Search Results (1,194)

The aim of this systematic literature review was to analyse how hydrological–hydraulic modelling, through the assessment of surface stormwater runoff behaviour, can support the participatory management of socio-environmental risks such as flooding, flash floods, and landslides. For this, 31 publications dating from 2015 to 2025 were selected from Scopus, ScienceDirect and Web of Science databases, following the Preferred Reporting Items for Systematic Reviews and Meta-Analyses (PRISMA 2020) guidelines, to examine the importance of integration between modelling and community participation for risk management. The results indicate that, despite recent advances, most studies still prioritise either the technical application of modelling or community participation, without articulating the two approaches in risk analysis and management processes. There is a scarcity of methods that effectively combine local knowledge into the collaborative construction of scenarios and in the continued use of modelling as a tool for monitoring flood risks to disseminate community information. It was observed that studies carried out in developing countries use simpler methods, using community participation as an alternative to the absence of data. In developed countries, however, studies use more advanced methodologies through institutionalised processes. In contexts marked by high vulnerability, the integration of community participation and technical tools, such as hydrological–hydraulic modelling, represents a promising pathway toward more equitable and efficient risk management practices, aligning with sustainability agendas such as the Sustainable Development Goals (SDGs). Full article

Cultural heritage is a critical pillar of identity, social cohesion and continuity within ethnocultural communities. However, the preservation of cultural heritage across Southern Africa is largely constrained by fragmented colonial policy implementation, and limited community engagement. This study critically examines the application of the Evidence-Based Policy and Practice (EBPP) model as a decolonizing framework for sustainable management of cultural heritage. The study conducts a structured scoping review of literature to explore the integration of EBPP with the principles of Collective Benefit, Authority to Control, Responsibility, Ethics (CARE), and the principles of Findable, Accessible, Interoperable, Reusable (FAIR) to support inclusive and ethical governance. The findings of the study reveal that sustainable management of cultural heritage is dependent upon community-led governance, alignment between research, policy, and practice, and strengthening of intellectual property protections. The study identifies persistent gaps in the operationalization of indigenous knowledge policies and highlighted the need for participatory approaches to ensure the long-term sustainability of cultural heritage. The study argues that the integration of EBPP, alongside the principles of CARE and FAIR, significantly enhances accountability, fosters data sovereignty, and supports the decolonization of knowledge systems. Thus, the study makes a significant contribution to the growing global discourse on sustainable development by positioning cultural heritage as a dynamic resource for social transformation. Full article

Background/Objectives: The trainer–doctor model (TDM) is a participatory paradigm in which the physician acts as a mentor and educator. Effective health communication and patient engagement are key determinants of treatment adherence and health outcomes. Based on this conceptual framework, the present study aimed to assess preferences for the Trainer–Doctor Model among dental practitioners and patients, examine the influence of demographic variables, and provide a preliminary psychometric evaluation of the TDM questionnaire in accordance with the COSMIN (COnsensus-based Standards for the selection of health Measurement Instruments) criteria. Methods: A cross-sectional survey was conducted in Romania between May 2023 and April 2024. The study included dental practitioners recruited during scientific dental conferences and patients recruited from a private dental practice in Alba Iulia, Romania. Eligible participants were adults aged 18 years or older who provided written informed consent and completed the data protection requirements. Individuals younger than 18 years of age or those who did not provide complete informed consent were excluded. Participants completed a 12-item Likert-type questionnaire assessing preferences toward the Trainer–Doctor Model. Results: Both groups showed high TDM preference (practitioners: 43.93 ± 5.56; patients: 44.77 ± 4.84; p = 0.195); 71–76% of responses were high-preference (≥4). Cronbach’s α with reverse-scored items was 0.752/0.651. EFA (KMO = 0.740; Bartlett’s p < 0.001) identified a 3-factor structure, explaining 51.3% of the variance. Patients scored significantly higher on items A (p = 0.002), B (p = 0.022), and F (p = 0.005). Conclusions: Both groups demonstrate a strong, consistent preference for TDM across demographics. The preliminary psychometric evaluation indicates acceptable internal consistency and structural validity; however, further validation, including Delphi-based content validation and confirmatory factor analysis, is required. Full article

Recreational fisheries are one of the most widespread forms of inland water use in developed countries, and they are increasingly being interpreted as a social–ecological system that integrates ecosystems, users, and governance structures. This study aimed to evaluate the perceived status of fish resources, the effectiveness of the management system, and the obstacles to developing recreational fisheries in Poland. The evaluation was based on a nationwide survey (CAWI, N = 1574). The results indicate a critical perception of both resource conditions and management performance. Institutional barriers were identified as the most significant. While environmental factors remain significant, their role should be interpreted within the broader context of governance effectiveness. The structure of motivations confirms the dominance of recreational and environmental functions over utilitarian and economic ones, highlighting the growing importance of cultural ecosystem services. The findings reveal a discrepancy between the evolving recreational aspects of angling and the existing management system, indicating an institutional mismatch that poses a significant challenge to sustainable water resource management. These findings align with the Sustainable Development Goals, particularly those related to water quality and ecosystem protection. While the study focuses on Poland, the identified challenges are not unique and are relevant to many countries undergoing similar transformations. The results emphasize the need for more integrated, adaptive, and participatory governance models. Full article

