In this study, the Danube Delta Biosphere Reserve (DDBR) provides the geographical context for applying an interdisciplinary socio-ecological approach to the analysis of wetland restoration based on the analytical lens of social acceptability (SA). Especially in large-scale interventions, social acceptability emerges as an underrated multidimensional concept influencing both the viability and the success of the restoration. As the Horizon RESTORE4Cs project shows, social acceptability reflects how the local community perceives and supports the decision to restore. Even technically and ecologically sound actions may face resistance if local perceptions and expectations are neglected. However, these aspects are multifaceted, depending on place-specific factors. In this study, the socio-economic, cultural and environmental features of the DDBR are examined according to the eight components of SA, that include the territorial conditions of the local context and the presence of specific values and beliefs, environmental and societal impacts, risks, and local levels of knowledge, trust, and participation. The objective is to provide a novel, socio-ecological reading of the Danube Delta system, filtered through the factors that shape the local acceptance of wetland restoration and management. Via a mixed-method approach, the SA reading of the Danube Delta reserve confirms that, even in a mostly natural socio-ecological system, the factors influencing acceptability also include some relevant institutional and cultural aspects. The assessment of these aspects, however, remains ambiguous, since DDBR experts identify trust as the weakest cultural component that locally supports the acceptability of restoration. In RESTORE4Cs, this underestimation of the cultural determinants of SA is likewise confirmed by the views of local stakeholders. This result is taken as evidence of the validity of the SA lens as a filter for an ex-ante reading of the territorial aspects that characterize a wetland socio-ecological system and its restoration management.

The rate of biodiversity loss (terrestrial and marine) is among the nine critical environmental thresholds associated with subsystems or biophysical systems of the planet, beyond which the Earth system would undergo unsustainable, abrupt and irreversible environmental changes. This factor is profoundly influenced by climate change and anthropic practices, elements that are leading to the reduction and fragmentation of habitats and the development of a series of important physiological repercussions within the species most affected by these phenomena. Among these, the so-called keystone species and umbrella species are certainly of great interest, i.e. those species that are fundamental for the balance and survival of the ecosystems that host them, and can therefore, by their presence or absence, act as indicators of the wellbeing of these biomes. In this context, the policies implemented on a national and international scale by political actors and the presence of centres specialised in the protection and care of these wild species are fundamental. Therefore, taking these considerations as a starting point, this research, through the observation and mapping of the phenomena that are affecting sea turtles, aims to emphasise how top-down policies mixed with bottom-up actions - with a view to safeguarding them by mitigating the impacts of anthropogenic practices and thus compensating for the impacts of modernity - can be considered not only as actions to mitigate the impacts of the anthropocene, but also as a first step towards a return to cooperation between humans and other animals as a method of adaptation, resilience and resistance of the Earth's inhabitants to climate change.

This study aims to examine the effects of climate change on access to and availability of water resources in rural communities, with a particular emphasis on Zimbabwe's Sanyati District. Using a quantitative research design, 230 questionnaires were applied to gather data between August and October of 2024 from residents. Simple random sampling technique was used to choose participants of the study. To evaluate past and current trends in climate, the research used scientific evidence documented in existing literature. Furthermore, the study used a descriptive survey methodology to assess climate change trends and their effects on rural communities' access to adequate water resources, based on the population's perception. Spearman's rank correlation coefficient was applied to determine the strength of the relationships between demographic characteristics of the population, their perceptions of climate change, and its impacts on water resource accessibility. Respondents noted observable changes in climate characterized by declining rainfall, rising temperatures and increasing incidence of droughts. Notably, the impacts of climate change on water accessibility were gendered, with women and those living with disabilities disproportionately affected. The research's findings underscore the urgent need for adaptive water management plans and regulations that tackle climate change's effects, while enhancing local resilience initiatives to ensure sustainable water access for communities in Sanyati. The study therefore recommends that there is need to promote community engagement and participation in decision making processes as this helps to build resilience and ensure the long-term sustainability of water resources in rural communities.

Non-precipitating cloud cover plays a significant role in modulating surface temperature by altering solar radiation and longwave heat retention. However, its thermal impacts remain underexplored in Mediterranean mountainous regions. This study investigates the influence of non-precipitating cloud cover on daily and seasonal temperature variability in Chefchaouen, Western Rif, Morocco, over a six-year period (2015–2020). The research classifies non-precipitating cloudy weather into three categories: (1) stable atmospheric conditions, (2) unstable atmospheric conditions, and (3) conditions at the periphery of frontal systems. High-resolution meteorological data, MODIS and NOAA satellite imagery, and synoptic weather maps were employed to analyze cloud-atmosphere interactions. Results reveal that stable cloud cover reduces the diurnal temperature range (DTR) by mitigating daytime heating and enhancing nocturnal warming. In contrast, unstable clouds increase thermal variability due to dynamic atmospheric processes. Seasonal effects were most pronounced in summer and winter, with notable moderation of temperature extremes. The findings highlight the role of synoptic-scale atmospheric structures, including sea-level pressure systems and 500 hPa geopotential height configurations, in shaping temperature variability under non-precipitating cloudy conditions. This study provides critical insights into Mediterranean climate dynamics and emphasizes the importance of integrating cloud-related processes into regional climate models to enhance temperature forecasting accuracy.

