The standard practice in the measurement of employment
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Figure 1. Levels: Employment rate vs. lagged labour force participation rate – Core developing countries
last available year
Employment as it is standardly measured is a function population dynamics in developing countries
Note: The regression equation is: y = 0.2592x + 73.501 with R² = 0.1328, N = 91. The coefficient is statistically significant at the 1 level. Source: The data is ILO data
taken from World Bank’s World Development Indicators http:data.worldbank.orgdata-catalogworld-development-indicators
Download Date: 04042012. LABORSTA, ILO.
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Figure 2. Levels: Employment rate vs. lagged labour force participation rate – Advanced
economies last available year
In contrast to developing countries employment in advanced economies as it is standardly measured is not a function of population dynamics
Note: The regression equation is: y = 0.1332x + 84.141 with R² = 0.0716, N = 23. The coefficient is not statistically significant.
Source: World Bank World Development Indicators http:data.worldbank.orgdata-catalogworld-
development-indicators .
LABORSTA, ILO.
The increase in the employment rate, in an environment without social welfare, is therefore driven more by the dynamics of participation of labour in the economy than it is
by the development of the economy itself. This is why the employment rate tends to follow labour force participation rates in developing countries Figure 1. The labour force
participation rate is of course simply the percentage of working-age persons in an economy who are in the labour force. It is also the case because of absence of the same reasons that
this relationship does not obtain in advanced economies Figure 2.