Regional Statistics, Volume 8, No 2Regional Statistics, Vol. 8. No.
2. 2018: 46–68; DOI: 10.15196/RS080203
Depopulation tendencies and territorial development in
Lithuania
Vidmantas Daugirdas Lithuanian Social Research Centre
Institute of Human Geography and Demography,
Lithuania E-mail:
Lithuania E-mail:
[email protected]
peripheralisation, Lithuania
-
Depopulation tendencies and territorial development in Lithuania
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Introduction
Analysing demographic trends in Europe over the past twenty years
shows that the European countries have a balanced demographic
development pattern, almost without a natural change in population.
Some countries, such as Germany, Italy, Russia, Scandinavian
countries, or Austria (Dax–Fischer 2018) used to compensate for the
loss of residents by accepting immigration. Today, the issue of
immigration is rather complicated, and the ‘welcoming countries’
are regulating immigration more strictly. Despite the examples of
countries with growing populations, many European countries, and
especially their rural territories, are experiencing demographic
decline (Copus et al. 2011). The phenomenon of demographic, social,
and economic decline and increasing inequality is especially
evident in Central and Eastern European (CEE) countries (Kühn 2013,
Kühn–Bernt 2013, Lang 2015, Leick–Lang 2018, Nagy–Nagy–Dudás 2016,
Nemes Nagy–Tagai 2011, Smtkowski 2018, Kovács–Bodnár 2017, Ilcsikné
Makra et al. 2018). Leick and Lang (2018, p. 214.) stress that
‘…complex economic-social-demographic dilemmas shape the future of
regional economic development in these cases (bearing in mind CEE
countries [the authors’ supplement]), implying persistent, and
mutually self- reinforcing, processes of social and economic
marginalization, spatial, political and discursive
peripheralization (...), and even stigmatization (...).’ Therefore,
depopulation in Lithuania is not unique, but rather part of a
general phenomenon of territorial polarisation and depopulation in
CEE. Due to historical circumstances, the CEE region is unique in
the European context, with a significant influence on the current
demographic and socioeconomic situation (Krisjane 2001; Nagy 2005,
2010). The essential political, economic, and social transformation
from a planned to market economy in the early 1990s changed the
demographic structure considerably due to decreasing birth rates,
ageing, and growing out-migration (Bernt et al. 2012,
Philipov–Kohler 2001, Sobotka et al. 2003). The demographic changes
and growing problems in CEE countries occurred in all territorial
units, but with growing inequality between the centres and
peripheries (Raagmaa 1996, 2003; Churski et al. 2014); and the
changes affect peripheral rural territories the most
(Amcoff–Westholm 2007, Kriauiünas 2010). The rural areas that were
home to many residents during the socialist period cannot offer
jobs for all of its previous residents, keep the same standard of
living, or provide the same infrastructure as before the 1990s;
therefore, life in rural areas no longer satisfies residents
(Pocité-Sereikien et al. 2014). However, the process of
depopulation and changes in the network of settlements in
post-socialist countries were not unexpected and stand as natural
processes arising due to the collapse of the Soviet Union.
The depopulation process in Lithuania is rapid, and the gap between
the centre and periphery in the country is increasing, allowing one
region to grow and others to ‘fight’ for survival (Ubareviiené–van
Ham 2017). The three biggest cities in
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Lithuania – Vilnius, Kaunas, and Klaipéda – stand as national
centres (Burneika et al. 2017) and compete on a global scale; the
other bigger Lithuanian cities – Šiauliai, Panevéys, and Alytus –
function as regional centres, which are essential for inner
Lithuanian territories (Pocité 2014). Meanwhile, the rural
territories are rapidly depopulating, leaving several socioeconomic
problems for the remaining residents in the region to face
(Daugirdas et al. 2013, Kriauinas 2010, Kriauinas et al. 2014,
Pocité-Sereikien et al. 2014). Despite the number of previous
studies, we still lack information about the territorial
differences in depopulation in Lithuania. There is still a great
need to research sparsely populated and problem regions (SPRs) that
are closely connected with increasing disparities in quality of
life, welfare, and territorial exclusion in the country. Research
examining the topic of polarisation and the expansion of SPTs that
study Lithuania is lacking in the scholarly literature. With this
study, we aim to discuss the changes that occurred within Lithuania
in detail, with a focus on the lower regional scale areas (LAU 1
units) of the country.
This study presents the changes in the demographic and
socioeconomic situation in Lithuania during the period of restored
independence, focusing on the SPTs of the country. It is an
analytical work that is rather data-driven and based on an analysis
of statistical information.
We start with a methodological section in which we define the
problem of SPTs and explain the process of socioeconomic exclusion
in depopulating and lagging regions. Furthermore, we discuss the
general demographic and social tendencies in the country, with a
focus on SPTs. The results section presents a summary of the
demographic and socioeconomic changes and increasing polarisation
in Lithuania during the last ten years, while pointing out the
‘weakest’ regions. We end the article with concluding remarks,
wherein we summarise our observations and discuss the prospects of
depopulating territories.
