Search results

The COVID-19 pandemic has triggered a time of crisis and uncertainty for the air transportation industry. The gloomy prospects for the industry have stretched business resilience to a critical point. The crisis has caused damage and shock that the aviation industry has never endured before. This paper aims to provide a comprehensive understanding of both internally and externally generated airline response strategies by examining business practices for crisis management.

This study screened research papers and economic reports from authoritative organizations including the International Air Transport Association, International Civil Aviation Organization, World Health Organization and United Nations World Tourism Organization from December 2019 (the month in which the COVID-19 outbreak occurred) to March 2021 (the most recent month at present). The authors also integrated publicly recognized news articles to cover a wide range of business practices in the airline industry. The authors conducted thematic analysis by filtering news articles and economic reports that mentioned the keywords “COVID-19,” “pandemic,” “CoV-2,” “coronavirus” and “corona.” The authors coded the airlines’ response actions along the two-axis matrix (time and magnitude) and generated insights in a timely manner.

Major airlines have modified decision-making in relation to the exponential spread of the virus, which is in direct proportion to the deterioration level in the airline industry. When the impact was low in the early stage, major airlines maintained their status quo. Before long, the magnitude of the destruction became high, which made airlines implement capacity adjustments and request government relief measures. As industrial deterioration deepens, airlines keep calling for state aid packages and have changed their focus to the cargo transportation of high-demand commodities and pharmaceutical supplies. Lastly, industrial adversity and uncertainty have made them defer aggressive takeover opportunities.

Several researchers have investigated the impacts of the COVID-19 on the airline industry. However, there remains a dearth of scholarship on the hampered business activities and crisis management of the airline industry. In the absence of sufficient response strategies against the COVID-19 panic, this paper is to provide a comprehensive understanding of the major airlines’ response strategies to the COVID-19 pandemic. In addition, this paper yields an opportunity for on-site management to review how major global airlines have responded to the crisis and find managerial insights to restore their business sustainability.

冠状病毒大流行引发了航空业的危机时刻和不确定性。 该行业前景黯淡, 业务弹性已达到临界点。 这场危机造成了航空业从未经历过的破坏和震惊。 在本文中, 我们通过检查用于危机管理的业务实践, 对内部和外部生成的航空公司响应策略提供了全面的了解。

我们的研究筛选了IATA, ICAO, WHO和UNWTO等权威组织从2019年12月（发生冠状病毒爆发的月份）到2021年3月（目前的最近一个月）的研究论文和经济报告。 我们还整合了公众认可的新闻报道, 以涵盖航空业的广泛业务实践。 我们通过过滤提及关键词“ COVID-19”, “大流行”, “ CoV-2”, “冠状病毒”的新闻文章和经济报告进行了主题分析。 我们沿两轴矩阵（时间和幅度）对航空公司的响应行动进行了编码, 并及时产生了我们的见解。

大型航空公司已根据行业恶化率修订了有关病毒指数传播的决定。 当最初的影响很小时, 主要航空公司保持现状。 很快, 损失变得如此严重, 以至于航空公司不得不调整机动性并要求政府救济。 随着航空业恶化的加剧, 航空公司继续呼吁国家提供援助计划, 以将重点转移到高需求商品和药品的运输上。 最后, 行业低迷和不确定性延迟了积极的收购机会。

几位研究人员调查了冠状病毒对航空业的影响。 但是, 对于航空业受阻的商业活动和危机管理, 仍然缺乏奖学金。 在没有足够的应对冠状病毒恐慌的应对策略的情况下, 本文旨在全面了解主要航空公司对冠状病毒恐慌的应对策略。 此外, 本文还为现场管理人员提供了一个机会, 可以回顾主要的全球航空公司如何应对危机并找到管理见解以恢复其业务可持续性。

La pandemia de COVID-19 ha desencadenado una época de crisis e incertidumbre para la industria del transporte aéreo. Las sombrías perspectivas para la industria han llevado la resistencia empresarial a un punto crítico. La crisis ha causado daños y conmociones que la industria de la aviación nunca antes había soportado. En este documento, proporcionamos una comprensión integral de las estrategias de respuesta de las aerolíneas generadas tanto interna como externamente mediante el examen de las prácticas comerciales para la gestión de crisis.

