Data Analytics for Air Travel Data: A Survey and New Perspectives

From the start, the airline industry has remarkably connected countries all over the world through rapid long-distance transportation, helping people overcome geographic barriers. Consequently, this has ushered in substantial economic growth, both nationally and internationally. The airline industry produces vast amounts of data, capturing a diverse set of information about their operations, including data related to passengers, freight, flights, and much more. Analyzing air travel data can advance the understanding of airline market dynamics, allowing companies to provide customized, efficient, and safe transportation services. Due to big data challenges in such a complex environment, the benefits of drawing insights from the air travel data in the airline industry have not yet been fully explored. This article aims to survey various components and corresponding proposed data analysis methodologies that have been identified as essential to the inner workings of the airline industry. We introduce existing data sources commonly used in the papers surveyed and summarize their availability. Finally, we discuss several potential research directions to better harness airline data in the future. We anticipate this study to be used as a comprehensive reference for both members of the airline industry and academic scholars with an interest in airline research.

Impacts and effects of the use of medications by crew and passengers during air transport

During a flight, changes occur in the human body, whose possible reactions can influence the well-being and quality of health of medicine users, subject of scarce studies. The aim of this paper is to analyze the impacts and effects of medication use during air transport. Through a literature review and documentary research methodology, relevant facts about the precautions that should be taken regarding the use of medication in flights were considered. As a practical contribution, some important medications and their possible effects during flights are presented, as well as some warnings about medication interactions, and some advice for better quality air travel for the health of passengers and crew are given. As a theoretical contribution, this study gathers the scattered information presented in the literature about the problems that the use of medications during a flight can cause to the human body and possible recommendations. As social contribution, this study warns about the risks of self-medication, and establishes a basis for future discussions with society about the use of medication in flights.

The Role of Moral Foundations, Anticipated Guilt and Personal Responsibility in Predicting Anti-consumption for Environmental Reasons

In response to the growing importance of environmental issues, more and more consumers are turning to anti-consumption by reducing, rejecting, or avoiding consumption. Covering the intersection of sustainable consumption and anti-consumption, previous studies relied on socio-cognitive models to explain this decision. In order to extend their findings, we consider the moral and emotional perspectives to examine reducing consumption for environmental reasons in a particular context, i.e. air travel. It is against this backdrop that we propose a conceptual model that includes moral foundations as the main antecedent, followed by anticipated guilt and personal responsibility, while intention to reduce consumption (i.e. air travel) for environmental reasons, positive word of mouth about reducing air travel (WOM) and environmental activism represent the outcomes. The proposed model is tested on a sample of 511 respondents from a UK online consumer panel. Our results confirm the importance of moral foundations, anticipated guilt and personal responsibility and their interplay in the prediction of intention to reduce consumption for environmental reasons. Anticipated guilt influences WOM, while personal responsibility influences activism. In addition, intentions to reduce consumption for environmental reasons have a positive impact on WOM and environmental activism. There are several implications for public policy makers and NGOs that fight against climate change that derive from these findings, as well as research opportunities for academics interested in this topic.

Hand-to-Mouth Survival in an Extended Pandemic

In a time of a pandemic, people withdraw in order to social distance to protect themselves against infection. The industries that rely on people interacting in close proximity—the service industries, air travel, and other fields—lose their customers almost overnight, and then they lose their employees. Money and jobs become much more scarce almost simultaneously. Meanwhile, saddled with debt and scarce emergency savings, with a pandemic dragging on now for over a year, with dysfunctional government and little stimulus, many Americans are struggling with debt, homelessness, hunger, pressured social relationships, and other challenges. This work explores some available and recent peer-to-peer personal finance advice on the Social Web (in English) on several social platforms to assess their applicability in a challenging historical moment.

