – the movement of workers between jobs – underpins the efficient operation of the
labour market by matching people with jobs that better fit their preferences and skills. People switch
jobs for a number of reasons. These can include higher wages, improved working conditions, different
hours, workplace flexibility, job satisfaction or job security. To the extent that job mobility results
in better job matching and increased labour reallocation to more productive firms, it can play a role in
labour productivity gains. Job mobility is also a key feature of labour market flexibility that helps the
economy adjust to economic shocks and structural change, which can affect the number and types of jobs

Prior to the pandemic, the Australian labour market had experienced a downward trend in job mobility for a
number of decades, and job mobility was around historically low levels (Graph 1). While low job
mobility is not necessarily problematic – some job changes are not voluntary and there can be
benefits from longer job tenure – the decline in job mobility may have been associated with a
general decline in business dynamism (Ellis 2021). In particular, it coincided with a slower reallocation
of labour to productive firms, which contributed to lower productivity growth (Andrews and Hansell 2019).
The rate of job mobility tends to move with the business cycle, with sharp declines experienced in the
recessions of the early 1980s and 1990s and following the global financial crisis (GFC). The step down in
mobility following the latter two downturns suggests that structural factors are also usually at play.

Graph 1

Job Mobility: A two panel line graph of the job mobility rate (annually from 1972; quarterly from 2001). It shows that job mobility has trended downwards for a number of decades, but has increased to historically high levels since mid 2021.

The onset of the COVID-19 pandemic led to large disruptions to the Australian
labour market that corresponded with an initial decline in economic activity amid restrictions to contain
the health effects of the virus. A significant number of people were stood down from their jobs or faced
reduced hours during this period. There was also a sharp fall in job mobility, reflecting a reluctance to
change jobs, fewer opportunities to switch jobs and the effect of JobKeeper in keeping workers linked to
their employers. As economic activity rebounded in late 2020, so too did the labour market. As of early
2022, job mobility appears to be around its highest level in over a decade, returning to levels last seen
prior to the GFC. The increase has been underpinned by the strength of the labour market, especially in
particular sectors, and a backlog of job changes that had been deferred.

This article reviews developments in job mobility and turnover in Australia since the onset of the
pandemic, and compares these outcomes to other advanced economies. It also examines the role of job
mobility as a potential factor influencing wage outcomes, which can have implications for monetary

Measuring job mobility and turnover

Aggregate measures of job mobility and job turnover in Australia are published by the Australian Bureau of
Statistics (ABS) on an annual basis as a supplement to the monthly Labour Force Survey (LFS) and are
available from 1972. To examine job mobility and turnover on a timely basis through the pandemic, we made
use of several quarterly measures in the person-level Longitudinal Labour Force Survey (LLFS) microdata,
which covers LFS responses from 1982. The dataset followed (anonymised) individuals for
eight consecutive months, which allowed us to track job switching behaviour over that time. The key
metrics of interest are:

  • Job turnover: people that lost or left any job in the past three months. Job
    turnover can be voluntary or involuntary. Voluntary job separations capture workers who leave a job
    with the intention of finding another job, as well as those who quit for life-cycle or other personal
    reasons. Involuntary separations include workers who lose a job due to economic reasons (such as
    retrenchments), dismissals, the ending of a temporary job and own illness.
  • Job mobility rate (constructed by the Reserve Bank): the share of employed persons
    who have been working for their current employer/business for less than three months and were also
    employed in the previous quarter. The job mobility rate is a narrower measure than
    job turnover; job mobility captures workers who left their jobs and are currently employed in a new
    one, including those who started a new job after a brief period of unemployment or absence from the
    labour force. The higher frequency measure of job mobility tracks relatively closely with the annual
    ABS data, despite conceptual differences between the measures; a person who switches jobs multiple
    times during the year would only be counted once in the annual measure.
  • Expected job mobility rate: the share of workers who expect to change jobs in the
    next 12 months.

