Sustainability

Pharmaceutical packaging is integral to the efficacy, safety, quality and regulatory compliance of medicinal products. However, traditional pharmaceutical packaging can cause harmful environmental effects due to a lack of eco-design methods, excessive use of synthetic materials, and a lack of effective recycling techniques. In response, a range of innovations in sustainable pharmaceutical packaging have emerged to mitigate these environmental effects. This scoping review aims to identify and map global innovations in sustainable pharmaceutical packaging developed within the last 25 years, examine implementation challenges, identify gaps in the literature, and suggest a framework to guide the pharmaceutical industry in adopting these eco-innovations. Following the PRISMA-ScR guidelines, this review analysed 100 studies from grey and academic literature published between the years 2000 and 2025. Data extraction and thematic analysis was performed and revealed four main areas of innovation: biodegradable materials, design, smart technology, and waste management. Key barriers to their adoption include regulatory, safety, and economic challenges. One gap identified in the literaturewas the lack of a framework to aid the implementation of innovations in sustainable pharmaceutical packaging. Therefore, this review also proposes a responsible packaging innovation framework.

As an emerging sports tourism event, Guizhou’s “Village Super League” injects new vitality into the optimization of human–land relationships and the development of household livelihoods in traditional villages of ethnic mountainous regions. Studying five affected traditional tourism villages from an “event–actor–capital” perspective using mixed methods, this research finds the following: (1) The composite average score of household livelihood capital is 0.3177, indicating a medium–low level, which suggests that households’ livelihood structure still requires significant enhancement despite the tourism boost from the “Village Super League”. (2) There is an imbalance in development among the villages. The livelihoods of households under the influence of the “Village Super League” exhibit distinct characteristics, being “driven by external flows, led by social capital, supported by the material foundation, and coordinated with other forms of capital.” (3) The evolution of household livelihoods follows a pathway of “event-driven supplementation, endogenous renewal of actors, capital integration and synergy.” By constructing shared event memory markers, the livelihoods of villages at different stages of tourism development demonstrate differentiated dynamic mechanisms. The findings deepen the theoretical understanding of livelihoods in traditional villages under event-driven development. Consequently, this study recommends that policymakers and community stewards channel transient social capital and external flows into durable physical and financial assets to ensure livelihood sustainability beyond the initial event boom.

This article addresses the role of human capital in socio-economic development processes during Europe’s energy transition. The main empirical objectives are firstly to diagnose the overall level of human capital in the energy transition economy based on the original synthetic measure, HCIe, and secondly to analyse and assess the variation in its spatial distribution across the European socio-economic landscape, which serves as a foundation for developing a targeted policy typology directly linked to the identified cluster profiles and their specific weaknesses. The general research question is: what is the level and degree of variation in the internal structure of human capital across the European socio-economic landscape? What actions should individual European countries take to support the development of human capital in the context of the energy transition? The research concept adopted also raises additional questions. Firstly, how can the importance of human capital be captured in an economy undergoing an energy transition? Secondly, are there appropriate indicators for measuring this based on the adopted research approach? European countries were selected as the subjects of the study. In the empirical section, taxonomic methods were employed to develop a proprietary synthetic measure of human capital in a transforming energy economy (HCIe), which was then used for the hierarchical classification of entities. The internal structure of human capital was explored using multi-criteria cluster analysis with the k-means algorithm. This approach resulted in a non-hierarchical classification of entities (typologisation). The main data sources used to construct the synthetic measures were international databases: IRENA, OECD, EUROSTAT, and the World Bank. Analysis of the HCIe measure and the clustering of European countries revealed that the key risk factor for transformation is the absence of integrated human capital within individual groups of countries. This highlights the urgent need for targeted investment in health and the development of systemic and green competencies.