Hotter summers and milder winters have already made most of us aware of what scientists say is a trend towards extensive global warming. Most of the experts accompany their predictions with dire warnings of the resulting rising sea levels and spreading deserts. Trausti Valsson's approach to the problem of global warming is a refreshing look at the advantages that will ensue. With the melting of the sea ice in the north, shipping routes will regularly include the passage north of Siberia and, slightly later, a north-west passage through the Canadian Archipelago. This means that countries bordering the Pacific and Atlantic Oceans will become "closer" to each other and that ships too wide for the Panama and Suez Canals can easily transport oil and other cargoes via the shorter routes over the Arctic Ocean. The warming climate and melting ice will make oil and mineral resources in northern areas easily accessible for exploitation and will make the far north comfortable for human habitation, replacing the living spaces around the central areas of the globe that will become too hot for habitation. Valsson recognizes the fact that the world's climate has changed many times in the past and that the present warming trend is not new. However, he underlines the importance of the international agreements for reducing greenhouse gas emissions, which are largely to blame for the current warming trend. He also promotes the view that even in the face of the very many negative consequences, we need to maintain a positive attitude towards the changes that are coming upon us, a refreshing view which he presents through text and a wealth of informative maps.

A growing chorus of voices has suggested that the world’s religions may become critical actors as the climate crisis unfolds, particularly in light of international paralysis on the issue. In recent years, many faiths have begun to address climate change and its consequences for human societies, especially the world’s poor. This is the first volume to use social science to examine how religions are helping to address one of the most significant and far-reaching challenges of our time. While there is a growing literature in theology and ethics about climate change and religion, little research has been previously published about the ways in which religious institutions, groups and individuals are responding to the problem of climate change. Seventeen research-driven chapters are written by sociologists, anthropologists, geographers and other social scientists. This book explores what effects religions are having, what barriers they are running into or creating, and what this means for the global struggle to address climate change.

To date, research on the economic implications of climate change on fisheries has been both limited and fragmented. The contributors to this volume remedy the lack of attention by investigating the economic consequences of pelagic fish fluctuations in the recent past in order to understand how to adapt and respond to future climate changes.

This book is an auto-biography of Trausti Valsson, an Icelandic architect, planner, theoretician and a professor of planning at the University of Iceland. It gives a personal account of what shaped planning and design in the world and in Iceland as he experienced it in his lifetime. Valsson e.g. tells about his personal encounter with Ian McHarg, Buckminster Fuller and Christopher Alexander. Early TV started working on a future plan for Iceland, consisting, for example, of roads connecting Iceland´s settlements, across the Central Highlands. He also started an overlay mapping project, mapping both the hazard- and resource areas of the country, which created a basis for his Iceland-Plan proposals. Work on this he continued at Berkeley and at the University of Iceland as he started teaching there in 1988. Many of his articles and books deal with this subject. In 1980 Valsson started his PhD studies in Environmental Planning at UC Berkeley, California. In the philosophical section of his dissertation he presented his argument that the Western, mechanistic worldview was the underlying cause for today´s alienation, and that more holistic and integrative schemes were inherent in Eastern worldviews. TV´s dissertation is called A Theory of Integration for Design and Planning – Based on the Concept of Complementarity (1987). In 1988 – a year after Valsson returned to Iceland – he got an associate professor position in planning at the Engineering Faculty of the University of Iceland, and later a tenured professor position. The last part of this book describes Valsson’s 27 years at the University. The title of this present book: Shaping the Future – Ideas – Planning – Design, reflects how wide Valsson´s field of his operation has been.

In the last half decade since sustainable development became a serious objective, what have we achieved? Are livelihoods more secure? Are nations wealthier and more resilient? Is environmental quality being restored or maintained? These are essential questions of development. Their answers are many, varied between communities and regions, even between individuals. Two years ago, in the aftermath of the Earth Summit and ratification of the Framework Convention on Climate Change, but before the first Conference of Parties, I participated in a panel at the inaugural Oxford Environment Conference on Climate Change and World Food Security. The panel vigorously reviewed issues of resilient development and food security. This book is a product of the Oxford Environment Conference. It takes the essential questions of sustainability as a starting point to focus on present food security and its future prospects in the face of climate change. Why is this book important? First, I believe our goals to end hunger are under threat. We know what to do in many respects, but fail to generate the finances and political will to change the structures that thrive on poverty. Second, I believe concern about the environment has become dangerously separated from the fundamental issues of human deprivation. Third, I believe climate change is a serious threat and I am dismayed at the way nations dither over how to control greenhouse gas emissions and mechanisms to meet the challenge of adverse climate impacts.

The Next Economics focuses on how the field of economics must change and incorporate environment, energy, health and new technologies that are called externalities for stopping and reversing climate change. The field of economics needs to become a science. Economics in this book for the Green Industrial Revolution which goes beyond the third industrial revolution since it covers cases, examples and specific economic analyses that both scientific and global. The book concerns climate change and how the Economics for Externalities, needs to range from energy and national security to infrastructure and communities. Solutions and cases of the “Next Economics” are based in western philosophical economic paradigms and how that is changing due to the significance of current global economic and societal concerns. Finally practical applications for economics are explored using global environmental and energy issues. Areas that need a fresh look at and be integrated with economics, include the environment, social and political issues, energy, health climate change and their infrastructures, as they are major components of the macroeconomics for the future. Based on past economic models, these subjects have been lost or ill fitted into modern economic theory. The challenge is to explore and to look deeply into economics in order to provide it a new direction with the possibility for understanding, changing and saving the planet from climate change. This book presents to economists and policy-makers alike areas of environmental economics, energy policy, health and social issues which are needed to stop and reverse climate change.

Explains what global warming is, the factors that cause it, how it affects the environment, and what is being done to prevent it.

Global Warming: Engineering Solutions goes beyond the discussion of what global warming is, and offers complete concrete solutions that can be used to help prevent global warming. Innovative engineering solutions are needed to reduce the effects of global warming. Discussed here are proposed engineering solutions for reducing global warming resulting from carbon dioxide pollution, poor energy and environment policies and emission pollution. Solutions discussed include but are not limited to: energy conversion technologies and their advantages, energy management and conservation, energy saving and energy security, renewable and sustainable energy technologies, emission reduction, sustainable development; pollution control and measures, policy development, global energy stability and sustainability.

This book examines the impact of climate change on eye disease and eye health. Filling a lacuna in the existing literature, Scott Fraser takes a deep dive into the eye diseases that are most affected by the climate crisis and explores the subsequent burden on organisations, charities and healthcare systems. Fraser begins by including short primer chapters on the basics of climate science and climate change, highlighting which environmental mechanisms directly and indirectly affect our health and why. He then looks in detail at the direct and indirect threats to eye health from climate change and examines factors including changing insect vectors, trauma from extreme weather events such as wildfires, floods and droughts, as well as the impact of crop failure, malnutrition, animal and plant migration. Highlighting the Global North vs South divide, the book goes on to consider issues around eye care, exploring the increased burden that climate-induced chronic eye diseases including cataracts, macular degeneration and nutritional eye diseases are placing on health care systems. These chapters also reflect on the ways in which eye care, ophthalmology, optometry, pharmaceutical and medical device companies all contribute to the climate footprint themselves. Unique and timely, this book will be a great resource for students and clinicians of ophthalmology, optometry and allied eye care professions, as well as climate scientists, researchers, policy makers, charities, NGOs working in related fields of environment and health.