While government enforcement of laws and regulations to control the production of chloroflurocarbons in 1987 has been hailed as exemplifying the precautionary principle, for almost two decades US companies failed to take precautionary measures to prevent chemical emissions, despite the probable risk of stratospheric ozone loss. As a result, human harms in the form of skin cancer have reached epidemic proportions globally and in the United States where, today, one person dies every hour from skin cancer. This book reviews U.S. laws, regulations, and policies, as well as case law regarding similar toxic tort cases to consider whether companies can and should be held legally liable under tort common law theories and related tort justice theories for having contributed to increased risks of skin cancer.

While government enforcement of laws and regulations to control the production of chloroflurocarbons in 1987 has been hailed as exemplifying the precautionary principle, for almost two decades US companies failed to take precautionary measures to prevent chemical emissions, despite the probable risk of stratospheric ozone loss. As a result, human harms in the form of skin cancer have reached epidemic proportions globally and in the United States where, today, one person dies every hour from skin cancer. This book reviews U.S. laws, regulations, and policies, as well as case law regarding similar toxic tort cases to consider whether companies can and should be held legally liable under tort common law theories and related tort justice theories for having contributed to increased risks of skin cancer.

The first edition of Professor Yoshida’s monograph, The International Legal Régime for the Protection of the Stratosphere Ozone Layer, provided a renowned and comprehensive contemporary study of the international ozone régime. In the second revised edition, the author analyses important developments in the ozone treaty régime.

The mountain of information coming out of the respective regimes on climate change, ozone depletion and air pollution is monumental

Although acid rain and ozone layer depletion are highly-publicized issues, they have not received the legal attention they warrant. This detailed analysis fills this gap. With a thorough scientific background and a review of technically feasible countermeasures, it addresses the applicable rules of international law, exposing the tension between the traditional concept of sovereignty and the need for international cooperation. Published under the Transnational Publishers imprint.

The first edition of Professor Yoshida's monograph, The International Legal Régime for the Protection of the Stratosphere Ozone Layer, has been the most comprehensive contemporary study of the international ozone régime. In the second revised edition, he analyses important developments of the ozone treaty régime.

Written by the Senior Legal Counsel of the Ozone Secretariat, this book critically examines the implementation of the 1987 Montreal Protocol on Substances that Deplete the Ozone Layer. This successful Protocol represents a dynamic legal regime that has made significant contributions to the progressive development of international environmental law resulting from innovative legal approaches, unparalleled in the history of treaty making, such as the use of framework treaties, simplified treaty amendment procedures and Ã?«soft lawÃ?Â- instruments. The author addresses issues related to environmental governance, environmental financing and the non-compliance procedure. The Montreal Protocol has considerably influenced subsequent multilateral environmental agreements, such as the Climate Change Convention and the Kyoto Protocol, as they have embraced similar financial mechanisms and non-compliance regimes. As the Montreal Protocol plays an important role in the development of international environmental law, a book that specifically deals with this significant Protocol cannot fail to be of importance to anyone interested in this area of law.

For two decades, scientists have been warning that chlorofluorocarbons (CFCs) and halons (bromine-containing fluorocarbons) may deplete the stratospheric ozone shield that screens out some of the Sun's harmful ultraviolet rays and thus regulates the amounts which reach the Earth's surface. CFCs have been used as refrigerants, solvents, foam blowing agents, and outside the United States, as aerosol propellants; Halons are used primarily as fire-fighting agents. Increased radiation could result in an increase in skin cancers, suppression of the human immune system, and decreased productivity of terrestrial and aquatic organisms, including some commercially important crops. This book deals with implementation, policy issues and phase out of methyl bromide. In September 1987, 47 countries (including the United States) agreed to the Montreal Protocol on Substances that Deplete the Ozone Layer, which first required controls on the world's consumption of ozone depleting substances. Over 160 countries have signed on to the Protocol, whose phasedown schedule for developed countries was accelerated twice and completely phased out Halon production at the end of 1994 and CFC production at the end of 1995. The Protocol's coverage has also been extended to include hydrochlorofluorocarbons and other chlorine- and bromine-containing substances such as some solvents and methyl bromide, a widely used soil fumigant.

This book is the first comprehensive history of international efforts to protect the ozone layer, the greatest success yet achieved in managing human impacts on the global environment. Its arguments about how this success was achieved are both theoretically novel and of great significance for the management of other global problems, particularly global climate change. The book provides an account of the ozone-depletion issues from the first attempts to develop international action in the 1970s to the mature functioning of the present international regime. It examines the parallel developments of politics and negotiations, scientific understanding and controversy, technological progress, and industry strategy that shaped the issue's development and its effective management. In addition, the book offers important new insights into how the interactions among these domains influenced the formation and adaptation of the ozone regime. Addressing the initial formation of the regime, the book argues that authoritative scientific assessments were crucial in constraining policy debates and shaping negotiated agreements. Assessments gave scientific claims an ability to change policy actors' behavior that the claims themselves, however well known and verified, lacked. Concerning subsequent adaptation of the regime, the book identifies a series of feedbacks between the periodic revision of chemical controls and the strategic responses of affected industries, which drove rapid application of new approaches to reduce ozone-depleting chemicals. These feedbacks, promoted by the regime's novel technology assessment process, allowed worldwide use of the chemicals to decline further and faster than even the boldest predictions, by nearly 95 percent within ten years.