Methodological background
Understanding the problem of SPTs
The spread of SPTs has become a serious challenge for CEE
societies. Even special regional policies or subsidies for SPTs do
not help to keep inhabitants in depopulating regions (Copus–Dax
2010, Jauhiainen 2000, Gløersen et al. 2009). The dispersion of
sparsely populated areas has direct links with depopulation
tendencies and the decrease in the average population density.
However, the problem of increasing SPTs is not new, especially in
Northern European countries, whose main feature is low population
density in peripheral territories (Gløersen et al. 2006, 2009).
Another example of SPTs is the Aragón region (Comunidad Autónoma de
Aragón) in Spain, one of the most sparsely populated regions in
Europe (Escalona-Orcao–Díez-Cornago 2007). Bulgaria is
another
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country suffering from intensive depopulation (Mladenov–Ilieva
2012). Mladenov and Ilieva (2012) point out that depopulation in
Bulgaria hit mountainous and border villages the most. Dozens of
villages were excluded from the national settlement registry1 in
Bulgaria. These are only a few examples, but we might find SPTs in
many more countries, too. In the countries in which SPTs are
spreading, similar problems arise: increasing depopulation, youth
emigration, unemployment, deterioration of infrastructure, and
decrease in the number of enterprises and social facilities
(Daugirdas et al. 2013, Escalona-Orcao–Díez-Cornago 2007, Gløersen
et al. 2006, Mladenov–Ilieva 2012). These characteristics make
younger residents unwilling to settle in peripheral rural
territories. The European Union (EU) regional policy documents
(Margaras 2016, NSPA 2009, European Commission 2004, etc.) and
other scientific publications (for example, Daugirdas et al. 2013;
Escalona- Orcao–Díez-Cornago 2007; Gløersen et al. 2005, 2006,
2009; ADE 2012; Zasada et al. 2013) define SPTs as territories
whose population density ranges between 5 and 60 inhabitants per
square kilometre. Following this definition, in most cases (except
for cities), Lithuania could be considered a sparsely populated
country (its average population density at the beginning of 2018
was only 43 inhabitants per square kilometre). Therefore, we
suggest that while analysing SPTs, we ought to pay the greatest
attention to the most sparsely populated areas (Daugirdas et al.
2013). For instance, we can take Northern countries as an example,
where SPTs have population densities below 8–12.5 inhabitants per
square kilometre (NSPA 2009). When identifying SPTs in the Northern
countries, scholars also consider the dimension of the sparseness
of settlements’ net and social infrastructure, which has a close
connection with the distribution of inhabitants: ‘Sparsity
characterises regions where extremely low population densities and
dispersed settlement patterns create specific challenges for
economic activity and public service provision. In other words, low
regional population densities are not sufficient to characterise a
region as “sparse”. Sparsity occurs insofar as the combination of
low population densities and dispersed settlement patterns lead to
specific challenges for economic activity.’ (Gløersen et al. 2005,
p. 3.).
The Third Report on Economic and Social Cohesion (European
Commission 2004, p. 30.) emphasises that SPTs are frequently
located in outlying territories: ‘…peripheral areas, far from urban
centres and main transport networks. Their isolation is often due
to their topographical features (such as a mountain range) and they
tend to have an ageing population, poor infrastructure endowment, a
low level of basic services and income per head, a poorly qualified
work force, and to be not well integrated into the global economy.’
We could accept this description for Lithuania as well, but instead
of mountain chains, we need to pay attention to
1 Based on data from the last census of Lithuania, 4,201
settlements in Lithuania did not have any residents in
2011 (Statistics Lithuania 2018).
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soil fertility, forests, and lakes because these are the essential
factors for the appearance of SPTs in the country.
In Lithuania, we define SPTs as territories whose rural population
density is below 12.5 inhabitants per square kilometre (Daugirdas
et al. 2013). More than fifteen years ago, when we began to
research this topic, there were only a few SPTs in the country (see
Figure 6). Since the beginning of our research, we have focused on
the average density of the rural population in the most sparsely
populated municipalities (SPMs). We have maintained this research
line to compare new and old data and to observe the changes in SPTs
in Lithuania.
We divide the results of this study into two parts: 1. a general
analysis of the change in demographic and social indicators and the
summary of the calculations of demographic and socioeconomic
indicators; 2. a discussion of the municipalities that are
experiencing demographic and socioeconomic decline. Furthermore, we
present the methodology underlying these calculations.
Determination of depopulation and regions that lag
socioeconomically
The study follows a quantitative research methodology with a
special emphasis on analysing selected statistical indicators. For
this analysis, we use statistics collected from the Statistics
Lithuania database (2018). To better uncover the territorial
differences, we examine the municipal2 level. However, our
selection of indicators was restricted by the ability to access
data at the municipal scale.
