The tremendous flow of air traffic traversing the airspace of the European Union demands extraordinary vigilance on the part of air navigation service providers. Although the first requirement of air navigation services is obviously the enhancement of safety, providers must also attend to the efficiency and optimisation of airspace capacity and the minimisation of air traffic delays. As technological and operational improvements proceed in these areas, jurisdictional issues of responsibility and liability--particularly in cases of mid-air collisions--become ever sharper and more in need of precise definition. This detailed and insightful exposition focuses on these issues from three overlapping perspectives: the international and European legal framework dealing with air navigation services, the question of state responsibility, and the question of liability for damage inflicted by air navigation service providers. The author's in-depth analysis includes examination of many elements, among them the following: * the interrelated roles of the International Civil Aviation Organization (ICAO), the European Civil Aviation Conference (ECAC), the European Organisation for the Safety of Air Navigation (EUROCONTROL), the European Community's European Aviation Safety Agency (EASA), and other international bodies; * the Single European Sky initiative, its establishment of Functional Airspace Blocks (FUAs), and its ongoing research program (SESAR); * establishment of transparent lines of state responsibility in the context of cross-border provision of air navigation services; and prospects for the imposition of a transparent liability regime on corporatized air navigation service providers. In conclusion, the author enumerates the essential elements required for cross-border provision of air navigation services and offers well-thought-out final recommendations and conclusions on the most preferable way to pursue such cross-border provision within and outside the European Community. A model agreement for the delegation of air navigation service provision appears as an appendix. All professionals concerned with air navigation, in Europe and elsewhere, will appreciate the depth of knowledge and commitment apparent in this book. The deeply informed insights manifest in its pages will be of enormous value to aviation agency officials and air law practitioners everywhere.

This book encapsulates in detail the principles pertaining to legal and regulatory aspects of aerodromes. As the title denotes, it discusses the various aspects of the structure and functioning of an aerodrome and the complexities involved. It focuses on the law and regulation of aerodrome certification and planning, aerodrome services, financial and economic planning, security, management and governance. The airport industry is one of the fastest growing within the aviation industry, requiring innovation and creativity in management. This in turn has called for an increased focus on advanced management programmes for airport managers and lawyers. The Airport Management Professional Accreditation Programme (AMPAP) offered worldwide by the International Civil Aviation Organization and Airports Council International, and the Angkasa Pura II Airport Management Excellence Programme of Indonesia are two such initiatives which give airport professionals a sound grounding on the principles and techniques of management and law.

The aviation community, in which the International Civil Aviation Organization (ICAO), the International Air Transport Association (IATA) and the Civil Air Navigation Services Organization (CANSO) play leading roles, is hard at work in bringing aviation into the 21st Century. In doing so, the United States and Europe have taken proactive steps forward in introducing modernization, particularly in moving towards more efficient air traffic management systems within NextGen and SESAR. Elsewhere, in the fields of personnel licensing, rules of the air, accident investigation and aeronautical charts and information, significant strides are being made in moving from mere regulation to implementation and assistance calculated to make all ICAO member States self sufficient in international civil aviation. However, these objectives can be achieved only if the aviation industry has a sustained understanding of the legal and regulatory principles applying to the various areas of air navigation. This book provides that discussion. Some of the subjects discussed in this book are: sovereignty in airspace; flight information and air defence identification zones; rules of the air; personnel licensing; meteorological services; operations of aircraft; air traffic services; accident and incident investigation; aerodromes; efficiency aspects of aviation and environmental protection; aeronautical charts and information; the carriage of dangerous goods; and NextGen and SESAR . Except for NextGen and SESAR, these subjects form the titles of the Annexes to the Chicago Convention that particularly involve the rights and liabilities of the key players involved in air navigation.

This book embarks on a contemporary analysis of the interaction of economics and law relating to air transport, delving into the major issues that plague the industry. It shows how some of the thorny and frustrating issues could be approached sensibly. Among the issues discussed are the anomaly of exponential growth of air transport which makes airline profitability continue to be poor; the legislative impediments in most countries that preclude direct foreign investment in the industry; the confounding and muddled mess behind the economics of aircraft engine emissions; and the inexplicable reality that, although civil aviation is primarily meant to meet the needs of the people of the world, State regulators have upended the equation and given priority to national interests over the interests of the passenger. The book will be of interest to economists and lawyers alike who deal with air transport issues, and also to academics and students in the area of transportation as well as regulators and airlines.

This title was first published in 2003. The events of 11 September 2001 defy modern economic theory when addressed in aviation terms. Economic theory would suggest that, once the impact of such events are a thing of the past, and economies are restored to their status quo ante, a rise in the gross domestic product of States to earlier levels would almost inevitably result in increased consumption. This in turn would mean that the demand for air travel would rise to earlier proportions and consumption in terms of air transport services would be restored to normalcy. However, the September attacks on United States' property introduced a unique characteristic through the fear factor that directly impacts the future development of air transport. As a result, the grim task of restoration of passenger confidence stands in the way of economic revival of the air transport industry. Aviation was always in crisis. The air transport industry, even prior to 11 September 2001, although seemingly a glamorous, exciting and prosperous business, never enjoyed sustained periods of profitability. Even among the large carriers, a short bout of profitability would inevitably be followed by a period of downturn in real income. It is simply that this fluctuation in fortune is an ineluctable characteristic of air transport, whose fortunes are dictated by rigid regulation, competition and technological change. If a sustained analysis were to be made of air transport, plain economic theory would no longer be the exclusive discipline for consideration. Rather, all relevant factors have to be taken in context and emerging issues should be analyzed as possible threats to the economic well being of the air transport industry. This book addresses issues in a post-September 2001 context but also analyses issues past and present, with the intent of looking at the future. Four major areas are taken into consideration which were in crisis but are truly impacted by the events of September 2001. These areas relate to crises in the commercial, security, insurance and environmental protection fields. Of these the first and fourth areas are inextricably intertwined, as aircraft noise regulations in various States have a direct impact on aircraft financing, which in turn is linked to demand for air services. A drop in demand for air services would essentially mean that the demand for lease or purchase of new aircraft would drop. When this occurs, air transport enterprises would be more inclined to cut costs and therefore concentrate on using the aircraft already at hand, upgrading them to conform to the The purpose of this book is to view the overall picture of an aviation industry - comprising air transport and other aviation related industries - in crisis, through issues that continue to impact the economic viability of air transport, particularly as a result of the events of 11 September 2001.

'Managing Airports' presents a comprehensive and cutting-edge insight into today's international airport industry. This third edition reflects the huge changes in the management of airports today and tackles many of the key issues.

The objective of this book is to provide ICAO, States, competent authorities and aerodrome operators with a comprehensive overview of legal challenges related to international aerodrome planning. Answers to derived legal questions as well as recommendations thereafter shall help to enhance regulatory systems and to establish a safer aerodrome environment worldwide. Compliant aerodrome planning has an immense impact on the safety of passengers, personnel, aircraft – and of course the airport. Achieving a high safety standard is crucial, as many incidents and accidents in aviation happen at or in the vicinity of airports. Currently, more than 40% of the ICAO Member States do not fully comply with international legal requirements for aerodrome planning. Representatives of ICAO and States, as well as aerodrome and authority personnel, will understand why compliance with the different legal facets of aerodrome planning is challenging and learn how shortcomings can be solved.