This paper shows how the Energy System Sciences provide the theoretical backbone and empirical substance we need to connect findings from across the human and natural sciences in a way that is practical, rigorous, and heart-warming at the same time. Our premise is that the same energy science that explains systemic health in ecosystems can be used to create an empirical explanation of systemic health in human systems too. This integrated understanding of planetary health directly addresses the underlying socio-economic drivers of today’s crises in a rigorous yet emotionally compelling picture of how to save civilization socially, economically and environmentally.
Applying network science concepts and methods to economic systems is not a new idea. In the last few decades, however, advances in non-equilibrium thermodynamics (i.e., self-organizing, open, dissipative, far-from-equilibrium systems), and nonlinear dynamics, network science, information theory, and other mathematical approaches to complex systems have produced a new set of concepts and methods, which are powerful for understanding and predicting behavior in socio-economic systems. In several previous papers, for example, we used research from the new Energy Network Science (ENS) to show how and why systemic ecological and economic health requires a balance of efficiency and resilience be maintained within a particular a “window of vitality”. The current paper outlines the logic behind 10 principles of systemic, socio-economic health and the quantitative measures that go with them. Our particular focus is on “regenerative aspects”, i.e., the self-feeding, self-renewal, and adaptive learning processes that natural systems use to nourish their capacity to thrive for long periods of time. In socio-economic systems, we demonstrate how regenerative economics requires regular investment in human, social, natural, and physical capital. Taken as a whole, we propose these 10 metrics represent a new capacity to understand, and set better policy for solving, the entangled systemic suite of social, environmental, and economic problems now faced in industrial cultures.
Regenerative economics | Resilience | Economic networks | Self-organization | Autocatalysis | Socio-ecological systems | Network analysis
The concept of resilience has become popular in international development circles in recent years, but it is only one of many factors in a larger, integrated, empirical understanding of systemic health and development emerging from the study of energy-flow networks. This article explores how the Energy Network Sciences (ENS) can provide a robust theoretical foundation and effective quantitative measures for resilience and other characteristics that undergird systemic health and development in socio-economic networks. Einstein once said that “theory makes measurement possible.” We believe ENS can provide a more effective theory of economic health, which will open the door to surprisingly precise measures. Our goal is to outline the basic reasoning behind both theory and measures.
Front. Hum. Neurosci., 27 February 2018 | https://doi.org/10.3389/fnhum.2018.00067 Yoga Therapy and Polyvagal Theory: The Convergence of Traditional Wisdom and Contemporary Neuroscience for Self-Regulation and Resilience Marlysa B. Sullivan1*, Matt Erb2, Laura Schmalzl3, Steffany Moonaz4, Jessica Noggle Taylor5and Stephen W. Porges6,7 1Integrative Health Sciences, Maryland University of Integrative Health, Laurel, MD, United States 2The Center for… Read More