For our analysis, we use a methodology adapted from a defended PhD
thesis (Pocité 2014). The aim of the research is to point out the
‘weakest’ municipalities by clustering them into groups according
to the deviation from the Lithuanian average. This work is
performed while analysing a wide range of demographic and
socioeconomic statistical indicators3. We chose these research
dimensions because the demographic changes in the analysed regions
are accompanied by socioeconomic underdevelopment. We selected the
2006–2016 period for the analysis to show the changes taken place
in the country in a ten-year period. Since the latest social
statistical data are from 2016, it was selected as the final year
to be examined. We composed the matrix of indicators according to
the academic literature and indicators presented by scholars (Copus
2001; Dax–Fischer 2018; Gutiérrez–Urbano 1996; Haase et al. 2014;
Janc 2006; Marada et al. 2006; Misinas– Svetikas 2003; Nagy 2005,
2010; Smtkowski 2018; Vaishar 2006) and legal
2 According to the European statistical system (Eurostat),
Lithuania is divided into several territorial levels:
10 regions as NUT 3 (in Lithuanian apskritys), 60 as LAU 1
(municipalities [savivaldybs]), and around 500 as LAU 2 (wards
[seninijos]).
3 The following indicators were selected for the analysis: 1.
demographic indicators: population density, natural change, net
migration, ageing index; 2. socioeconomic indicators: unemployment
rate, proportion between recipients of social assistance benefits
and all population, gross earnings, school network density, foreign
direct investment, number of newly built apartments.
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documents from the government of Lithuania (LR Vyriausybés 2003,
National Regional Development Council 2017). We primarily focused
on Pocité’s (2014) research and selected indicators. This work
allowed us to choose demographic and socioeconomic indicators that
best emphasise the regional differences in Lithuania. However,
regional disparities may be studied in other ways too. With this
study, we do not intend to point out that our evaluation is better
than others are, but rather to provide a different approach to
evaluation and present one more way to calculate and address the
increasing polarisation of the country. We understand that the
system of the selected indicators is rather subjective and greatly
depends on our decisions as researchers to underline one issue or
another.
To highlight the most prosperous, intermediate, and lagging
territories, we divided municipalities into groups according to the
deviation of their statistical indicators from the country’s
average (see Figure 1a), by equating the Lithuanian average to 0%.
By the calculated percentage deviation from the Lithuanian average
(0%), we classified all 60 municipalities of Lithuania into five
groups. According to the resolution of the Government of the
Republic of Lithuania (LR Vyriausybés 2003) and due to the desire
to separate particularly lagging territories, we chose ±60% as
critical margins for the most prosperous/troubled municipalities
and ±20% margins for municipalities that were closest to the
national average (both above and below average). Furthermore, two
groups lay between the two types of margin points (from 20% to 60%
and from –20% to –60%). In our case, we paid attention to two
clustered groups of municipalities: those with the lowest indicator
values (from –20% to –60% and below –60%, marked in darker and
lighter orange in Figure 1a). We can thus determine the
municipalities that are lagging the most.
After clustering municipalities into groups, we evaluated the two
groups with the most negative indicator values (in points, see
Figure 1b). Then we calculated the total points for both analysed
years (2006 and 2016) and the cumulative average points (see Figure
1c). In order to examine only the municipalities with long-lasting
problems, we gave points only to those municipalities that were
clustered into the two excluded groups in 2006 and 2016. In the map
presented in the results section (see Figure 9), we can see the
municipalities having 1 to 2 cumulative average points; 2 is the
maximum number of points showing the ‘most negative’ situation.
Based on the cumulative average points, we can determine which
regions are socioeconomically disadvantaged and depopulating the
fastest (see Figure 1d).
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Figure 1 Algorithm dividing Lithuanian municipalities (LAU 1) into
clusters according
to demographic and socioeconomic indicators
The trends in demographic changes in Lithuania
The depopulation in Lithuania started with the restoration of
independence in the 1990s (Burneika 2012, Kriauinas et al. 2014,
Pocité-Sereikien et al. 2014). However, the depopulation tendency
emerged particularly after Lithuania’s accession to the EU in 2004
(mainly due to the increase in emigration) (Kriauinas 2010,
Statistics Lithuania 2018). Sadly, one of the highest rates of
depopulation in the EU remains in Lithuania: the decrease in
residents was 2.7% in 2010, 1.4% in 2016 and 1.3% in 2017 (Eurostat
database 2018). The causes of depopulation are apparent and similar
to those of other countries: intensive emigration, low birth rates,
and population ageing (Haase et al. 2014, Janc 2006, Kulcsár–Brown
2017, Pocité 2014, Smtkowski 2018). Lithuania is experiencing a
demographic crisis. The result of this rapid depopulation is that
the Lithuanian population in the last 25 years decreased by about
25%. According to Statistics Lithuania data (2018), 2,810,118
inhabitants lived in the country at the beginning of 2018, while in
1992, Lithuania had 3,746,400 residents (see Figure 2).
