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Presenting critical insights on how economic activity is constrained by the environment's ability to provide material and energy resources, this timely Research Agenda explores how humanity shapes, and is shaped by, environmental change and sustainability challenges. Chapters highlight how, under these constraints, people may seek to improve their lives and standards of living without undermining the abilities of others to do so now or in the future. With contributions from top economic scholars, as well as from a range of other disciplines including ethics, law, and the physical and life sciences, this book explores how interdisciplinary insights can be integrated to provide meaningful investment and policy advice. Offering diverse understandings of the topic from both the Global North and South, this Research Agenda challenges previous economic conceptualizations of human-environment interactions, exploring resource use and environmental impact from micro- and macro-economic perspectives. Students of environmental and ecological economics will find this to be a thought-provoking and stimulating read. The suggestions for future research and use of clear case studies will also prove valuable for environmental law and ethics scholars, as well as environmental policy makers. --

"Any human endeavor is shaped by, and shapes, changes in the physical and biological environment. In this Advanced Introduction, Matthias Ruth draws on a diverse set of theories, methods and applications to critically assess key concepts in ecological economics. Understanding biophysical foundations of economic growth and development is at the core of ecological economics. The author provides a precise introduction to the interdependencies between economic and environmental change, focusing on the fundamental dependence of the economy on the environment, as a provider of energy, materials and waste assimilation services"--Publisher's description

This article traces conceptualizations of technology from narrow definitions to a broader understanding that encompasses the larger social and environmental context within which technology operates. In doing so, the associated social and environmental drivers and impacts of technology are identified and conclusions are drawn for the roles of technology and technology change in achieving sustainability.

Increases in urban populations, aging infrastructures and global environmental change have begun to highlight the need and urgency to address urban resilience through research and stakeholder-based dialog. The number of case studies for individual locations and on individual challenges – such as meeting water or energy demands – are increasing. Many of those studies reveal the complexity of managing interrelations among population, infrastructure, and institutions, though many ultimately choose a narrow, sector-specific approach to the issue. Few approaches have built on insights from complexity theory and related bodies of knowledge which are more consistent with the perspective that urban infrastructure systems are tightly coupled with one another and must respond to often subtle, long-term changes of technological, social and environmental conditions. Drawing on that knowledge, and building on insights from previous case studies, this paper explores the potential roles of complexity theory in guiding investment and policy decisions in the urban context, focusing on strategies to promote resilience and adaptability in the light of population, infrastructure, and institutional dynamics. ; 136

This paper is based on the premise that without integration of knowledge across disciplines, without integration of research with education, and without dialogue between science and stakeholders, opportunities to bound the complexity of environmental processes will be missed. Without adequate integration, solutions to environmental challenges will be partial at best, and new problems and unintended impacts will likely arise that prevent natural resource, economic and social systems from flourishing. On that premise, the paper explores what specifically needs to be integrated, and why, how that integration may occur, and what emotive, social and institutional conditions need to be achieved that may foster integration. ; 135

AbstractNotes and Insights is a forum for discussion and debate about current issues in the philosophy and application of the system dynamics approach, and a marketplace for the exchange of information about current research, policy issues, and teaching experiences. Manuscripts treating material particularly suited to presentation in short form (less than 2,000 words) should be sent to Erich Zahn, Betriebswirtschaft‐liches Institut, Abt. IV, Universitat Stuttgart, Keplerstr. 17, D‐7000 Stuttgart 1, Germany or to Yaman Barlas, Dept. of Industrial Engineering, Bogazici University, 80815 Bebek, Istanbul, Turkey.

Industrial ecology provides a consistent material and energetic description of human production and consumption processes in the larger context of environmental and socioeconomic change. The contributors to this book offer methodologies for such descriptions, focusing on the dynamics associated with stocks of materials and capital, flows of raw materials, intermediate products, desired outputs and wastes, as well as the associated changes in behaviors of producers, consumers and institutions