Jeroen C.J.M. van den Bergh

This study offers a unique evolutionary economics perspective on energy and innovation policies in the wider context of the transition to sustainable development. The authors include:an analysis of the environmental policy implications of evolutionary economicsa critical examination of current Dutch environmental and innovation policies and policy documentssystematic evaluation of three specific energy technologies, namely fuel cells, nuclear fusion and photovoltaic cells, within the evolutionary-economic framework. Their analysis results in a number of very specific policy recommendations, which to some extent may be in conflict with current policy advice and practice. Evolutionary Economics and Environmental Policy will appeal to researchers, undergraduate and graduate students in environmental economics, environmental science, public economics and technology studies. It will also be valuable to policy advisors and policymakers whose decisions affect the environment either directly or indirectly.

Both natural and cultural selection played an important role in shaping human evolution. Since cultural change can itself be regarded as evolutionary, a process of gene-culture coevolution is operative. The study of human evolution - in past, present and future - is therefore not restricted to biology. An inclusive comprehension of human evolution relies on integrating insights about cultural, economic and technological evolution with relevant elements of evolutionary biology. In addition, proximate causes and effects of cultures need to be added to the picture - issues which are at the forefront of social sciences like anthropology, economics, geography and innovation studies. This book highlights discussions on the many topics to which such generalised evolutionary thought has been applied: the arts, the brain, climate change, cooking, criminality, environmental problems, futurism, gender issues, group processes, humour, industrial dynamics, institutions, languages, medicine, music, psychology, public policy, religion, sex, sociality and sports.

Both natural and cultural selection played an important role in shaping human evolution. Since cultural change can itself be regarded as evolutionary, a process of gene-culture coevolution is operative. The study of human evolution - in past, present and future - is therefore not restricted to biology. An inclusive comprehension of human evolution relies on integrating insights about cultural, economic and technological evolution with relevant elements of evolutionary biology. In addition, proximate causes and effects of cultures need to be added to the picture - issues which are at the forefront of social sciences like anthropology, economics, geography and innovation studies. This book highlights discussions on the many topics to which such generalised evolutionary thought has been applied: the arts, the brain, climate change, cooking, criminality, environmental problems, futurism, gender issues, group processes, humour, industrial dynamics, institutions, languages, medicine, music, psychology, public policy, religion, sex, sociality and sports.

The loss of biodiversity has put increasing pressure on the stability and continuity of ecosystems, and their ability to provide goods and services to mankind. This valuable new book addresses this issue and presents an integrated ecological-economic perspective on the analysis of biodiversity loss and conservation. It adopts a multidisciplinary approach and attempts both to provide a definition of biodiversity benefits as well as investigate alternative perspectives on biodiversity. The book also presents a classification of biodiversity values and effectively illustrates which economic valuation methods can best measure which type of biodiversity value. The distinguished authors move on to discuss the utility of the application of the economics-ecology interface and integrated modelling for the assessment of biodiversity values. In doing so, they consider the use of multi-criteria evaluation and meta-analytical methods to deal with the aggregation of information from multiple disciplines and past valuation studies, respectively. The book concludes by addressing the role of biodiversity indicators and monetary information for policy design and biodiversity management, devoting special attention to the certification and the ecolabeling of biodiversity benefits. The integration of economic and ecological theories and methods, and the strong methodological orientation will be of immense benefit to students, academics and researchers of environmental economics, environmental science and ecology. Policymakers involved with nature policy and management will also find this volume to be of great practical value.

The effectiveness and scope of operational analysis of sustainable development is explored in this major new book. Ecological Economics and Sustainable Development offers an integrated treatment of theory, methods and applications for economic-ecological analysis taking into consideration all the relevant interactions between economic, development and physical and biological processes. An overview of different theoretical perspectives, based on insights from economics, ecology and thermodynamics, is followed by discussion of the dimensions of sustainable development including ethics and intergenerational equity, sustainable and multiple use, and spatial sustainability. The second part of the book discusses methods for analysis, covering the choice of indicators, natural resource accounting, and integrated static, dynamic and spatial modelling, and evaluation, including multi-criteria and cost-benefit analysis. Attention is also given to decision support and the choice of policy instruments. Combinations of the various methods are applied in the final part of the book, using case studies which cover a range of ecosystems and regions, as well as a variety of issues and problems. These studies clearly show the potential of policy-oriented integrated economic-ecological analysis for sustainable development.