The Active Music Programme (MAP) is an interdisciplinary initiative designed to foster inclusion, communication, and emotional well-being through participatory music-making. Integrating active music education, guided improvisation, and creative interaction, MAP seeks to enhance quality of life for individuals with diverse abilities. This pilot project, implemented in a special education centre with adolescents and adults with Autism Spectrum Disorder (ASD), combines weekly collaborative sessions led by music and education professionals. Using a qualitative, participatory framework, the study aims to examine how musical engagement is expected to support shared attention, emotional regulation, and social connection, positioning MAP as a replicable model for inclusive education and community practice. Full article

As artificial intelligence (AI) becomes increasingly important in rural revitalization, building consensus among multiple stakeholders and developing participatory digital co-creation platforms has grown increasingly urgent. However, existing large language model (LLM) systems predominantly adopt a one-shot generation paradigm, making it challenging to accurately capture villagers’ cultural aspirations and frequently resulting in a significant disconnect between design outputs and community expectations. This situation reveals deficiencies in progressive deliberation mechanisms and cultural controllability. To address these issues, this study proposes a multimodal Participatory Landscape Demand Generation (PLDG) system to enhance AI-generated dialogue controllability, facilitate effective cultural translation in sensitive rural contexts, and promote sustainable development where landscape design both drives and reflects rural revitalization. The system leverages LLMs to simulate stakeholder participatory interactions in village landscape design scenarios. Using culturally distinctive Chinese villages as case studies, the research conducts multi-role simulated dialogues, multimodal semantic extraction, and iterative consensus-building, and evaluates the resultant data to generate landscape design proposals. The results indicate that the PLDG system significantly improves participation efficiency among diverse design stakeholders and enhances the sustainability of design decisions. Compared to conventional methods, metrics such as cultural compatibility, villager participation, and design innovation show substantial improvements. These findings demonstrate the considerable potential of human-AI collaboration in future rural planning. This study introduces the Culture Constraint-Driven Rural Landscape AI Collaborative Design Framework (PLDG), validating its practical efficacy in identifying culturally sensitive elements, ensuring cultural congruence, facilitating community participation, and fostering design innovation. Consequently, it provides a reusable, iterative operational tool for the digital renewal of sustainable rural landscapes. Full article

This study addresses the critical challenge of food waste in the hospitality sector, directly contributing to Sustainable Development Goal (SDG) 12.3. We conducted an intervention at a community-based culinary innovation center involving 18 participants. The research integrated the Collaborative System Model (CSM)—a framework that facilitates multi-stakeholder co-creation through knowledge interaction and feedback loops—into a Participatory Design (PD) process. Results demonstrated that the intervention reduced fruit waste mass by 72% per session and increased byproduct reuse rates from 15% to 68%. Sensory evaluations confirmed that these waste-reduction practices did not compromise product quality (p > 0.05). This approach provides a behavior-anchored unit process for pre-consumer waste reporting. Full article

Background: Telehealth is increasingly positioned as a solution for healthcare access among older adults; yet for transgender older adults, its application remains undertheorized, inconsistently implemented, and frequently reductive. Structural barriers, including provider incompetence, administrative misgendering, insurance precarity, and the clinical invisibility of aging transmasculine bodies, shape this population’s relationship to telehealth in ways that existing frameworks have not adequately addressed. Objective: This study examines the structural conditions shaping transmasculine and gender-nonconforming older adults’ engagement with healthcare and telehealth, and centers their visions for transformed, justice-oriented virtual care. Methods: Four semi-structured focus groups (n = 14 transmasculine and gender-nonconforming older adults, ages 40–67) were conducted via Zoom in June 2024 and analyzed using Braun and Clarke’s reflexive thematic analysis. The study was designed according to community-based participatory research (CBPR) principles. This study followed the Consolidated Criteria for Reporting Qualitative Research guidelines to ensure methodological transparency in reporting. Results: Analysis yielded five themes: (1) the provider competency crisis; (2) administrative violence and the architecture of misgendering; (3) insurance, politics, and the precarity of access; (4) the aging transmasculine body as uncharted clinical territory; and (5) participants’ collective vision for relational, community-centered care. Conclusions: We introduce the Campfire Model of Relational Telehealth, a conceptual framework comprising five empirically derived pillars: gathering, warmth, collective knowledge, safety, and accountability. The model argues that telehealth must move beyond transactional encounters toward a relational ecosystem of care grounded in justice, belonging, and structural transformation. We conclude with a call to action for providers, policymakers, and researchers to dismantle structural barriers and advance telehealth that cultivates dignity, belonging, and equity. Full article