Job mobility at the onset of the pandemic

The onset of the COVID-19 pandemic in Australia in March 2020 had significant
effects on the labour market (Graph 2). Movement restrictions and lockdowns, as well as
precautionary behaviour, meant many businesses closed or operated at reduced capacity. Corresponding to
the decline in economic activity, a significant number of workers lost their jobs or had their hours
reduced, while others rapidly adjusted to working from home. Job vacancies and advertisements also fell
sharply. Government policy measures, including the introduction of the JobKeeper wage subsidy, helped to
keep many workers attached to their employer; in the absence of JobKeeper, employment would have declined
much further (Bishop and Day 2020).

Graph 2

Labour Market: A four panel line graph of labour market outcomes since 2020. It shows how these outcomes deteriorated sharply at the start of the pandemic, but has since recovered rapidly.

These disruptions had a large impact on job turnover (Graph 3). The number of employed persons who
lost their jobs rose sharply. This included workers who were retrenched or made redundant, and those who
lost their jobs because their employer went out of business or had no work available. This was associated
with a large increase in the number of people temporarily exiting the labour force, with a
3.3 percentage point drop in the participation rate in the three months to May 2020.

Graph 3

Job Turnover: A line graph of job turnover by reason from 2014. It shows that involuntary job turnover spiked in early 2020, but since then, voluntary resignations to seek for better jobs have picked up.

Job mobility also declined at the start of the pandemic. The share of employed persons who changed jobs
fell to its lowest level in over two decades in mid-2020; only around 2 per cent of employed
people changed jobs in the three months to August 2020 (Graph 1). Seeking out a better job/wanting a
change became a much less common reason for leaving a job. This likely reflected workers’ increased
risk aversion to switching jobs amid heightened uncertainty, as well as fewer opportunities for workers
seeking to improve their job match due to lower labour demand. In broad terms, this is consistent with
the pro-cyclical nature of voluntary turnover. Voluntary turnover tends to fall during economic downturns
when workers are less confident about switching jobs and employment opportunities are less plentiful; it
tends to rise during periods of strong labour market conditions when workers are more willing to bear the
costs and risks of changing jobs. However, this wasn’t a typical cyclical event as the downturn was
precipitated by lockdown measures to counter the health effects of the pandemic. The extended lockdowns
also meant it was more difficult for workers to look for new jobs, and the implementation of JobKeeper
kept many workers linked to their employers. With that said, the number of people who left their jobs due
to ‘other reasons’ spiked during periods of lockdowns, which may have captured workers who
left their jobs during the pandemic for a multitude of reasons, including wanting a better job, but felt
that it was too difficult to attribute their situation to one category.

The decline in job switching was evident for both full-time and part-time workers, but more so for the
latter group. This likely reflected the more adverse impact of lockdowns on contact-intensive industries
that typically employ a higher proportion of part-time workers and casuals, such as accommodation &
food services (discussed below).

The recovery in job mobility

As health-related restrictions eased and the economic recovery progressed, the number of people working
reduced hours was gradually unwound and more workers gained employment as firms resumed hiring (or
workers resumed their previous jobs if they returned to their previous employer). Many workers who had
left the labour force at the height of the pandemic have since returned. Consistent with the improvement
in labour market conditions, the number of involuntary job separations has declined to be around more
usual levels. Voluntary resignations have picked up, with the most common reason being to seek a better
job or the desire for a change. This is also evident in the increase in the job mobility rate, which
since mid-2021 has been at a high level relative to recent history. For example, the average job mobility
rate over the past decade was 2.8 per cent; in February 2022, it was 3.3 per cent
– nearly 440,000 people switched jobs in the three months to February. In contrast to the
earlier stages in the pandemic when the mobility rate declined more for part-time workers, it is now at a
similarly high level for both full-time and part-time workers.

Information from the Bank’s liaison program also indicates that voluntary turnover rates have
increased since mid-2021 to be above average, particularly in sectors or roles experiencing strong demand
for labour. According to liaison, while this partly reflects some catch-up following two years of lower
staff turnover during the pandemic, it is also due to increased competition for labour, with workers
being enticed to join other firms for a higher salary. A simple counterfactual exercise – which
compares the actual cumulative flow of job switches since February 2020 to what the cumulative flow would
have been if the number of job switches had remained at its average level in 2019 throughout the pandemic
– suggests there has been a sizeable number of job switches beyond a simple catch-up following the
initial decline, accounting for around 1.5 per cent of total employment as of February 2022.

