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The chapter discusses two main themes: shifts in the global geography of aviation toward the developing world and several threats to the future growth of air transportation. The past two decades have witnessed a remarkable realignment of air passenger and air cargo traffic toward middle-income countries and the hubs within those countries.

The chapter documents these shifts, drawing on analyses of airline capacity around the world in 1998 and 2012. Given more rapid population and economic growth in Asia, the Middle East, Sub-Saharan Africa, and Latin America, further such developments seem likely. However, the chapter also reviews some of the principal challenges confronting aviation in its second century. These include the higher price of oil, the political challenges involved in building new airport infrastructure (especially in rich democracies), and efforts to limit the increase in greenhouse gas emissions and other air transportation externalities.

The chapter concludes that none of these challenges is very likely to reverse the long-term growth of air traffic but will instead intersect with the broader shift toward emerging markets to produce a still more complex geography of air services. The chapter further contends that the continued expansion of aviation will bring both daunting challenges to the world but also new opportunities to the low-income countries still marginalized in today’s airline networks.

This paper gives the background to the ISO 18404:2015 standard and explains its rationale. It aims to correct misconceptions and erroneous statements about the standard appearing in the paper by Antony et al. (2021) and to demonstrate the usefulness of the standard in a wide range of application sectors.

A review of recently reported misconceptions and erroneous statements is presented and clarifications are provided. A qualitative interview approach was utilised to obtain the views of leading academics and practitioners familiar with Six Sigma and Lean in a range of sectors and from different parts of the world. This includes the results of a survey for capturing expectations and requirements for the next ISO18404 version.

Clarifications were needed to correct some misconceptions and erroneous statements in recently published work. However, on review, the reports of the interviews in Antony et al. (2021) indicate that most Lean Six Sigma professionals have positive experiences with ISO 18404:2015 and see the advantages of a common standard in helping continuous improvement deployment. Possible causes of some reported negative results are already scheduled to be addressed in the forthcoming review of ISO 18404:2015.

A very real constraint when conducting research into ISO 18404:2015 is to obtain a balanced view of the standard from those who have a vested interest in its continuation and evolution, or not. Whilst the authors cannot claim to be any more objective than Antony et al.’s (2021) authors and commentators, they are, in contrast to that group, highly knowledgeable about the reality of the standard, rather than speculating in ignorance.

A very real constraint when conducting research into ISO 18404:2015 is to obtain a balanced view of the standard which is balanced with respect from those who have a vested interest in its continuation and evolution, or not. Whilst the current authors cannot claim to be any more objective than previous authors, Antony et al.’s (2021) authors and commentators, they are, in contrast to that group, highly knowledgeable about the reality of the standard, rather than speculating in ignorance.

The paper gives a clear description of the ISO standard development process and provides a resource for people to obtain insight into the value or non-value add of a standard in Six Sigma and Lean, and the appropriate details of such a standard. These results can form the basis of a case for the implementation of the standard for those organisations currently trying to decide whether or not to implement it.

Airports and urban developments in their vicinity constitute a highly specialized type of agglomeration based on air connectivity that epitomizes the importance of mobility in the modern service economy. However, in a frictionless world of backyard capitalism and perfect competition, such agglomeration of civil aviation services would not have been necessary. Thus, concepts such as imperfect markets, path dependence, and cumulative causation may be alternatively used to explain the spatial aspects of airport developments. Focusing on “second-nature” concentration, the “new geographical economics” (NGE) literature offers a potential theoretical framework that organizes these concepts into a coherent economic framework. This chapter aims to highlight the unique relevance of the NGE approach in developing an economics-based understanding of the spatial distribution of airports. Drawing from the existing NGE knowledge-base, this conceptual chapter explains that the NGE approach can be adopted as a micro-foundation to show how the spatial aspects of airport development, including core-periphery dynamics of regional disparity and parity, can emerge from economic mechanisms. The chapter concludes with potential implications for airport economics and regional policy, along with the discussion of some of the main critiques of the theory.