Academic Aeromobility in the Global Periphery

Academics are part of a small minority that are responsible for disproportionate air travel emissions. Responding to high aviation emissions requires that the complexities of academic air travel practices are understood in specific geographical and institutional contexts. This chapter addresses the work-sociology of academic aeromobility in the context of the global periphery. We report on a programme of interviews conducted prior to COVID-19 with academics at the University of Otago (Aotearoa/New Zealand), where the aeromobility practices of academics are uniquely shaped by extreme geographical distance. Our empirical contribution is presented in the four themes that emerged from our analysis: complex drivers; selective substitution; ‘Don’t weaken me!’ and assorted scalar accountabilities. We then discuss aspects of resistance to change but also avenues of opportunity to reimagine academic air travel practices, which have been accelerated by the COVID-19 pandemic. We specifically address the emergence of a post-COVID ‘new normal’ and conclude with the urgent need for collective action that is coordinated among individual academics, institutions, disciplinary associations and conference organisers. Entrenching the ‘new normal’ will be critical to resolving the unsustainable aeromobilities of academics and institutions that are globally distant.

The Virus and the Elephant in the Room: Knowledge, Emotions and a Pandemic—Drivers to Reducing Flying in Academia

This chapter explores individual incentives and barriers to reducing air travel, with the focus on people who have taken a decision to reduce flying due to climate change. During the COVID-19 pandemic in 2020, six semi-structured interviews were performed with academics—three who had already cut down on flying and three who were grounded due to the pandemic. They were compared with a set of interviews with 26 Swedish citizens, performed in 2017–2018, which had shown that internalised knowledge of climate change was an important driver to change behaviour. Awareness led to negative emotions and a personal tipping point where a decision to reduce flying was made. However, among these interviewees, even people with a strong drive to reduce flying felt trapped in practices, norms and infrastructures. The academics reported similar incentives and barriers as the broader group but also specific challenges for them as researchers. Surprisingly, the pandemic was perceived as a testbed for new travel habits, and not as a big obstacle for their scientific work. None believed that they would return to an equally aeromobile lifestyle, and two of them described it as a chance to reconcile habits with their pro-environmental values.

Academic Air Travel Cultures: A Framework for Reducing Academic Flying

As primary producers of knowledge, academics are required to create and disseminate research. The advent of internationalisation has given great emphasis to the importance of travel as it pertains to the success of an academic career and the international standing of an institution. However, academics who are highly aeromobile—particularly researchers working in the field of climate change—are now facing allegations of hypocrisy that in some cases may compromise the efficacy of their (climate) research. The novelty of this chapter arises from the application of the cultures framework to the study of academic air travel. It highlights three key elements—cognitive norms, practices and material culture. In this chapter, the cultures framework is adopted to provide a structure within which to consider individual and institutional pathways to achieve a reduction in academic flying. By exploring the interplay of cognitive norms, practices, material culture, support and barriers, the gap between academic theory and institutional realities and practices can be systematically explored and fully elaborated. Furthermore, in doing so, academics may be encouraged to engage in critical self-reflection of the cognitive dissonance between personal intentions to reduce air miles and behaviours to the contrary.

Aeromobilities and Academic Work

Increasingly academic air travel in recent decades is part of a larger transformation and globalisation of modern work life away from the industrial and hierarchical work towards much more flexible, networked and mobile work where air travel often is a critical component. However, the climate crisis and COVID-19 have put such work practices under pressure. Therefore, the chapter first examines the importance of aeromobilities for late modern work, which sets the context of contemporary academic work practices. Next, the chapter particularly examines academic work, where especially physical meetings and face-to-face interaction play a central role in academic work and aeromobilities. The chapter argues here for a more diverse understanding of the meaning and role of such meetings if a lower climate footprint should be achieved. Following, it present a tool that provides a better understanding of which types of meetings particularly require co-presence and face-to-face communication, and which types of meetings that just as well—or perhaps even better and more efficiently—can be carried out as virtual meetings. However, as stressed in the conclusion, such an approach seems to require a much greater focus on ‘aeromobility management’ at academic institutions in the future.