Peter Staudenmaier writes in Paragraph 40:
Although not a farmer himself, Steiner introduced the fundamental outlines of biodynamics near the end of his life and produced a substantial body of literature on the topic, which anthroposophists and biodynamic growers follow more or less faithfully. Biodynamics in practice often converges with the broader principles of organic farming. Its focus on maintaining soil fertility rather than on crop yield, its rejection of artificial chemical fertilizers and pesticides, and its view of the whole farm or plot as an ecosystem all mark the biodynamic approach as an eminently sensible and ecologically sound method of cultivation. But there is more to the story than that.
What is missing from this largely accurate summary is the fact that Steiner's indications in the Agriculture Course are just that: indications, and not prescriptions. Beyond the rather obvious concerns such as viewing the farm as an ecological unit to be run on a sustainable basis, Steiner gave indications concerning other forces that influence the practices of farming. For example, he called attention to the role of the planets in the growth of plants. While this may at first appear rather nebulous, it can be quite easily tested in practice, and this is what Steiner encouraged. If Steiner says that the position of Mars in relation to the earth has an influence on the growth of rye, then this can be quite easily tested: plant some rye in a supposedly auspicious moment, then plant some more in a separate plot a week or two later and compare the growth of the two. You will very quickly determine whether Steiner's indications work in practice or not. And I would suggest that the experience of thousands of biodynamic farmers indicates that Steiner's indications do work in practice. If Mr. Peter Staudenmaier is troubled as to how Mars could possibly influence the growth of rye, then that is a problem for him to work out. Disparaging the obvious success of Biodynamic farming from a theoretical position that it ought to be impossible is simply not scientific.
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