The speed of recovery in job mobility from the COVID-19 shock is in contrast
to the GFC – job mobility did not recover to its pre-GFC levels and trended lower for the next
decade. The natures of these events, however, were distinctly different. The recent downturn was
precipitated by lockdown measures to counter the health effects of the virus. The rapid recovery in the
labour market that followed the removal of these measures and ongoing underlying momentum supported by
policy settings have enabled a faster rebound in job mobility, which quickly exceeded its pre-pandemic
level. The labour market recovery was much slower after the GFC and aggregate demand remained low for
many years. A similar post-GFC decline in job mobility has been evident in other advanced economies,
suggesting that structural factors play a role – for example, this may be related to the ageing
population, the decline in the share of startups and a rise in larger firms, and policy settings (Engbom
2019; Decker et al 2014; Decker et al 2020; Hermansen 2019).

Characteristics of job mobility during the pandemic

The impacts of the pandemic on the labour market have been uneven across different groups of people and
sectors in the economy. Activity restrictions and isolation requirements have more adversely affected
industries that tend to be contact intensive, such as accommodation & food services. These industries
also tend to employ a higher share of younger, part-time and casual workers. By contrast, employment has
recovered rapidly to be well above pre-pandemic levels in other industries, such as health care &
social assistance and professional services; this is partly due to the health response to the pandemic,
strong underlying demand and/or the availability of remote or socially distanced work.

While the extent of job mobility generally varies across industries, the impact of the pandemic on job
mobility has also been more concentrated in some areas of the economy than others. In general, industries
with lower earnings, lower wages growth and a younger average worker age are typically associated with
higher job mobility. This is consistent with workers having less incentive to move from their existing
job or industry in which they have accumulated experience that adds to their earning potential
(D’Arcy et al 2012). High-skilled jobs have experienced particularly sharp increases in
job mobility since mid-2021; notably, the job mobility rate in professional services has increased to be
around its highest level in over two decades (Graph 4). This is consistent with information from the
Bank’s liaison program that suggests that strong labour demand in professional services has
encouraged more employees to seek higher rates of pay or new opportunities, and resulted in a very
competitive job market for businesses seeking to hire workers, particularly those skilled in IT. Job
mobility in the healthcare industry – where employment growth has been particularly strong since
the start of the pandemic – has also increased to be at its highest level in over two decades.
Likewise, job mobility in contact-intensive industries and construction has recently picked up, after
being relatively low during the earlier stages of the pandemic.

Graph 4

Job Mobility by Industry: A six panel line graph of job mobility by industry since 2001. It shows that job mobility is elevated in professional services and healthcare, but is around historic averages in other sectors.

Changes in job mobility during the pandemic have been evident across most age groups (Graph 5). At
the onset of the pandemic, the decline in job mobility was most pronounced among younger workers (aged
15–19 years and 20–29 years), likely reflecting reduced demand for entry-level
workers and the more adverse impact on contact-intensive industries that employ a higher share of young
workers. Typically, younger workers have higher rates of job switching than older workers. This is
because young people have less firm- and industry-specific human capital than more experienced older
workers and so have more to gain by changing jobs and increasing the quality of a job match; an example
of this is a university graduate who switches from casual employment to a full-time career in an industry
related to their studies. Job mobility for these workers has since recovered, alongside improvements in
youth labour market outcomes. In fact, job mobility has increased for most age groups in recent months to
be above pre-pandemic levels.

Graph 5

Job Mobility by Age Group: A line graph of job mobility by age group from 2002. It shows that job mobility has increased for most age groups to be above pre-pandemic levels in early 2022.

