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Excessive amounts of carbon dioxide (CO₂₎ undoubtedly lead to climate change, which directly affects both the natural and the built environment. Observing the impact of climate change on the construction industry, this paper examines sustainable architectural design as a tool to mitigate climate change.

To achieve the previous goal, the authors conduct a comprehensive documentary analysis of three types of sources: (1) scholarly articles in the fields of climate research, sustainable construction, green buildings and sustainable architecture; (2) contemporary global reports on climate change and its impact on the built environment and (3) practitioners' guides explaining practical architectural solutions to the climate crisis.

The systematic analysis provides three types of results: objectives, strategies and principles of sustainable architectural design aimed at mitigating the effects of climate change. On the one hand, the research results provide a solid basis for further conceptual research into architectural design responsive to the effects of changing climate. On the other hand, the detailed strategies and principles are relevant for urban designers and architects.

Among a range of literature in the field of climate change and its effects on the built environment, a particular value of the paper is in addressing a very local level, i.e. the level of individual building and its immediate surroundings. More specifically, this paper provides concrete design components that help reduce CO₂ emissions, finally decreasing the vulnerability index of urban systems.

Environmental treat poses a challenge to the entire built environment. This paper aims to focus on the building asset as the key element of any urban pattern, and, therefore, a crucial condition towards success or failure in achieving resilience. Through the environmental performance assessment of the adaptive reuse project in London, this paper identifies the design principles of resilience, focusing specifically on the measures for protecting vulnerable parts of the building from damage, as well as protecting exposed parts of the building from material degradation.

Based on the overview of both scholarly articles and practitioners’ guides, the authors first offer a systematic overview of the main qualities and attributes of the resilient design. Further, to operationalise the resilient design principles, the authors use the well-established Building Research Establishment’s Environmental Assessment Method (BREEAM) on the case of adaptive reuse of the Z Hotel Holborn in London. Specifically, the authors examine if the case building applies the measures to decrease its internal vulnerability and reduce negative effects of external hazards.

The study confirms that external shocks are controlled by protecting exposed building parts from degradation and that preventing damage to vulnerable parts of the building increases resilience.

Through the analysis of both reactive and proactive perspectives of resilience, this paper elucidates the concept of resilience in the context of architectural design. Furthermore, this paper identifies the attributes of resilient architectural design and presents the measures which directly influence the durability and resilience of the building asset.

Crypto-asset can be traded on many different exchanges worldwide with servers located in countries with different financial characteristics and institutional surroundings. Trading volume on these servers varies considerably regarding the server’s location, even though the prices do not differ greatly. Crypto-asset markets are poorly regulated and, as such, may leave a place for potential fraudulent activities and be linked to corruption. This paper aims to examine the role of country’s institutions in attracting Bitcoin traders.

Assuming heterogeneity between countries where crypto-asset exchange servers are located, the Pool Mean Group Estimator is used.

Results indicate that, from institutional variables, corruption in the country attracts while internal and external conflicts repel investors. Additionally, the growth of global uncertainty and the decline in the local stock markets motivate investors to trade Bitcoin.

Previous research has empirically proved the importance of institutions’ quality for financial market development. This paper goes one step further and tries to empirically confirm the theoretical assumptions and investigate in detail the role of institutions in choosing servers in a particular country for Bitcoin trading.

The concept of risk perception in tourism has long been studied and debated, being commonly approached as a multidimensional construct. Physical risk is one of the most common dimensions of perceived risk, covering numerous tourists' concerns. Given the extent of the items included in the physical risk dimension, the study aims to overview this topic, analysing different aggregated risks, presenting a schematic representation based on an extensive literature review that a posteriori was categorized into three groups: human-made, mixed and natural. The aim was to introduce a broader and more precise understanding of the physical risks in tourism.

The purpose of this paper is to analyse the future of the implementation of artificial intelligence (AI) technologies in services experience provided by cultural institutions (e.g. museums, exhibition halls and cultural centres) from experts’, cultural tourists’ and users’ point of view under the Industry 5.0 approach.

