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5. Age/Gender Population Structure: A Forecast


5. Age/Gender Population Structure: A Forecast

Demographic indicators are probably the most important pension system parameters. It is the demographic crisis caused by higher longevity and a sharp drop of birth rate that has made pension reform one of the most pressing concerns in many countries. The share of the aged in total population is rising. Russia also has to cope with this problem, although unlike most other countries, the aging takes place through a fall in fertility alone, in the absence of higher longevity.

The dynamic of the age and gender structure of the population is shaped by three factors, birth rate, mortality, and migration.

In the second half of the 20th century, total fertility rates in many countries fell below the level that ensures reproduction (approximately 2.1 children per one woman). This also happened in Russia, where fertility fell in the 1990s.

Table 1

Total fertility rate[1]

Country

1960

1970

1980

1990

2000

Great Britain

2.72

2.43

1.90

1.83

1.65

France

2.73

2.47

1.95

1.78

1.89

Germany

2.37

2.03

1.56

1.45

1.36

Italy

2.41

2.42

1.64

1.34

1.23

Russia

2.42

1.97

1.89

1.89

1.21

In 1999, total fertility rate in Russia reached its lowest value, 1.17; in 2000 and 2001, it began to rise insignificantly.

Below, we offer a brief analysis of the RF State Statistical Committee’s forecast of Russia’s population based on report “On demographic development trends in Russia in the first half of the 21st century”[2], which, although not an official document, conveys the view of the Committee on this issue.

The report examines three fertility scenarios:

1.        Low, with the total fertility rate falling to the minimal European one, 1.09.

2.        Middle, with the total fertility rate rising to 1.4.

3.        High, with the total fertility rate rising to 1.75.

Another demographic forecast parameter is the mother’s average age at the birth of a child. The low scenario assumes that it stabilizes at a slightly lower than the present age, 25.7 years, while the middle and high scenarios envisage its rise to 27.8 and 30.6 years.

Figs 9 and 10 show two integral mortality indices, expected longevity at birth and the death rate in employable age. They make it quite clear that unlike the advanced countries, longevity in Russia did not increase over the past forty years. What is more, in 1994, mortality reached the maximum level in more than forty years, and the reverse trend, which manifested itself in the next few years, was again replaced by new growth in 1999 and 2000.

 

 

Fig. 9

 

Fig. 10

The report scrutinizes three mortality scenarios:

1.      Low, under which male longevity is expected to reach 62.4 years, and female longevity, 75.2 years, which means, in fact, that before 2050, longevity in Russia will not exceed the 1986 figures.

2.      Middle, under which these figures will be 66.3 and 77.7 years respectively.

3.      High, which expects male longevity to rise to 70.3 years, and female longevity, to 81.0. Even if this happens, longevity in Russia in 2050 will still be lower than it currently is in some advanced countries.

All scenarios provide for a significant decrease of infant mortality rate, from 15.3 deaths for 1000 infants to 5.0, 3.8 and 3.5 in the low middle, and high scenarios respectively.

All three scenarios envisage low international migration to Russia. It is expected to fall from 45 000 in 2005 to 30 000 in 2050 in the low scenario, from 96 000 to 61 000 in the middle scenario, and from 127 000 to 90 000 in the high scenario. There is also a fourth (supplementary) scenario, under which net migration will be approximately 270 000 persons a year.

The report presents the outcomes of the population forecast based on the four scenarios (see Table 2).

Table 2

Scenario parameters and expected population size in Russia

 

Scenario

low

middle

middle with high migration

High

 

Total fertility rate

2000

1,2

1,2

1,2

1,2

2025

1,09

1,4

1,4

1,66

2050

1,09

1,4

1,4

1,75

 

Expected longevity at birth (men), years

2000

59,0

59,0

59,0

59,0

2025

60,2

63,1

63,1

65,5

2050

62,4

66,3

66,3

70,3

 

Expected longevity at birth (women), years

2000

72,2

72,2

72,2

72,2

2025

73,4

75,0

75,0

76,9

2050

75,2

77,7

77,7

81,0

 

Growth through migration, thousand persons

2001-2025

1050

2204

4609

3104

2026-2050

790

1675

6650

2470

 

Permanent population, as of year end, thousand persons

2000

144819

144819

144819

144819

2010

134685

138186

138601

140116

2020

121983

130990

131836

137323

2030

107311

121501

123994

132758

2040

92129

111568

115920

127036

2050

77162

101921

107605

122634



[1] The Demographic Yearbook of Russia. Collection of Statistics, Moscow: Goskomstat, 2002.

Population of the Countries of the World. Reference Book, Ed. By B.Ts. Urlanis, Moscow: Statistics, 1978.

E.M. Andreev, L.E. Darsky, and T.L. Kharkova, A Demographic History of Russia: 1927-1957.

Recent demographic developments in Europe. 2001, Council of Europe. Strasbourg, Council of Europe Publishing, 2001.

INED. Base de données. La conjoncture des pays développés en chiffres.

2001 Statistical Abstract of the United States.

US Census Bureau. International data base.

[2] Voprosy statistiki, 2002, No. 3, pp. 3-10., 2002, No. 3, pp. 3-10.

1. Preface 

2. The Current Pension Law: A Brief Characteristic 

3. The Basic Algorithms of the Model 

4. RF Pension System Model 

5. Age/Gender Population Structure: A Forecast 

6. Analysis of the Age and Gender Structure of the Population 

6.1.Old-age pensioners and length of service 

6.2.Disability pensioners 

6.3.Non-pensioners 

6.4.The economically employed 

7. The Modeling Program 

8. The Demographic Forecast 

9. Macroeconomics and Investment Profitability 

10. The PAYGO Element of the Pension System 

11. The Funded Element of the Pension System 

12. Modeling the Outcomes in Brief 

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