Job mobility includes workers changing jobs within the same sector (referred to as ‘churn’)
and workers switching to jobs in different sectors (Graph 6). In the early stages of the pandemic,
there was a sharper decline in job churn than in workers changing industries, though the latter also
declined. Since mid-2021, as job mobility increased with the strengthening labour market, the proportion
of job switches involving changing industries as distinct from churn has returned to its historical
average. However, there have been some differences across sectors. In the business services sector, the
large increase in job mobility from mid-2021 was mostly driven by increases in job churn, with only a
modest increase in workers switching jobs from outside the sector. The household services sector has
experienced similar increases in job switches within and into this sector, while job mobility in the
goods sector has been relatively stable throughout the pandemic. In addition, data on job switching by
the skill level of the job shows that those workers who have changed jobs have mostly moved into a job
requiring the same level of skill.

Graph 6

Job Mobility by Sector: A three panel line column chart of job mobility by sector since 2017. It shows that the extent of job changes within and across sectors has varied across sectors over the pandemic.

Job switching expectations

Some insights on whether job mobility will remain elevated or return to previous levels can be obtained
from data on future employment expectations. Actual job mobility has largely followed expected job
mobility over the past two decades, although these have differed at times (Graph 7). Workers remain
upbeat about the jobs outlook, with the share of workers expecting to change jobs/seek other employment
within the next year being around its highest level since 2008. The increase in expected job mobility has
been primarily driven by full-time workers and is more pronounced among female full-time workers. By
contrast, the share of part-time workers expecting to change jobs has returned to its longer term
downwards trajectory.

Graph 7

Actual and Expected Job Mobility: A line graph of actual and expected job mobility since 2001. It shows that actual job mobility has largely followed expected job mobility, which has increased to historically high levels since late 2021.

Higher skilled occupations have continued to report elevated levels of expected job mobility, while lower
skilled occupations have remained more in line with the longer term average. By industry, expected job
mobility for the year ahead was elevated in healthcare & social assistance and financial &
insurance services, and subdued in accommodation & food services, arts & recreation and other
services, and construction.

Job mobility and wages growth

While workers may change jobs for a number of reasons, higher wages are often the motivation. Data from
the Household, Income and Labour Dynamics in Australia (HILDA) survey show that people who move jobs
generally gain higher-than-average wage increases (Graph 8). People who stay with the same employer
have lower but more stable wage growth over time. Recent domestic and international research has shown
that higher job mobility also tends to be associated with higher aggregate wages growth
(Faberman and Justiniano 2015; Karahan et al 2017; Moscarini and Postel-Vinay 2017;
Deutscher 2019). This can arise from two channels: directly, because workers typically experience a pay
bump from changing jobs; and indirectly, because an employer may offer a pay raise to retain a worker in
their current job due to competition for labour.

Graph 8

Wages Growth and Job Mobility: A line graph of median annual wages growth from changing employers from 2002. It shows that people who change jobs generally gain higher wage increases than people who stay with the same employer.

In Australia, higher job mobility has tended to be associated with higher aggregate wages as measured by
the Wage Price index (WPI) (notwithstanding that other factors are also important drivers of wages, as
discussed below) (Graph 9). The WPI measures the wages of a sample of jobs (rather than a sample of
workers). In this way, it will capture the higher wages that an employer pays for a particular job in the
face of high job mobility – for example, higher wages offered to poach or retain a worker. While
high job mobility tends to be associated with wages growth, the direction of causality could run either
or both ways. High job mobility may lead to workers receiving a wage increase by switching jobs or
through higher competition for workers in their industry. However, the reverse could also occur, whereby
wages growth incentivises workers to switch jobs within their industry or it could lead to higher job
mobility across industries – for example, higher wages growth in particular sectors may lead
workers to retrain and switch jobs into those sectors, and/or encourage firms to consider workers coming
from other industries even if their work experience is not seen as directly relevant.

Graph 9

Wages Growth and Job Mobility: A line graph of job mobility and wages growth from 2001. It shows that higher job mobility has tended to be associated with higher aggregate wages.

