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Abstract Mining as a part of anthroposphere is one of the main activities for the world economy and creating social welfare. However, such activities entail the damages to the four other spheres of the environment including atmosphere, lithosphere, hydrosphere, and biosphere. These negative effects along with some of the socio-economic impacts of mining activities threaten access to sustainable development (SD) objectives. Nevertheless, the impact assessment on SD indexes is important for keeping mining activities in line with the principles of SD. The present study was conducted to develop a generic procedure for impact assessment of mining activities on SD indexes. To achieve this goal, by taking advantages of two dimensional (2D) assessment matrix and Multi-Criteria Decision-Making techniques, a hybrid approach for assessing the impacts of mining activities on the criteria related to SD indexes was proposed. Fourteen SD criteria including eight environmental, three social and three economic criteria were suggested for this purpose. Compared to other similar studies, the proposed approach is preferred because of its specific impacting factors for each mining project and considering the relative weight of each impacting factor on 2D assessment matrix. The proposed approach was verified in two iron ore mines in Iran. The results showed that the relative score of overall impacts of mining activities on SD indexes in these two mines is 38% and 46%, which indicate the medium severity level of overall impacts in these two mines. Therefore, the proposed approach can be used as a reliable decision support system to evaluate the impacts of mining activities on SD indexes and determine the severity level of impacts on each SD criterion. Graphical abstract Image 103742 Highlights • A hybrid sustainable development (SD) assessment matrix was developed. • The impacts of mining activities on SD indexes were evaluated. • This approach is effective in evaluating the status of SD in a mining region. • This approach is responsible for determining the priorities for corrective actions. • The outcomes of the matrix can be useful for mine closure and reclamation planning. [ABSTRACT FROM AUTHOR]

Abstract Some wastes are illegally dumped on public/private areas, causing several aesthetic, environmental, economic and social negative impacts and representing a public hazard. These sites need to be treated and managed and this task is often a responsibility of municipalities, representing high costs. However, there is a lack of strategies for the municipal management of these degraded areas that minimize costs, restore the ecological value of the area and eliminate the public hazard. This work proposes a conceptual model for the management of illegal dumping degraded areas by municipal services, based on a social life cycle assessment (SLCA). The model proposed is an open-participatory management tool which supplies the information needed for the waste management strategy for illegal waste deposit sites. Methods to evaluate and apply SLCA in this context are scarce. Therefore, SLCA is presented as a tool that can be applied to organisations in strategic analysis and structuring complex decision-making processes in order to identify optimisation potentials. It combines an environmental and a socio-economic assessment, contributing to the full assessment of products and services within the context of sustainable development. The framework intends to promote the improvement of social conditions and the socio-economic performance of a product throughout its life cycle for all the stakeholders involved within the context of sustainable development. Illegal deposits sites of Construction and Demolition Wastes (CDW) in municipalities are used as a case study for model implementation. The outputs of this model are: i) understanding the real situation of the illegally deposited wastes; ii) management practices comparing and integrating environmental, social, and economic objectives; iii) open-participatory management; iv) orientations to strategy definition; v) use of the life-cycle product principle contributing to a circular economy; and vi) assisting with municipalities performance. [ABSTRACT FROM AUTHOR]

Abstract This paper deals with the geographically uneven distribution of urban sustainability experiments. It focuses on largely neglected demographic, socio-economic, and socio-cultural characteristics to explain where and why experiments are likely to emerge — or not. In doing so, it presents the first quantitative study to examine a systematic relationship between the incidence of experiments and neighbourhood-level indicators. Theoretically informed by transitions studies and urban geography, the study draws on unique data from an urban agriculture initiative consisting of nearly two thousand individual projects across metropolitan London. Applying spatial statistical analyses, its results suggest that, on the one hand, gentrifying and, on the other hand, income-deprived neighbourhoods provide distinct urban milieux in which initiatives emerge disproportionately often. In contrast, already gentrified or otherwise advantaged urban neighbourhoods are found to have a disproportionately low number of projects. The paper discusses the socio-spatially variegating roles of experiments and identifies implications of these findings for our theoretical understanding of the emergence of sustainability experiments, their interrelationship with differing socio-economic and cultural contexts, and their expected significance for wider societal sustainability transitions. [ABSTRACT FROM AUTHOR]

