Search Results (244)

Natural threats are becoming increasingly frequent and difficult to anticipate, urging public authorities and stakeholders to adopt sustainable methodologies and tools capable of continuously supplying historical and real-time data on hazards and their impacts. Such tools enable the prompt activation of recovery actions, enhance the resilience of citizens and the built environment, and contribute to the achievement of the Sustainable Development Goals (SDGs). This paper presents an interoperable and multipurpose framework developed within the MULTICLIMACT project (GA n. 101123538), designed to enhance urban smartness and sustainability, and to support and improve resilience in municipal decision-making. The framework integrates heterogeneous data sources into a unified environment, covering infrastructures, buildings, and social systems. It also includes physiological monitoring, which collects physiological parameters from wearable sensors in a privacy-preserving way, and microclimate monitoring, which records indoor air quality in inhabited environments. Simulation-based analyses are applied to capture cascading effects of disruptions, while multidimensional indicators (societal, economic, operational, and health-related) are used to quantify resilience. The approach was implemented in the Italian municipality of Camerino, where hazard monitoring systems, impact assessment tools, and indoor comfort data were integrated and validated in the SCP-MULTICLIMACT platform. The proposed approach offers a replicable model for integrating environmental and health data in support of climate resilience and sustainable urban development. Full article

The COVID-19 pandemic had a major impact on the reliability of global supply chains, the availability of selected products including food, food prices, food purchase and consumption behaviour. The aim of this study is to identify potential differences in food waste levels and behaviours in Germany during the pandemic compared to pre-pandemic periods. The data are based on two highly representative household diary studies on food waste with sample sizes of over 6500 participants each. This study uses descriptive statistics as well as a mixed model approach to examine food waste amounts per product group, disposal reason and life cycle category and compare the survey year 2020 with the years 2016/17. A linear mixed model is applied to examine the effects of the pandemic and lockdown phases on the development of food waste amounts in 2020. The results show that total and unavoidable food waste increased significantly in the 2020 pandemic period compared to the same period in the 2016/17 survey, while avoidable food waste decreased. This suggests an improvement of food management skills while, at the same time, food consumption, and therefore also food waste, shifted from outside to inside the home. Also, the composition of product groups was affected by altered consumption patterns during the pandemic. The results are relevant to the post-pandemic period, as they raise the question of whether a deceleration in everyday life is a prerequisite for adopting more sustainable food behaviours and developing appropriate planning, storage and handling. Policies should therefore focus on encouraging citizens to engage with the issue, prioritise it and develop an interest in food management. Future research should focus on the ways in which behaviours that reduce food waste can be encouraged, as well as on the long-term effects of food supply chain disruptions and events altering everyday life in households in relation to food waste. Full article

The 2030 Bilingual Policy was introduced in Taiwan to strengthen citizens’ English communication skills, especially among young people, and to enhance their global competitiveness. Within Taiwan’s educational context, several challenges have emerged. In response, researchers have examined the key factors contributing to effective bilingual education, including policy implementation, bilingual instruction models, teacher professional development, and the availability of teaching resources. Despite their important role in bilingual instruction, bilingual professional learning community (BPLC) remains an underexplored topic of discussion. In particular, how BPLC can support subject teachers with limited English proficiency, a common phenomenon in Taiwan, is a question that needs further investigation. Thus, this study aims to implement a sustained BPLC to examine its functional role and influence on bilingual instructional transformation among teachers with limited English proficiency. The study draws on classroom observation notes, BPLC discussions, and interview data collected from fall 2024 to summer 2025. The findings show that regular classroom observations and bilingual professional conversation meetings benefit teachers across various areas, including classroom management, lesson planning, and language development. The BPLC provides real-time feedback and long-term developmental guidance, thereby facilitating more effective bilingual instruction. To conclude, this study contributes to the understanding of the dynamic relationship between bilingual instruction and BPLC. It also offers insights into how BPLC can support teachers with limited English proficiency in various ways. Full article

This qualitative study investigates how local project managers interpret the concept of participation when implementing participatory processes under the Emilia-Romagna (Italy) regional framework. Drawing on 41 in-depth interviews with project managers and key personnel from participatory initiatives funded between 2020 and 2024, the research examines how these actors interpret the concept of participation and how their views align with regional objectives. Thematic analysis reveals that participation is widely viewed as a process of shared responsibility, co-decision, empowerment, and active citizenship. Participants described participation as both a political and relational act, involving co-responsibility, information exchange, and commitment to the common good. While many embraced a transformative vision of participation, others highlighted institutional constraints and the risk of participation being reduced to rhetoric. Additionally, gendered differences emerged in the way participants framed participation, with women emphasizing relational and care-based dimensions, and men focusing more on agency and power. The findings suggest that participation, when meaningfully enacted, is seen as a driver of democratic engagement and institutional trust, but it requires a sustained effort to go beyond procedures and enable genuine collaboration between institutions and citizens. Full article

