Progress on US jobs reverses in December as labor market remains in bad shape
The US economy lost 9 million jobs in 2020, the second worst year since 1940 for job loss on a percentage basis. Overall, the unemployment rate averaged 8.1 percent, the seventh worst year since 1948. That the coronavirus pandemic resulted in merely a bad recession instead of an unprecedented depression, as many feared in the spring, is in large part due to the massive fiscal and monetary policy response to the crisis.
As 2020 ended, continued progress on jobs reversed as the economy lost 140,000 jobs in December—even as the economy remains 11.5 million jobs short of its prepandemic trend. More concerning, some of the underlying aspects of the labor market remained bad:
- The full recall unemployment rate has risen since the summer and was 7.0 percent in December. This is a construct that estimates what the unemployment rate would be if everyone on temporary layoff returned to their jobs and labor force participation increased commensurately.
- The number of unemployed not on temporary layoff is up 2.7 million since February. The total number of unemployed has fallen dramatically since April but this is more than entirely due to a reduction in people on temporary layoff. Workers who are unemployed and not on temporary layoff, for example, because they were fired or their firm failed, have largely drifted up over the year.
- The number of long-term unemployed continues to rise and is up 2.8 million since February. There were 4.0 million workers unemployed 27 weeks or more in December, a population that historically has had a harder time finding a job than short-term unemployed workers.
If the deployment of vaccines and other steps get the virus under control, then the US economy has substantial excess savings, fiscal support, and pent-up demand, which could support a strong recovery in the second half of the year. The challenge will be the speed and ease with which these growing and ossifying labor market problems can be solved by workers finding new jobs.
The remainder of this blog explains these three points in more detail.
The realistic and full recall unemployment rates were elevated in December
The headline unemployment rate was 6.7 percent in December, unchanged from November. This concept works fine in normal times but has had some deficiencies in the context of the pandemic. In response to these unique circumstances we have been publishing a monthly update since June tracking what we call the “realistic unemployment rate” and the “full recall unemployment rate” as shown in figure 1. We explained the methodology for these two concepts in our earlier updates.
The realistic unemployment rate adds 953,000 workers who reported being “not at work for other reasons” as unemployed and also adds 2.3 million workers to the labor force to reflect the fact that the decline in labor force participation has been unusually large even conditional on the overall economic weakness (note, this is only a portion of the 3.9 million workers who left the labor force since February). This measure was 8.6 percent in December and is intended to be historically comparable to the official unemployment rate unlike other concepts that, by construction, are always higher than official unemployment rate (e.g., the U-6 measure of broad labor underutilization). The December value represents an increase from November and is now at its highest level since September.
The full recall unemployment rate attempts to reflect the fact that part of the increase in unemployment is temporary and that it is relatively easy to call back workers from temporary layoff as conditions improve. Indeed, we have seen a rapid reduction of workers on temporary layoff, but they still numbered 3.0 million in December, much higher than the 801,000 in February. It is unclear how many temporarily laid off people will return to their employers. Historically about 70 percent of workers on temporary furloughs return to their jobs, but this historic experience may not be applicable in the current circumstances. The full recall unemployment rate optimistically assumes that all workers newly on temporary layoff had returned to their jobs. In such a situation people would also reenter the workforce, based on historic relationships between unemployment and labor force participation we assume that 2.9 million of the 3.9 million who exited the labor force since February return. With these two adjustments the realistic unemployment rate was 7.0 percent in December. The full recall unemployment rate fell slightly from November but remains above the official unemployment rate suggesting that further improvement will have to come increasingly among those experiencing permanent job loss.
|Change: Feb. to Dec. (p.p.)|
|Labor Force Participation Rate||63.3||61.6||61.5||61.5||-1.9|
|Labor Force Participation Rate||63.3||62.4||62.4||62.3||-1.0|
|Labor Force Participation Rate||63.3||62.6||62.6||62.6||-0.8|
|Note: p.p. denotes percentage points. Change based on unrounded numbers.
Sources: Bureau of Labor Statistics; Macrobond; authors' calculations.
The number of unemployed not on temporary layoff has risen by 2.7 million since February
Unemployed workers are classified into those on temporary layoff and those not on temporary layoff, with the latter group including permanent job losers, people completing temporary jobs, job leavers, and entrants to the labor force. The number of unemployed workers peaked at 23 million in April and has fallen dramatically since then. More than all of this progress has been a reduction in workers on temporary layoff while the number of workers not on temporary layoff has risen by 2.6 million since then as shown in figure 2.
The increase in unemployed workers not on temporary layoff is concerning because it suggests that the low hanging fruit of labor market recovery has mostly already been picked, in the form of people returning to their old jobs, and that further recovery will require the harder step of people finding new jobs, in some cases in new industries.
The ranks of the long-term unemployed have grown by 2.8 million since February
Even as total unemployment has fallen the number of long-term unemployed, those without a job for 27 or more weeks, has increased since April and now stands at 2.8 million above its February level as shown in figure 3. The long-term unemployment rate was 2.5, its highest level since 2013.
Economic evidence shows that long-term unemployment can have a scarring effect making it harder for a worker to find a job, more likely for them to drop out of the labor force for a sustained period, or likely to suffer from persistent reductions in wages.
Understanding the data can help inform projections of the trajectory of labor market recovery. We saw an initial “partial bounce back” in the labor market in the late spring and summer, as the unemployment rate fell quickly at first as businesses reopened, but the pace of recovery has slowed throughout the fall and has now reversed.
The future prospects of the labor market will depend on the trajectory of the virus, the future policy response, and how many people without jobs can quickly connect with their old jobs instead of undertaking the time-consuming process of finding a new job, or even a job in a new industry. In the short term, cases, hospitalizations, and deaths continue to rise. This not only has caused mounting human suffering but will take an increasing toll on the economy as well. The Coronavirus Response and Relief Supplemental Appropriations Act from December will provide substantial relief, but more action is needed, especially in deploying vaccines and testing, extending unemployment programs past March, and providing additional aid for states and localities.
If the virus is brought under control the economy should have sufficient aggregate demand to support rapid growth in 2021. This demand would be satisfied by putting millions of workers back to work and bringing millions more back into the labor force. The challenges of a speedy labor market adjustment grow the longer and worse the underlying unemployment situation gets.
The data underlying this analysis are available here [zip].