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The chapter analyzed the conditions and challenges of the innovation in Latin America, and the historical trend in its study in the framework of this handbook. The transformative and inclusive approach of the innovation was evidenced as the most significant ascendent trend in the region. Furthermore, this was identified as a breaking point of the linear individualism of the entrepreneurship and the innovation in Latin America due to this type of innovation that requires high levels of collaboration and strong institutional leaderships. It was highlighted that the major challenge of recovery in the region should be accompanied by a deep transformation in the quality of education because the systematic generation of innovation implies capabilities rather than wills. The chapter closes with a critical reflexion of the phenomenon, the new lines of research in the region, and its implications.

This chapter reports on the results of extensive research into the role of performance measurement and management control systems in increasing both incremental and breakthrough innovation in large organizations. It includes both business model and technology innovation and is based on extensive large sample survey research and field research with leading global corporations.

The research extends the common exploration/exploitation discussion and describes an “innovation paradox” where the factors that have led to many companies’ successes in achieving organizational excellence and profitability through cost savings and various incremental improvements are the same factors that have inhibited them from developing needed breakthroughs. The chapter also discusses how achieving breakthrough innovation is significantly different in top down versus bottom up organizational designs and systems. The critical role of management control and performance measurement systems is described.

The research provides a new model to achieve breakthrough innovation in large, established corporations. It provides a description and the details of a process – “the Startup Corporation” – that can be implemented in corporations to bring together the benefits of small startups with the benefits of large established companies that have significant resources, networks, and systems to achieve success. By combining these strengths, large established companies can succeed in achieving breakthroughs where they have often failed.

This research over two decades has provided new insights on the differences in the needed management control and performance measurement systems to succeed in breakthrough innovation in addition to the incremental innovation that is so common in large organizations.

This study focuses on the impact of green innovation on oil and gas firms’ performance in the MENA region from 2010 to 2020. Return on assets (ROA) was used to measure the financial performance of firms. However, green innovation was measured using two different scores, namely the environmental pillar and the innovation scores. Additionally, we introduced an oil price-moderated variable to examine its effect on the firm’s performance and the green innovation nexus. We collected data from the DataStream database. Regarding our empirical part, we use the generalized least squares method to carry out the analysis. Results showed a positive impact between green innovation scores and the firm’s performance in the MENA region. Also, we found that green innovation has a linear effect on firm performance. Finally, a negative, moderated effect of crude oil prices on green innovation and the firm’s financial performance nexus has been found.

Sisaye and Birnberg (2010a, 2010b) have described the extent and scope of the innovations dimensions as the degree to which learning has affected the organizational structures and processes of the organization. Within this framework, extent has been defined as the degree to which the innovation affects the organization's management accounting administrative structures, systems, and behaviors of members or units within the organization. Extent is synonymous with the two types of learning identified by Argyris and Schon (1978) discussed earlier. Thus, the learning in the extent dimension varies from a technical change within an existing system (single loop) to the adoption of an entirely new administrative system (double loop). While this continuum extends from technical changes that affect a single process or task to administrative changes that affect organization-wide systems and structures, we will treat them as though they are dichotomous. As indicated earlier (Chapter 2), extent is associated with two types of learning: single loop (technical change within an existing system, i.e., gradual-incremental) and double loop (the adoption of an entirely new system, i.e., radical-transformational) (Argyris & Schon, 1978, 1996).

Thixomolding® refers to a new technology to mold a magnesium alloy in elaborate forms. The actors that introduced this technology in the Netherlands first operated on a regional level. With the support of the Cyclic Innovation Model (CIM), the innovation system was able to evolve by developing new innovations, although initially Class 1 and 2 type of innovations. In the future, the Thixomolding® innovation system will compete on a European scale, and it is expected that products will be developed for many different industries.

This chapter concludes the book on cross-innovation between audiovisual media industries and three other sectors – education, health care and tourism. It emphasises, first, the importance of platformisation as a socio-economic and technological process in framing all cross-innovation processes. It highlights how the rather full platformisation of tourism has negatively affected the interest of the tourism industry small and medium-sized enterprises to cooperate with local media and gaming industries in search of new solutions. Relatedly it proposes a generic conflict between platformisation of specific fields and the health of thematic local cross-innovation systems involving media and creative sectors. It then discusses that the inherent fragmentation of the health and education sectors has not allowed their international platformisation, but constitutes challenges to innovators interested in international scalability. It also discusses the reasons why two publicly coordinated cross-innovation processes – one involving the use of virtual reality in health care and another using augmented reality – have given different results – one a relative success and the other not as of yet. At the end of the chapter final definitions of cross-innovation are offered and the operationalisation of the term and the associated conceptual approach are assessed.