The rate of biodiversity loss (terrestrial and marine) is among the nine critical environmental thresholds associated with subsystems or biophysical systems of the planet, beyond which the Earth system would undergo unsustainable, abrupt and irreversible environmental changes. This factor is profoundly influenced by climate change and anthropic practices, elements that are leading to the reduction and fragmentation of habitats and the development of a series of important physiological repercussions within the species most affected by these phenomena. Among these, the so-called keystone species and umbrella species are certainly of great interest, i.e. those species that are fundamental for the balance and survival of the ecosystems that host them, and can therefore, by their presence or absence, act as indicators of the wellbeing of these biomes. In this context, the policies implemented on a national and international scale by political actors and the presence of centres specialised in the protection and care of these wild species are fundamental. Therefore, taking these considerations as a starting point, this research, through the observation and mapping of the phenomena that are affecting sea turtles, aims to emphasise how top-down policies mixed with bottom-up actions - with a view to safeguarding them by mitigating the impacts of anthropogenic practices and thus compensating for the impacts of modernity - can be considered not only as actions to mitigate the impacts of the anthropocene, but also as a first step towards a return to cooperation between humans and other animals as a method of adaptation, resilience and resistance of the Earth's inhabitants to climate change.

"This research looks at the corporate sustainable revenues, operational expenses and capital expenses to understand how they are linked to the broader sustainability strategy of corporations. We look at publicly listed companies in the chemical sector, within the context of the EU Taxonomy regulation. The objective of our research is to gather and examine data on economic activities in accordance with the EU Taxonomy regulation. We specifically concentrate on the revenues, capital expenditures (CAPEX), and operating expenditures (OPEX) associated with eligible and aligned operations. We used Python module to create an automated procedure for obtaining EU Taxonomy data from PDF reports of major corporations. Our findings suggest that aligned activities make up just a tiny portion of the total turnover, CAPEX and OPEX in the chemical industry. We then analyze the challenges faced by the chemical industry in transforming their operations to foster sustainability. Our findings not only provide a detailed view on the economic activities of chemical companies but also enhances the comprehension of how reporting disclosure could provide more information for policy makers to support the implementation of sustainable policies. "

This study investigates the variability and trends in rainfall and temperature, as well as drought patterns in the Loka Abaya district of Ethiopia, over a 42-year period (1981–2022). The Coefficient of Variation (CV), Mann-Kendall trend test, and Standardized Precipitation Evapotranspiration Index (SPEI) were employed to examine variability, trends, and drought occurrences, respectively. Results indicate that the annual rainfall exhibited low variability (CV: 17.54%), while seasonal rainfall showed higher variability: Belg (spring) at 28.3%, Kiremt (summer) at 26.6%, and Bega (dry season) at 37.8%. Although the annual rainfall trend declined over time, it was not statistically significant (p > 0.05). Seasonal trends revealed a significant decrease in Belg rainfall, whereas Kiremt rainfall increased slightly but without statistical significance. The annual minimum and maximum temperatures showed an increasing trend, with the minimum temperature increase being statistically significant. The minimum temperatures during the Kiremt and Belg seasons also showed significant increases, whereas the maximum temperatures did not significant trend. Drought occurrences were assessed using the SPEI at 3- month and 12-month time scales. Severe to extremely severe droughts were identified in the years 1984, 1986, 1987, 1993, 2002, 2004, 2009, 2012, 2015, 2016, and 2022. These findings highlight the increasing frequency and intensity of droughts, as well as significant temperature increases and variability in rainfall patterns. The insights provide critical guidance for policymakers and stakeholders to develop effective adaptation and mitigation strategies, enhancing resilience to climate variability and its associated risks in the region.

The aim of the article is to analyse the activities of Urban Living Labs (ULL) in Poland from the perspective of supporting the realization of sustainable development goals at the local level. The article is based on an analysis of Internet materials (1,907 research units from social media and websites) of Polish Urban Labs on various types of activities they perform. The analysis of the materials helped to assess the way in which Sustainable Development Goals (SDGs) concepts are implemented as part of the urban innovations developed at Urban Labs. It helped to identify the most important directions of SDG implementation, as well as to propose a typology of urban labs in this regard. The main conclusions of the research concern the different strategies for concentrating ULL activities around the SDGs, as well as the emergence of three speeds of ULL in terms of their involvement in SDG implementation. The “great absentee,” i.e. the undervaluing of sustainable energy topics in ULL activities in Poland, was also revealed.