The demographic situation in the cities (except the capital,
Vilnius) of Lithuania is declining and therefore similar to that in
rural territories. The major difference between the shrinkage of
rural and urban population is the reasons for the shrinkage. In the
cities, the shrinkage is due first to emigration and
suburbanisation. However, the population is growing in three
exceptional municipalities in Lithuania: the Vilnius, Kaunas, and
Klaipéda districts’ municipalities (Burneika et al. 2017). These
municipalities are growing at the expense of cities mostly due to
the suburbanisation processes.
We can expect that the population will grow in and around
metropolitan cities, but in SPTs and SPRs, it is hard to expect
positive changes (Daugirdas et al. 2013).
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There are two main reasons why we cannot expect population growth
in peripheral areas in the near future: low birth rates and high
emigration. According to official statistics (Statistics Lithuania
2018), natural reproduction in Lithuania has been negative for more
than 20 years (see Figure 2). Therefore, all of Lithuania has very
low fertility rates, especially in peripheral sparsely populated
areas. In 2017, the birth rate was only 10.5%, and the rate of
natural population increase was –3.5% in the country.
Figure 2 Decrease in Lithuanian population and fluctuation of the
rate
of natural population change
The change of population number Rate of natural population
change
Source: Statistics Lithuania (2018).
The scale of emigration fluctuates but remains high. Last year,
around
57,300 residents emigrated from Lithuania, while around 29,300
people returned or immigrated to the country (see Figure 3).
Between 2001 and 2017, 699,124 residents left Lithuania, 109,243
(15.6%) of them were from SPMs (Statistics Lithuania 2018). During
the same period, 217,691 residents immigrated to Lithuania, of
which 27,460 (12.6%) moved to live in SPMs (Statistics Lithuania
2018). Due to such high emigration and low immigration, the
phenomenon of migration plays a major role in depopulation. In
recent years, the rate of net international migration has slightly
increased due to the growing number of immigrants; however, we note
that very few people are returning to declining rural peripheral
regions.
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Figure 3 International net migration and immigrants in
Lithuania
0
5
10
15
20
25
30
Number of immigrants to Lithuania International net migration
Source: Statistics Lithuania (2018).
Population ageing
Due to negative net migration and low fertility rates, Lithuania
has a fast-growing population-ageing index4 (for more about
population ageing in Eastern Europe, including Lithuania, see
Kulcsár–Brown 2017). In 2001, this index was 71; in 2017, it
reached 130, meaning that it has nearly doubled.
Territorial differences in the population ageing of Lithuania are
also high. The highest ageing indexes are in North-Eastern and
Southern Lithuania (see Figure 4), which regions are the most
sparsely populated (see Figure 6). In some municipalities in SPRs,
the index is twice that of the Lithuanian average. For instance, in
Ignalina municipality (North-Eastern Lithuania), the ageing index
was 239 (the Lithuanian average was 129), the population density
was 11.3 people per square kilometre (the Lithuanian average was
44.2), and the natural change was –14.4 (the Lithuanian average was
–3.6) in 2016.
If we look at the ageing tendencies illustrated in the grayscale
picture on the right of Figure 4, we see the rapid ageing in
Western and Northern Lithuania and in some urban municipalities
(such as Visaginas, Alytus, and Panevéys), where the index
approximately doubled. When Lithuania regained independence in
1990, the number of children and young people was the highest in
Western Lithuania, and it was a ‘baby-boom’ period in that area. By
the beginning of the 21st century, these
4 Number of elderly people (65 years and older) per 100 children
under the age of 15 (Statistics Lithuania
2018).
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kids had finished primary and/or secondary school and due to the
lack of workplaces, left the western municipalities and moved to
major cities or abroad (Kriauinas 2010), expecting to create a
better life ‘somewhere else’, leaving ‘less- mobile’ older people
in the rural regions.
Figure 4 Population ageing in Lithuanian municipalities
Source: Statistics Lithuania (2018). Graphics: Aušra
Baranauskaité.
The influence of depopulation on the educational system
The disappearance of the network of schools is most closely linked
to the demographic situation. Therefore, here we use the change in
the number of general schools as an indicator to illustrate the
link between the demographic and socioeconomic situation and to
discuss depopulation tendencies. To illustrate these connections,
we can compare Figures 5 (picture on the left) and 6 (presenting
data for 2018).
