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Global temperature has risen by 1°C since 1900, while since the 1990s the Arctic has recently experienced an accelerated warming of about double the average rate of global warming. Nearly all climate scientists agree that the main cause of this temperature rise is ever-increasing accumulations of ‘greenhouse gases’, especially carbon dioxide and methane, within our atmosphere. Sea level rise could easily exceed one metre this century under ‘business as usual’. However, global warming is not just about rising temperatures, melting ice and rising sea levels, but it also affects the frequency and severity of many extreme weather events. Planetary warming is not a uniform process, can spring surprises in regional climate change and is probably linked with the tendency for Northern Hemisphere mid-latitudes to have more extreme (variously hot/cold/dry/wet) weather, especially during the recent period of rapid Arctic warming. There is overwhelming scientific evidence that human activity through enhanced greenhouse gas emissions is largely responsible for recent climate change and accompanying extreme weather, and we are already clearly seeing these changes. However, it is equally evident that, although initial remedial steps are being taken, finding an adequate solution will not be easy unless much larger changes are made to the way in which we all live. Limiting global warming to 1.5°C above pre-industrial temperatures would require global carbon dioxide emissions to decrease by approximately 40–60% by 2030 relative to 2010 levels. This can only be achieved through a collective solution that fully involves diverse communities, among them religious stakeholders.

This paper aims to discuss how transnational universities create negative and positive social impacts on their host communities and what this means for campus sustainability and the expectation that universities contribute to sustainable development and to their local communities.

Using mixed methods, a multiple case study approach and qualitative meta-analysis, this study considers six transnational university campuses in China in terms of their relationship with local communities.

Because of the good reputation of universities generally, local residents tended to accord a social licence to operate (i.e. approval) to new university campuses. However, universities generally do not manage their social impacts, as well as many other industries and generally fail to consider the corporate social responsibility issues and the environmental, social and governance aspects of their activities. To improve their social licence to operate and grow and to meet expectations around “university social responsibility”, campus developments should observe key international principles and human rights standards: full disclosure of information; effective community engagement; appropriate resettlement and livelihood restoration; effective harm reduction procedures; provision of local benefits (benefit sharing); monitoring and adaptive management and implement a grievance redress mechanism.

This paper encourages broader thinking about sustainability in a higher education context and about what university social responsibility entails. Specifically, this study argues that the relationship between universities and their host communities also needs to be considered, especially during campus construction.

Social enterprises are not generally aware that they might create negative social impacts on local communities. This paper aims to inform social enterprise scholars and practitioners about the potential value of the field of Social Impact Assessment in managing the negative impacts of social enterprises on beneficiaries, local communities and other rightsholders and stakeholders.

This is a conceptual paper.

The authors discuss the key things that could assist social entrepreneurs in assessing their social impacts, negative as well as positive, unintended as well as intended. Social enterprises might: use a human rights-based approach and undertake due diligence; implement a grievance redress mechanism; obtain free, prior and informed consent; consider their ongoing social licence to operate; and implement benefit sharing programs. Doing all this would improve the social outcomes from their activities and contribute to socially sustainable development.

Although social enterprises seek sustainable solutions to social problems and are described as “do good organizations”, there is an assumption (myth) that social enterprises only have positive impacts. This paper argues that social enterprises can also cause negative social impacts, especially where processes to consider potential for harm are absent. Therefore, social enterprises need a way to assess and manage potential negative social impacts and enhance the social outcomes from their activities. The authors argue that learnings from the field of Social Impact Assessment (as codified by the International Association for Impact Assessment) should be brought into the social entrepreneurship discourse.

This work concerns the electrodeposition of highly pure brushite (CaHPO₄·2H₂O) on titanium alloy substrates and the transformation of the brushite to hydroxyapatite (HAp) Ca₁₀(PO₄)₆(OH)₂ as a coating for orthopaedic implants. Thus, the electrodeposition of electrolyte containing calcium nitrate and ammonium hydrogen phosphate was carried out. The influences of the substrate surface treatment, the electroplating conditions (bath composition, current density, pH value and temperature) and the hydrothermal post treatment conditions on the deposition rate, the throwing power, the adhesion, the morphology and the structure of the coating were evaluated. High adhesion bond strength (around 23 mPa) was achieved on a rough clean substrate, which is slightly higher than plasma sprayed HAp coating on titanium alloy.

Improvement in the evaluation methodologies used in the public policy and development fields has increased the amount of evidence-based information available to decision makers. This helps firms evaluate the impacts of their social investments. However, it is not clear whether the business sector is interested in using these methods. This paper aims to describe the level of interest in, knowledge of and preferences relating to the impact evaluation of corporate social responsibility (CSR) programs by managers in Latin American companies and foundations.

A survey of 115 companies and foundations in 15 countries in Latin America was conducted in 2019.

