08.01.2013 Views

Sborník 2009 díl 2. - Fakulta informatiky a managementu - Univerzita ...

Sborník 2009 díl 2. - Fakulta informatiky a managementu - Univerzita ...

Sborník 2009 díl 2. - Fakulta informatiky a managementu - Univerzita ...

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

Małgorzata Markowska, Danuta Strahl CONVERGENCE OF GDP PER CAPITA IN CZECH,<br />

POLISH AND SLOVAK REGIONS AT THE BACKGROUND OF THE EUROPEAN SPACE<br />

regions (which makes up 97,8% of all European NUTS 2 level regions) in the following<br />

groups (see table 1). It seems that such division will facilitate the identification of<br />

similarity in the form of convergence processes referring to Czech, Polish and Slovak<br />

regions, resulting from integration processes implementation and subsequent stages of<br />

the European space extension. The results of standard deviation calculations for GDP<br />

per capita natural logarithms in the distinguished groups are presented in table 2 and in<br />

graphical form on picture 1.<br />

TAB. 1. The distinguished groups of regions<br />

Group Group’s content (marking) Number of<br />

regions<br />

I NUTS 2 level regions of all EU 27 countries (UE 27) i = 1,…,256<br />

II regions of 25 UE countries, area of the European regional space after i = 1,…,251<br />

2004 accession, (UE 25)<br />

III regions from “old EU 15” countries (UE 15) i = 1,…,209<br />

IV regions from 12 countries, accession countries from 2004 and 2007 i = 1,…,56<br />

(UE 12)<br />

V regions from 10 countries, accession countries from 2004 (UE 10) i = 1,…,42<br />

VI Polish regions (PL) i = 1,…,16<br />

VII Czech regions (CZ) i = 1,…,8<br />

VIII Slovak regions (SK) i = 1,…,4<br />

Source: authors’ compilation<br />

Generally, in most distinguished groups there may be observed a decrease in the value<br />

of natural logarithm standard deviation for GDP per capita. Such regularity, however, is<br />

not observed in the jointly studied regions of 10 EU countries from group V (countries<br />

of 2004 accession) and in analyzed countries, i.e. Poland, the Czech Republic and<br />

Slovakia. A significant slump, i.e. the most explicit convergence processes, are noticed<br />

in the European space covering the regions of 27 and 25 countries, while at the level of<br />

NUTS 2 regions, in the “old EU 15” the convergence processes occur in a significantly<br />

moderate way. At the regional NUTS 2 level in 10 EU countries, i.e. in the countries<br />

included in group V, representing a much less advanced economic level, the<br />

convergence processes were noticed in the period of 1995 – 2000, in 2003, while in the<br />

following years (2004 and 2005) one may notice a visible tendency towards slowing<br />

down the process of convergence.<br />

In the regions of analyzed countries representing 2004 accession (The Czech Republic,<br />

Poland and Slovakia) the definitely lowest values of GDP per capita natural logarithm<br />

standard deviation were registered in Polish regions and the highest in Slovak ones.<br />

Additionally, it is also characteristic that such, already major diversification, keeps<br />

growing (in The Czech Republic the increase of GDP per capita natural logarithm in<br />

2005, as compared to 1995, amounted to over 40%, in Poland 35,6% and in Slovakia<br />

18,8%). Therefore, one may assume that in the European regional space, representing a<br />

significantly diversified economic development regarding particular NUTS 2 level<br />

regions and illustrated by GDP per capita, the convergence processes occur in a<br />

dynamic way, while in the space characterized by a less diversified level of<br />

development such processes are moderate or even divergence is observed.<br />

47

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!