The aim of this study is to emphasize the link between the foreign direct investments (FDIs) and the sustainable environment in EU countries. We also focus on investigating the influence of other factors related to business environment on FDIs, considering the investors’ sustainable choice for the host countries, grouped according to FTSE Russell criteria. Using panel methodology and applying Ordinary Least Squares (OLS) method of data analysis, the authors reached the conclusion that a better-rated business environment, with concern for sustainability, has more of a chance to attract larger sums of FDIs, mostly in the case of developed economies. This fact proves that the main advantage considered by a foreign investor in developed EU countries is represented by CO2 emissions (sustainable environment) and a good ease of doing business environment. The study highlights the factors that influence the decision of investing in developed countries, rather than in emerging and frontier ones. This paper contributes to the existing literature by identifying the group of countries which need a more sustainable approach to attract a large amount of FDIs, given that the inflow of FDIs is a crucial factor of economic growth, a possible source of innovation and technology, and a way to reduce poverty.

Bio-economy is a major area of the strategy that can afford the European Union to achieve growth: (i) smart, through the development of knowledge and innovation; and (ii) sustainable, based on a greener, more efficient economy in resource management. We believe that the progress of bio-economy cannot be achieved without the harnessing of intellectual capital. Our research aimed to emphasize the benefits of the dynamics of the intellectual capital growth on the evolution of the bio-economy. Thus, the information published by Eurostat (European Statistic Institute) during a period spanning seven years (2011-2018) was used to assess the influence exerted by the conduct of the harness of intellectual capital related to sustainability as well as for the reporting of indicators relevant to appreciating an economic progress and sustainability (renewable waste material, share of renewable energy and energy intensity of the economy). The ultimate goal was represented by the generation of a regression model to see what factor influences mostly the progress of the bio-economy at European and Romanian level. Significant dependency relationships were identified. The results remain robust even after the introduction of certain control variables, such as gross domestic product rate, food production, population growth, urbanization growth and inflation. Our paper sets out to contribute to expanding the specialty literature by highlighting the involvement of intellectual capital as a factor in optimizing sustainability growth and, at a methodological level, by using a multiple regression.

The increasing awareness of the impact of global climate change has brought bio-based projects back into consideration. Thus, having as supports the reality of the troubling scenario that threatens the entire ecosystem and the up-to-date theoretical discourse and debate on sustainable development, this article aims to investigate the socio-economic and institutional determinants that trigger the dynamics of the bioeconomy value added indicator—a valuable instrument developed and recently launched by the EU’s BioMonitor project. Using a panel corrected standard errors framework, we find that investment in human development along with innovation, the growing role of women and sound public governance have a positive effect on the transition towards a durable and resilient bioeconomy at the European level. This naturally implies that a combination of social and technological innovation can ensure the rise of a sustainable bioeconomy.

In this context of uncertainties and the unknown based on economic and health crises, one of the ways to save companies is the operation of merger or acquisition of companies. But not all mergers bring the expected results. The economic, political and social context can influence the evolution of the number of mergers.

Bio-economy is a major area of the strategy that must enable the European Union to achieve growth: smart, through the development of knowledge and innovation; and sustainable, based on a greener, more efficient economy in resource management. We believe that the progress of bio-economy cannot be achieved without the harnessing of intellectual capital. Our research aimed to emphasize the benefits of the dynamics of the intellectual capital growth on the evolution of the bio-economy. The aim of this analysis was to study the established link between the Energy Intensity of the Economy (EIE) and a number of factors that can measure the intellectual capital, such as: Market Capitalization of Bitcoin, Patent applications listed by European Patent Office and the Turnover from Innovation as a proportion of the total Turnover. The ultimate goal was represented by the generation of a regression model to see what factor influences mostly the progress of the bio-economy at European and Romanian level.