The results indicated that most respondents believed that quantitative impact evaluation could address concerns about CSR program outcomes. However, monitoring and evaluation were primarily seen to be for tracking program objectives rather than for making strategic decisions about innovations to enhance the achievement of outcomes. Decision-making tended to respond to community demands. The main challenges to increasing the use of impact evaluation were the lack of skills and knowledge of management staff and the methodological complexity of evaluation designs. We conclude that there needs to be increased awareness about: the appropriate understanding of social outcomes; the benefits of evaluation; when impact evaluation is useful; how to prepare an evaluation budget; and the effective use of rigorous evidence to inform program design.

Acceptance by the business sector of quantitative measurement of the social impact of CSR programs will lead to improved outcomes from social investment programs.

This chapter examines three common fintech use cases transforming the financial industry. First, the chapter introduces fintech's role in enhancing financial services and promoting financial inclusion, especially through digital platforms. Second, it investigates various fintech applications that support financial institution management by harnessing the power of artificial intelligence (AI) and machine learning (ML). Finally, the chapter explores fintech use cases related to the regulatory environment, including regulatory technology (regtech), blockchain technology, and cryptocurrencies. The insights presented in this chapter cater to researchers and practitioners keen on better understanding fintech's diverse applications in the ever-evolving financial industry landscape.

This chapter does three things. First, it estimates regional gross domestic product (GDP) for three different geographical levels in Switzerland (97 micro regions, 16 labor market basins, and 3 large regions). Second, it analyzes the evolution of regional inequality relying on a heuristic model inspired by Williamson (1965), which features an initial growth impulse in one or several core regions and subsequent diffusion. Third, it uses index number theory to decompose regional inequality into three different effects: sectoral structure, productivity, and comparative advantage.

The results can be summarized as follows: As a consequence of the existence of multiple core regions, Swiss regional inequality has been comparatively low at higher geographical levels. Spatial diffusion of economic growth occurred across different parts of the country and within different labor market regions. This resulted in a bell-shaped evolution of regional inequality at the micro regional level and convergence at higher geographical levels. In early and in late stages of the development process, productivity differentials were the main drivers of inequality, whereas economic structure was determinant between 1888 and 1941. The poorest regions suffered from comparative disadvantage, that is, they were specialized in the vary sector (agriculture), where their relative productivity was comparatively lowest.

This paper describes the results of non-linear elasto-plastic implicit dynamic finite element analyses that are used to predict the collapse behaviour of cold-formed steel portal frames at elevated temperatures. The collapse behaviour of a simple rigid-jointed beam idealisation and a more accurate semi-rigid jointed shell element idealisation are compared for two different fire scenarios. For the case of the shell element idealisation, the semi-rigidity of the cold-formed steel joints is explicitly taken into account through modelling of the bolt-hole elongation stiffness. In addition, the shell element idealisation is able to capture buckling of the cold-formed steel sections in the vicinity of the joints. The shell element idealisation is validated at ambient temperature against the results of full-scale tests reported in the literature. The behaviour at elevated temperatures is then considered for both the semi-rigid jointed shell and rigid-jointed beam idealisations. The inclusion of accurate joint rigidity and geometric non-linearity (second order analysis) are shown to affect the collapse behaviour at elevated temperatures. For each fire scenario considered, the importance of base fixity in preventing an undesirable outwards collapse mechanism is demonstrated. The results demonstrate that joint rigidity and varying fire scenarios should be considered in order to allow for conservative design.

This chapter from a brief review of the relevant literature on the energy markets points out the changes in the relationships between energy companies and customers through the Web. The objective is to highlight the changes of the energy markets thanks to the web demonstrating that it is able to ensure the raising of the switching rates and hence the competition, goal of the liberalization of public services. To this end, the authors will use secondary data from Accenture researches about the perceptions of customers and energy companies around the relations established via the web, and the CUAC for the switching mode performed in the State of Victoria in Australia.

This study aimed to evaluate the enrichment with UD powder effects on phenols, antioxidant capacity, color, texture and extrusion parameters of extruded snacks.

Extrudates were produced with a single-screw extruder. It operated at a 3:1 compression ratio, loaded with prepared corn samples at a constant dosing speed of 18 rpm. The screw was rotated constantly at 150 rpm and temperatures of barrel sections 1–4 were set to 25, 70, 170 and 175°C, respectively; the nozzle diameter was 3 mm.

Extrudate parameters were fitted against UD concentration and presented equations close to the experimental data, according to the obtained adjusted R². Using UD powder in the mixture to obtain extruded corn snacks increased their phenols content and antioxidant capacity. However, high UD concentration in the mixtures caused low expansion and porous extrudates; nevertheless, it lowered possible molecular damage risk by molecules solubilized in water, making them more stable. Using 7.5% UD percentage in mixtures is recommended for extruded snacks to maintain typical extrudate characteristics. Higher UD concentration provokes more hygroscopic, dense and compact snacks.

These findings confirm that using U. dioica L. powder in the mixture to obtain extruded corn improves the functional value of snacks, maintaining extruded characteristics.