Abstract How to protect the Important Agricultural Heritage Systems (IAHS) has become a practical problem to be solved due to its number increasing rapidly. To promote the industrial integration development (IID) in IAHS sites was an essential measure regarded widely. This paper first reviewed IID theories, and then analyzed resources characteristics in IAHS sites and IAHS conservation requirements. Then based on these aspects, an IID theoretical framework was built for IAHS sites. In the theoretical framework, the definition and connotation and the principles that IID should abide by were proposed first, and then an implemented procedure of IID was built. The implemented procedure drew an IID route for IAHS sites, which describes the key indexes of assessment on the IID level, how to analyze resources characteristics, which resource types can be used, how to achieve industrial integration, how to organize operating entities of industries and how to balance benefits of stakeholders. The theory indicated the distinctiveness and key aspects of IID in IAHS sites and suggested how to promote the IID in IAHS sites and which themes are research priorities. Highlights • Important Agricultural Heritage Systems (IAHS) conservation is a crucial work for IAHS sites. • Promoting Industrial Integration Development (IID) in IAHS sites is an essential protective measure. • IID in IAHS sites is restrained by conservation conditions but also has many resources advantages. • This paper proposes a theoretic framework of IID in IAHS sites. [ABSTRACT FROM AUTHOR]

Cities are increasingly challenged to improve their competitiveness. Performance indicators stand as an important element to interpret the success of the policy regime adopted by the municipality. Cities with a set of superior economic, social and environmental indicators have the potential to present better living conditions for their inhabitants. In this context, the aim of this research is to analyze whether the indicators published by Brazilian cities are aligned with the approach of a smart or sustainable city. The research used a set of 3150 data points regarding the performance of these cities. It analyzed the performance of the 150 best cities, divided into three groups of interest identified as small cities, medium-sized cities and big cities, on a set of 21 indicators. The set of identified indicators shows the attention of the cities to socioeconomic and information and communication technologies issues, thus revealing that Brazilian city managers are more interested in positioning their cities as smart than sustainable. Analysis of the general indicators of the cities, supported by the number of inhabitants, indicated that big cities present superior performance in relation to medium-sized cities, and that the latter perform better in relation to the small cities. However, small cities in the individualized analysis of social indicators present a better-performing set. [ABSTRACT FROM AUTHOR]

Industrial structures in China's resource-based cities are unlikely to materially change in the short term, and the large quantities of air pollutants emitted by residents' energy consumption cause serious air pollution. It is therefore urgently required to frame policies that can be adopted to realize the sustainable development of a social economy under the constraint of atmospheric environment in China's resource-based cities. In this paper, we develop a dynamic optimization model by using input–output analysis with gross regional product (GRP) maximization as the objective function. This model contains three submodels: the socioeconomic submodel, atmo-environmental control submodel, and energy submodel. The model is applied to Tangshan City, a typical resource-based industrial city, to conduct a dynamic simulation with 13 terms from 2013 to 2025 and based on the data in 2012. The goal for the model operation is to realize the optimal development of a social economy under the restrain of certain emission levels of air pollutants. This goal is achieved by introducing a comprehensive policy that includes a residential clean energy promotion policy and an industry emission reduction policy, and industrial restructuring also plays a role by industrial subsidies. The simulation results demonstrate that sulfur dioxide ( S O 2 ) and nitrogen oxides ( N O x ) can be reduced by 53% and 45%, respectively, in Tangshan City in 2025 compared with their values in 2012 with an annual GRP growth rate of 6.2%. The total output of the clean energy in the simulation period is 41.4 million tons of standard coal. The goal of improving the atmospheric environment and sustainable development of social economies in resource-based cities can be achieved by coordinating the relationship among economic development, atmospheric environmental protection, and energy consumption through a dynamic optimization model with a comprehensive policy and industrial restructuring. [ABSTRACT FROM AUTHOR]

Technological innovations are seen as means to optimize the efficient and clean use of vital resources in social-biological-economic systems. However, partial theoretical perspectives and experiences of their effects can lead to significant oversight of their potential and limitations. There is a need to manage technological innovations for sustainable growth from a holistic perspective, systemically and systematically. To do so, we present and validate an ontological framework, map the current body of knowledge, and identify the emphases and gaps in the domain. The ontological framework is constructed from the common terminology of the domain. The analysis is based on a map of 375 research papers published in the most prestigious journals relevant to the domain. The results show significant gaps in the research to fulfil the potential. Future research can be directed to fill these gaps. [ABSTRACT FROM AUTHOR]