This paper introduces a novel approach to tree modeling architecture integrated with blockchain technology, aimed at enhancing landscape spatial planning and forest monitoring systems. The primary objective is to develop a low-cost, automated tree CAD modeling methodology combined with blockchain functionalities to support smart forest projects and collaborative design processes. The proposed method utilizes a parametric tree CAD model consisting of four 2D tree-frames with a 45° division angle, enriched with recorded tree-leaves’ texture and color. An “AI Text-by-Voice CAD Programming” technique is employed to create tangible tree-model NFT tokens, forming the basis of a thematic “Internet-of-Trees” blockchain. The main results demonstrate the effectiveness of the blockchain/Merkle hash tree in tracking tree geometry growth and texture changes through parametric transactions, enabling decentralized design, data validation, and planning intelligence. Comparative analysis highlights the advantages in cost, time efficiency, and flexibility over traditional 3D modeling techniques, while providing acceptable accuracy for metaverse projects in smart forests and landscape architecture. Core contributions include the integration of AI-based user voice interaction with blockchain and behavioral data for distributed and collaborative tree modeling, the introduction of a scalable and secure “Merkle hash tree” for smart forest monitoring, and the facilitation of fintech adoption in environmental projects. This framework offers significant potential for advancing metaverse-based landscape architecture, smart forest surveillance, sustainable urban planning, and the improvement of citizen involvement in sustainable forestry paving the way for a greener future. Full article

Islands and island communities are often perceived as homogenous in mainstream discourse. While many islands share characteristics, such as smallness or isolation, these are experienced differently across and within island contexts and intersect with spatial, socio-cultural, political, and economic landscapes. The concept of islandness is developed to both understand shared island characteristics and their differences across places, communities, and situations. This makes islandness highly relevant to discussions of green transitions as it highlights the need to examine the diverse, intersecting, and local realities that might interfere with green citizenship. However, analytical approaches to islandness are limited, with few spatial, scalable, and transferable frameworks available. This paper argues that spatial microsimulation offers a productive way to engage with islandness using the case of climate change and environmental attitudes across Iceland. We present the SimIceland model, developed within the EU-funded project PHOENIX: The Rise of Citizens’ Voices for a Greener Europe. The model is developed to better understand how Iceland’s citizens’ feel about climate change by taking socio-cultural, environmental, and different geographical administrative regions into account. Through a simple example of an analytical demonstration, we show how this model can support a deeper understanding of islandness in the specific context of climate attitudes in Iceland. Furthermore, we discuss how the model can contribute to public participation initiatives. The model and data are open access, and we conclude by inviting further developments and the use of spatial microsimulation to explore islandness, green citizenship, and participatory approaches to sustainability in island contexts. Full article

This paper contributes to the field of urban waste collection systems, which are crucial for advancing sustainability, urban cleanliness, and the aesthetic quality of cities. Specifically, it introduces a novel framework designed to support planners and decision makers in the design of efficient and responsive textile waste collection systems, aligned with both environmental objectives and citizen engagement. To this end, the framework exploits a hybrid simulation platform that realistically models the logistics infrastructure in a spatially explicit environment. Also, within the framework, citizens are represented as adaptive agents whose environmental attitudes evolve through personal experience, social influence, and perceived service quality. The behavioural layer is the core element of the framework. It enables dynamic analysis of the two-way feedback between citizen participation and service effectiveness to underscore the often-overlooked role of citizen behaviour in shaping overall system performance. The model was tested in a representative urban scenario under varying operational conditions. The results highlight how policy incentives and smart collection infrastructure can significantly boost participation, while social segregation may hinder the adoption of sustainable practices. The framework ultimately offers a generalisable decision-support tool to explore the behavioural dimension of circular economy initiatives and develop robust, scenario-based strategies. Full article

