The charred dandelion seed can only rot, but the charred seed can only rot in a dandelionish way. This means you're really creating a pathogen vector by rotting these seeds, specifically something that will corrupt the seed-forming process of that specific species.
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This is an important question. And why are they called "peppers"? Well, in short, there's no good reason other than that Rudolf Steiner referred to how charred weed seeds will look a bit like pepper. Which is to say, perhaps that the burned seeds might look like black peppercorns.
Call them what you like, but the principle is simple. Within each seed is the principle of life unique to that specific species. A dandelion seed has a unique quality that will only ever produce dandelions and never a barberry plant. We all know this so well it seems almost unnecessary to say it at all!
But it comes down to this: if you destroy the viability of the seed by charring it, there still remains within the seed something unique to that plant. Which is to say, there is something in the germ that still "belongs" to dandelionishness, even though the seed can't reproduce a new dandelion plant anymore. But what can a burnt seed do? It can rot. But this means -- you're probably tracking now -- the charred dandelion seed can only rot, but the charred seed can only rot in a dandelionish way. JPI describes this as a species-specific biodynamic approach to the target plant’s reproductive tendency. Its Issue 108 peppering account distinguishes ash, char, toast, and putrefaction methods, and calls for observing flowering, seed set, and regrowth over multiple seasons.
This can be extended to insects, whose entire body is used (too difficult to separate out the most important elements). For mammals, you need the entire skin. Repeat the species-specific application as appropriate and observe the target over multiple seasons. Because life cycles vary, record the treatment dates and changes in vigor, reproduction, or population before deciding on the next application.
In practice, keep material from different target species separate, record the process and application dates, and compare changes in the target’s growth or population over time.
Pest peppers are species-specific biodynamic preparations made from the target organism. For weeds, JPI describes seed or rhizome preparations using ash, char, toast, or putrefaction. Insect and mammal peppers use their own materials and methods.
Why are they called peppers?
The name comes from the resemblance of charred weed-seed material to peppercorns, as Rudolf Steiner described.
How are pest peppers used in a species-specific program?
Identify the target species and use its appropriate preparation method. Keep batches separate, record each application, and follow changes in target vigor, reproduction, or population over multiple seasons. JPI Issue 108 details several weed-pepper methods.
Why are pest peppers applied repeatedly?
Different life cycles can bring new weeds or pests forward after an application. JPI recommends recording repeated, species-specific treatments and watching changes in flowering, seed set, regrowth, or pest pressure across seasons.