It is important for stakeholders to understand the driving forces of the aviation industry and economic wellbeing and how these sectors are interconnected. This chapter studies the relationships between the African aviation industry and the economy. It is framed as a causal linkage considering the priority investment sector that enhances the sustainable wellbeing of the society. Analyses were conducted for 38 African countries using time series data from 1981 to 2019. The results show that causal relationships are heterogeneous and context-specific. Four patterns of causal relationships between air travel demand and the economy are identified: unidirectional causality in either directions; bidirectional causality; and indeterminate causal direction. However, the causal direction in any economic or policy-related matter may change with political reforms and changes to economic policy.

This chapter provides an overview of the century-long economic history of scheduled passenger airlines services in developing countries. Initially there is discussion of what constitutes a developing country and how airlines activities interact with development processes. It is a broad view which compares and contrasts the varying paths civil aviation has taken within different countries and internationally. It offers some insights as to why airlines are where we are today and as to what the future may hold for developing nations.

Business Aviation (BA) is an important segment of nonscheduled air transport, providing personalized solutions for business trips by air. Unlike scheduled air transport or holiday charters, BA has hardly been dealt with in the academic literature. This chapter gives insight into the structure and key economic effects of the European (EU28 + EFTA) BA sector. Hereby, we differentiate between the sector’s macroeconomic footprint, in terms of jobs or gross value added (GVA), and the generation of business efficiencies and connectivity benefits for the users. Based on our own data collection and input-output analyses using data from the World Input-Output Database and Eurostat, we find that the effect of BA over the EU28 GVA is almost 0.2%. Also, some 374,000 European jobs are directly or indirectly dependent on the sector’s activities, which is more than the total number of jobs in, e.g., Cyprus. More than half of these jobs stem from the operation of business aircraft and from closely related operational services like maintenance (“MRO”) and handling (“FBO”), while the remaining employment occurs in the production of business aircraft and parts. Comparing actual European BA flights against their fastest commercial travel alternatives, key efficiencies came to light, such as average travel time savings of 127 minutes per flight, annual savings of about € 15 million in overnight hotel costs and an average 150% increase in productive work time for the travelers. Furthermore, we find that BA can significantly improve connectivity, as it serves about 25,000 city pairs not connected by nonstop scheduled air services.

This chapter examines the effects that airports have had on economic development in cities from 1950 to 2010. It uses a novel dataset consisting of previously unexploited data on the origins and history of the aviation system in the United States. Applying the method of synthetic controls to a set of medium and small airports, I examine both the overall impacts and the heterogeneity within the outcomes of various airports. Then, I use regression analysis to determine key factors differentiating successful airports from less successful ones, as it pertains particularly to population and employment growth. I find that, first, on average, cities have benefited from airports over this period. Airports, overall, provided a causal contribution of 0.2– 0.6% per year on population and employment growth over the time period. Second, I show that city-level factors contributing to airport success include: (1) closer proximity to a major research university, (2) a capital city location, and (3) climate factors, particularly higher January mean temperatures and/or hours of sunshine. City size is a consideration as well; cities in larger metropolitan areas, with larger shares of employment in nontradables in the 1950s, were also better positioned to reap the benefits that airports provided on city growth. Significant differences were not found across regions, airport governance structures, or other factors.

In this chapter, we will review the history, deregulation, policy reforms, and airline consolidations and mergers of the Chinese airline industry. The measurement of airline competition in China’s domestic market will also be discussed. Although air deregulation is still ongoing, the Chinese airline industry has become a market-driven business subject to some mild regulations. Then, we will review the impressive development of the high-speed rail (HSR) network in China and its effects on the domestic civil aviation market. In general, previous studies have found that the introduction of HSR services has a significant negative impact on airfare and air travel demand in China. The rapidly expanding network of HSR has important policy implications for Chinese airlines.