Nuestro estudio examinó los documentos de investigación y los informes económicos de organizaciones autoritarias, incluidas la IATA, la OMS y la ONUWTO, desde diciembre de 2019 (el mes en el que ocurrió el brote de COVID-19) hasta marzo de 2021 (el mes más reciente actualmente). También hemos integrado artículos de noticias reconocidos públicamente para cubrir una amplia gama de prácticas empresariales en la industria aeronáutica. Hemos realizado un análisis temático filtrando artículos de noticias y informes económicos que mencionaban las palabras clave “COVID-19”, “pandémica”, “CoV-2”, “coronavirus” y “corona”. Codificamos las acciones de respuesta de las compañías aéreas a lo largo de la matriz de dos eje (tiempo y magnitud) y generamos nuestras ideas en un momento oportuno.

Las principales aerolíneas han modificado la toma de decisiones en relación con la propagación exponencial del virus, que es directamente proporcional al nivel de deterioro de la industria aeronáutica. Cuando el impacto fue bajo en la etapa inicial, las principales aerolíneas mantuvieron su status quo. En poco tiempo, la magnitud de la destrucción se hizo alta, lo que hizo que las aerolíneas implementaran ajustes de capacidad y solicitaran medidas de socorro del gobierno. A medida que se profundiza el deterioro industrial, las aerolíneas siguen pidiendo paquetes de ayuda estatal y han cambiado su enfoque hacia el transporte de carga de productos básicos de alta demanda y suministros farmacéuticos. Por último, la adversidad y la incertidumbre industriales les han hecho posponer las oportunidades de adquisición agresivas.

Varios investigadores han investigado los impactos del COVID-19 en la industria de las aerolíneas. Sin embargo, sigue habiendo escasez de estudios sobre las actividades comerciales obstaculizadas y la gestión de crisis de la industria de las aerolíneas. En ausencia de estrategias de respuesta suficientes contra el pánico de COVID-19, este documento tiene como objetivo proporcionar una comprensión integral de las estrategias de respuesta de las principales aerolíneas a la pandemia de COVID-19. Además, este documento brinda una oportunidad para que la gerencia en el sitio revise cómo las principales aerolíneas mundiales han respondido a la crisis y encuentre información gerencial para restaurar la sostenibilidad de su negocio.

Discusses the 6th ITCRR, its breadth of textile and clothing research activity, plus the encouragement given to workers in this field and its related areas. States that, within the newer research areas under the microscope of the community involved, technical textiles focuses on new, ‘smart’ garments and the initiatives in this field in both the UK and the international community at large. Covers this subject at length.

Examines the tenth published year of the ITCRR. Runs the whole gamut of textile innovation, research and testing, some of which investigates hitherto untouched aspects. Subjects discussed include cotton fabric processing, asbestos substitutes, textile adjuncts to cardiovascular surgery, wet textile processes, hand evaluation, nanotechnology, thermoplastic composites, robotic ironing, protective clothing (agricultural and industrial), ecological aspects of fibre properties – to name but a few! There would appear to be no limit to the future potential for textile applications.

The paper aims to present a solution which makes it possible to control and audit organizational transactions in real time, helping to determine the degree of reliability with which they are carried out, mitigating the organizational risk. This auditing is made at a very low level of organizational transactions executed and supported exclusively in a digital format, contrary to what happens in most monitoring of transactions, which occurs at a high level. Moreover, it describes the conceptual architecture of the solution, its components and functionalities as well as the development and technical issues which should be taken into consideration on the deployment and evaluation of the solution.

The work follows the design science methodology. It presents the problem and motivation of the investigation, the solution design and how it is being deployed. Furthermore, it presents the expected results based on the proposed architecture and on the results which are currently being achieved with the prototype implementation.

The prototype is being put into practice, thus the gathering of results and their evaluation is not yet complete. However, preliminary results are really satisfactory and very close to those expected and enumerated.

The research contributes to a new vision of organizational auditing focused on assurance services in transactions executed and supported in a digital format in compliance with the formalisms of a business ontological model of organizational transactions.

This study aims to determine how to influence the customer journey of mobile food ordering applications (MFOAs) users. It researches how available information could influence customers’ intention to use MFOAs platforms in the prepurchase stage and explores the potential of personalized information to improve customer satisfaction with these services in the postpurchase stage.

This research followed a mixed design, combining qualitative (focus groups) and quantitative (online survey) research and using both content analysis and partial least squares structural equation modeling.

Two types of available information (firm-generated information and online customer reviews) had a positive influence on the behavioral intention to use MFOAs. Additionally, findings showed that different web personalization strategies, namely, content personalization, functional personalization and system-driven personalization, were useful tools to create customer satisfaction with this type of platform.

The study discusses limitations regarding the sample and sampling process, indicator variables and measures.

The present research provides actionable insights for online food delivery providers.

This study addresses a research gap in the literature and provides a novel and richer understanding of customer behavior toward mobile food delivery platforms. Also, it adds to the personalization research by identifying and testing a range of web personalization strategies.