This opening chapter sets the context for the following chapters by first providing a working definition of innovation. This definition distinguishes innovation from invention based on the fundamental principles of novelty and value creation. Importantly, value is introduced in the context of diverse impact rather than in the limited context of monetary worth. Furthermore, innovation is initially framed according to various forms, which include product and processes, and various degrees of impact, which range from radical disruption to incremental change. By distinguishing innovation from invention and outlining the diversity of innovative principles, this chapter provides a platform from which to explore innovation beyond the conventional focus on market-based practices within the scientific and technological domains.

Climate change is one of our time’s most pressing global environmental challenges, and environmental innovation is critical to addressing it. This study aims to investigate the relationship between environmental innovation and carbon emission in the healthcare industry in Europe while also examining the moderating role of environmental governance.

Data for this study were collected from publicly listed healthcare companies in ten European countries spanning the years 2012–2021. The selected countries encompassed Belgium, Denmark, France, Germany, Italy, Netherlands, Spain, Sweden, Switzerland and the United Kingdom. The research encompassed all healthcare companies for which data were accessible, resulting in a comprehensive dataset comprising 1,210 companies. The authors collected data from multiple sources, including annual reports, the World Bank and Eikon databases, to ensure a robust and extensive dataset.

The results of this study indicate that environmental governance plays a significant moderating role in the relationship between environmental innovation and carbon emission within the healthcare sector in Europe, but when combined with high levels of environmental innovation, strong environmental governance leads to enhanced efforts to reduce carbon emissions. This combination also contributes to meeting the expectations of a broader range of stakeholders and maintaining legitimacy.

The study’s findings have practical implications for healthcare regulators, policymakers and various stakeholders. It underscores the importance of integrating solid environmental governance and innovation to address climate change challenges in the healthcare sector effectively. This integrated approach not only helps reduce carbon emissions but also contributes to achieving sustainable outcomes while satisfying a wider range of stakeholders.

This study adds to the existing body of knowledge by highlighting the significant role of environmental governance as a moderator in the relationship between environmental innovation and carbon emission in the healthcare industry. The research findings provide valuable insights for academics, practitioners and decision-makers, emphasizing the need to combine governance and innovation for sustainable outcomes in healthcare sectors.

This study aims to investigate the direct effect of intellectual capital on the organizational performance of Indonesian state-owned enterprises (SOEs) and their subsidiaries. Furthermore, it also examines whether the relationship is mediated by open innovation and moderated by organizational inertia.

This study is designed as quantitative research. A survey method is employed to collect data by distributing questionnaires to the upper-level managers of the SOEs and their subsidiaries. A total of 293 questionnaires were distributed to the respondents, and 97 responses were obtained for further analysis. The partial least square structural equation modeling (PLS-SEM) is used to test the hypotheses. A mediation-moderation research framework is employed.

The results show that intellectual capital has a positive effect on organizational performance. Further results also demonstrate that open innovation mediates the intellectual capital–organizational performance relationship and organizational inertia moderates the intellectual capital–organizational performance relationship. Theoretically, the findings contribute to the resource-based view (RBV) and knowledge-based view (KBV) by providing empirical evidence of the importance of distinctive internal resources in achieving superior organizational performance. Practically, the findings provide strategic information for managers that they should properly manage intellectual capital, open innovation and organizational inertia because of their effects on organizational performance.

First, this study addresses the previous research gaps by confirming that intellectual capital has a positive effect on organizational performance in the research setting of an emerging market. Second, by using a mediation research framework, this study shows that open innovation mediates the relationship between intellectual capital and organizational performance. Third, by using a moderating research framework, this study also reveals that organizational inertia weakens the relationship between intellectual capital and organizational performance. Those associations are rarely researched.

This study social based on cognitive theory (SCT), aims to better understand how transformational leadership affects team-level knowledge sharing and absorptive ability in the construction industry. It also examines the moderating influence of the AI-based virtual assistant on the indirect relationship between transformational leadership and team innovation through knowledge sharing and absorptive ability at the team level.

This study used a simple random sample approach to gather data from several small and medium-sized construction firms in Anhui Province, China. A total of 407 respondents, including 89 site engineers and 321 team members, provided their responses on a five-point Likert scale questionnaire.

The findings showed that AI-based virtual assistants significantly moderated the direct and indirect association between transformational leadership and knowledge sharing, and subsequently with team innovation. Unexpectedly, the findings showed that AI-based virtual assistant did not moderate the direct relationship between transformational leadership and team-level absorptive capacity.

This study adds a fresh perspective to the literature on construction management by examining team innovation driven by transformational leadership through an underlying mechanism. It is unique in that it uses the team adaptation theory to investigate the understudied relationship between transformational leadership and team innovation in the construction industry.