Skip to main content

A Novel Framework for Validating and Applying Standardized Small Area Measurement Strategies

 
Print

A Novel Framework for Validating and Applying Standardized Small Area Measurement Strategies

Publication
Citation

Srebotnjak, Tanja; Christopher Murray and Ali Mokdad 2010: “A novel framework for validating and applying standardized small area measurement strategies”. Population Health Metrics, Vol. Browse Article September 2010, 13.

Tanja Srebotnjak, Senior Fellow at Ecologic Institute, with co-authors Professor Christopher Murray and Professor Ali Mokdad from the Institute for Health Metrics and Evaluation at the University of Washington in Seattle, USA, published a methods paper in Population Health Metrics on small area estimation.

In their work, the authors developed a new approach for the systematic validation and application of small area estimation techniques that can lead to more accurate and precise estimates of characteristics such as the prevalence of diseases and their risk factors. Since the majority of health care services are delivered at the local level, it is important for public health officials to have timely and accurate information at hand to develop, implement and monitor interventions. While the authors demonstrated the benefits of the new framework using US county data on Type 2 diabetes, but potential fields of application extend beyond the US and diabetes prevalence and may include environmental risk factors and health outcomes such as asthma. The work was supported by the Bill and Melinda Gates Foundation and the State of Washington. The paper is available for download.

Contact

Language
English
Authorship
Christopher Murray
Ali Mokdad
Published in
Population Health Metrics
Published by
Year
Dimension
13 pp.
ISSN
1478-7954
DOI
Table of contents
Keywords
validation, small area measurement, strategies, disease prevalence, risk factors, health outcomes, Root Mean Square Error, Diabetes Prevalence, National Health Interview Survey, Behavioral Risk Factor Surveillance System, Concordance Correlation Coefficient