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Table 1 Summary of study characteristics.

From: Societal costs of air pollution-related health hazards: A review of methods and results

Study

Country

Study Year

Data Source(s)

No. of Observations

Perspective

Incidence/Prevalence

Top-down/Bottom-up

Sensitivity analysis

Published Studies: OECD Countries

Zmirou et al. [18]

France

1994

Primary data:

A cross-sectional study conducted in three cities in France.

970,000

Societal

Prevalence

Bottom-up

Yes (low and high)

Voorhees et al. [19]

Tokyo, Japan

1994

Secondary sources:

Tokyo Metropolitan Government (TMG), Japanese Environment Agency (JEA), Japanese Ministry of Transportation.

Not stated

Societal

Prevalence

Top-down

Yes

Navrud [22]

Norway

1996

Primary data:

A CV survey conducted in Norway & also use other secondary data sources

1009

Societal

Prevalence

Combination of bottom-up & top-down

Yes

Rozan [20]

Strasbou, France

1998

Primary data:

A survey conducted in Strasbourg in France. Some epidemiological studies are also used as a secondary source.

1,000

Societal

Prevalence

Bottom-up

No

Neidell [21]

California, USA

1998

Secondary sources:

California Hospital Discharge Data (CHDD), US Environmental Protection Agency (EPA), National Climatic Data Center, Census of Population, 1990, Air Resources Board, 1990

800,000 (Children aged 1–18)

Societal

Prevalence

Top-down

Yes (low and high)

Panis [23]

Belgium

1998

Data sources:

Used different secondary sources, e.g., ExternE project data are used.

Total population of Belgium

Societal

Prevalence

Top-down

No

Unpublished Studies: OECD Countries

DSS Management Consulting inc.) [24]

Canada

2000–2015

Data sources:

Statistics of Canada & Census Information, hospital-level survey conducted by the Ontario Medical Association (OMA).

11 million (total population of Ontario)

Societal

Prevalence

Combination of bottom-up & top-down

No

Vergana and the Mexico Air Quality the WB study [25]

Metro-politan Mexico City (ZMV)

1999

Secondary sources:

Mexican National Institute of Statistics, Geography & Information (INEGI), National Health Survey, 1994

17 million

Societal

Prevalence

Top-down

Yes (high, central and low)

Published Studies: non-OECD Countries

Larson et al [45]

Volgograd Russia

1995

Secondary data:

29 stationary sources

Total population 50,000* 29 = 1,450,000

Societal

Prevalence

Top-down

Yes

Alberini & Krupnick [1]

Taiwan

1991–1992

Primary data:

A combined epidemiological & economic study conducted in three cities in Taiwan.

Total population: 3,031,532 Sample observations: 87,676

Societal

Prevalence

Bottom-up

No

Srivastava & Kumar [2]

Mumbai, India

1997

Sources:

Institute for Population Sciences, Mumbai, Transport Commissioners office, Maharashtra State, Mumbai.

15.6 million

Societal

Prevalence

Top-down

No

Quah & Boon [50]

Singapore

1999

Secondary data sources:

ENV Annual Report, 1998, Monthly Digest of Statistics, 1999, Singapore Dept. of Statistics, Ministry of Health, Singapore.

Total population in Singapore = 3,893,600

Societal

Prevalence

Top-down

Yes (high, central & low)

Resosudarmo& Napitupulu [48]

Indonesia, Jakarta

1998

Data sources:

Indonesian Central Statistics Body (BPS), a survey conducted at Cipto Hospital (public hospital), and another survey conducted at Universitas Kristen Indonesia Hospital (private hospital) and at several individual medical practices.

Total population in Jakarta = 11 million

Societal

Prevalence

Combination of bottom-up & top-down

No

Kan & Chen [46]

Shanghai, China

2001

Data sources:

Shanghai Municipal Environmental Protection Bureau, Shanghai Environmental Monitoring Center, Shanghai Municipal Bureau of Public Health, China Ministry of Health.

Total urban population of Shanghai

Societal

Prevalence

Top-down

No

Deng [47]

Beijing, China

2000

Data sources:

Primary data Secondary sources:

WHO, World bank, National Bureau of Statistics of China, Beijing Environment Protection Bureau, China Statistical Yearbook

Total population of Beijing = 13.82 million

Societal

Prevalence

Combination of bottom-up & top-down

Yes

Unpublished Studies: non-OECD Countries

Saksena & Dayal [49]

India

1997

Secondary Sources:

Central Pollution Control Board (CPCB), Central Bureau of Health Intelligence (CBHI).

Total population in India = 846 million (used 1991 census)

Societal

Prevalence

Top-down

Yes (Low & High)

Report of Environment Protection Department, Hong Kong [51]

Hong Kong, China

1997–1998

Sources:

Report on Focus Group Survey Data, Hospital Authority (HA), Department of Health, Census & Statistics Department, and Government Gazette.

Total population in Hong Kong = 6.31 million (estimated in 1996)

Societal

Prevalence

Combination of bottom-up & top-down

Yes (ranging numerical)