Cultural and ecological heritage is often an essential ingredient for sustainable urban and regional regeneration and needs to be properly managed for an environment-benign development. Many heritage-led areas in Europe, named here ‘cultural-ecological complexes’ (CECs), seek a sustainable, regenerative, and actionable strategy. Our study aims to identify successful CECs from the viewpoint of their transformative cultural potential, assessed through surveys among visitors and residents. The research focuses on the assessment of seven Cultural-Ecological Complexes (CECs) in Europe: Karlsborg (Sweden), Mark (Sweden), Larnaca (Cyprus), Basilicata (Italy), Huesca (Spain), Vojvodina (Serbia), and Sibiu (Romania/Moldova). The European areas under study are selected on the basis of their transformative cultural tourism profile and potential, with the aim of tracing a balanced, sustainable development and a positive regenerative or circular transition. Each CEC was analyzed based on its transformative cultural potential and sustainability impact using multivariate Data Envelopment Analysis (DEA). Each region under consideration comprises a set of ‘information agents’, in particular visitors and residents, who may be regarded as informal stakeholders providing crucial or decisive information and guidelines on the sustainability situation in the region and on ways to proceed to transformative cultural tourism. This novel approach is essentially a form of citizen-based or agent-based co-creation. In our study, empirical information on the perceptions, preferences, and involvement of such agents was collected through systematically structured and consistently administered surveys among hundreds of participants (visitors, residents, etc.) in seven CECs in Europe. The research methodology is based on a blend of multivariate statistics (in particular, Principal Component Analysis—PCA) and spatial efficiency analysis (using Data Envelopment Analysis—DEA). The agents in each region are conceived of as spatial decision-making units (DMUs) in a DEA framework. Our DEA assessment model contains a multiscalar structure organized in a cascadic and interactive form with two constituents, namely cultural-ecological areas (CECs) and place-based information agents. The findings from this novel Multivariate DEA provide generic directives for an enhancement of the cultural-ecological performance for CECs and offer quantitative information for place-based efficiency-improving strategies of CECs in various contexts. Full article

To empower citizens against disinformation in a sustainable way, teaching media literacy is important, especially among young children, enabling them to use this competence throughout their lifetime. Prebunking and debunking are two different teaching methods to enhance media literacy and fight disinformation. Prebunking is a technique based on teaching people to recognize disinformation in advance so that they are aware of it. Debunking is characterized by refuting disinformation after the target group has been exposed to disinformation. To compare their impact, our empirical study conducted an exploratory experiment at two primary schools in the Netherlands in Spring 2024. One group of primary school children (10–13 years old) was exposed to a prebunking intervention (based on inoculation, a psychological approach directed against the disinformation manipulation techniques) while the other group was exposed to a debunking intervention (based on a traditional media literacy lesson). Both groups were questioned about the reliability of digital information (news items) to measure the effectiveness of prebunking compared to debunking. We addressed the following question: To what extent can the impact of pre- and debunking as an educational method for media literacy among Dutch primary school children be measured by an exploratory experiment? Full article

The emphasis on collaborative governance and effective leadership to bring any social change is gaining prominence among researchers. This study investigates how leadership and collaborative governance can drive social change in waste management in Campania, using a qualitative, multi-site case study approach. Interviews of relevant politicians, public managers, citizens, waste management organizations and academics were conducted (2023–2024). This research uses the lens of multiple theoretical frameworks such as collaborative governance, network agency, public value framework and transformational leadership to explore different dynamics of the research such as stakeholder engagement, public value creation and leadership effectiveness in waste management. Moreover, several obstacles in the way of achieving social change in Campania concerning waste management and environmental sustainability are identified. The findings of this study added to the theoretical understanding of collaborative governance and social change through the demonstration of how transformational leadership, stakeholder participation and trust-based relationships drive good waste management while identifying structural limitations such as corruption and organized crime that hindered governance. Practically, it highlights five interconnected themes from interviews of leadership that civic leaders and managers must establish to promote positive social change: Difficulties in leadership effectiveness, civic potential unused, media mobilization, hope for a miracle and stakeholder engagement diversification. The public value framework is used to analyze the potential role of leadership in bringing change in society. The research findings are replicable and can be applied to a similar set of circumstances. This study advances existing research by addressing the gap in understanding how collaborative governance and transformational leadership can be integrated to tackle waste management and environmental sustainability challenges. The findings can be applied to other regions facing similar governance challenges, making it relevant for global sustainability efforts. Italy’s government has green-lighted projects to make these activities more visible while downplaying their negative impacts on the environment and public health. Full article

In the Anthropocene era, climate change highlights the need to abandon the centralized energy generation model using large installations located far from consumption centers, and to move towards an urban energy transition based on decentralized self-consumption models—both individual and collective—and local energy communities. These approaches reduce emissions and external dependency, strengthening resilience, urban sustainability, and promoting energy justice and citizen participation. This work aims to develop a model for integrating photovoltaic solar systems in urban centers of high heritage value, combining the protection of cultural legacy with climate change adaptation strategies. A methodology is designed to integrate solar energy into urban areas while respecting cultural heritage in the most reasonable way possible. The proposed methodology consists of carrying out a characterization of the municipalities under study, considering legal, demographic, energy, and heritage aspects. Next, a territorial zoning is proposed that differentiates between protected and unprotected areas in each municipality. Visibility maps are developed to assess the impact of the installations by sector from the main visual consumption points, facilitating differentiated decisions to protect the most sensitive environments. In addition, specific measures are proposed, such as locating the installations in non-visible areas and using materials and techniques adapted to the construction typology, to preserve areas of higher cultural value and to implement energy communities and collective self-consumption outside culturally protected zones. This methodology is applied to two urban areas in the province of Jaén (South of Andalusia): Alcalá la Real and Cazorla, which, due to their different characteristics, demonstrate its versatility and adaptability. It is concluded that the transition toward decentralized models is an effective way to adapt cities to climate change, reinforcing social cohesion, contributing to the fight against energy vulnerability, and protecting historical heritage. Full article

