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The purpose of this paper is to investigate the impact of information and communication technology (ICT) development and terrestrial and marine protection on the economic and environmental sustainability of small-island tourism countries. The current study expands the smart specialisation literature in the context of small-island tourism nations. It also proposes sustainable future growth strategies for these countries.

This paper adopted structural equation modelling using the data of 14 island nations between 1995 and 2014. The selection of countries was based on a set of criteria borrowed from literature.

The results indicate that the development of ICT infrastructure was not only associated with a higher inflow of tourists and a higher GDP per capita but also with a higher carbon dioxide (CO₂) emission. Results also suggest that higher protection of terrestrial and marine areas has no impact on tourist inflows in tourism countries. Also, higher protection decreases the dependence of the total output on the tourism sector.

A limitation of this study is the lack of available macro data on some other relevant variables for the countries studied.

Following the findings of this study, the governments of these countries should make stringent environmental regulations and relax the telecom regulations for sustainable smart specialisation.

This study presents a novel insight into the sustainability challenge of island nations through the lens of smart specialisation. It also contributes to the literature on ICT and development.

The purpose of this paper is to support the competitiveness and knowledge-based economic growth of the Slovak region of Košice and its stakeholders; suitable intellectual capital (IC) methodologies were selected and applied. This approach responds to a weak innovation performance of Slovakia in general and a weak connection of the Slovak labour market and vocational training system.

The methodological “backbone” is given by IC reporting (ICR). The two ICR models – the Austrian University model and the German “Alwert” model – were selected and transferred to higher educational institutions (HEI) and companies in Košice. The knowledge transfer was accomplished by implementation of on-site trainings with different groups of stakeholders, supported by e-learning. Several accompanying in-depth interviews with Austrian stakeholders were conducted to derive recommendations for ICR implementation in the Slovak public sector.

Beyond knowledge transfer, a shared understanding of the importance of IC management and common “IC language” between different stakeholders of the regional innovation system could be developed. Further, several recommendations for a sound development of an IC governance tool for HEI were elaborated.

The knowledge transfer and practical implementation of this Slovak case were successful. Requests for follow-up initiatives, invitations for conferences, development of projects including ICR elements prove this valuation.

A methodological innovation was accomplished by adapting a set of innovation key drivers as structural base for the development of the regional innovation function and interaction of stakeholders.

Focusing on the specific context of two European old industrial regions – South Yorkshire (UK) and North Region of Portugal – this paper aims to identify and conceptualise a set of relational capabilities that business leaders perceive to play a key role in industrial rejuvenation.

A qualitative research design operationalised via case studies was followed for the empirical analysis. Data collection was developed through in-depth interviews with managing directors in small and medium-sized enterprises (SMEs) belonging to the metal and engineering industry and the textile and footwear sectors in the two old industrial regions. Data analysis followed the techniques of data categorisation, within case-analysis and cross-case analysis.

The study identifies relational capabilities that firms use to identify, access and leverage new knowledge: frequent meetings with customers; frequent meetings with suppliers; dialogue with government to influence policy that encourages research and technology transfer; partnership actions for the commercialisation of products and services; active membership with sector associations; immersion in science and technological parks; intentionally establishing links with entrepreneurship-supporting entities; human resources development by technical training institutions; and systematic links with the University. The relational capabilities identified require structured communication processes and alliance management practices to enable and support absorptive capacity and learning in inter-organisational networks.

The relational capabilities identified can help position regions in specific markets and value chains, contribute to improving regions’ internal and external connections and assist in combining regions’ strengths to create industrial capability in high-growth-potential areas.

This paper highlights the role of relational capabilities as a way to secure access to knowledge and competencies needed for firms’ innovation and avoidance of competency traps. This is particularly relevant in the context of European smart specialisation policy, where key regional stakeholders collectively engage in the identification of areas of competitive strength, enhanced coordination and strategic alignment of resources. The study is not without limitations, as findings are based on case studies of SMEs operating in the manufacturing industry and the analysis of relational capabilities is focused on knowledge novelty.