Statistics show that Lithuania has experienced a great decline of
the education system (see Figure 5), which was mainly influenced by
decline in the birth rate and emigration of young families
(Sipaviiené–Stankniené 2013, Stankniené et al. 2012). Since 2001,
the number of schools has decreased on average by 49.3% in the
country, whereas in SPMs by 61.9%. The number of pupils in general
schools shows similar tendencies. Since 2001, it has fallen on
average by 45.1% throughout the country, while in SPMs by 55.1%.
Most Lithuanian territories have experienced a 30–60% decline in
the number of students. Due to strong depopulation, the
municipalities of the southern and north-eastern regions have a
very sparse school network that is still shrinking; for instance,
in Varéna municipality, we counted 0.9 schools per 100 square
kilometres in 2006 (the Lithuanian average was 2.3 at that time),
while in 2016, the indicator was only 0.5 schools per 100 square
kilometres (the Lithuanian average was 1.8). Consequently, due to
the
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decreasing number of children, the network of schools is
disappearing all around Lithuania, leaving Vilnius city as the
exception.
The biggest problem is that after school closures, other key
institutions for the settlements, such as cultural centres,
kindergartens, libraries, medical centres, post offices, banking
departments, and shops are also closing (Kriauinas et al. 2014,
Pocité-Sereikien et al. 2014). Public transport accessibility is
decreasing as well. Schools are basic institutions, without which
the territory becomes non-attractive for young families – and for
others, too. Of course, some of the services can become mobile
(e.g. shops or the postal service), but schools cannot become
mobile; as they are getting more distant from many pupils’ place of
residence, territorial exclusion increases, and the quality of life
decreases, which is closely connected with the peripheralisation
tendencies in the country.
Figure 5 Change in the number of general schools and pupils in
Lithuania, 2001–2016
Source: Statistics Lithuania (2017), (2017). Graphics: Viktorija
Baranauskiené.
Expansion of SPTs in Lithuania
Due to the negative demographic processes, we can see the formation
and expansion of SPTs and SPRs (see Figure 6). The situation has
substantially changed recently – SPTs has been already occupying
around 45% of the territory of Lithuania. In 2018, (out of 60) 22
municipalities are sparsely populated, whereas in 2001 there were
only seven such municipalities (see Figure 6). SPMs constitute
large continuous regions in Lithuania. Therefore, an SPR should be
defined as a large compound of SPTs characterised by not only
demographic, but also specific socioeconomic behaviours and
processes. North-Eastern Lithuania is the best example of the SPR
phenomenon. In this part of Lithuania, 11 SPMs compose one solid
region. However, similar groups of municipalities are already
forming in Southern and Northern Lithuania (see Figure 6). In
Lithuania, we find 14 municipalities in which the rural population
does not reach 10 inhabitants per square kilometre.
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Figure 6
Note. r. sav. means district municipality. Source: Statistics
Lithuania (2018). Graphics: Viktorija Baranauskiené. In some
north-eastern municipalities (Ignalina, Birai, Zarasai), the number
of
residents decreased by one-third during the last twenty years
(Statistics Lithuania 2018). These municipalities are among
territories with the lowest population numbers and densities in
this region. The number of abandoned houses, schools, cultural
centres, and other institutions is rapidly increasing (Kriauinas et
al. 2014) in the declining SPMs (see Figure 7). In general,
villages in problem regions are mostly small and still shrinking
and they have only a few inhabitants left. Depopulation in SPMs
leads to the disappearance of the network of education (see Figure
5) and other social service institutions. From previous studies
(Daugirdas et al. 2013) and discussions with local authorities, we
note that the massive renovation of schools, roads, infrastructure,
and other public facilities does not help to keep the balance in
such municipalities. Thus, we often raise the question in
discussions with local authorities: ‘Is it worth investing in
schools of declining regions?’ (as these schools are eventually
closed anyway).
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The responding officials usually answer that they understand the
problem of depopulation, but they want to make their living places
more beautiful and attractive for local residents and tourists (see
Figure 8).
Figure 7
Figure 8 Renovated houses in sparsely populated territories
Photos: Gintar Pocit-Sereikien and Edis Kriauinas.
Depopulation and socioeconomic decline in LAU 1 regions in
Lithuania
The analysis of demographic and socioeconomic indicators shows the
picture of a ‘divided’ Lithuania (see Figure 9). In general, the
western part of Lithuania and the municipalities around the major
cities of the country have better indicators. These results
indicate that cities are the engines of the region, and in this
case, Lithuania ‘wins’ by having big enough cities spread across
the country (the heritage of the settlement system planning from
the Soviet period) (Vanagas et al. 2002). On the other hand, the
most recent studies (Ubareviiené–van Ham 2017) underline the rapid
decline in regional cities that cannot compete internationally, and
by comparing 2006 and 2016 statistics, we might presume that we
will soon see more ‘orange’ municipalities in Figure 9.