Crop-livestock-forest (CLFi) and crop-livestock (CLi) systems are among the most recent agricultural developments in Brazil, and aligned with the principles of cleaner production. Such integrated systems can provide at least three types of product from the same land area over a defined period. This paper presents a holistic sustainability evaluation using life cycle assessment to compare combinations of integrated and conventional systems in the Brazilian Cerrado region. The study assesses a comprehensive set of indicators in the three sustainability dimensions: environmental, economic, and social (socio-eco-efficiency). By prioritizing CLFi, the production area to meet the demand of grains, meat and energy for 500 Brazilians, from 2007 to 2014, reached 70 ha, while the conventional systems would need 420 ha to meet the same demand. This result shows that it is possible to increase production to meet the growing food global demand without the need of expanding the agricultural frontier, preserving the remaining forestland. CLFi combinations systems decreased 55% in climate change potential (2389 t of CO 2 equivalent), when compared to the conventional systems. It was also observed that the more integrated systems improved the quality of employment, promoted future generation investments in society, and decreased the total production costs in 54%, when compared to conventional systems. Therefore, intensification achieved through good practices such as association, rotation, and succession by an agroforestry system, optimization of inputs (including water, energy, fertilizers, and crop protection agents), land use, soil quality, biodiversity and social aspects. [ABSTRACT FROM AUTHOR]

Abstract: Product-Service System (PSS) approaches and resulting benefits have been viewed mainly from a business world standpoint and in terms of economic and environmental dimensions of sustainability. This paper seeks to extend the application of PSS for community social-economic transformation and links it with Soft Systems Methodology (SSM), especially the Customer-Actor-Transformation-Worldview-Owner-Environment (CATWOE) method, to propose a model for synergistically sustainable community development. This approach recognises the diverse views and transformation goals of multiple stakeholders, fosters value co-creation in achieving desirable outcomes and uncovers synergies between system entities and various PSS elements. By analysing two examples of disadvantaged regional communities, the paper indicates how systems thinking and PSS can facilitate service innovation and opportunities for synergistic sustainability by transforming the local economy and improving services and social livelihoods. [Copyright &y& Elsevier]

Abstract: Companies aiming to be ‘sustainability leaders’ in their sector and governments wanting to support their ambitions need a means to assess the changes required to make a significant difference in the impact of their whole sector. Previous work on scenario analysis/scenario planning demonstrates extensive developments and applications, but as yet few attempts to integrate the ‘triple bottom line’ concerns of sustainability into scenario planning exercises. This paper, therefore, presents a methodology for scenario analysis of large change to an entire sector. The approach includes calculation of a ‘triple bottom line graphic equaliser’ to allow exploration and evaluation of the trade-offs between economic, environmental and social impacts. The methodology is applied to the UK''s clothing and textiles sector, and results from the study of the sector are summarised. In reflecting on the specific study, some suggestions are made about future application of a similar methodology, including a template of candidate solutions that may lead to significant reduction in impacts. [Copyright &y& Elsevier]

Abstract: In new product development, the ability to integrate different dimensions of sustainability at a value chain level is still a complex, problematic goal. As product-service approaches are increasingly enabling the introduction of more sustainable paths, this paper describes the authors'' experience thus far when building insights into conditions for the implementation of integrated solutions in a process of co-development and testing in real life conditions, which are driven by a social need focusing on food for people with reduced access. Throughout this process, which brought together producers, consumers and other stakeholders to design and test industrialised, sustainable solutions, empirical evidence demonstrates feasibility and usefulness of the approach and insight into the conditions for implementing interactive, comprehensive multi-stakeholder processes in real life situations. In addition, results show that the delivery of innovative solutions enabled to offer social added value, economic profits and environmental improvements under specific experimental conditions. [Copyright &y& Elsevier]

Abstract: Eco-efficiency emerged in the 1990s as a measure of “the efficiency with which ecological resources are used to meet human needs.” Eco-efficiency indicators as tools for regional sustainability policy were demonstrated in a Life-Environment project, ECOREG, in the Finnish region of Kymenlaakso. A participatory approach was utilised to produce indicators that are relevant for regional decision-makers and that will actually be used. The approach established a system through which decision-makers are able to monitor changes using several economic-environmental ratio indicators, and at the same time obtain information on the social progress taking place in the region. In the future, there will be a need for an ongoing dialogue among the different actors in the region in order to ensure that the indicators are indeed used to promote sustainable development. [Copyright &y& Elsevier]