Bilateral Australia: The role of households, neighbourhoods and networks in social statistics

DOI

This project will determine the importance of accounting for households, geographical groups and social networks in the design, estimation and analysis of social statistics. Criteria indicating when it is necessary to allow for the various sources of dependency between people will be identified, as well as methods to unravel the different sources. Moreover, statistical models will be formulated that reflect these dependencies, and these models will then be applied to real and simulated data. The implications for the design of social surveys will be determined and strategies will be suggested for future collection of data of this nature. Main objectives are thus to: 1) Develop and apply statistical models, enabling the assessment of individual, household, neighbourhood and network variations in social/health outcomes. 2) Determine the impact of ignoring different types of association between people in the analysis of social data. 3) Demonstrate how data can be combined in this context. 4) Identify/illustrate the interaction between the neighbourhood and the social network. 5) Increase understanding of the role of each level through simulation studies to augment analysis of real data. 6) Recommend strategies for the routine collection of household, network and geographical data given the practicalities of sampling and confidentiality considerations.

Simulation

Identifier
DOI https://doi.org/10.5255/UKDA-SN-850577
Metadata Access https://datacatalogue.cessda.eu/oai-pmh/v0/oai?verb=GetRecord&metadataPrefix=oai_ddi25&identifier=473c44d76e8824af73e630dc9b4cb47f4cdc1bec553e33d2f6c89c8cac5349a0
Provenance
Creator Tranmer, M, The University of Manchester
Publisher UK Data Service
Publication Year 2011
Funding Reference Economic and Social Research Council
Rights Mark Tranmer, The University of Manchester; The Data Collection is available for download to users registered with the UK Data Service.
OpenAccess true
Representation
Resource Type Numeric
Discipline Social Sciences
Spatial Coverage Australia