CIT and the Economic Competitiveness of Regions:
A Case Study of the Stuttgart Region
Institute of Urban and Regional Planning
Technical University of Berlin
Rohrdamm 20-22, D-13629 Berlin
This paper examines the impact of CIT on regional economic development and convergence of regions. CIT induce potential cost reductions and networking opportunities into the existing regional economic system . To materialize the potential benefits in the region it is crucial that inter-firm connectivity is high both horizontally and vertically. Consequently, regional policy has to address particularly connectivity and networking issues.
Since the mid-1990's, the regions and the regional level have been given increasing scientific and political attention. (Storper, 1997; Krugman, 1995; Benz 1998; Fürst, F. et al, 2000). This recent popularity of considerations beyond the boundaries of the neighborhood or city the region is contributed to two reasons. The region has been identified as the adequate level for problem and phenomenon analysis such as economic disparities; environmental problems and urban sprawl. Secondly, the region offers a more promising leverage for specific policies and instruments than the urban level in tackling these problems (BMWi, 1997; Klaphake, 2000; Fürst, D., 1994).
The dynamics of regional development
The essential economic issues are centered around competitiveness and the economic convergence of regions. There exists a broad discussion whether or not European regions actually converge. One essential ingredient of regional economic development is technological change and spatial diffusion of innovations. In this context, the question arises what impact recent CIT have on regional economic development and the problem of convergence. One position holds that patterns of spatial disparities such as the well-known downtown-suburban dichotomy is exacerbated by current processes, mainly through an increased interregional competition of locations and economic integration on a European and global scale. Following this line of argumentation, peripheral and rural regions are caught between prosperous agglomerations and low-wage countries in a type of "sandwich situation" which jeopardizes their development potentials and necessitates the swift enactment of efficient regional policies counteracting this potentially harmful process.
Contrary to this position, some regional scientists emphasize the importance of multiple balancing forces in regional development. This position is based particularly upon theoretical findings and empirical studies, which confirm that there is indeed a spatial decentralization of economic activities. It appears that this is long-term process, which is, are relatively stable and continuous, even tough the evidence put forward by supporters of the polarizationhypothesis suggests otherwise. Supporters of the convergence hypothesis expect the large-scale de-concentration of economic activities to continue in the future, which provides peripheral and rural regions with the chance to appropriate 'footloose' industries, thus entering a 'virtuous cycle' of economic prosperity.
In more recent regional economic theory, economic development processes are typically explained considering the two variables transport costs and the economies of scale of a specific good. Low transportation costs and potentially large economies of scale lead to geographic centralization of production. Conversely, high transportation costs and low economies of scale result in a decentralized production structure. The minimum condition for a regional industry to be feasibly concentrated in a region is that the gains derived from increasing returns to scale of a specific product outweigh the transportation costs to the respective market. Adding a third variable -labor-, we find that once the centralization process is started, the skilled labor force tends to migrate to the region that matches their specialization. Typically, this migration process will lead to an increased demand for the particular good or service produced in the region, thus creating a self-reinforcing process of development via a demand linkage (Krugman, 1995; Fujita et al, 1999). The danger inherent in such a 'virtuous cycle', of increasing specialization is, however, that the region becomes increasingly mono-structured, thus also increasing its vulnerability to a product or branch specific negative demand shock.
Within the framework of classical location theory, CIT can be regarded primarily as a reduction in production and shipping costs. To get a more comprehensive picture of the spatial impact of CIT, however, it is important to note that this cost reduction actually occurs in all stages of the production and sales process and is achieved by a series of reductions of spatial impedance. As outlined above, the propensity for a particular industry to be concentrated in one central location increases with decreasing transportation costs provided that economies of scale remain constant. At this point, the nature of the underlying economies of scale under the impact of CIT is a crucial one. In recent empirical and theoretical work there are beginnings of evidence that geographic economies of scale can indeed be substituted by 'virtual' economies of scale which relaxes the need for spatial proximity in order to realize increasing returns to scale for a specific firm or branch. These simplified theoretical considerations can be illustrated by an empirical example, the Stuttgart region in Germany.
Case study: the Stuttgart region
The Stuttgart Region is among the most powerful regions of Germany in terms of economic performance. There live approximately 2.5 million inhabitants in the region, representing a quarter of the total population of the Land of Baden-Württemberg. The Stuttgart Region forms a coherent economic area with its own administrative structure and its own regional parliament. Almost one third of all goods and services in Baden-Württemberg and around 35% of exports are generated on 10% of the land area. The performance of the regional economy depends heavily on the manufacturing sector, with a particular emphasis on automotive industry, mechanical engineering and communication technologies (WRS, 2001)
Underneath the surface of an impressively vibrant and healthy economy, as illustrated above, there lurk, however, signs of an at least temporal economic slowdown in the region. When analyzing time series of GDP growth-rates it becomes apparent that the growth rates of industry- (approx. +6%) and service employment (+27%) from 1977-1989 are much higher than in 1989-1998 (–19% and +12% respectively). For knowledge intensive industries and business services, for which CIT are of particular relevance, the growth rate of employment changes from +22% (1977-1989) to -5% in 1989-1998. (Dathe, Schmid, 2000).
