Traiettorie tecno-economiche

Author(s):  
Mauro Lombardi

Here six techno-economic trajectories are discussed in light of global challenges and the great changes that are taking place in the techno-scientific and social world: digitization of socio-economic processes, smart specialization, environmental sustainability and systemic resilience, knowledge intensive activities, health topics dealt with IA techniques, bio-economy and agri-food. For each trajectory focus area, actors and indicators are proposed.

Author(s):  
Charlotte Rungius ◽  
Tim Flink

Abstract In recent years, the concept of science diplomacy has gained remarkable ground in public policy. Calling for closer cooperation between actors from science and foreign policy, it is often being promulgated as a hitherto neglected catalyst for international understanding and global change. On what grounds science diplomacy entertains these high hopes, however, has remained unclear, and—as a blind spot—unaddressed in a discourse mostly shaped by policy practitioners. Recognizing that the discourse on science diplomacy is still unspecific about how its means and ends should fit together and be comprehended, we reconstruct the concept and its discourse as a materialization of actors’ interpretative schemas and shared assumptions about the social world they constantly need to make sense of. Science diplomacy is presented as a panacea against looming threats and grand challenges in a world facing deterioration. The prerequisite for such a solutionistic narrative is a simplified portrait of diplomacy in need of help from science that—romanticized in this discourse—bears but positive properties and exerts rationalizing, collaborative and even pacifying effects on a generic international community in its collective efforts to tackle global challenges. We conclude that these interpretative schemas that idealize and mythify science as overall collaborative, rationalizing and complexity-reducing are problematic. First, because the discourse misconceives ideals and norms for real and will therefore disappoint social expectations, and second, because science is likely to be instrumentalised for political purposes.


2019 ◽  
Vol 11 (18) ◽  
pp. 4824 ◽  
Author(s):  
Ethan Gifford ◽  
Maureen McKelvey

Smart specialization strategies represent public policy initiatives to develop regions based on new combinations of knowledge and industries. The aim of this article is to enrich the theory and practice of smart specialization strategies (S3) by integrating the conceptualization of knowledge-intensive entrepreneurship (KIE). We propose that knowledge-intensive entrepreneurship is necessary in order to specify how public and private support of KIE firms can be beneficial to develop new knowledge relevant to the fulfillment of specific sustainable development goals. We did so by further developing a conceptual model of innovation governance routines by integrating sustainability goals. We also illustrated our conceptual model through two case studies from the Swedish maritime cluster. By extrapolating from the combination of the conceptual model and two case studies, we make three propositions about the different strategic roles that KIE firms can play within a broader S3 policy setting, and in such a way as to promote sustainability-related outcomes.


R-Economy ◽  
2021 ◽  
Vol 7 (2) ◽  
pp. 123-132
Author(s):  
Yuliya G. Myslyakova ◽  
◽  
Elena A. Shamova ◽  
Natalia P. Neklyudova ◽  
◽  
...  

Relevance. The development of modern mechanisms for state regulation of regional processes, including those related to investment support for certain industries (e.g. the Spatial Development Strategy in Russia), requires a research-informed choice of ‘priority’ specializations. At the same time, such choice should meet the requirement of resilient economic development of these regions if the development of these specializations is supported on the national level. Research objective.The goal of this study is to assess the current structure of the Russian regions’ economy. We aim to identify the regions that have a specialization and thus can ensure resilient development and transition to smart specialization. Data and methods. The study proposes a methodological approach to identify the region’s smart specialization. The approach is based on the calculation of indicators that characterize the regions’ industries according to Russia’s national classifier of types of economic activity (OKVED2). Regions with pronounced industrial specialization are thus identified. The methodological approach has been tested by using statistical data for 84 regions. Results.43 regionswith industrial, export-oriented and extractive specialization were identified. We revealed nineregions that had sufficient prerequisites for the transition tosmart specialization and 11 regions that need to strengthen their knowledge-intensive component. Conclusion.The resulting list of Russian regions that can act as pioneer territories for the introduction of structural changes into the practice of state regulation can be of interest to policy-makers.


