Planning the next Census for Israel

• Authors: Danny Pfeffermann , Dano Ben-Hur , Olivia Blum

Abstracts

EN

Like in many countries, Israel has a fairly accurate population register at the national level, consisting of about 9 million persons (not including Israelis living abroad). However, the register is much less accurate for small geographical (statistical) areas, with an average area enumeration error of about 13%. The main reason for the inaccuracy at the area level is that people moving in or out of an area are often late in reporting their change of address, and in some cases, not reporting at all. In order to correct the errors at the area level in our next census, we investigate the use of the following three-step procedure: A- Draw a sample from an enhanced register to obtain initial direct sample estimates for the number of persons residing in each area on “census day”, B- Fit the Fay-Herriot model to the direct estimates in an attempt to improve their accuracy, C- Compute a final census estimate for each statistical area as a linear combination of the estimate obtained in Step B and the register figure. We also consider a procedure to deal with not missing at random (NMAR) nonresponse in Step A. The proposed procedures are illustrated using data from the 2008 Census in Israel.

Keywords

EN

NMAR nonresponse; NMAR nonresponse; NMAR nonresponse; NMAR nonresponse; NMAR nonresponse

• Publisher: Główny Urząd Statystyczny
• Journal: Statistics in Transition new series
• Year: 2019
• Volume: 20
• Issue: 1
• Pages: 7-19

Contributors

author

Danny Pfeffermann

• Central Bureau of Statistic, Israel
• Hebrew University of Jerusalem, Israel
• University of Southampton, UK

author

Dano Ben-Hur

• Senior Methodologist, Central Bureau of Statistic, Jerusalem, Israel

author

Olivia Blum

• Senior Methodologist, Central Bureau of Statistic, Jerusalem, Israel
• Senior Director, Demography and Census Department, Central Bureau of Statistic, Jerusalem, Israel

Identifiers

DOI

10.21307/stattrans-2019-001

Biblioteka Nauki

1359308