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entry into the stage of receding cardiovascular mortality,<br />

which is one of the main factors that have driven the<br />

increase life expectancy in the Western countries since<br />

the 1970s. Estonia preceded its Baltic neighbours in entering<br />

this new stage, and in regard to women, has caught<br />

up with the most successful countries in Eastern Europe.<br />

Although the views of demographers regarding the<br />

future population trends became more optimistic during<br />

the last decade (Morgan 2003; Goldstein, Sobotka, Jasilioniene<br />

2009; Bongaarts, Sobotka 2012), the international<br />

comparisons reveal the persistence of regional differences<br />

that developed in Europe in the 1980s and the 1990s.<br />

This contemporary regional variation primarily stems<br />

from fertility, Northern and Western Europe feature<br />

fertility rates close to the replacement whereas Southern<br />

and Eastern Europe, along with the German-speaking<br />

countries, are characterised by lower demographic zones.<br />

Thus, the long-term demographic outlook for Estonia<br />

depends to an important extent on the zone towards<br />

which Estonia will drift.<br />

Notwithstanding the long-term course, we must<br />

be prepared, in the shorter term, for the fact that the<br />

decrease in fertility that occurred in the 1990s will<br />

increasingly affect Estonia’s contemporary demographic<br />

profile. During the current decade, the small generations<br />

born in the 1990s will reach parenting age, which will<br />

inevitably and noticeably decrease the number of births,<br />

and shift the natural increase to further to negative side.<br />

This also implies that population decrease and ageing will<br />

persist, and carefully planned efforts for the adaptation<br />

of societal institutions to demographic changes will be<br />

required. According to medium and constant fertility<br />

scenarios of the United Nations population projections,<br />

by 2050, the percentage of the elderly (65+) will increase<br />

from the current 18% to 25%-26% in Estonia (United<br />

Nations 2011). The old-age dependency ratio (ratio of the<br />

age group 65+ to age group 20-65) will increase from 28<br />

to 47-49 during the same period.<br />

Despite the extent of the projected changes, it<br />

would be a misconception to assume that such trends are<br />

something unique to Estonia. According to the United<br />

Nations projections, the forecasted increase in the proportion<br />

of elderly and the old-age dependency ratio in<br />

Estonia appear similar to those projected for the Northern<br />

European countries. In the latter region, the proportion<br />

of the elderly is projected to increase from 17% to 25%,<br />

and the old-age dependency ratio from 28 to 47 in 2050.<br />

For Western Europe, the UN predicts that the proportion<br />

of the aged will reach 27%–28%, and the old-age<br />

dependency ratio 52–53. For Eastern Europe, the corresponding<br />

figures are 27%– 33% and 52–55 respectively.<br />

In case the demographic trends will test the limits of<br />

the adaptability of European societies, this will probably<br />

happen in the Mediterranean countries. As a combined<br />

result of high life expectancy and very low fertility during<br />

almost three decades, this region can expect the elderly<br />

to make up one-third of the population (32%-34%), and<br />

the old-age dependency ratio to reach 66–69. A similar<br />

future awaits the Asian industrial countries (e.g. South<br />

Korea, Singapore) which underwent an exceptionally<br />

rapid demographic transition in the second half of the<br />

20 th century. The UN projects that the proportion of the<br />

elderly will reach 33%–36% in the South Korea and the<br />

old-age dependency ratio 63–67 by 2050. In the three<br />

South American countries, discussed in this report, the<br />

old-age dependency ratio will reach 37-42 by 2050, while<br />

the population ageing will continue and peak in the second<br />

half of the 21 st century. The small variances across<br />

project scenarios shows the accuracy of the projections,<br />

which results from the fact that those who will be the<br />

elderly in the middle of the 21 st century, are all present in<br />

the contemporary populations, as do the majority of those<br />

who will provide for their maintenance after 35–40 years.<br />

In conclusion, it should be emphasised that,<br />

although the population projections provide useful<br />

insights into the demographic trends across one or two<br />

generations, they do not determine the future. Therefore,<br />

the future course of Estonia’s demographic development<br />

is not limited to the narrow numerical intervals<br />

of the projections cited above, which in comparison to<br />

some other countries, may even instil a deceptive sense<br />

of security. As a small and open society, Estonia will<br />

remain demographically more dynamic and influenceable<br />

than larger nations. This is proven by Estonia’s<br />

position at the extreme positions, or nearby, in several<br />

international rankings. The concluding message of this<br />

chapter could be that in the contemporary demographic<br />

scene, possibilities exist for both positive and negative<br />

developments. It is definitely not impossible to take<br />

advantage of these possibilities and turn the positive<br />

into reality, but this will require trust within society,<br />

and a quest for smart solutions.<br />

The authors thank Liili Abuladze, Asta Põldma and Jaak Valge for<br />

their valuable comments and recommendations in the course of<br />

preparing this chapter.<br />

References<br />

1. Anniste, K., Tammaru, T., Pungas, E., Paas, T. (2012). “Dynamics<br />

of Educational Differences in Emigration from Estonia to the<br />

old EU Member States,” Trames: Journal of the Humanities and<br />

Social Sciences, 16 (1), 219–235.<br />

2. Billari, F., Liefbroer, A., Philipov, D. (2006). “The Postponement<br />

of Childbearing in Europe: Driving Forces and Implications,”<br />

Vienna Yearbook of Population Research, 4, 1–18.<br />

3. Bongaarts, J., Sobotka, T. (2012). “A Demographic Explanation<br />

for the Recent Rise in European Fertility,” Population and Development<br />

Review, 38(1), 83–120.<br />

4. Brown, D., Schafft, K. (2002). “Population Deconcentration in<br />

Hungary during the Post-Socialist Transition,” Journal of Rural<br />

Studies, 18(3), 756–793.<br />

5. Caldwell, J.C. (2006). Demographic Transition Theory. Springer.<br />

6. Castles, S., Miller, M. (2008). The Age of Migration. 4th Edition.<br />

London: Palgrave Macmillan.<br />

7. Champion, T., ed. (1989). Counterurbanisation: The Changing<br />

Pace and Nature of Population Deconcentration. London:<br />

Edward Arnold, 1–18.<br />

8. Chesnais, J.-C. (1992). Demographic Transition. Stages, Patterns<br />

and Economic Implications. Oxford: Oxford University Press.<br />

9. Coale, A. J. (1973). “The Demographic Transition Reconsidered,”<br />

Proceedings of the IUSSP International Population Conference,<br />

1. Liege: Editions Ordina, 53–73.<br />

10. Coale, A.J. (1992). “Age of Entry into Marriage and the Date of the<br />

28<br />

Estonian Human Development Report 2012/2013

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