Author(s):  
Iryna Yanenkova ◽  

The article reflects the results of a study conducted as part of the research project "Providing the complementarity of digital and socio-economic transformations." The main directions of digital transformation influence at economic relationship and effectiveness of production are identified and generalized. The relationship between integration into global value chains with the concepts of smart specialization, cluster and ecosystem development is shown. It means that the basis of successful integration into global value chains is the developed innovative ecosystems of high-tech industries, on which developed sectoral and regional clusters can be based and in which, accordingly, there is a deeper smart specialization. Tendencies, peculiarities and drivers of the world digital development are considered. New global challenges of digital development and its impact on the economy and society in Ukraine are defined and analyzed. It is shown that over the last 20 years Ukraine has transformed from a newcomer in the field of information and communication technologies to a center for the creation and export of services. The state and possible prospects of development of Ukrainian Industry 4.0 in the context of post COVID-19 are analyzed. The main reason for the negative trends is the structural degradation of the economy due to the decline of the processing industry, which is a consequence of the crisis socio-economic and political phenomena in the country, lack of systemic state industrial policy and inadequate business climate. The main threats and new opportunities of socio-economic and digital transformations posed to the country by the coronavirus pandemic are summarized. The main emphasis is on Ukraine's ability to include value added in new chains or build on existing ones. Proposals have been developed for the authorities to provide the complementarity of digital and socio-economic transformations.


2022 ◽  
pp. 20-46
Author(s):  
Vasiliki Geropanta ◽  
Triantafyllos Ampatzoglou

The countermeasures taken during the COVID-19 pandemic opened discussions regarding their status as temporal or ephemeral as they designated the positive environmental effects of the COVID-19 anthropause. The necessity to think about city transformation in times of environmental and health crises has revealed a number of digital tools and greening practices that might shape new policy and planning models to affront global challenges. Among these tools, a number of ‘urban acupuncture' activities have revealed the role of greening and gardening in urban spaces and how they assist in tackling challenges of environmental sustainability and city resilience. The authors investigate the contribution of vertical gardening (VG) as urban health enhancer and its prospects within smart city. They select and assess two case studies that integrate synergies between VG and machine learning (ML) approaches in an effort to showcase the tools' combined effect in realizing environmental control. These experiments imply hints for potential future research and implementation to broaden environments.


Author(s):  
Elsa Tsioumani ◽  
Mike Muzurakis ◽  
Yannis Ieropoulos ◽  
Asterios Tsioumanis

In this article, we assess the application of the open-source development model in the field of agricultural research and development, as a potential tool for upholding both public scientific research, and farmer-led innovation and farmers’ rights. First, we provide an overview of the problems associated with the rise of IPRs in agriculture in view of global challenges such as food security and environmental sustainability, and present the debate on farmers’ rights, including its rationale and international policy and legal responses. We then review open source initiatives in the digital domain, including successes and shortcomings, and offer our understanding of relevant terminologies. We explore the parallels between software development and innovation in agriculture and review ongoing open-source agriculture-related initiatives. We particularly address the potential for open-source systems to address existing asymmetries in capabilities and contribute to global challenges such as food security.


Author(s):  
Cristina ȘERBĂNICĂ

"This study examines the territorial patterns of innovation in Romania, a country labelled as ‘modest innovator’. Our main assumption is that the large heterogeneity in the sub-national innovation patterns is not captured in the typologies developed for the NUTS2 regions. Consequently, the study proposes a categorization of the Romanian NUTS3 counties according to their innovation performance and structural characteristics, by means of a two-step factor analysis combined with hierarchical cluster analysis. The results point to the existence of five territorial groupings with similar characteristics: knowledge-intensive hubs, technology-intensive platforms, diversified agglomerations, industrial production zones and structurally challenged regions. Taken together, the results suggest the need to prioritize structural transformation and embrace the broad-based innovation concept."


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