This paper explores the concept of “bioharmonism” as a model for addressing sustainability and the Sustainable Development Goals (SDGs) by integrating the principles of biological balance and life harmony at various levels of nature and society. The purpose of this paper is to propose an integrative paradigm that rationally organizes the component concepts of different approaches and nuances developed over time in an attempt to find a path forward regarding contemporary societal changes. Thus, along the lines of transdisciplinary and holistic approaches, a connection is made between natural sciences, specifically life sciences, and social sciences, to understand in this way the evolution of human society. Specifically, the objective of this conceptual viewpoint is related to sustainability, resilience, and planetary health, indicating the need to analyze planetary bioharmony and transfer the model to the structure and functionality of human society. This is achieved by describing the pillars of this complex endeavor in a unified and coherent approach to highlight the bioharmonization process. This paper analyzes the definition and role of societal bioharmonism, then the methodological argumentation based on specific notions, principles, and laws, and finally, describes the application lines of the pillars of bioharmonism, using as a case study the provision of food for the human population. Solutions are highlighted that can conceptually contribute to the evolution of contemporary society, considering the convergence of anthroposystems with ecosystems, based on the interconnection of the current Biological Revolution with the performances offered by the Information Era. These solutions aim at societal bioharmonization, supported complementarily by its specific conceptual pillars, which, through integration and emergence, lead to a dynamic systemic balance. This, in turn, lays the foundation for reintegrating the environment and biodiversity into the economic equation, the citizen into the social equation, and science into the political equation. Full article

The Clean Energy package recognizes and offers a favorable regulatory framework for citizens and energy communities with renewable energy sources. However, various countries’ national regulations will be highly important for the successful development of energy communities in existing cities and surrounding areas. Energy communities represent a way in which citizens and local authorities can invest in clean energy sources and energy efficiency, with several benefits in addition to the financial ones, like strengthening the concept of community and individual contributions to reductions in the overall carbon footprint. In this paper, an overview of recent developments in financial incentives in energy communities, their organization, and typologies, as well as benefits shared among the participants, is performed. The overview reveals the potential of energy communities in contributing to the economic, energetic, and social development of cities towards sustainable and smart cities. Full article

We face significant challenges related to sustainability and social responsibility, so sustainable entrepreneurship is a key way to help address these issues. How can sustainable entrepreneurship contribute to combating climate change? This is the question from which this research started. The paper proposes important research directions to develop innovative and sustainable solutions tailored to the problem. By investigating the impact of different innovation strategies, the study aims to provide concrete recommendations to all stakeholders. Recognizing that effective climate action requires collaboration among government, businesses, non-governmental organizations, and citizens, the study emphasizes the importance of raising awareness, education, and access to information. Using fsQCA software version 4.1, the research analyzes various innovation strategies to develop tailored, sustainable solutions. The findings offer concrete recommendations for stakeholders, aiming to facilitate the implementation of sustainable practices and foster a supportive framework for green initiatives. Ultimately, this study contributes to efforts aimed at reducing the carbon footprint and promoting a more responsible economic model in Romania. The results not only provide concrete recommendations for relevant actors but also outline a strategic vision on how a more responsible economic model can be promoted in Romania, with the potential to influence sustainable development policies and inspire future initiatives. Full article

This study focuses on the analysis of lighting in night conditions to explain what lighting in parks should look like and how parks should be lit from the point of view of people’s perceptions. It addresses the impact of the lighting configuration of urban parks on preference, safety, mystery, legibility, and contact with the environment. The feelings of wheelchair users and able-bodied people were measured. The respondents assessed park landscapes presented in visualisations that varied in terms of lighting features and spatial contexts. This research showed, inter alios, that the participants rated evenly lit spaces more highly than those featuring spot lighting. In unevenly lit spaces, the lighting of the surroundings turned out to be crucial import for able-bodied people, while for the disabled respondents, a combination of lighting of the surroundings and of paths was significant. For evenly lit spaces, path lighting is less important for disabled people than for those without disabilities. These insights can help researchers to look at lighting solutions in a more human-centered way and take into account the environment in which they are used. This allows the design of night lighting in parks to be socially sustainable and promotes access to urban green spaces for all citizens. The study emphasises that the provision of sustainable lighting in parks should take into account different social groups, making light a common good. Full article