Interestingly enough, regions in the northern German 'rust belt' - commonly identified with chronic structural problems and high unemployment rates – now experience disproportionately high growth rates and recently even managed to outpace the "European Hi-Tech Capital " in terms of growth rates in knowledge intensive industries and businesses. The figures for the region of Bremen, for instance, are +27,5% (1977-1989) a nd +3% (1989-1998) employment growth in knowledge-intensive branches (Dathe, Schmid, 2000) Isolating the impact of CIT from the mixed empirical evidence is a rather difficult task. It is safe to assume, however, that CIT have not played a prominent role in neither of the regions in the first period (1977-1989). To be sure, the overall volume of CIT usage and knowledge-intensive activities is much higher in the Stuttgart region than the Bremen type regions of northern Germany. It is possible, however, that Bremen's larger growth rates are due to the fact that we find a rather special constellation of knowledge intensive industries in Bremen, all of them having recently experienced a boost of productivity because of the application of CIT (aerospace industry, bio technology etc.).
Implications for regional policy
Regional economic theory suggests that individual firms as well as regional economies can benefit from the application of CIT across all branches and regions albeit to a different extent. If and how the potential benefits can be materialized in a particular region depends on a number of factors in practice. A critical point in this context seems to be that there pre-exist tightly knit communication networks in the region that are enhanced by CI technologies. If these networks are not available as a basis for a particular industry and region then the potential for amplification of current network activities through CIT remains, of course, very low. Dathe and Schmid (2000) find that the degree of network efficiency is increasing exponentially with the number of participants in an informal network. A strong localized network of firms has been envisaged as a successful model for the new flexible economy (Malecki, Toedtling, 1995). The competitive advantages in such high-tech districts are achieved through high quality, expertise, flexibility, knowledge spillovers, scale economies and subsequent cost reduction. The inter-firm network supports the innovation process by spreading risks, combining resources and sharing expertise and experience.
Regarding regional policy and planning issues, considerable development potentials can be realized through synergies of specialized and interwoven regional structures which manifest themselves as innovation advantages via external effects of R&D mechanisms (Beise et al 1998). Ideally, regions are characterized by flexible decision structures facilitated by their commonly low degree of institutionalization and their ability to enhance "capacity building" networking processes (Arndt/Gawron/Jahnke, 2000, Herrschel/Newman 2000). Core tasks for regional and municipal governments in this context include establishing networks, linking potential cooperation projects through specific agencies and providing infrastructural facilities. Besides supporting established activities, it is also essential to ease market entry for newcomers and start-up businesses by providing them with necessary information and directing them to appropriate existing firms for cooperation purposes.
In Stuttgart, a regional internet community of about 100 internet-firms as a "good practice" is currently being established by the Business Development Agency. The region has built up the so-called PUSH! network for the support of new businesses, especially New Technology Based Firms (NTBF). During the last two years, more than 150 start-ups from universities and research institutes were formed under the auspices of this network. New Projects have been launched by strengthening the ties between different branches with the help of CIT, e.g. traditional printing/publishing firms with educational and research institutions (WRS, 2001). Thus, opportunities for private investments can be facilitated. Additionally, studies of successful regions suggest that municipal and regional governments not only promote the networking and connectivity of their local industries but also play a pro-active role in interfacing public and private activities (PPP, city and regional marketing etc).
Hypotheses for further discussion
with a strong high-tech manufacturing component in the economic structure are
generally more prone to benefit from CIT because these industries offer more
leverage for specialized CIT applications to enhance productivity. The
potential for productivity gains is also proportionate with the complexity of
the production process of manufactured good.
pre-existing economic base determines CIT activity and development paths
the universal absolute benefits of CITechnologies in the regions, relative
differences might eventually lead to increased economic interregional polarization
in the wake of cost advantages of regions applying CIT in the production of
highly specialized and highly centralized goods.
regional policy should determine traditional strengths of the regional economy
in a regional conference. Besides a streamlining of the production process of
existing industries, it is crucial to determine strategies how industry-specific
know-how can be combined with CIT know-how to develop innovative applications.
economic policy has to balance the need for specialization with the need to
minimize the socio-economic risks inherent in spezialization.
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