Mortality

Research conducted by: RAND Health; RAND Labor and Population

Reports (20)

Measuring Health System Progress in Reducing Mortality from Noncommunicable Diseases — May 29, 2012

Outlines a roadmap toward a comprehensive monitoring system that national and regional decisionmakers can use to track progress toward World Health Organization goals to reduce the global burden of noncommunicable diseases.

Compensation for Combat Deaths: Policy Considerations — Mar 15, 2012

This briefing identifies policy questions related to compensating service members and their survivors for fatality risk. It compares combat fatality patterns with fatalities occurring in other contexts and discusses current compensation programs.

Life, Livelihood, and Long Term Well-being: The Effect of Mortality Risks and Land Reforms on Human Capital Investments in India — Jun 13, 2008

Evaluates factors including household preferences, resource constraints, and background factors such as risks and economic shocks in determining childhood investments in rural India.

Assessing the Performance of Mortality Prediction Models: Final Report for HCFA Severity Project — Jan 1, 1993

Concerns about the cost and quality of health care have resulted in a national effort to determine the health outcomes of medical and surgical services.

Choosing Quality-of-Care Measures Based on the Expected Impact of Improved Quality of Care for the Major Causes of Mortality and Morbidity — Jan 1, 1992

This report presents an approach for selecting medical conditions for measuring technical quality of care, based on the expected impact of improved quality of care.

A Statistical Framework for Severity Adjustment of Hospital Mortality Rates — Jan 1, 1992

Presents a statistical framework and associated data analyses that should inform the interpretation of hospital death rates for Medicare patients.

Mechanisms for the Association of Maternal Age, Parity, and Birth Spacing With Infant Health — Jan 1, 1991

Reviews biomedical mechanisms connecting maternal age, parity, and birth spacing with infant mortality and assesses their likely importance in developing countries.

Hospital Inpatient Mortality: Is It a Predictor of Quality? — Jan 1, 1991

Various potential measures of quality of care are being used to differentiate hospitals. In 1986, on the basis of diagnostic and demographic data, the Health Care Financing Administration identified hospitals in which the actual death rate differed ...

Differences among Hospitals in Medicare Patient Mortality — Jan 1, 1989

Using hospital discharge abstract data for fiscal year 1984 for all acute-care hospitals treating Medicare patients, the authors measured four mortality rates: inpatient deaths, deaths within 30 days of discharge, and deaths within two fixed periods...

Why Were Infant and Child Mortality Rates Highest in the Poorest States of Peninsular Malaysia, 1941-75? — Jan 1, 1986

From 1941 through 1975, infant and child mortality rates were higher in the poorest states than in the other states of Peninsular Malaysia. This Note investigates possible reasons for those higher rates, using household-level data ...

Infant Mortality Decline in Malaysia, 1946-1975: The Roles of Changes in Variables and Changes in the Structure of Relationships — Jan 1, 1986

It uses individual-level retrospective data from the Malaysian Family Life Survey to examine why the infant mortality rate (IMR) has declined rapidly in Malaysia since World War II.

Infant mortality and economic development: the case of Malaysia — Jan 1, 1985

Household data from the Malaysian Family Life Survey are used to assess the roles of mortality correlates in explaining the inverse relationship between the infant mortality rate (IMR) and socioeconomic development. Increases in mothers' education an...

What Accounts for the Decline in Infant Mortality in Peninsular Malaysia, 1946-1975? — Jan 1, 1984

The infant mortality rate has declined dramatically in Peninsular Malaysia since World War II. This study uses individual-level retrospective data on infant mortality and its correlates to examine possible reasons for this decline.

Biological and Behavioral Influences on the Mortality of Malaysian Infants — Jan 1, 1982

This study examines the determinants of infant mortality variations in Peninsular Malaysia.

Influences on Fertility and Infant Mortality in Developing Countries: The Case of Malaysia — Jan 1, 1978

Sketches an alternative model which has been used to analyze breastfeeding, contraceptive use, birthspacing, and infant mortality using data from the Malaysian Family Life Survey.

An Economic Perspective on Population Growth. — Jan 1, 1971

For analytic purposes, the postwar increase in population growth rates in low-income countries can be divided into two components: reduction in child mortality and reduction in adult death rates. Each calls for a different method of analysis. Soci...

The Decline of Fertility and Child Mortality in Central East Pakistan. — Jan 1, 1971

A detailed analysis of survey data collected in 1961-1962 for a sample of 4200 families in central East Pakistan produced consistent and reasonable estimates of birth and death rates for the preceding decade. Extremely high levels of infant and child...

The sensitivity of mortality estimates to variations in aggregate population representations — Jan 1, 1966

An analysis of the changes in mortality estimates that occur with changes in the population representations used for damage assessment. Representations for the U.S. population are created by laying a square mesh grid of a specified dimension over a ...

Large-Sample Tests and Confidence Intervals for Mortality Rates. — Jan 1, 1949

A presentation of methods which determine some valid large sample tests and confidence intervals for the mortality rate. Differences are examined between customary "unit" deaths estimated by policy coverage and actual mortality governed solely by dea...

Estimation of Mortality Parameters — Jan 1, 1949

A simplified method to estimate parameters for the case in which the age-specific death rate is representable as an unknown linear combination of known functions.

My RAND ?

Saved Items

Recommended