As part of its set of models, the Reserve Bank uses the Phillips curve framework to consider the
implications for wages growth based on a number of cyclical factors, including: spare capacity in the
labour market; inflation expectations; a measure of changes in firms’ output prices; and lagged wages
growth (Bishop and Greenland 2021). Job mobility is not usually included in this model; however, using
this framework, we explored whether job mobility provides additional information for future wages growth
above and beyond the variables in the Bank’s baseline wages model (see Appendix A for full model

The results indicate that job mobility can help to explain future changes in WPI growth in the near term.
According to the model, the increase in the job mobility rate in the decade leading up to the GFC
supported wages growth generally, and the trend decline in job mobility over the following decade is
estimated to have been a drag on wages growth. With that said, the inclusion of job mobility in the model
provides some but not much additional information to explain wages growth beyond the baseline model. The
existing measure of spare capacity in the labour market in the model (the unemployment gap) is able to
account for most of the variation in wages growth related to labour market tightness, including the
effects of job mobility. This result is not too surprising as the unemployment gap and job mobility tend
to move closely together.

Overall, the recent pick-up in job mobility in some sectors in Australia is expected to contribute over
time to employers offering higher wages to retain workers or hire new workers as the labour market
tightens. Some firms in the Bank’s liaison program reported having increased wages in response to
elevated turnover, with some of these firms paying out-of-cycle wage increases to some workers to meet
the increase in market salaries for those roles and prevent further increases in turnover. In addition,
some firms have paid more to attract new staff to fill vacant or new roles.

Job turnover, mobility and wages growth through the pandemic: Comparing Australia with the United States
and the United Kingdom

Similar to Australia, job turnover and mobility have increased sharply in recent months in the United
States and the United Kingdom (Graph 10). In the United States, where data on job mobility are not
readily available, the job quits rate – the share of workers leaving their jobs to take new jobs or
to exit the labour force – has been around a record high since mid-2021. In the United Kingdom, the
job mobility rate has increased to an elevated level. Wages growth has picked up sharply in both of these
countries – notably more so than in Australia. Notwithstanding the structural differences in the US
and UK labour markets, the extent of the recovery in labour supply, in the face of strong labour demand,
appears to have played a role in the different wage growth outcomes so far. While labour force
participation declined at the onset of the pandemic in all three countries, it has since increased in
Australia to be at a record high, whereas the US and UK participation rates still remain below
pre-pandemic levels (although it has been recovering recently in the United States) (Graph 11).
COVID-19-related health concerns, high accumulated savings due to fiscal
support, increased retirements and workers re-evaluating longer term personal and professional goals
(perhaps as part of the ‘Great Resignation’) have likely contributed to people leaving the
labour force in the United States and the United Kingdom (Agarwal and Bishop 2022). As a result, firms in
these countries have been paying higher wages to retain and attract workers. Conversely, health concerns
appear to have had less of an impact on labour supply in Australia – partly due to comparatively
better health outcomes – and retirements have remained around usual levels throughout the pandemic.

Graph 10

Job Mobility and Quit Rates: A three panel line graph of the job mobility and/or quits rate in the United States, United Kingdom and Australia from 2014. It shows that job turnover and mobility in these countries have been at high levels since 2021, relative to its average level from 2014 to 2019.

Graph 11

Labour Force Participation Rates: A three panel line graph of the participation rate in the United States, United Kingdom and Australia from 2018. It shows that the participation rate has increased in Australia to be at a record high, whereas the US and UK participation rates still remain below pre-pandemic levels.


Job mobility in Australia has increased to a high level recently, underpinned by the strong labour market.
This followed a sharp decline in job switching at the onset of the pandemic amid widespread disruptions
to the labour market, and a multi-decade trend decline prior. The increase in job switching appears to be
partly driven by strong labour demand for some high-skilled jobs, coupled with workers catching up on
planned job changes that were put on hold during the pandemic. High levels of job switching tend to be
associated with higher wages, both at the individual and aggregate level, in a tight labour market. While
job turnover has also been high in the United States and the United Kingdom, labour force participation
rates have not yet recovered to pre-pandemic levels; by contrast, Australia is experiencing a record high
level of participation. This appears to have played a role in relative wage outcomes across the
countries. The increased rates of job mobility in Australia in some sectors is expected to contribute to
higher labour costs as firms find that they need to offer higher wages and other benefits to attract new
workers or retain existing staff.

