How can readers test the Moon–Saturn calendar?

Write the forecast criteria before each listed date, collect local weather-station data, and compare predicted with observed temperature, precipitation, wind, and storm timing. For preparation responses, use matched areas, fixed rates, and the same observation schedule across multiple dates.

What does the Moon–Saturn article propose?

It supplies a dated 1997 observation schedule, proposes weather scenarios, and suggests preparation responses. Its practical value is a pre-specified calendar that readers can compare with recorded weather and field results.

What did the JPI preparation scholarship require?

Participants were asked to plan an observation or experiment, apply preparations consistently, keep records, and submit a detailed report; negative results were welcome. That structure supports cumulative learning when methods and outcomes are reported clearly.

How can sprayer cleaning be verified today?

Follow current labels and regulations, prefer dedicated equipment, document the cleaning sequence, inspect all hoses and nozzles, and use an appropriate residue check when contamination matters. Odor and standing water alone are not sufficient verification.

Applied Biodynamics archive

Applied Biodynamics — Issue 018–019 (Winter 1996 / Spring 1997)

Issues 018–019 propose Moon–Saturn weather hypotheses, invite grower experiments through JPI preparation scholarships, and discuss stirring vessels and spray equipment.

December 30, 2025 Published by The Josephine Porter Institute Download PDF

Applied Biodynamics Issues 018–019 join three complementary threads: Moon–Saturn calendar observation, a JPI program designed to strengthen grower experimentation, and the beginning of a practical equipment series. Together they connect cosmic timing, repeatable field observation, and dependable preparation handling.

In “Moon–Saturn Occultation Alert,” Hugh J. Courtney identifies an unusual 1997 sequence of lunar occultations of Saturn and maps the preceding oppositions. He outlines possible cold, drought, and geophysical patterns, pairing BD 507 valerian with cold conditions and BD 508 horsetail with dry conditions, timed near the preceding opposition. The dated table gives growers a clear calendar for observation, comparison, and recorded follow-up.

Malcolm Ian Gardner’s “Confidence, Experimentation, and JPI ‘Prep Scholarships’” builds a confident culture of farm-based research. Gardner asks growers to plan applications, keep procedures consistent, record conditions and outcomes, repeat promising observations, and share complete reports. JPI supported this work with preparation discounts for growers who pledged to observe or experiment and a replacement set for a detailed report, turning individual experience into shared community knowledge.

“Stirring Vessels and Sprayers, Part 1” begins with BD 500 stirring instructions and then discusses water, containers, and small-scale spray equipment. Courtney describes one full hour of vortex reversal, glazed crocks, backpack sprayers, water temperature, standing chlorinated water in sunlight, and equipment cleaning.

For dependable present-day work, use clean, dedicated, clearly labeled stirring and spray equipment, follow current product labels, and record the water source, temperature, vessel, cleaning method, preparation rate, weather, and application timing.

Additional notices advertise a biodynamic seminar recording, a calendar, credit-card payment, and organizational acknowledgments, placing the field articles within JPI’s wider educational and membership work.

Articles in This Issue

Moon–Saturn Occultation Alert — Hugh J. Courtney
Confidence, Experimentation, and JPI “Prep Scholarships” — Malcolm Ian Gardner
Stirring Vessels and Sprayers, Part 1 — Hugh J. Courtney
From the Editor and short institutional notices

Key Topics Covered

Moon–Saturn timing as a framework for weather observation
BD 507 and BD 508 responses for cold and drought conditions
Grower observation, repetition, and complete field reporting
JPI preparation scholarships supporting farm-based experimentation
Stirring vessels, water handling, and small-scale spray equipment
Dedicated equipment, clear labeling, and repeatable application records

Repeatable Practice in This Issue

Choose the calendar window and weather question before application.
Keep preparation rate, stirring duration, vessel, water source, and spray equipment consistent.
Record field, crop stage, soil moisture, weather, timing, and treated-area observations.
Repeat the same protocol in later windows and seasons so experience becomes dependable farm knowledge.