The research was conducted using a qualitative approach, which was based on the analysis of the contents obtained from two roundtable discussions with experts and cultural tourists and users. A thematic analysis using NVivo was done to the data obtained.

From a futuristic Industry 5.0 approach, AI is considered to be more than a tool – it as an integral part of the entire experience. AI aids in connecting cultural institutions with users and is beneficial since it allows the institutions to get to know the users better and provide a more integrated and immersive experience. Furthermore, AI is critical in establishing a community and nurturing it daily.

The most important contribution of this research is the theoretical model focused on the user experience and AI application in services experiences of museums and cultural institutions from an Industry 5.0 approach. This model includes the visitors’ and managers’ points of view through the following dimensions: the pre-experience, experience and post-experience. This model is focused on human–AI coworking (HAIC) in museums and cultural institutions.

The twenty-first century has been characterized by the intensification of concerns related to tourism safety and security. These issues are playing an increasingly significant role over recent years, due to the increase of terrorist attacks in several countries, political instability, natural disasters, epidemics and, more recently, the COVID-19 pandemic. Understanding tourist safety and security in the tourism context is, thus, critical to increasing the competitiveness and attractiveness of tourist destinations.

Through the bibliometric methods of performance analysis and science mapping, this study aims to contribute to the advancement of knowledge on tourist safety and security at the destination.

A total of 445 records published between 1989 and 2021, covering 191 academic journals and 1,000 authors from 91 different countries, were analysed.

The main findings show that this research field has attracted a substantial and growing interest of researchers, institutions, journals and countries. Opportunities for future research are related to decision making, tourist behaviour, risk perception, tourism safety, destination image, safety engineering and sustainable development.

In the post-pandemic context, this research field can be critical to providing a set of tailored strategies to improve tourists' safe destination environment and increase tourism destinations' competitiveness and attractiveness.

Purpose: This chapter aims to identify and evaluate the various components of business model disclosures in an Integrated Report and ascertain how the notion of business model is perceived among practitioners.

Need for the Study: According to previous research, the International Integrated Reporting Council’s (IIRC) objective of improving corporate reporting by encouraging organisations to disclose their business model has not found the desired recognition. Therefore, the study elaborates on the various components of business model reporting and their implications on corporate reporting in general.

Methodology: A review of literature was conducted to identify and analyse research based on business models and their disclosures in integrated reporting. A narrative review was undertaken for selected literature.

Findings: The findings suggest that most large-sized organisations use integrated reporting for impression management and are not inclined to disclose too much about their business models for fear of competition. There is still a lack of clear understanding of what a business model should entail.

Practical Implication: This study adds to the research on business model disclosures in integrated reporting. Voluntary disclosure and a better understanding of such disclosures will prepare organisations of all sizes and industries for an event when Integrated Reporting becomes statutory.

The aim of this work was to evaluate the efficiency of subcritical conditions using different water–ethanol mixtures to recover antioxidant compounds from soybean seed coats (SSCs).

SSCs were subjected to high temperature and pressure conditions, using ethanol–water mixtures as extractive solvent, to obtain phenolic and flavonoid compounds with antioxidant activity. A mathematical model, namely one-site desorption kinetic model, was used to describe the extraction kinetics.

Temperature, solvent mass flow rate and solvent composition were studied, and the best extraction conditions were defined by a screening design. The maximum concentration of phenolics was obtained at 220 °C, 50% of ethanol and 2.5 g/min of solvent mass flow rate and a high antioxidant capacity toward different techniques was achieved. The one-site desorption kinetic model showed that before 30 min under optimal conditions, more than 90% of phenolics and flavonoids were recovered, a shorter extraction time than the commonly used at normal pressure and room temperature.

The seed coat is a major by-product of soybean processing, and it only markets as a low value ruminant feed. To date, there are no reports on the extract phenolics from SSCs by means of this methodology. The extraction technique described in this study provides a potential alternative for extraction of bioactive compounds from SSCs. This study contributes to adding value to this industrial waste and, ultimately, to optimize the postharvest production chain of soybean grains.