The study applies a multiphase, multimethod research approach based on participatory methodology. It integrates the perspectives of professionals from the tourism and hospitality industry and academic experts with the aim of developing an integrated conceptual model of the influence of AI and IoT technologies on work processes, skill development, and job attractiveness in the industry. The research provides a comprehensive understanding of how digital technologies indirectly shape employment through changes in work organization and the development of transferable digital and socio-emotional skills. The paper aims to contribute to redefining the perception of work in tourism and hospitality by emphasizing the sector not only as a career choice, but also as a platform for acquiring skills transferable to other industries. The findings revealed that employees’ intentions to enter or remain in the industry are not directly influenced by AI and IoT technologies; rather, these effects are mediated through changes in work processes and, more importantly, through skill development. The study contributes theoretically by developing and empirically validating an integrated conceptual model that connects technology implementation, work transformation, skill development, and employment outcomes. From a practical perspective, the results highlight the importance of human-centered implementation strategies based on training, communication, and employee inclusion in order to maximize the benefits of digital technologies. Full article

The spatial distribution and productivity of subsistence resources are central to food security, nutrition, and cultural vitality in circumpolar Indigenous communities. Yet few studies incorporate Indigenous Knowledge in methodology to monitor subsistence plant species. Here, we apply participatory action research to develop a monitoring system for the culturally and nutritionally important Rubus chamaemorus (atsalugpiaq, salmonberry) near the Yup’ik village of Quinhagak in southwest Alaska. With support from community members, two ground-truth surveys assessed berry productivity at nine sites within Quinhagak’s Traditional Land Use Area. Seventeen interviews identified key themes related to subsistence harvest and highlighted winter meteorological factors important for analysis. We compiled a multi-year dataset including PlanetScope eight-band SuperDove imagery (3 m GSD); airborne LiDAR and satellite-derived DEMs; and four meteorological parameters. Linear regression and multiple adaptive regression splines were tested to evaluate relationships among vegetation health, climate, landscape features, and berry productivity. Model outputs identified chlorophyll-related vegetation indices, particularly MTCI, as strong predictors of harvest outcomes, with higher flowering-season MTCI values associated with greater berry abundance. This work establishes a foundational, scalable approach for the long-term monitoring of Arctic subsistence plants in conjunction with Arctic communities and demonstrates the value of multi-layer data integration in regions historically challenging for remote sensing and ground surveys improving outcomes for regional harvest predictions and increased understanding of possible mechanisms controlling berry productivity in Arctic regions. Full article

This paper proposes a sociological reinterpretation of the concept of sustainability, understood as a cultural dispositive capable of shaping habitus, social representations, and models of action. From a culturalist perspective, sustainability is analysed as a process of social construction grounded in the internalisation of values, knowledge, and practices that contribute to the formation of responsible citizenship. Within this theoretical framework, the school assumes a strategic role in processes of sustainability education by fostering the ethical, collaborative, and inclusive competences required to address contemporary socio-environmental transformations. The paper presents the Edumat+ design protocol, developed within the framework of the Erasmus+ programme, aimed at experimenting with innovative methodologies for digital education in primary schools through the integration of STEAM approaches, with reference to coding, educational robotics, and information design. The protocol involved the development of infographic mats and digital learning activities focused on themes of environmental sustainability. The findings highlight how the integration of digital education, visual storytelling, and collaborative learning can contribute to the construction of inclusive and participatory educational environments capable of supporting processes of sustainable citizenship from primary education onwards. Although the activation of such pathways is consistent with recent European policies promoting the integration of digital technologies and STEAM approaches within schools, particularly through initiatives focused on teacher education and the acquisition of technologies and software, the widespread dissemination of the project still requires further governmental support, especially for the development and dissemination of the project outputs. Full article

Forest bioenergy holds significant potential for North American decarbonization and energy security, yet persistently high logistics costs, feedstock quality variability, and geographic dispersion of biomass resources continue to constrain commercial viability. This review asks what it will take for forest bioenergy supply chains to achieve economic and operational lift-off, identifying key bottlenecks and the most promising pathways to scale. We systematically review 237 peer-reviewed studies and technical reports with the majority published between 2000 and 2025, covering feedstock types ranging from logging residues and woody biomass to short rotation woody crops, and end-products spanning solid biofuels, heat and power, thermochemical products, and sustainable aviation fuel. The literature consistently identifies delivered cost, feedstock quality control, and the geographic mismatch between biomass supply and conversion facility location as the three primary barriers to sector viability. Depot-based preprocessing, cascading utilization strategies, and participatory landowner contracting emerge as the most effective near-term solutions for improving supply chain economics and mobilizing economically recoverable biomass. At the frontier, AI-enabled optimization, digital twin modeling, and integrated biorefinery configurations show strong potential to manage spatial variability and unlock the scale economies on which commercial viability depends. Translating these advances into practice will require stable, long-term policy signals and coordinated investment across the full supply chain. Full article