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The calculations show that in the ten-year period, the most
depopulating municipalities were in the southern and north-eastern
parts of Lithuania (see Figure 9). These municipalities have the
lowest population densities and are the ‘oldest municipalities’
with the worst indicators of natural change. They can be
characterised by ‘very intensive’, long lasting depopulation
(Daugirdas et al. 2013). However, in the southern and north-eastern
municipalities, the net migration index is around the average
because fewer people would like to emigrate from there (most of
their population is old), and these regions are depopulating mostly
due to strongly negative natural change. Meanwhile, in
municipalities described by ‘strong depopulation’ in Figure 9, the
population decline is largely influenced by a high emigration rate.
According to 2016 data, the net migration indicator in most Western
Lithuanian municipalities was smaller than –20%, (in Pagégiai
municipality, the net migration indicator was –30.5%), whereas the
average for Lithuania was –10.5%. Currently, these municipalities
face great demographic problems and the fastest depopulation
tendencies in the country.
Figure 9 Lithuanian municipalities (LAU 1) experiencing demographic
and
socioeconomic decline, 2006–2016
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The analysis shows that the socioeconomically disadvantaged
municipalities cover the depopulating regions (see Figures 6 and
9). Again, the southern and north-eastern regions are the most
disadvantaged and very strongly lagging behind the economically
strong centres. The municipalities of these regions are
unattractive for foreign investors; for instance, Lazdijai did not
receive any foreign direct investment in 2016.
The municipalities that were ‘at the bottom of sequence’ in 2006 in
terms of unemployment rate, remained in the worst unemployment
situation in 2016 as well. The figures allow us to examine
long-lasting unemployment in North-Eastern Lithuania and the
municipalities of the central and western parts of the country,
wherein the unemployment rate is almost twice as high as that of
the Lithuanian average. The ratio of the recipients of social
assistance benefits to the total population in Lithuania has nearly
tripled in ten years: it increased from 1.1 in 2006 to 3.1 in 2016.
This indicator is closely connected with the unemployment rate, and
we therefore find high values for the most disadvantaged
municipalities in the southern and north-eastern regions and around
the border. For instance, in Kalvarija municipality in Southern
Lithuania, the indicator increased more than five times, from 2.2
to 9.2, from 2006 to 2016.
Summarising the ten-year tendencies, we can say that great
depopulation and increasing polarisation are going on in Lithuania.
However, some regions are more at risk as generators of demographic
problems. The western-central part of Lithuania is in the
‘riskiest’ position. The municipalities in these regions are
currently coping with great depopulation mostly due to the
emigration of the young generation (Kriauinas 2010). These
municipalities are ‘donors’ of workforce for the major cities and
foreign countries. If we look at the indicators from a 20-year
perspective, we can see an even greater loss of human capital. For
instance, in Kelmé municipality of Central Lithuania (marked with
‘strong depopulation’), the population density was 24.9 residents
per square kilometre in 1996, while in 2016, it was only 16.8. In a
20-year period, the municipality lost 34% of its residents. It is
also one of the fastest ageing municipalities, where the ageing
index was 103 in 1996, 118 in 2006, and 174 in 2016. High
emigration from this municipality might be seen as one of the
reasons for such fast ageing: the net migration rate was –3.5 (the
Lithuanian average was –6.5) in 1996, –6.5 (the Lithuanian average
was –1.4) in 2006, and –22.9 (the Lithuanian average was –10.5) in
2016. Kelmé municipality is just one of several rapidly
depopulating municipalities in the western- central region of
Lithuania.
The north-eastern and southern regions are ‘very intensely
depopulating’, but their situation is different from that of the
western-central region. The north-eastern and southern regions have
been suffering from depopulation and ageing since long (Daugirdas
et al. 2013). However, both regions become ‘lively’ in the summer
as they are surrounded by lakes and woods, and thus city residents
go to rest there and
Depopulation tendencies and territorial development in Lithuania
61
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10.15196/RS080203
own homesteads as weekend or summer houses. Based on current
tendencies, it is likely that the north-eastern and southern
regions will remain attractive; sadly, we cannot be so positive
about the Central Lithuanian region, which is a more agricultural
area.
Conclusion and discussion
Concluding remarks
Depopulation, youth emigration, ageing, the formation of SPTs, and
other undesirable demographic phenomena appear in many countries in
Europe. The processes look similar superficially, but a deeper look
at the causes reveals some differences. In Lithuania, as well as in
other CEE countries, the situation is different from that in the
developed Western European countries. In western countries, the
reasons are more ‘traditional’: demography and influences from
social and urbanisation processes (Burholt–Dobbs 2012, Cawley 1994,
Haase et al. 2016). Meanwhile, Lithuania saw a change in residents’
values: the economic system created by the Soviet Union is
transforming, receding from the agricultural sector that required a
lot of manual labour. In addition, the artificial settlement system
(Vanagas et al. 2002) is also transforming (reminiscent of
‘re-naturalisation’, Kriauinas et al. 2014). Nowadays, the choice
of residence is not restricted; the population migrates and chooses
the cities and territories that can provide them with more
prosperity and a better quality of life.
