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Abstract: The primary objective of this study is to delve into transnational projects conducted between 2014 and 2020, with a strong emphasis on environmental quality. Our focus is directed toward projects that encompass either eco-innovation or feature elements intrinsic to a circular economy. To achieve this goal, we introduce a pioneering analytical framework tailored to dissect transnational projects, which intricately interweaves the diverse dimensions of environmental quality and innovation, facilitating a comparative assessment across various program classifications. Our approach aligns with the overarching mission of the four flagship initiatives, in which we evaluate the combined impacts on sustainability and innovation. This evaluation considers three fundamental factors: (1) resource allocation, (2) innovation type, and (3) infusion of eco-innovation or circular economy elements. Our methodology unfolds through a systematic, step-by-step progression. First, we meticulously handpick programs, specifically Interreg, Horizon, and Life projects, within the scope of TSG3 (Environmental Quality). Each of these programs corresponds to one of the following four flagship initiatives: (1) overseeing and managing marine species, (2) fostering sustainable development in coastal and maritime zones, (3) safeguarding and elevating natural habitats and terrestrial ecosystems, and (4) formulating transnational contingency strategies for maritime accidents. Through an exhaustive review, we identify projects that either directly or indirectly champion eco-innovation or other facets of the circular economy. Concurrently, we uncover broader manifestations of innovation, eco-innovation, and circular economy principles. Employing the Oslo Manual as a guide, we methodically categorize these innovations into the product, process, organizational, and marketing domains. In the timeframe under scrutiny, a relatively modest subset of projects embraced eco-innovations and practices aligned with the circular economy. Our findings culminate in the formulation of practical implications to invigorate the integration of these dimensions.
Keywords: innovations, sustainable development, environment
Published in DKUM: 02.07.2025; Views: 0; Downloads: 0
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Abstract: The present scientific monograph was formed on the occasion of the anniversary celebrated in the academic year 2017/2018 by current and former members of the Department of Entrepreneurship and Business Economics, and the members of the Institute of Entrepreneurship and Small Business Management at the University of Maribor. Twenty-five years – a quarter of a century – is a period after which it is worth looking back on the past and summing up the memories of the achievements and milestones that have marked it. The monograph is also an acknowledgment and tribute to the initiator and founder of the first study track for entrepreneurship education, and the head of the Department and Institute, Professor Doctor Miroslav Rebernik. The collection of selected scientific contributions is thus put together in such a way that he is the co-author of all of them, with individual members of the Department. A collection was created that chronologically presents some of the most visible contributions of the 25-year period. We would like to thank all publishing houses that approved the reprint of the contributions.
Published in DKUM: 18.04.2018; Views: 1703; Downloads: 51
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Abstract: This article presents some findings about the process of patenting of Slovenian and foreign researchers in scientific research. Based on the reviewed literature and with help of our conceptual model, we establish that the patenting process can be divided into three separate phases: knowledge detection phase, knowledge dissemination phase and knowledge transfer phase. During the process of researching and patenting, a variety of factors affect the results, which can be divided into two groups: internal and external factors. In Slovenia, patents are statistically significant for researchers working and exploring in the fields of natural science and engineering. Research results in the form of a patent largely depend on financial support and work experiences of individual researchers or research groups. The commercialization of a patent means a successful ending of the research process, as many positive benefits are expected.
Keywords: researchers patenting activity, researchers patenting productivity, process of innovation, patenting process, patent driving forces, patent driving areas, academic entrepreneurship
Published in DKUM: 28.11.2017; Views: 1406; Downloads: 168
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