Gaia in Action: Science of the Living Earth
Floris Books, 1996 - Science - 351 pages
James Lovelock's Gaia theory, which views the Earth as a living organism, is widely seen as a vital change in our scientific and cultural outlook on the planet we inhabit. The environmental and political implications of this theory are immense and wide-ranging. It suggests rich and revealing areas of scientific research, as well as inviting a critical look at some traditional aspects of our inherited scientific attitudes.
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Sketch for a History of the Idea of the Biosphere
Jim Lovelocks Gaia
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activity algae animals association atmosphere autopoiesis autopoietic bacteria behaviour biological biologists biophotons biosphere biota black daisies carbon dioxide cells chemical chemoautotrophic coherent competition complex concept cooperative crust culture cycle Daisyworld digest dynamic Earth earthworms ecology ecosystems elements energy environment environmental ethical eukaryotes evolution evolutionary example existence feedback functions Gaia hypothesis Gaia thesis Gaian gases geological geophysiology global hence human hydrogen hydrothermal vents implications important increase individual industrial interactions invertebrates Krumbein layers living matter living organisms living systems Lovelock luminosity machine maloca maloquero Margulis material mechanism metabolic metaphor microbial mutual mutualistic natural selection nitrogen noosphere nutrients oceans organic matter oxygen photosynthesis physical physiological planet planetary plate tectonics production regulation relationship result rocks scientific scientists sediments social society soil species stability Suess sulphide sulphur surface symbiogenesis symbiosis symbiotic temperature termites theory tion undulipodia University Vernadsky Vernadsky's white daisies