Background/Objectives: Clinical childbirth in high-income countries is increasingly shaped by standardised routines that do not always accommodate individual preferences. In Germany, approximately one in eight pregnant persons experiences clinically significant childbirth-related post-traumatic stress disorder symptoms, with pregnant persons facing language or health-literacy barriers being at particular risk of inadequate preference integration. Methods: This paper presents the conceptual foundation and proposed study design for FAIR-Birth, an interdisciplinary initiative to develop and feasibility-test a mobile application supporting Advance Birth Planning (ABP) embedded within midwifery-led antenatal care. The intervention combines four elements: transfer of the Advance Care Planning concept to antenatal care, a domain-restricted Large Language Model (LLM) supporting multilingual preference articulation, integration of the resulting ABP document into midwifery-led continuity of care, and iterative adaptation. Following the updated MRC framework, this study will employ a sequential mixed-methods design encompassing systematic review, participatory instrument development, Delphi consensus on the knowledge base, iterative technical development with usability testing, and a feasibility study across two perinatal centres in Bavaria. Results/Conclusions: FAIR-Birth is expected to generate a content-validated ABP instrument, a domain-restricted multilingual LLM dialogue system, and an evaluated application prototype. The work corresponds to the development and feasibility phases of the MRC framework; effectiveness questions are reserved for a planned subsequent randomised controlled trial. Full article

Integrated Valuation of Ecosystem Services (IVES) has emerged as a pluralistic framework for bringing multiple forms of ecosystem service value into relation for environmental decision-making. Within this literature, socio-biophysical approaches have become especially prominent, most often comparing biophysical estimates of ecosystem service supply with social measures of demand-as-use. However, recent studies increasingly move beyond this supply–demand framing by operationalizing alternative social value constructs. This study conducts a scoping review of this emerging literature following PRISMA-ScR procedures. We identify 18 empirical socio-biophysical studies that compare biophysical supply with social value constructs other than demand-as-use. Across these studies, we identify three recurring constructs: perceived importance, perceived supply and recognition of ecosystem services. We examine how each construct is operationalized and how it is compared with biophysical supply. Our synthesis shows that social construct choice shapes the basis of socio-biophysical comparison, the spatial and analytical strategies available and the governance insights that can be drawn from integrated valuation. Perceived importance is most useful for identifying social priorities and anticipating public reception of management interventions. Perceived supply better supports spatial targeting, hotspot-based planning and comparison with modeled ecological supply. Recognition reveals awareness gaps and under-recognized services that can inform communication, education and participatory planning. By clarifying these construct-specific contributions, this review supports more targeted construct selection in future socio-biophysical IVES research. Full article

Background and rationale: A review of the current disaster-recovery literature highlights the lack of standard frameworks for comparing recovery experiences. Indicator-based evaluation tools are often context-specific, and the generalizability of lessons learned from case studies is limited. This research offers a diagnostic framework that can be used both as a tool for analyzing and strengthening specific instances of disaster recovery and for comparing recoveries across contexts. Methodology: The literature search was conducted to identify important elements of recovery. Results: This article presents the Recovery Typology Framework (RTF)—a tool for analyzing and characterizing recovery efforts, identifying recovery strengths and weaknesses, and comparing disaster recovery across settings and scales. Useful to both scholars and practitioners, the RTF is divided into process, outcome, and assessment aspects of disaster recovery. Recovery processes can be efficient or participatory. Recovery outcomes can be aimed at stabilization, restoration, or improvement. Both objective and subjective assessment methods can be used to evaluate recovery processes and outcomes. Types of evaluation vary from formative to summative throughout the recovery process. This article applies the RTF to Israel’s national long-term earthquake recovery plans, demonstrating how this tool can be used to characterize, critique, and improve recovery planning. Contribution and usefulness: The study contributes to disaster-recovery scholarship by offering a conceptual–analytical framework that integrates governance processes, recovery outcomes, and assessment mechanisms into a single comparative structure. Rather than proposing a prescriptive or empirically validated model, the RTF is designed as a diagnostic and interpretive tool that can be applied across diverse contexts to reveal trade-offs and guide more reflexive recovery planning. The framework makes it possible to identify the unique blend of elements in specific recovery experiences, outlines the trade-offs implicit in recovery decision-making, and facilitates comparison of recovery experiences across contexts. Contribution to UN SDGs: The RTF offers a tool for identifying areas of recovery that contribute to and threaten the long-term sustainability of recovery efforts. Full article