Deep thought - Jan 30
by Staff
Click on the headline (link) for the full text. Many more articles are available through the Energy Bulletin homepage
I don't breath a word about die-off. A PDF of the slides and speakers notes is available on my web site: The Converging Crisis (2.5 Mb PDF). ... It's at 7:00 at the McNabb Community Center, 180 Percy St., free admission. Please let anyone who might be interested know about it.
The second idea is that human civilization can be prosperous as it goes down to a lower energy world. To explain these hypotheses there is a review of the principles of emergy, its calculation and its use in evaluations and predictions. Tables of emergy per person and emergy per dollar of many countries are the bases for evaluations of international relationships. Examples are given of the use of emergy in possible solutions of problems like unequal migration, production, war, terrorism, and international trade. Scientists can use these methods to show how civilization can decline thoughtfully rather than collapse miserably. 1. INTRODUCTION This paper is based on one of H. T. Odum’s special projects: the future of human civilization. He put together facts, explanations and predictions in many papers and the book we wrote together, A Prosperous Way Down (Odum and Odum, 2001). Instead of anticipating a crash, a possible, hopeful, view of the future is predicted. These discussions and conclusions are based on two hypotheses. The first, with which most scientists agree, is that we (the world and our economy) are going down (there will be fewer resources to live on). The second, less considered, is that the lower energy future can be prosperous and happy - depending on our human actions. Our plans and activities must include the world environment as well as the economy... Elisabeth C. Odum - Professor Emeritus Santa Fe Community College, Gainesville, Florida H.T. Odum's books and articles sometime seem like manuscripts from an advanced civilization that were published in our era by mistake -- Odum does not think as other people do. Consequently one doesn't gulp down Odum's ideas, the way one does with most other thinkers, nor can one make easy generalizations. David Holmgren has acknowledged H.T. Odum as one of the sources of his ideas about permaculture. Odum's thinking about embodied energy ("emergy"), ecology and energy analysis are influential in the sustainability and peak oil movements. Yet there is much more. This paper by Elisabeth Odum begins to apply energy analysis to areas as diverse as immigration, globalization, and an international "minimum emerge wage." My head begins to spin when the talk turns to energy, shared information and religions. Hopefully the book will make this all clear. The writings that she co-authored with her husband seem to be less technical and more understandable than the ones he wrote alone. -BA
In an article titled 'Putting People in the Map' published in Frontiers in Ecology and the Environment, Erle Ellis at the University of Maryland and Navin Ramankutty at McGill University have come up with the idea of anthropogenic biomes, or anthromes for short. Anthromes are a play on biomes, the large-scale vegetation patterns ecologists use to map the planet. Open any introductory ecology textbook and you will see vivid colors mapping the planet’s tropical and boreal forests, tundra, shrubland and other biomes derived from climate, geography, and terrain. The problem with biomes, however, is that they hardly exist any more as large tracks of undisturbed landscape. ...Anthromes, by contrast, combine human settlements and land-use with natural vegetation. Instead of the either/or maps between, say, tropical forests or human agriculture, anthromes map a continuum of 15 landscape classes ranging from dense settlements, through irrigated villages, remote croplands, residential rangelands, and, ultimately, to wildlands. (You can download a large image or view the map in Google Earth, Google Maps, or Virtual Earth here.) The world seen through anthromes is quite different from earlier maps and makes existing measures of the human footprint seem quaint. Estimates that humans consume 25% of the Earth’s photosynthesis are striking enough. Seen through anthromes, however, 90% of the planet’s photosynthesis is on human-dominated lands. Not only that, but 25% of global tree cover does not occur in forests at all but in croplands-more than the 20% of tree cover found in remote forests. |
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