Since Lithuania regained its independence, large territorial
demographic differences have emerged, indicating the creation of
two ‘demographic Lithuanias’. The capital Vilnius and its
surroundings, as well as the other major cities of Kaunas and
Klaipéda with their suburban areas, stand as strong growing
centres, while the rest of the country is experiencing the opposite
developmental tendencies and their population is rapidly shrinking.
Our data analysis and previous studies (e.g. Daugirdas et al. 2013,
Pocité 2014) reveal great demographic differences. North-Eastern
and Southern Lithuania has depopulated mostly due to a negative
birth rate and the demographic situation. These regions might be
considered substandard and have been so for decades. We might
consider the demographic situation in Western Lithuania as rapidly
deteriorating. For some time, this region had a better population
composition according to age, it did not have such a fast ageing
process, and it had a high number of younger people. Therefore, we
see currently high emigration indicators in this region, mostly of
younger population, while there is no one to emigrate from
North-Eastern Lithuania.
We emphasise two research dimensions because we believe that
demographic and socioeconomic indicators are the cornerstone
showing how well the country stands in the national and
international arena. Both these dimensions highly
62 Vidmantas Daugirdas – Gintare Pociut -Sereikiene. . .e.-
Regional Statistics, Vol. 8. No. 2. 2018:46–68; DOI:
10.15196/RS080203
correlate with and influence each other. For example, the
disappearance of the network of education and other social service
institutions follows depopulation in Lithuania (Kriauinas et al.
2014). While analysing the data, we find ‘closed circles’; for
example, ongoing depopulation influences the collapse of social
infrastructure, and because of the loss of infrastructure,
depopulation continues. This circle eliminates the possibility of
improving the demographic situation. In addition, we see that the
decreasing number of work places influences depopulation (usually
emigration); but due to the absence of workforce, companies are not
interested in locating in rural regions. Again, this leads
residents to migrate from villages or towns out of the region.
These examples illustrate the tight relations between demographic
changes and socioeconomic underdevelopment.
Future research
So far, there are no existing demographic preconditions for the
improvement of the situation or a change in tendencies. We must
understand that depopulation will continue: villages and smaller
cities will become less populated. This process is inevitable and
natural in the era of globalisation. There is no reason to expect
that the wooded or infertile peripheral regions will exhibit
population growth in the near future. The sharpest result of
depopulation is the decline of the social network, which increases
residents’ social and territorial exclusion. This means that the
institutions are receding from the residents of SPRs. People need
to travel further to schools, medical institutions, post offices,
shops, and other institutions. This tendency has been particularly
sharp since 2004, when Lithuania joined the EU. On the other hand,
there is no reason to encourage population growth in SPTs. Knowing
the situation in these territories, we can say that no efforts can
reverse the current trends in these territories. The emigration of
part of the population has already cut off a large part of the
potentially reproductive population, and this ‘hole’ will become
even deeper due to the long-term low fertility rate. The age
structure is unfavourable for reproduction, as Lithuania is the
most rapidly ageing and depopulating country in the EU. There will
be an increasing number of people of retirement age, and they will
live longer. This is the most serious social and economic challenge
for the country.
We can expect re-emigration and immigration, especially if the
living standards reach the western European standards. Lithuania is
suitable for habitation. We believe that eventually SPTs will be
highly valued – and they already are. Often, SPTs are located in or
very close to protected areas of Lithuania. Therefore, these
territories are characterised by high forest cover and beautiful
landscapes, and they are full of lakes and have special historical
value. Additionally, SPTs are very calm and beautifully maintained.
The environment was improved using mostly EU funds; thus, in the
municipalities of SPTs, we find renovated schools and cultural
centres. The residents of these settlements are gathering into
communities
Depopulation tendencies and territorial development in Lithuania
63
Regional Statistics, Vol. 8. No. 2. 2018: 46–68; DOI:
10.15196/RS080203
and working for their homeland. SPTs provide excellent conditions
for living and for recreation and tourism.
We should look ahead and continue to develop infrastructure and
improve living conditions in rural territories and small cities,
but the improvements must be rational. The government’s regional
strategies (e.g. the most recent ‘Lithuanian Regional Policy White
Paper’, National Regional Development Council [2017]) should be
less general and more place-specific. We support the ideas of Dax
and Fischer (2018, p. 306.), who state that there is a great need
for a regional policy to make a ‘…shift towards improving
well-being and local attractiveness for the remaining population.’
However, this does not mean that the improvement should occur by
investing EU funds in rural institutions that will shortly be
closed just to create a better ‘panorama’ of the village; we should
rather think about improving the legal basis that would become the
guidelines for regional policy.
