Towards A Transdisciplinary Understanding of Emergy Accumulation

It is increasingly apparent that global capitalism is not capable of generating fair and sustainable development. This has been criticized by system perspectives in natural as well as social sciences. General Systems Theory (GST) emphasizes flows of energy and materials between systems, and enables descriptive quantification of North-South relations. Meanwhile, World System Theory (WST) is more explanatory, in concentrating on the history and asymmetric power relations of the global capitalist system. Both perspectives have shown that global trade results in asymmetric accumulation processes, among other reasons due to ways of establishing value that underestimate the contribution by people and the environment. In this paper it is proposed that this problem be eased by determining what feedback mechanisms in the world system are positive and negative, and that this in turn may be operationalized by prioritizing processes that facilitate maximum empower. This calls for new approaches to global trade that are ecologically realist, and acknowledge unequal distributive aspects of resources and power. However, GST offers only limited articulation of the concept of political power. Similarly, WST proponents seldom specify what is being accumulated in world trade. Thus, whereas GST with its emergy concept provides a means for calculating flows and interactions, i.e., to quantify accumulation, WST offers a framework to emphasize power relations within different parts of the world system. However, there are intra-disciplinary difficulties in communicating the outcome from the two approaches. In this paper, critical arguments derived from this gap are presented, emphasizing opportunities and constraints in theory and terminology. The ambition is that those critical arguments will give an entrance and hints where pedagogical and information skills should be given first priority, in order to help each approach to understand the other, and ultimately push research towards a more transdisciplinary understanding of emergy accumulation.