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Applied Biodynamics — Issue 047 (Winter 2004–2005)

Issue 047 (Winter 2004–2005) presents a BD 506-centered Jupiter-occultation sequence, JPI’s full-cost sustainability case, and a documented two-window exercise with all nine preparations.

Published by The Josephine Porter Institute Download PDF

Applied Biodynamics Issue 047 (Winter 2004–2005) joins Hugh J. Courtney’s BD 506-centered interpretation of eleven Jupiter occultations, coordinated historical spray schedules, JPI’s full-cost sustainability case, and a two-window exercise for documented experience with all nine preparations.

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The Jupiter occultations of 2004–2005

Courtney lists eleven lunar occultations of Jupiter from November 9, 2004 through August 10, 2005. An occultation is the observable passage of one celestial body in front of another from the observer’s line of sight. Within the issue’s biodynamic reading, the repeated concealment may reduce Jupiter’s expansive influence. This leads to a clear practical question: how can practitioners support and observe Jupiter-related activity through preparation work?

BD 506 dandelion is associated with Jupiter within biodynamic planetary correspondences, so Courtney makes it the central preparation. The article defines the celestial events, states the reasoning, names the preparation correspondence, and gives practitioners enough detail to participate and compare observations.

Suggested sequential spray protocol

The historical 2004–2005 sequence brackets selected occultations with Barrel Compound plus BD 506, BD 501 horn silica, a contemplative day, BD 500 horn manure, and fermented BD 508 horsetail plus BD 506. A half unit of Pfeiffer Field & Garden Spray may substitute for Barrel Compound and BD 500 in most situations. The printed dates preserve the original work; the protocol’s lasting value is its precise sequencing, coordinated participation, and emphasis on observation.

A contemporary multi-farm repetition can agree on the schedule, doses, comparison dates, and measurements before work begins. Record weather, soil condition, emergence, biomass, disease, yield, quality, and cost. Standardized records across farms can reveal the consistency, scale, and local expression of the response.

Securing JPI’s financial future

Courtney documents the end of an annual $15,000 grant that supported JPI from 1992 through 2003, suspension of a member discount, rising fuel and shipping costs, and the long-term gap between prices and production costs. He also states that JPI’s executive director had worked without salary for nineteen years and that a successor could not be expected to do the same.

The enduring lesson is transparent full-cost accounting. Materials, legally compliant sourcing, labor, wages, facilities, quality testing, storage, spoilage, packaging, shipping, education, grants, and volunteer subsidies all belong in the cost of a preparation. A sustainable price protects preparation quality, organizational continuity, and the people responsible for the work.

Developing a personal relationship to the nine preparations

The issue presents a two-window exercise around the March 20, 2005 spring equinox. Participants were asked to apply each of the nine preparations once during February 20–March 19 and again during March 21–April 17. No order or time of day was prescribed. Each preparation was to be stirred for at least twenty minutes and up to one hour.

The required log includes preparation, date, time, treated area, weather at application and 24 hours later, effects on soil, plants, animals, and the participant, and the reason for choosing the biodynamic calendar timing. Courtney also offers reflective questions about weekday, time of day, plant organ, constellation, planet, and differences experienced during stirring.

This is a strong experience-based protocol because it isolates each preparation, repeats the full sequence, requires written records, and welcomes every observation. To make records comparable across seasons or farms, use a fixed field map, standardized dose and water volume, coded comparison plots, and a written schedule. Keep physical observations and inner experience in separate fields so both forms of knowledge remain clear and useful.

Other contents

The issue includes an updated directory of vineyards using biodynamic practices, a preparation-makers’ conference notice, and education and funding announcements. The directory preserves a useful historical snapshot of biodynamic viticulture in 2004–2005.

Key Topics Covered

Eleven lunar occultations of Jupiter interpreted through biodynamic planetary correspondences as a coordinated spiritual-scientific opportunity.

A historical BD 506-centered sequence using Barrel Compound, BD 501, BD 500, fermented BD 508, contemplative time, and optional Pfeiffer Field Spray substitution.

Predeclared timing, doses, comparison dates, weather, soil, crop, quality, and cost records across multiple farms.

JPI’s 1992–2003 grant support, unpaid labor, rising costs, price changes, and transparent full-cost accounting.

Two 28-day windows around the 2005 spring equinox for applying and documenting each of the nine preparations.

Physical observations and subjective or spiritual experience recorded separately, including null observations.

Repeatable Practice

  1. For a coordinated timing trial, agree in advance on schedule, doses, comparison dates, field map, outcomes, and analysis; include same-preparation nearby-date and normal-management controls.
  2. Record weather, soil condition, emergence, biomass, disease, yield, quality, cost, and every co-intervention using the same form across farms.
  3. For the nine-preparation exercise, keep fixed areas, standardized dose and water volume, coded comparison plots, stirring duration, application time, and observations at application and 24 hours later.
  4. Separate physical soil, plant, animal, and weather measures from inner experience, and record unchanged or adverse results alongside favorable ones.

Explore Related Resources

Articles

  • The Jupiter Occultations from November 2004 to August 2005—Another Biodynamic Opportunity? (H. J. Courtney) 
  • Suggested Planet Jupiter Energy Enhancement Sequential Spray Protocol (H. J. Courtney) 
  • Securing a Financial Future for the Josephine Porter Institute (H. J. Courtney) 
  • Assignment: Developing a Personal Relationship to the Nine Biodynamic Preparations (H. J. Courtney) 

Citation

Source: Applied Biodynamics, Issue No. 47, Josephine Porter Institute for Applied Bio-Dynamics, Winter 2004–2005.

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Frequently Asked Questions

What is the astronomical basis for the BD 506 sequence?

The issue identifies eleven lunar occultations of Jupiter from November 2004 through August 2005. Within biodynamic planetary correspondences, BD 506 dandelion is associated with Jupiter, so the sequence places it before and after selected occultations and combines it with Barrel Compound, BD 501, BD 500, and fermented BD 508. This gives practitioners a clear rationale, schedule, and basis for shared observation.

How can coordinated timing be documented across farms?

Agree on the schedule, doses, comparison plots, outcomes, and analysis before applications begin. Include the coordinated sequence, the same preparations on nearby dates, and each farm’s normal management. Record weather, soil conditions, emergence, biomass, disease, yield, quality, and cost. Pool standardized data across farms and report every result so the consistency and scale of the response are visible.

How can the nine-preparation assignment produce useful records?

Keep the two 28-day windows with a fixed field map, standardized doses, coded comparison plots, and a written schedule. Record preparation, date, time, stirring duration, area, weather at application and 24 hours later, soil and plant measurements, wildlife observations, and subjective experience in separate fields. Record every response, including quiet or unchanged periods, so preparation-specific patterns can emerge.

What does the JPI finance article contribute to current practice?

It shows why quality work needs full-cost accounting. Track materials, legally compliant sourcing, labor hours, wages, facilities, testing, storage, spoilage, packaging, shipping, education, grant support, and volunteer subsidies. Transparent costs make prices explainable, protect preparation quality, and prevent an organization from depending indefinitely on unpaid labor.