Appendix A: The RBA Wages Phillips curve model with job mobility

We examined whether the addition of the job mobility rate to the RBA Wages Phillips curve model provides
additional information for wages growth. We estimated the equation below:




Quarterly growth in the private sector Wage Price Index (WPI) (hourly rates excluding
bonuses); seasonally adjusted.


Quarter-average unemployment rate; seasonally adjusted.


Non-accelerating inflation rate of unemployment (NAIRU) (described in Cusbert 2017);
two-sided smoothed quarterly estimate.


Quarterly change in the unemployment rate; seasonally adjusted.


Year-ended growth in the domestic final demand implicit price deflator; seasonally


Trend inflation expectations estimated using a Kalman filter (described in Cusbert 2017);
two-sided smoothed quarterly estimate.


Quarterly job mobility rate; seasonally adjusted.

Table A1: The RBA Wage Phillips Curve Model with Job Mobility – Regression

Estimated on December 2001–December 2019

A table of regression results from estimating the RBA Wage Phillips Curve model with job mobility. It shows a positive and significant relationship between job mobility and wages growth.

  Baseline model Job mobility
Constant 0.066***
%WPIt1 0.425***
ut1ut1*ut1 −0.533***
ut1 −0.097
%yeDFDdeft4 −0.012
Trendt14 0.587***
Jobmobilityt1 0.142**
Adjusted R2 0.74 0.77

(a) The dependent variable is the quarterly growth in the private sector WPI (hourly
rates excluding bonuses); standard errors in parentheses; ***, **, and * denote
statistical significance at the 1, 5, and 10 per cent levels, respectively.

Sources: ABS; authors’ calculations


Agarwal N and J Bishop (2022), ‘COVID-19 Health Risks and Labour Supply’, RBA
Bulletin, March.

Andrews D and D Hansell (2019), ‘Productivity‐Enhancing Labour Reallocation in
Australia’, Treasury Working Paper No 2019-06.

Bishop J and I Day (2020), ‘How Many
Jobs Did JobKeeper Keep?
’, RBA Research Discussion Paper No 2020-07.

Bishop J and E Greenland (2021), ‘Is
the Phillips Curve Still a Curve? Evidence from the Regions
’, RBA Research Discussion Paper
No 2021-09.

Cusbert T (2017), ‘Estimating the
NAIRU and the Unemployment Gap
’, RBA Bulletin, June, pp 13–22.

D’Arcy P, L Gustafsson, C Lewis and T Wiltshire (2012), ‘Labour Market Turnover and Mobility’, RBA
Bulletin, December, pp 1–12.

Decker R, J Haltiwanger, R Jarmin and J Miranda (2014), ‘The Role of
Entrepreneurship in US Job Creation and Economic Dynamism’, Journal of Economic
, 28(3), pp 3–24.

Decker RA, J Haltiwanger, RS Jarmin and J Miranda (2020), ‘Changing Business
Dynamism and Productivity: Shocks versus Responsiveness’, American Economic Review,
110(12), pp 3952–3990.

Deutscher N (2019), ‘Job-to-Job Transitions and the Wages of Australian
Workers’, Treasury Working Paper No 2019-07.

Ellis L (2021), ‘Innovation and
Dynamism in the Post-pandemic World
’, Speech to the Committee for the Economic Development
of Australia, Webinar, 18 November.

Engbom N (2019), ‘Firm and Worker Dynamics in an Aging Labor Market’, Federal
Reserve Bank of Minneapolis Working Paper No 756.

Faberman RJ and A Justiniano (2015), ‘Job Switching and Wage Growth’, Chicago
Fed Letter No 337.

Hermansen M (2019), ‘Occupational Licensing and Job Mobility in the United
States’, OECD Economics Department Working Paper No 1585.

Karahan F, R Michaels, B Pugsley, A Şahin and R Schuh (2017), ‘Do Job-to-Job
Transitions Drive Wage Fluctuations over the Business Cycle?’, American Economic
, 107(5), pp 353–357.

Moscarini G and F Postel-Vinay (2017), ‘The Relative Power of
Employment-to-Employment Reallocation and Unemployment Exits in Predicting Wage Growth’,
American Economic Review, 107(5), pp 364–368.

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