Our research motivates us to think about the (system of) indicators
that could best define the quality of life in the Lithuanian
territories, especially in the problematic ones (such as SPTs). In
general, we can study quality of life via qualitative and
quantitative indicators. The qualitative part (completed with semi-
structured interviews) in our project is left for sociological
research, while we aimed to find the most suitable quantitative
indicators to evaluate the topic. The selection of indicators to
measure quality of life is a very subjective issue; therefore, the
question ‘What is the best way to evaluate quality of life
quantitatively and underline the increasing territorial exclusion?’
is still open for discussion.
Acknowledgement
This article is based on a report presented at the international
conference in Poland, ‘Warsaw Regional Forum 2017: Space of Flows’
(Warsaw, 18–20 October 2017). The research was funded by a grant
from the Research Council of Lithuania (‘Regional disparities of
welfare in Lithuania’ Project, No. GER-005/2017). The authors thank
Viktorija Baranauskiené and Aušra Baranauskaité from the Lithuanian
Social Research Centre for their help with the graphics.
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/GrayImageDict << /QFactor 0.15 /HSamples [1 1 1 1] /VSamples
[1 1 1 1] >> /JPEG2000GrayACSImageDict << /TileWidth
256 /TileHeight 256 /Quality 30 >> /JPEG2000GrayImageDict
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>> /AllowPSXObjects false /CheckCompliance [ /None ]
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/BGR
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/CHT
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/CZE
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/ESP
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/FRA
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/GRE
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/HEB
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/HRV (Za stvaranje Adobe PDF dokumenata najpogodnijih za
visokokvalitetni ispis prije tiskanja koristite ove postavke.
Stvoreni PDF dokumenti mogu se otvoriti Acrobat i Adobe Reader 5.0
i kasnijim verzijama.) /HUN
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/ITA
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/JPN
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/KOR
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/LTH
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/LVI
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/NLD (Gebruik deze instellingen om Adobe PDF-documenten te maken
die zijn geoptimaliseerd voor prepress-afdrukken van hoge
kwaliteit. De gemaakte PDF-documenten kunnen worden geopend met
Acrobat en Adobe Reader 5.0 en hoger.) /NOR
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/POL
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/PTB
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/RUM
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/RUS
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/SKY
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/SLV
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/SUO
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/SVE
<FEFF0041006e007600e4006e00640020006400650020006800e4007200200069006e0073007400e4006c006c006e0069006e006700610072006e00610020006f006d002000640075002000760069006c006c00200073006b006100700061002000410064006f006200650020005000440046002d0064006f006b0075006d0065006e007400200073006f006d002000e400720020006c00e4006d0070006c0069006700610020006600f60072002000700072006500700072006500730073002d007500740073006b00720069006600740020006d006500640020006800f600670020006b00760061006c0069007400650074002e002000200053006b006100700061006400650020005000440046002d0064006f006b0075006d0065006e00740020006b0061006e002000f600700070006e00610073002000690020004100630072006f0062006100740020006f00630068002000410064006f00620065002000520065006100640065007200200035002e00300020006f00630068002000730065006e006100720065002e>
/TUR
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/UKR
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/ENU (Use these settings to create Adobe PDF documents best suited
for high-quality prepress printing. Created PDF documents can be
opened with Acrobat and Adobe Reader 5.0 and later.) >>
/Namespace [ (Adobe) (Common) (1.0) ] /OtherNamespaces [ <<
/AsReaderSpreads false /CropImagesToFrames true /ErrorControl
/WarnAndContinue /FlattenerIgnoreSpreadOverrides false
/IncludeGuidesGrids false /IncludeNonPrinting false /IncludeSlug
false /Namespace [ (Adobe) (InDesign) (4.0) ] /OmitPlacedBitmaps
false /OmitPlacedEPS false /OmitPlacedPDF false /SimulateOverprint
/Legacy >> << /AddBleedMarks false /AddColorBars false
/AddCropMarks false /AddPageInfo false /AddRegMarks false
/ConvertColors /ConvertToCMYK /DestinationProfileName ()
/DestinationProfileSelector /DocumentCMYK /Downsample16BitImages
true /FlattenerPreset << /PresetSelector /MediumResolution
>> /FormElements false /GenerateStructure false
/IncludeBookmarks false /IncludeHyperlinks false
/IncludeInteractive false /IncludeLayers false /IncludeProfiles
false /MultimediaHandling /UseObjectSettings /Namespace [ (Adobe)
(CreativeSuite) (2.0) ] /PDFXOutputIntentProfileSelector
/DocumentCMYK /PreserveEditing true /UntaggedCMYKHandling
/LeaveUntagged /UntaggedRGBHandling /UseDocumentProfile
/UseDocumentBleed false >> ] >> setdistillerparams
<< /HWResolution [2400 2400] /PageSize [612.000 792.000]
>> setpagedevice