Sanja Tisma

Dr. Sanja Tisma

Institute for Development and International Relations IRMO, 10000 Zagreb, Croatia
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Research Focus & Metrics

Academic Career Length

12Years (2015-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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Sanja TismaSanja Tisma
Sanja Tisma
Mira Mileusnić ŠkrtićMira Mileusnić Škrtić
Mira Mileusnić Škrtić
SMSanja Maleković
Sanja Maleković
Daniela Angelina JelincicDaniela Angelina Jelincic
Daniela Angelina Jelincic
Cultural heritage has, for a long time, been considered a source of wealth and well-being for economies. Currently, considerable investments have been allocated for its renewal and maintenance that often surpass the budgets of owners, local communities, and other interested users. Cultural heritage valorisation is expensive and is a great economic challenge. Infrastructural investment, i.e., conservation and restoration, are just one part of the total costs of cultural heritage preservation, while other investments relate to regular operation and maintenance. One of the most difficult decisions for those who design the cultural heritage restoration projects is how to finance them, i.e., what the most efficient financial instruments are for renewal of cultural heritage. These assumptions have instigated interest in the evaluation of services resulting from common good functions of cultural heritage, such as economic, educational, historical, technological, ecological, and climate, as well as tourism and recreational. Therefore, this article starts from the analysis of potential funding sources for cultural heritage through the European Union (EU) funds; a method of economic evaluation of the return on investments and cost–benefit analysis is suggested as a method that should be used in decision making on these interventions.

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Sanja TismaSanja Tisma
Sanja Tisma
SMSanja Maleković
Sanja Maleković
Daniela Angelina JelincicDaniela Angelina Jelincic
Daniela Angelina Jelincic
Mira Mileusnić ŠkrtićMira Mileusnić Škrtić
Mira Mileusnić Škrtić
IKIvana Keser
Ivana Keser
Entrepreneurs are constantly looking for new models to address growing global challenges in a sustainable manner. Over the past several decades, those challenges have been identified and responded to through the development of social entrepreneurship. There is a number of research dealing with the theoretical concepts of those topics; however, the definitions and framework for action are different from country to country. Having in mind that the main idea of social entrepreneurship is to enable decent work for employees and to gain broader welfare for communities, the purpose of this paper is to analyse the development of social entrepreneurship in Croatia. The research is focused on recent developments, connecting key definitions and principles of social entrepreneurship with common trends and concrete case studies. This study’s results show that there are different approaches to social entrepreneurship globally. However, social entrepreneurship in Croatia develops within a clear legal framework. The current state of social enterprises is connected with respective public policies, while the number and types of social entrepreneurs are constantly rising in the last few years. The results of the analysis also show that there are still actions to be taken in order to encourage future policy measures aiming to support social entrepreneurs in Croatia.

6 December 2024 in Land
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Mira Mileusnić ŠkrtićMira Mileusnić Škrtić
Mira Mileusnić Škrtić
Sanja TismaSanja Tisma
Sanja Tisma
DGDavor Grgurevic
Davor Grgurevic
This paper investigates the illegal activities that may negatively impact the environment in Croatia’s protected areas, particularly those associated with tourism. Failure Mode and Effects Analysis (FMEA) and sensitivity analysis are used to identify distinct high-risk activities specific to different park types. Coastal parks are found to be particularly vulnerable to maritime-related illegal activities, with high risk exposure from mooring vessels and swimming in prohibited areas. These parks also face significant risks from illegal fishing and the capture of strictly protected plants and animals, highlighting the need for enhanced marine ecosystem protection. Mountainous and forest parks face significant risks from fire-related activities, while wetland parks are sensitive to poaching and illegal fishing. Additionally, diverse landscape parks show increased vulnerability to littering, poaching, and the collection or harvesting of strictly protected plants and animals. The results underscore the necessity for tailored risk-management strategies that prioritize interventions based on park-specific challenges. By addressing the unique vulnerabilities of each park type, this study contributes insights into mitigating environmental threats posed by tourism and emphasizes the importance of continuous monitoring and adaptive management in protected areas.

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Sanja TismaSanja Tisma
Sanja Tisma
MŠMira Mileusnić Škrtić
Mira Mileusnić Škrtić
The application of blockchain technology in the field of environmental economics is still in its inception so it is not sufficiently used in a holistic and integrated life cycle sustainability assessment (HILCSA). The capability of the blockchain to provide a verifiable and transparent record can make it a good tool in environmental economics for an agile reflection in doing business and production. The research is focused on the advantages and challenges in the inclusion of blockchain technology into a holistic life cycle assessment. Based on the existing possibilities of using blockchain technology in environmental economics and life cycle assessments (LCAs), a framework and a model for applying the blockchain in the holistic life cycle sustainability assessment are proposed. A Design Science methodology was used as a research strategy. Particular emphasis in this paper is put on risk management when integrating blockchain methodologies through environmental economics into the life cycle sustainability assessment (LCSA) in order to use all the advantages of the blockchain technology optimally.

8 October 2019 in Geosciences
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Daniela Angelina JelincicDaniela Angelina Jelincic
Daniela Angelina Jelincic
Sanja TismaSanja Tisma
Sanja Tisma
ZLZoltan Lantos
Zoltan Lantos
ITIva Tolić
Iva Tolić
Cross-border areas and cross-border cooperation are one of the priorities of the EU policy. Those areas, often rich in recreational, cultural and natural resources provide a great potential for the development of sustainable tourism. The article analyzes the tourism in the Croatian-Hungarian (HR-HU) cross-border area under the assumption that different interventions can influence the perception of tourists and contribute to the realization of the full potential of the area. The method applied in the analysis is the gravity model. The results obtained by the model were tested with online in-depth interviews with three experts having backgrounds in entrepreneurship, decision making and the non-governmental sector, and focus groups, consisting of 31 experts in the field, show that altogether 72% of the tourists cross the border during a trip to the HR-HU border regions. Almost half of the respondents plan and organize programs during the trip. The main sources of collecting information about a trip are friends, family members and acquaintances, while 80% of the respondents also use at least one online tool for planning of the trip. In order to improve tourism indicators in the Croatian-Hungarian cross-border area, development of a cross-border online platform is being envisaged that would integrate different services and attractions, collect and utilize data, being the most important new raw material, thus opening a completely new space for virtual tourism.

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Sanja TismaSanja Tisma
Sanja Tisma
Mira Mileusnić ŠkrtićMira Mileusnić Škrtić
Mira Mileusnić Škrtić
The integration of bioeconomy principles in bionic production holds promise for enhancing sustainability and resource efficiency. This scientific article aims to investigate the potential of bioeconomy-driven approaches in bionic production, focusing on the utilization of renewable biological resources, sustainable manufacturing techniques, and circular design strategies. The research questions guide the exploration of resource utilization, manufacturing techniques, waste reduction, environmental impact assessment, and economic considerations. The article presents a conceptual framework that integrates bioeconomy principles throughout the life cycle of bionic products, validating the proposed concepts and methodologies. By embracing bioeconomy principles, this article highlights the potential of bionic production to contribute to sustainable development, resource conservation, and the transition toward a bioeconomy.