Abstract

Event history analysis seems ideally suited for the analysis of World Fertility Survey, WFS, data, which consists of full birth histories and related information, but it has not been much used for this purpose. This may be because event history analysis has practical drawbacks for WFS data, namely partial dates, computational burden, the need to take account of five clocks at once and the difficulty of interpreting coefficients. We propose a modeling strategy for the event history analysis of WFS data which overcomes these problems, and we apply it to the previously unanalyzed WFS data from Iran. This yields estimates of the time of onset of fertility decline and the extent to which it was due to compositional changes in the population. It also enables us to determine whether it was a period effect, a cohort effect, or both. These results would have been hard to obtain using other approaches. In addition, the usefulness of ACE as an exploratory tool for determining the best coding of independent variables is illustrated.

Keywords

FertilityEvent (particle physics)Demographic historySurvey data collectionGeographyComputer scienceEconometricsData sciencePopulationHistoryDemographyStatisticsMathematicsSociology

Affiliated Institutions

Related Publications

The burden of disease in Malawi

For member states without a vital registration system as is Malawi, WHO uses other sources of adult mortality such as survey and census data to estimate the level of adult morta...

2007 Malawi Medical Journal 37 citations

Publication Info

Year
1996
Type
article
Volume
6
Issue
2
Pages
129-153
Citations
31
Access
Closed

External Links

Social Impact

Social media, news, blog, policy document mentions

Citation Metrics

31
OpenAlex

Cite This

Adrian E. Raftery, Steven M. Lewis, Akbar Aghajanian et al. (1996). Event history modeling of world fertility survey data∗. Mathematical Population Studies , 6 (2) , 129-153. https://doi.org/10.1080/08898489609525426

Identifiers

DOI
10.1080/08898489609525426